*TAXON IMAGES
# \i{}Acamptoclados\i0{} <Nash>/
      hit187b.gif <@subject Acamptoclados sessilispicus (as Eragrostis): Hitchcock 
            and Chase (1950)>
     acampt01.gif <@subject A. sessilispicus: Britton and Brown (1913)>                    
     acampt50.gif <@subject Acamptoclados sessilispicus, abaxial epidermis of leaf 
           blade: this project>
                   <@imagenotes x=907 y=38
                                t=R.S.B.S. Taxonomy Laboratory (Canberra) slide.
                                Slides and full details now housed at the
                                Western Australian Herbarium.>

# \i{}Achlaena\i0{} <Griseb.>/
      achlaen1.jpg <@subject Achlaena piptostachya: Hitchcock , W.I. Grasses (1936).>

# \i{}Achnatherum\i0{} <Beauv.>/
      achnath2.jpg <@subject Achnatherum calamagrostis: P. Beauv. (1812)>
      beauv06.jpg <@subject A. calamagrostis, with representatives of other 
      genera: Beauv., plate VI (1812)>
      beauv060.jpg <@subject Beauv., plate VI legend>  
      achnath1.jpg <@subject A. calamagrostis: Voekler (2009), Wikimedia Commons>

# \i{}Aciachne\i0{} <Benth.>/
      aciachn1.jpg <@subject Aciachne pulvinata: Hook. Icones Plantarum 14 (1881)>
      ausam057.gif <@subject A. pulvinata: Nicora & Rgolo de Agrasar (1987)>

# \i{}Acidosasa\i0{} <Chu & Chao>/
      gaolig01.gif <@subject Acidosasa purpurea, with Gaoligongshania megalothyrsa: Wu 
                   Zhengyi, Flora Yunnanica 9 (2003)> 

# \i{}Acostia\i0{} <Swallen>/

# \i{}Acrachne\i0{} <Wight & Arn. ex Chiov.>/
      acrach02.gif <@subject Acrachne racemosa, general aspect and spikelet: Gardner
                            (1952)>
      acrach01.gif <@subject A. racemosa, general aspect: Gibbs Russell et al.,
                            1990>
      acrach20.gif <@subject A. verticillata, sculptured grain: Clifford and Watson (1977)>
      acrach50.gif <@subject Acrachne verticillata, abaxial epidermis of leaf 
            blade: this project>
                   <@imagenotes x=881 y=906
                                t=R.S.B.S. Taxonomy Laboratory (Canberra) slide.
                                Slides and full details now housed at the
                                Western Australian Herbarium.>

# \i{}Acritochaete\i0{} <Pilger>/
      jfel156.gif <@subject Acritochaete volkensii: Jacques-Flix, 1962>

# \i{}Acroceras\i0{} <Stapf>/
      kunth028.gif <@subject Acroceras zizanioides, as Panicum: Kunth (1835)>
      natal154.gif <@subject A. zizanioides, as Panicum: Wood, Natal 
      Plants 2 (1904)>
      acroce01.gif <@subject A. macrum, general aspect: Gibbs Russell et al.,
                            1990>
      acroce50.gif <@subject Acroceras macrum, abaxial epidermis of leaf blade: this project>
                   <@imagenotes x=906 y=40
                                t=R.S.B.S. Taxonomy Laboratory (Canberra) slide.
                                Slides and full details now housed at the
                                Western Australian Herbarium.>

# \i{}Actinocladum\i0{} <McClure ex Soderstrom>/
      kunth155.gif <@subject Actinocladum verticillatum, as Arundinaria: Kunth (1835)>
      camus23a.jpg <@subject A. verticillatum (as Arundinaria: Camus, 1913).>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      actino51.jpg <@subject Actinocladum verticillatum, abaxial epidermis of leaf 
            blade: this project>
                   <@imagenotes x=891 y=41
                                t=R.S.B.S. Taxonomy Laboratory (Canberra) slide.
                                Slides and full details now housed at the
                                Western Australian Herbarium.>
      actino50.gif <@subject A. verticillatum, abaxial epidermis of leaf blade
                   (papillae and prickles): this project>
                   <@imagenotes x=891 y=41
                                t=R.S.B.S. Taxonomy Laboratory (Canberra) slide.
                                Slides and full details now housed at the
                                Western Australian Herbarium.>

# \i{}Aegilops\i0{} <L.>/
      aegilop1.jpg <@subject Aegilops neglecta, as A. ovata: P. Beauv. (1812)>
      hitch330.jpg <@subject Aegilops triuncialis: Hitchcock and Chase (1950)>
      iraq059.gif <@subject Aegilops caudata: Bor, Flora of Iraq (1968)>
      iraq060.gif <@subject Aegilops columnaris: Bor, Flora of Iraq (1968)>
      aegilo50.gif <@subject Aegilops cylindrica, leaf blade abaxial epidermis: this project>
                   <@imagenotes x=897 y=912
                                t=R.S.B.S. Taxonomy Laboratory (Canberra) slide.
                                Slides and full details now housed at the
                                Western Australian Herbarium.>

# \i{}Aegopogon\i0{} <Humb. & Bonpl. ex Willd.>/
      aegopog1.jpg <@subject Aegopogon cenchroides: P. Beauv. (1812)>
      hitch720.jpg <@subject A. tenellus (Hitchcock and Chase, 1950)>

# \i{}Aeluropus\i0{} <Trin.>/
      iraq160.gif <@subject Aeluropus lagopoides: Bor, Flora of Iraq (1968)>
      aelurop1.gif <@subject Aeluropus littoralis: geng yi (1959)>

# \i{}Afrotrichloris\i0{} <Chiov.>/
      afrotr50.gif <@subject Afrotrichloris martinii, abaxial epidermis of leaf 
            blade: this project>
                   <@imagenotes x=912 y=29
                                t=R.S.B.S. Taxonomy Laboratory (Canberra) slide.
                                Slides and full details now housed at the
                                Western Australian Herbarium.>

# \i{}Agenium\i0{} <Nees>/
      flbra062.gif <@subject Agenium villosum, as Heteropogon: Hackel, Fl. Bras. 2 (1895)>
      ausam190.gif <@subject A. villosum: Nicora & Rgolo de Agrasar (1987)>
      ageniu50.gif <@subject Agenium villosum, abaxial epidermis of leaf 
            blade: this project>
                   <@imagenotes x=34 y=912
                                t=R.S.B.S. Taxonomy Laboratory (Canberra) slide.
                                Slides and full details now housed at the
                                Western Australian Herbarium.>

# \i{}Agnesia\i0{} <Zuloaga & Judziewicz>/
      agnesia1.gif <@subject Agnesia lancifolia: Zuloaga and Judziewicz, Novon 3 (1993)>

# \i{}Agropyron\i0{} <Gaertn.>/
      kunth090.gif <@subject Agropyron dasyanthum, as Triticum: Kunth (1835)>
      fliraq70.gif <@subject A. cristatum: Bor, Fl. of Iraq (1968)>

# \i{}Agropyropsis\i0{} <A. Camus>/
      agris26.gif <@subject Spikelet of Agropyropsis lolium>
      agris27.gif <@subject Spikelet of A. lolium (2)>
      agris28.gif <@subject Spike of A. lolium>
      agris47.gif <@subject Caryopsis of A. lolium>
      agris51.jpg <@subject Agroopyropsis lolium, abaxial epidermis of leaf 
            blade: this project>

# \i{}Agrostis\i0{} <L.>/
      gramtm06.jpg <@subject Agrostis aequata and Agrostis venusta: Hooker,
                            Fl. Tasmaniae (1860)>
      agrost02.gif <@subject Agrostis avenacea: Gardner, 1952>
      eb1718.jpg <@subject A. canina, general aspect: Eng. Bot. (1872)>
      icpl1455.gif <@subject Agrostis capillaris (as A. simulans): Hook. Ic. Pl. 
            15 (1854)>
      eb1717.jpg <@subject A. curtisii (as A. setacea), general aspect: 
                  Eng. Bot. (1872)>   
      agrost01.gif <@subject Agrostis eriantha: Gibbs Russell et al., 1990>
      iraq100.gif <@subject Agrostis gigantea: Bor, Flora of Iraq (1968)>
      agrost10.jpg <@subject Agrostis magellanica: Hooker, Fl. Antarctica
                            (1844)>   
      agrost03.jpg <@subject Agrostis parviflora: Hooker, Fl. Tasmaniae (1860)>
      agrost27.gif <@subject Spikelets of A. parviflora>
      agrost04.jpg <@subject Agrostis rudis (as A. scabra): Hooker, Fl. Tasmaniae 
            (1860)>
      agrost05.gif <@subject Agrostis stolonifera:  C.E. Hubbard (1968)>
      eb1714.jpg <@subject xAgropogon littoralis (Agrostis stolonifera x Polypogon
                          monspeliensis, as P. littoralis): Eng. Bot. (1872)>     
      eb1721.jpg <@subject A. tenuis (as A. vulgaris), general aspect: Eng. Bot.
                          (1872)>
      agrost06.gif <@subject Agrostis tenuis:  C.E. Hubbard (1968)>      
      agrost52.gif <@subject Abaxial epidermis of leaf blade>
                   <@imagenotes x=913 y=23
                                t=R.S.B.S. Taxonomy Laboratory (Canberra) slide.
                                Slides and full details now housed at the
                                Western Australian Herbarium.>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>
      antilol1.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Lolium serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Lolium
                                perenne\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (right). Antigens
                                allergenic in humans are concentrated in the
                                heat-stable components. For experimental details
                                and discussion of the taxonomic patterns among
                                cross-reactions, see Watson and Knox (1976) and
                                Watson (1983).>
      antilol.gif <@subject Grass pollen antigens: cross-reactions against anti-Lolium
                           serum>
                  <@imagenotes x=891 y=956
                               t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                               (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                               with rabbit antiserum in the trough, \i{}Lolium
                               perenne\i0{} pollen extract (control) in the
                               upper well, and comparable extracts from other
                               genera in the lower wells, as indicated. For
                               experimental details and discussion of the
                               taxonomic patterns among cross-reactios, see
                               Watson and Knox (1976) and Watson (1983).>
      antilol2.gif <@subject Heat stable grass pollen antigens (allergens):
                            cross-reactions against anti-Lolium serum>
                   <@imagenotes x=464 y=954
                                t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS-HEAT-STABLE COMPONENT).
                                \par{}\par{}Each slide with rabbit antiserum in
                                the trough, boiled \i{}Lolium perenne\i0{}
                                pollen extract (control) in the upper well, and
                                comparable boiled extracts from other genera in
                                the lower wells, as indicated. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactios, see Watson and Knox (1976)
                                and Watson (1983).>
      anticyno.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Cynodon serum>
                   <@imagenotes x=868 y=956
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Cynodon
                                dactylon\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (human allergens, right).
                                For experimental details and discussion of the
                                taxonomic patterns among cross-reactions, see
                                Watson and Knox (1976) and Watson (1983).>

# \i{}Agrostopoa\i0{} <Davidse, Soreng & Peterson>/
     agropoa1.gif <@subject Agrostopoa wallisii: Davidse et al., Novon19 (2009)> 

# \i{}Aira\i0{} <L.>/
      eb1734.jpg <@subject Aira caryophyllea, general aspect: Eng. Bot. (1872)>
      eb1735.jpg <@subject A. praecox, general aspect: Eng. Bot. (1872)>
      aira01.gif <@subject A. cupaniana, general aspect: Gibbs Russell et al.,
                          1990>
      aira16.gif <@subject Inflorescence detail (A. elegantissima)>
      aira50.gif <@subject Aira cupiana, abaxial epidermis of leaf blade: this project>
      aira75.gif <@subject Aira cupiana, transverse section of leaf blade: this project>

# \i{}Airopsis\i0{} <Desv.>/
airops01.gif <@subject Airopsis tenella: Coste, Fl. de France (1906)>

# \i{}Alexfloydia\i0{} <B.K. Simon>/
      alexfl01.gif <@subject Alexfloydia repens, general aspect and spikelet: Simon,
                            1992>
      alexfl71.gif <@subject Alexfloydia repens, abaxial epidermis of leaf blade, 
      microhair: this project>
      alexfl75.gif <@subject Alexfloydia repens: transverse section of leaf 
            blade: this project>
                   <@text x=9 y=20 w=297 h=-1 m
                          t=\i{}Alexfloydia repens\i0{}. Midrib and adjoining.>

# \i{}Alloeochaete\i0{} <(Rendle) C.E. Hubb.>/

# \i{}Allolepis\i0{} <Soderstrom & Decker>/
      allole01.gif <@subject Allolepis texana (as Distichlis): Lamson-Scribner, 
            American Grasses 2 (1899)>
      hit240o.gif <@subject A. texana (as Distichlis): Hitchcock and Chase (1950)>

# \i{}Alloteropsis\i0{} <Presl>/
      kunth103.gif <@subject Alloteropsis cimicina, as Urochloa: Kunth (1835), Dist. 
            mthodique de la famille des Gramines> 
      allote02.gif <@subject A. semialata: Gardner, 1952>
      allote01.gif <@subject A. semialata, general aspect: Gibbs Russell et al.,
                            1990>
      allote16.gif <@subject Spikelets in situ (A. semialata)>
      allote25.gif <@subject Spikelet in situ (A. semialata)>
      allote76.gif <@subject Leaf blade T.S. of Alloteropsis semialata, fluorescence image
                            (1)>
                   <@imagenotes x=919 y=914
                                t=Cf. Hattersley, Watson and Osmond (1977).>
      allote75.gif <@subject Leaf blade T.S. of Alloteropsis semialata, fluorescence image
                            (2)>
                   <@imagenotes x=919 y=938
                                t=Cf. Hattersley, Watson and Osmond (1977).>
      allote80.jpg <@subject Leaf blade T.S.: immunofluorescent-labelled Rubisco
                            in Alloteropsis semialata (Hattersley, Watson and Osmond
                            1977)>
                   <@imagenotes x=908 y=927
                                t=Showing immunofluorescent labelling of Rubisco
                                confined to the inner of the two bundle sheaths.
                                See Hattersley, Watson and Osmond (1977).>

# \i{}Alopecurus\i0{} <L.>/
      alopec02.jpg <@subject Alopecurus bulbosus, A. myosuroides: John Curtis, 1834>
      eb1702.jpg <@subject A. bulbosus, general aspect: Eng. Bot. (1872)>
      eb1704.jpg <@subject A. borealis (as A. alpinus): general aspect, Eng.
                          Bot. (1872)>
     eb1700.jpg <@subject A. fulvus, general aspect: Eng. Bot. (1872)>                        
      alopec01.gif <@subject A. geniculatus, A. myosuroides, A. pratensis:
                            Gardner, 1952>
      alopec10.jpg <@subject Alopecurus magellanicus (as A. antarcticus): Hooker, 
            Fl. Antarctica (1844)>                          
      iraq102.gif <@subject Alopecurus myosuroides: Bor, Flora of Iraq (1968)>                      
      eb1699.jpg <@subject A. myosuroides (as A. agrestis), general aspect: Eng.
                          Bot. (1872)>
      eb1703.jpg <@subject A. pratensis, general aspect: Eng. Bot. (1872)>

# \i{}Altoparadisium\i0{} <Filg., Davidse, Zuloaga & Morrone>/
      altpara1.gif <@subject Altoparadisium chapadense: Filigueiras et al., Ann. Miss. Bot.
                            Gard. 88 (2001)>
      altpara2.gif <@subject A. scaber: Filigueiras et al., Ann. Miss. Bot.
                            Gard. 88 (2001)>

# \i{}Alvimia\i0{} <Soderstrom & Londoo>/
      alvimi50.gif <@subject Alvimia auriculata, transverse section of leaf 
            blade: this project>
      alvimi76.gif <@subject A. auriculata, transverse section of leaf blade: this project>
                   <@text x=7 y=9 w=236 h=-3 m
                          t=\i{}Alvimia auriculata\i0{}. Fusoids, arm cells,
                          extra sclerenchyma contiguous with bulliforms>

# \i{}Amblyopyrum\i0{} <Eig>/
      iraq076.gif <@subject Amblyopyrum muticum: Bor, Fl. of Iraq (1968)>
      amblyo50.gif <@subject Amblyopyrum muticum, abaxial epidermis of leaf 
            blade: this project>
      amblyo51.gif <@subject A. muticum, abaxial epidermis of leaf blade with crown 
                          cells: this project>
                   <@text x=16 y=18 w=345 h=-2 m
                          t=\i{}Amblyopyrum muticum\i0{}. Showing crown
                          cells.>

# \i{}Ammochloa\i0{} <Boiss.>/
      iraq015.gif <@subject Ammochloa palaestina: Bor, Fl. of Iraq (1968)>

# \i{}Ammophila\i0{} <Host>/
      ammoph02.gif <@subject Ammophila arenaria: Gardner, 1952>
      ammoph01.gif <@subject A. arenaria: Gibbs Russell et al., 1990>
      eb1722.jpg <@subject A. arenaria (as Psammagrostis): Eng. Bot. (1872)>
      ammoph50.gif <@subject Ammophila arenaria, abaxial epidermis of leaf 
            blade: this project>
      ammoph77.gif <@subject A. arenaria, transverse section of leaf blade: this project>
      ammoph75.gif <@subject A. arenaria, transverse section of leaf blade: this project>
      ammoph76.gif <@subject A. arenaria, transverse section of leaf blade: this project>

# \i{}Ampelocalamus\i0{} <Chen, Wen & Shang>/
      camus89.jpg <@subject Ampelocalamus patellaris (as Dendrocalamus, with D.
                           latifolius): Camus, 1913>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      dendcal.gif <@subject A. patellaris, culm leaf-sheath: J. Bomb. Nat. Hist. Soc.
                           (1991)>

# \i{}Ampelodesmos\i0{} <Link>/
      ampelod1.jpg <@subject Ampelodesmos mauritanicus, as Arundo bicolor: Desfontaines 
      (1798), Fl. Atlantica 1>
      ampelod2.jpg <@subject A. mauritanicus, as Deyeuxia arundinacea: P. Beauv. 
      (1812)>
      ampelo50.gif <@subject Ampelodesmos mauritanicus, abaxial epidermis of leaf 
            blade: this project>
      ampelo75.gif <@subject Ampelodesmos mauritanicus, transverse section of leaf 
            blade: this project>

# \i{}Amphibromus\i0{} <Nees>/
      amphib01.jpg <@subject Amphibromus archeri (as Danthonia): Hooker, Fl. Tasmaniae
                            (1860)>
      amphib02.jpg <@subject A. nervosus (as Danthonia): Hooker, Fl. Tasmaniae
                            (1860)>
      amphib51.gif <@subject Amphibromus neesii, abaxial epidermis of leaf 
            blade: this project>
      amphib52.gif <@subject A. neesii, abaxial epidermis of leaf blade: this project>
      amphib55.gif <@subject Abaxial epidermis of leaf blade (A. neesii)>
      amphib75.gif <@subject Amphibromus neesii, TS of leaf blade: this project>
      amphib75.jpg <@subject A. neesii, TS of leaf blade: this project>

# \i{}Amphicarpum\i0{} <Kunth>/
      hit1122b.gif <@subject Amphicarpum purshii: Hitchcock and Chase (1950)>
      amphic50.gif <@subject A. muhlenbergianum, abaxial epidermis of leaf blade:
      original>
      amphic53.gif <@subject Amphicarpum muhlenbergianum, abaxial epidermis of leaf blade:
      original>
      amphic76.gif <@subject A. muhlenbergianum, transverse section of leaf blade: 
      original>

# \i{}Amphipogon\i0{} <R.Br.>/
      amphip01.gif <@subject Amphipogon debilis, A. laguroides, A. strictus: Gardner,
                            1952>
      amphip02.gif <@subject A. amphipogonoides, A. turbinatus: Gardner, 1952>
      amphip50.gif <@subject Amphipogon strictus, abaxial epidermis of leaf 
            blade: this project>
      amphip53.gif <@subject Amphipogon caricinus, abaxial epidermis of leaf 
            blade: this project>
      mhamar10.jpg <@subject Enneapogon-type microhairs of Amphipogon strictus
                            and Enneapogon nigricans: longitudinal EM sections
                            (Amarasinghe)>
                   <@imagenotes x=42 y=19
                                t=Figs 31 & 33, \i{}E. nigricans\i0{}, Fig. 32,
                                \i{}Amphipogon strictus\i0{}: longitudinal
                                sections showing ultrastructural details of
                                'Enneapogon-type' microhairs. BC, basal cell, C
                                = cuticle, CC = cap cell, CH = cuticular
                                chamber; CN = membrane-bound channels; MV =
                                multivesicular body, M = mitochondria, N =
                                nucleus; P = plastid, RER = rough endoplasmic
                                reticulum, V = vesicle; black arrowheads
                                indicate plasmodesmata. Scale bar = 1.5
                                microns.>

# \i{}Anadelphia\i0{} <Hackel>/
      jfel247.gif <@subject Anadelphia leptocoma (as A. longifolia): Jacques-Flix,
                           1962>
      icpl3090.gif <@subject A. afzeliana, as A. arrecta: Hook. Ic.
      Pl. 31 (1922)>
 
# \i{}Anadelphia scyphofera\i0{} <W.D. Clayton>/
      anascy50.gif <@subject Anadelphia scyphofera, abaxial epidermis of leaf 
            blade: this project>
      anascy75.gif <@subject A. scyphofera, transverse section of leaf blade: this project>
                   <@imagenotes x=915 y=24
                                t=\i{}A. scyphofera\i0{}. Leaf blade reduced to
                                its midrib.>

# \i{}Ancistrachne\i0{} <S. T. Blake>/
ancist01.gif <@subject Ancistrachne uncinulata: Stanley & Ross (1989)>

# \i{}Ancistragrostis\i0{} <S. T. Blake>/
      atrag34.gif <@subject Spikelet of Acistragrostis uncinioides>
      atrag35.gif <@subject Lemma tip with hooked awn (A. uncinioides)>

# \i{}Andropogon\i0{} <L.>/
      natal114.gif <@subject Andropogon appendiculatus: Wood, Natal 
      Plants 2 (1904)>
      andropo1.jpg <@subject A. bicornis, as Anatherum: P. Beauv. (1812)> 
      icpl3088.gif <@subject A. textilis: Hook. Ic. Pl. 31 (1922)>    
      wtafr376.gif <@subject A. schirensis: Fl. W. Trop. Afr. (1936)>
      aropo01.gif <@subject A. chinensis, general aspect: Gibbs Russell et al.,
                           1990>
      aropo50.gif <@subject Andropogon virginicus, abaxial epidermis of leaf 
            blade: this project>

# \i{}Andropterum\i0{} <Stapf>/
icpl3077.gif <@subject Andropterumm stolzii, as A. variegatum: Hook. Ic. Pl. 31 (1922)>
 
# \i{}Anemanthele\i0{} <Veldk.>/

# \i{}Aniselytron\i0{} <Merr.>/
      icpl2396.gif <@subject Aniselytron treutleri, as Deyeuxia (Hook. Ic. Pl., (1895)>

# \i{}Anisopogon\i0{} <R.Br.>/
      anisopo1.jpg <@subject Anisopogon avenaceus: Kunth (1835), Dist. mthodique de la 
      famille des Gramines>
      anisop11.gif <@subject Ligule of A. avenaceus>
      anisop40.gif <@subject Flower with lodicules (A. avenaceus)>
      anisop42.gif <@subject Spikelet with rachilla prolongation (A. avenaceus)>

# \i{}Anomochloa\i0{} <Brongn.>/
      bmag5331.jpg <@subject Anomochloa marantoidea: Bot. Mag. 88 (1862)>
      anomoch2.gif <@subject Anomochloa marantoidea: Hutchinson, you hua zhi wu ke zhi shuang
                    zi ye zhi wu (1955)>
      anomochl.jpg <@subject A. marantoidea (Fl. Bras. 2(2), 1871)>

# \i{}Anthaenantiopsis\i0{} <Pilger>/
      ausam157.gif <@subject A. fiebrigii: Nicora & Rgolo de Agrasar (1987)>
      anthae50.gif <@subject Anthaenantiopsis trachystachya: abaxial epidermis of leaf 
                             blade: this project>

# \i{}Anthenantia\i0{} <P. Beauv.>/
      kunth020.gif <@subject Anthenantia villosa, as Panicum ignoratum: Kunth (1835)>
      hit822b.gif <@subject A. villosa: Hitchcock and Chase (1950)>

# \i{}Anthephora\i0{} <Schreber>/
      anthep01.gif <@subject Anthephora pubescens, general aspect: Gibbs Russell et al.,
                            1990>
      anthep02.gif <@subject A. elegans: Fl. Brasiliensis 2 (1877)>
      scrib021.gif <@subject A. hermaphrodita, as A. elegans: Lamson-Scribner (1890)>
      anthep50.gif <@subject Anthephora acuminata, abaxial epidermis of leaf 
            blade: this project>
      anthep51.gif <@subject A. acuminata, abaxial epidermis of leaf blade: this project>
      anthep75.gif <@subject Anthephora acuminata, transverse section of leaf 
            blade: this project>
      anthep76.gif <@subject Anthephora acuminata, transverse section of leaf 
            blade: this project>

# \i{}Anthochloa\i0{} <Nees & Meyen ex Nees>/
      anthoch1.jpg <@subject Anthochloa lepidula: Hook. Ic. Pl. 14 (1881)>
      ausam090.gif <@subject A. lepidula: Nicora & Rgolo de Agrasar (1987)>
      anthoc50.gif <@subject Amthochloa lepidula, abaxial epidermis of leaf 
            blade: this project>

# \i{}Anthoxanthum\i0{} <L.>/
      anthox02.gif <@subject Anthoxanthum odoratum: Gardner, 1952>
      eb1696.jpg <@subject A. odoratum: Eng. Bot. (1872)>
      anthox01.gif <@subject A. ecklonii, general aspect: Gibbs Russell et al.,
                            1990>
      anthox14.gif <@subject Ligule region (A. odoratum)>
      anthox15.gif <@subject Spikelets (A. odoratum)>
      anthox17.gif <@subject Spikelets (A. odoratum)>
      anthox25.gif <@subject Spikelet details (A. odoratum)>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Antinoria\i0{} <Parl.>/
      antinor1.jpg <@subject Antinoria agrostidea: Coste (1906), Fl. de France>
      antino50.gif <@subject Antinoria agrostidea, abaxial epidermis of leaf 
            blade: this project>

# \i{}Apera\i0{} <Adans.>/
      iraq107.gif <@subject Apera intermedia: Bor, Fl. of Iraq (1968)>
      eb1716.jpg <@subject A. interrupta (as Agrostis), general aspect: Eng.
                          Bot. (1872)>
      eb1715.jpg <@subject A. spica-ventae (as Agrostis), general aspect: Eng.
                          Bot. (1872)>
      apera50.gif <@subject Apera spica-ventae, abaxial epidermis of leaf 
            blade: this project>

# \i{}Aphanelytrum\i0{} <Hackel>/
      ausam089.gif <@subject Aphanelytrum procumbens: Nicora & Rgolo de Agrasar (1987)>
      aphane50.gif <@subject Aphanelytrum procumbens, abaxial epidermis of leaf 
            blade: this project>

# \i{}Apluda\i0{} <L.>/
      iraq194.gif <@subject Apluda mutica: Bor, Fl. of Iraq (1968)>
      apluda50.gif <@subject Apluda mutica, abaxial epidermis of leaf blade: this project>
      apluda75.gif <@subject Apluda mutica, T.S. leaf blade midrib region: this project>

# \i{}Apochiton\i0{} <C.E. Hubb.>/
      apochi50.jpg <@subject Apochiton burttii, abaxial epidermis of leaf blade, microhair:
      original>

# \i{}Apochloa\i0{} <Zuloaga & Morrone>/
      apochlo1.gif <@subject Apochloa lorea (as Panicum): Trinius, Species Graminum 
            3 (1836)> 

# \i{}Apoclada\i0{} <McClure>/
      apocla01.gif <@subject Apoclada arenicola: McClure (1973)>
      apocla02.gif <@subject A. arenicola (details): McClure (1973)>
      apocla03.gif <@subject A. diversa: McClure (1973)>
      apocla51.jpg <@subject Apoclada cannavierira (Filgueirasia), abaxial epidermis of 
                             leaf blade: this project>
      apocla50.gif <@subject Apoclada cannavierira, abaxial epidermis of leaf blade,
                            detail)>
      apocla52.jpg <@subject Abaxial epidermis of leaf blade (A. cannavierira,
                            stomata): this project>
      apocla76.jpg <@subject Apoclada cannavierira, transverse section of leaf 
            blade: this project)>
      apocla75.gif <@subject A. cannavierira, transverse section of leaf blade 
      margin: this project)>

# \i{}Apocopis\i0{} <Nees>/
      apocopi2.jpg <@subject Apocopis wightii: Rangachariyar Kadambi (1921), Hndbk. 
      of S. Indian Grasses>
      apocopi1.jpg <@subject A. wightii: Rangachariyar Kadambi (1921), Hndbk. 
      of S. Indian Grasses>

# \i{}Arberella\i0{} <Soderstrom & Caldern>/
      arberel1.jpg <@subject Arberella costaricensis, as Raddia: Pohl (1980), Fl. 
      Costaricensis>
      arbere51.jpg <@subject Arberella dressleri, abaxial epidermis of leaf 
            blade: this project>
      arbere50.jpg <@subject Abaxial leaf blade epidermal silica bodies of 
                   Arberella dressleri: this project>
      arbere75.jpg <@subject Arberella dressleri, TS leaf blade: this project>

# \i{}Arctagrostis\i0{} <Griseb.>/
      arctagr1.jpg <@subject Arctagrostis latifolia: Lamson-Scribner (1899), American 
      Grasses II>

# \i{}Arctophila\i0{} <Rupr. ex Andersson>/
      arctoph1.jpg <@subject Arctophila fulva, as Colpodium: Lamson-Scribner (1899)>

# \i{}Aristida\i0{} <L.>/
      aristad1.jpg <@subject Aristida adscensionis, vegetative: Pan XingLai, 
            China, (2023)>
      aristad2.jpg <@subject A. adscensionis, ears or heads: Pan XingLai, 
            China, (2023)>
      aristad3.jpg <@subject A. adscensionis, reproductive organization: Pan XingLai,
            China, (2023)>
      aristad4.jpg <@subject A. adscensionis, fruit, embryo, seedling: Pan XingLai,
            China, (2023)>
      iraq146.gif <@subject Aristida caerulescens: Bor, Flora of Iraq (1968)>
      aristi01.gif <@subject Aristida congesta, general aspect: Gibbs Russell et al.,
                            1990>
      aristi02.gif <@subject Aristida meridionalis: Gibbs Russell et al., 1990>
      aristi05.gif <@subject Aristida ramosa, inflorescence>
      aristi25.gif <@subject Spikelet of Aristida ramosa>
      aristi26.gif <@subject Spikelet forms (5 Australian species)>
      aristi27.gif <@subject Spikelet forms (4 Australian species)>
      aristi36.gif <@subject Lemmas of 8 Australian species: Gardner, 1952>
      aristi50.gif <@subject Abaxial epidermis of leaf blade of Aristida 
            ramosa>
      aristi51.gif <@subject Abaxial epidermis of leaf blade>
                   <@item x=15 y=939 w=209 h=39 m
                          t=sp. (Australian)>
      aristi73.gif <@subject Aristida biglandulosa, T.S. leaf blade: this project>
      aristi74.gif <@subject Aristida biglandulosa, T.S. leaf blade, fluorescence
                            image (1): Hattersley, Watson and Osmond (1977)>
                   <@imagenotes x=909 y=927
                                t=See Hattersley, Watson and Osmond (1977).>
      aristi77.gif <@subject Aristida biglandulosa, T.S. leaf blade, fluorescence
                            images (2): Hattersley, Watson and Osmond (1977)>
                   <@imagenotes x=909 y=927
                                t=See Hattersley, Watson and Osmond (1977).>
      aristi78.gif <@subject Leaf blade T.S. of Aristida behriana, fluorescence image:
      Hattersley, Watson and Osmond (1977)>
                   <@imagenotes x=909 y=927
                                t=See Hattersley, Watson and Osmond (1977).>
      aristi79.jpg <@subject Aristida ramosa, T.S. of the leaf blade: this project>
      aristi80.jpg <@subject Aristida ramosa leaf blade T.S. with immunofluorescent-labelled Rubisco:
                            Hattersley, Watson and Osmond 1977>
                   <@imagenotes x=906 y=34
                                t=See Hattersley, Watson and Osmond (1977). Note
                                the double PCR sheaths, with centripetal
                                chloroplasts in the outer ones.>
      aristi46.gif <@subject Germination in Aristida ramosa (1): this project>
                   <@text x=544 y=823 w=430 h=-6 m
                          t=\i{}Aristida ramosa\i0{}. Radicle emerging between
                          raised flap and callus, shoot emerging between the
                          overlapping lemma margins (lower left).>
                   <@text x=24 y=415 w=550 h=-2 m
                          t=\i{}Aristida ramosa\i0{}. Raised germination flap,
                          with radicle emerging.>
      aristi96.gif <@subject Germination in Aristida ramosa (2): this project>
                   <@text x=20 y=827 w=347 h=-6 m
                          t=\i{}Aristida ramosa\i0{}. Radicle emerging between
                          raised germination flap and callus, shoot (upper left)
                          from between the rolled lemma margins.>

# \i{}Arrhenatherum\i0{} <P. Beauv.>/
      iraq118.gif <@subject Arrhenatherum elatius: Bor, Flora of Iraq (1968)>
      arrhen02.gif <@subject Arrhenatherum elatius: Gardner, 1952>
      arrhena1.jpg <@subject Arrhenatherum elatius, as A. avenaceum: P. De 
      Beauvois (1812)>
      arrhen01.gif <@subject A. elatius: Gibbs Russell et al., 1990>
      eb1742.jpg <@subject A. elatius (as Avena), general aspect: Eng. Bot.
                          (1872)>
      arrhen12.gif <@subject Culm node of Arrhenatherum elatius)>
      arrhen13.gif <@subject Bulbous culm base of Arrhenatherum elatius>
      arrhen26.gif <@subject Spikelet details of Arrhenatherum elatius>
                   <@imagenotes x=908 y=46
                                t=\i{}A. elatius\i0{}. Note the awned proximal
                                lemma at left.>
      arrhen25.gif <@subject Spikelet detail (A. elatius with G1 removed)>
                   <@item x=625 y=927 w=351 h=63 m
                          t=\i{}elatius\i0{} (G1 removed)>
      arrhen40.gif <@subject Flower of Arrhenatherum elatius>
      arrhen50.gif <@subject Arrhenatherum elatius, abaxial epidermis of leaf 
            blade: this project>
      arrhen75.gif <@subject Arrhenatherum elatius, transverse section of leaf 
            blade: this project>

# \i{}Arthragrostis\i0{} <Lazarides>/
      artgro50.gif <@subject Arthragrostis deschampsioides, abaxial epidermis of leaf 
            blade: this project>

# \i{}Arthraxon\i0{} <P. Beauv.>/
      arthrax2.gif <@subject Arthraxon lancifolius: Rose Innes, Ghana Grasses (1977)>
      arthrax1.jpg <@subject A. hispidus, as A. ciliare: P. Beauv. (1812)>
      hit1138o.gif <@subject A. hispidus: Hitchcock and Chase (1950)>

# \i{}Arthropogon\i0{} <Nees>/
      kunth200.gif <@subject Arthropogon villosus: Kunth (1835), Distr. methodique de
      la famille des Gramines>
      wind100.gif <@subject A. piptostachyus (as Achlaena): Hitchcock (1936)>     

# \i{}Arthrostylidium\i0{} <Rupr.>/
      arthro01.gif <@subject Arthrostylidium cubense and A. multispicatum: McClure, 
            New World Bamboos (1973)>
      camus41.jpg <@subject A. longiflorum, A. cubense, A. pubescens: Camus
                           (1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      wind001.gif <@subject A. multispicatum: Hitchcock (1936)>

# \i{}Arundinaria\i0{} <Mich.>/
      arundin1.jpg <@subject Arundinaria gigantea, as A. macrosperma: P. Beauv. (1812)>
      hitchc01.jpg <@subject Arundinaria gigantea: Hitchcock and Chase (1950)>
      hitchc02.jpg <@subject A. gigantea subsp. tecta: Hitchcock and Chase (1950)>
      camus16a.jpg <@subject A. racemosa: Camus (1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Arundinella\i0{} <Raddi>/
      kunth170.gif <@subject Arundinella holcoides, as Brandtia: Kunth (1835)>
      adinel02.gif <@subject Arundinella nepalensis: Gardner, 1952>
      adinel01.gif <@subject A. nepalensis: Gibbs Russell et al., 1990>
      adinel17.gif <@subject Spikelets of A. nepalensis>
      adinel26.gif <@subject Spikelet details (A. nepalensis)>
                   <@text x=656 y=18 w=327 h=-5 m
                          t=\i{}Arundinella nepalensis\i0{}. Female-fertile
                          floret (with awned lemma) to the left.>
      adinel78.gif <@subject Arundinella nepalensis, abaxial epidermis of leaf blade: 
            this project>
      adinel51.gif <@subject A. nepalensis, abaxial epidermis of leaf blade: this project>
      adinel77.gif <@subject Arundinella nepalensis, T.S. leaf blade: this project>
      adinel75.gif <@subject A. nepalensis leaf blade T.S. with immunofluorescent-labelled
                  Rubisco: (Hattersley, Watson and Osmond 1977>
                   <@text x=322 y=34 w=390 h=-3 m
                          t=Immunofluorescent-labelled RuBISCO, showing isolated
                          PCR cells additional to those of the sheaths. See
                          Hattersley, Watson and Osmond (1977).>
      adinel76.gif <@subject Arundinella nepalensis, T.S. leaf blade fluorescence
                            image: Hattersley, Watson and Osmond (1977).>
                   <@text x=29 y=915 w=355 h=-2 m
                          t=See Hattersley, Watson and Osmond (1977).>

# \i{}Arundo\i0{} <L.>/
      arundod1.jpg <@subject Arundo donax, as Donax arundinacea: P. Beauv. (1812)>
      iraq142.gif <@subject Arundo donax: Bor, Fl. of Iraq (1968)>
      arundo01.gif <@subject A. donax, general aspect: Gibbs Russell et al.,
                            1990>
      arundo75.gif <@subject Arundo donax, transverse section of leaf blade: this project>
                   <@text x=17 y=16 w=373 h=-3 m
                          t=\i{}Arundo donax\i0{}. Bulliform cells and
                          colourless tissue constituting a narrow group
                          penetrating the mesophyll.>

# \i{}Arundoclaytonia\i0{} <Davidse & Ellis>/
aruncla1.gif <@subject Arundoclaytonia dissimilis: Davidse & Ellis, Ann. Miss. Bot. Gard.
      74 (1987)>

# \i{}Asthenochloa\i0{} <Buese>/
      asthenoc.jpg <@subject Asthenochloa philippinensis, as Garnotiella: Stapf in Hook.
                            Ic. Pl. (1896)>
      astheno1.jpg <@subject A. philippinensis, Stapf description and legend>

# \i{}Astrebla\i0{} <F. Muell.>/
      astreb01.gif <@subject Astrebla elymoidies, lappacea, pectinata, squarrosa:
                            Gardner, 1952>
      icpl3142.gif <@subject Astrebla squarrosa: Hook. Ic. Pl. 32 (1930)>                       
      astreb02.gif <@subject Inflorescence of A. squarrosa>
      astreb25.gif <@subject Spikelets of A. squarrosa>
      astreb27.gif <@subject Spikelet of A. pectinata>
      astreb40.gif <@subject Floret of A. squarrosa>
      astreb46.gif <@subject Floret of A squarrosa>
      astreb50.gif <@subject Astrebla pectinata, abaxial epidermis of leaf blade: 
            this project>
      astreb75.gif <@subject Astrebla pectinata, TS of leaf blade: this project>
      astreb76.gif <@subject A. pectinata, TS of leaf blade: this project>

# \i{}Athroostachys\i0{} <Bentham>/
      athroo01.gif <@subject A. capitata: McClure, New World Bamboos (1973)>
      camus44.jpg <@subject A. capitata, as Merostachys (with Merostachys spp.:
                           Camus, 1913).>
      camuleg2.jpg <@subject abbreviations for Camus (1913) figures>
      athroo50.jpg <@subject Athroostachys capitata, abaxial epidermis of leaf blade: 
            this project>
      athroo51.jpg <@subject A. capitata, abaxial epidermis of leaf blade: this project>
      athroo76.jpg <@subject Athroostachys capitata, TS of leaf blade: this project>
      athroo75.jpg <@subject A. capitata, TS of leaf blade, detail: this project>

# \i{}Atractantha\i0{} <McClure>/
      atracta1.jpg <@subject Atractantha falcata: McClure (1973), Smiths. Contr. Bot. 9>
      atrac51.jpg <@subject Atractantha falcata, abaxial epidermis of leaf blade with
                           papillae in high level focus: this project>
      atrac52.jpg <@subject A. falcata, abaxial epidermis of leaf blade: this project>
      atrac77.jpg <@subject Atractantha falcata, TS of leaf blade: this project>
      atrac76.jpg <@subject A. falcata, TS of leaf blade: this project>
      atracta2.jpg <@subject A. radiata: MacClure (1973), Smiths. Contr. Bot. 9>

# \i{}Aulonemia\i0{} <Goudot>/
      aulon01.gif <@subject Aulonemia queko: McClure, New World Bamboos (1973)>
      camus34.jpg <@subject A. glaziovii and A. ramosissima (as A. glaziovii
                           var. macroblephara): Camus (1913)>
      camuleg2.jpg <@subject abbreviations for Camus (1913) figures>
      camus18.jpg <@subject A. effusa and Colanthelia distans (as Arundinaria
                           spp.: Camus (1913)>
      aulone51.jpg <@subject Aulonemia fulgor, abaxial epidermis of leaf blade:
            this project>
      aulone75.jpg <@subject Aulonemia fulgor, TS of leaf blade: this project>

# \i{}Australopyrum\i0{} <(Tsvelev) A. Lve>/
      auspyr01.gif <@subject Australopyrum pectinatum, as Festuca pectinata: 
            Labillardire, Nov. Holl. Pl. spec. 1 (1804)>
      auspyr25.gif <@subject Spikelet of A. pectinatum>
      auspyr40.gif <@subject Floret of A. pectinatum>

# \i{}Austrochloris\i0{} <Lazarides>/
      auschl01.gif <@subject Austrochloris dichanthioides: Lazarides, 1985>
      auschl50.gif <@subject A. dichanthioides, abaxial epidermis of leaf blade:
      original>

# \i{}Austrodanthonia\i0{} <H.P. Linder>/
      rytido26.gif <@subject Lemmas (penicillata, pilosa = Austrodanthonia,
                            semiannularis = Notodanthonia)>
      rytido40.gif <@subject Spikelet of Austrodanthonia eriantha>
      rytido16.gif <@subject Spikelet of A. eriantha, details>
      rytido41.gif <@subject Floret details (A. eriantha)>
                   <@text x=599 y=18 w=384 h=-4 m
                          t=\i{}Austrodanthonia eriantha\i0{}. Two-keeled,
                          two-nerved, notched palea; glabrous ovary, fleshy,
                          ciliate lodicules.>
      rytido25.gif <@subject Spikelet of A. eriantha>
      rytido42.gif <@subject Disarticulating spikelet>
                   <@text x=815 y=952 w=173 h=-1 m
                          t=Austrodanthonia sp.>
      rytido50.gif <@subject Austrodanthonia carphoides, abaxial epidermis of leaf 
           blade: this project>
      rytido75.gif <@subject Austrodanthonia carphoides, T.S. of leaf blade 
            (fluorescence image): this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Austroderia\i0{} <N.P. Barker & H.P. Linder>/

# \i{}Austrofestuca\i0{} <(Tsvel.) E.B. Alekseev> sensu lato/
      gramtm12.jpg <@subject Austrofestuca (= Hookerochloa) hookeriana (as Festuca):
                            Hooker, Fl. Tasmaniae (1860)>
      ausfes01.gif <@subject A. littoralis: Gardner, 1952>
      ausfes50.gif <@subject Austrofestuca littoralis, abaxial epidermis of leaf blade:
            this project>

# \i{}Austrofestuca\i0{} <(Tsvel.) E.B. Alekseev> sensu stricto/
      ausfes01.gif <@subject Austrofestuca littoralis: Gardner, 1952>
      ausfes50.gif <@subject Austrofestuca littoralis, abaxial epidermis of leaf blade:
            this project>

# \i{}Austrostipa\i0{} <S.W.L. Jacobs & Everett>/
      austipa1.gif <@subject Austrostipa mollis, as Stipa: Hutchinson, you hua 
            zhi wu ke zhi shuang zi ye zhi wu (1955)>
      stipa05.jpg <@subject Austrostipa setacea: Hooker, Fl. Tasmaniae (1860)>
      gramnz02.jpg <@subject A. stipoides (as Dichelachne): Hooker, Fl.
                            Novae-Zelandiae (1853)>
      stipa02.gif <@subject Austrostipa elegantissima: Gardner, 1952>
      stipa03.gif <@subject Austrostipa juncifolia, A. aff. nitida: Gardner, 1952>
      stipa04.gif <@subject Austrostipa hemipogon: Gardner, 1952>
      stipa12.gif <@subject Leaf form of Austrostipa falcata>
                  <@text x=674 y=20 w=306 h=-3 m
                         t=\i{}Austrostipa falcata\i0{}. Sheath hairy at the
                         auricle positions.>
      stipa42.gif <@subject Disarticulated spikelet (Austrostipa bigeniculata)>
      stipa40.gif <@subject Lemma showing awn attachment>
                  <@item x=34 y=876 w=272 h=104 m
                         t=(lemma and attachment of its awn)>
      stipa41.gif <@subject Spikelet close-up>
      stipa46.gif <@subject Germinating Austrostipa falcata: this project>
                  <@text x=514 y=35 w=182 h=-4 m
                         t=\i{}Austrostipa falcata\i0{}. Emerging radicle (lower
                         left) and shoot (upper right).>
                  <@text x=8 y=841 w=207 h=-2 m
                         t=\i{}Austrostipa falcata\i0{}. Lemma splitting over
                         the embryo.>
      stipa503.jpg <@subject Austrostipa bigeniculata, abaxial epidermis of leaf 
            blade: this project>
      stipa502.jpg <@subject Austrostipa bigeniculata, abaxial epidermis of leaf 
            blade: this project>
      stipa501.jpg <@subject Austrostipa bigeniculata, abaxial epidermis of leaf 
            blade: this project>
      stipa76.jpg <@subject Austrostipa bigeniculata, TS of leaf blade: this project>
      stipa51.jpg <@subject Austrostipa elegantissima, abaxial epidermis of leaf 
            blade: this project>
      stipa52.jpg <@subject Austrostipa densiflora, abaxial epidermis of leaf 
            blade: this project>
      stipa77.jpg <@subject Austrostipa densiflora, TS of leaf blade: this project>
      stipa53.jpg <@subject Austrostipa teretifolia, abaxial epidermis of leaf 
            blade: this project>
      stipa54.jpg <@subject Austrostipa blackii, abaxial epidermis of leaf 
            blade: this project>
      stipa55.jpg <@subject Austrostipa falcata, abaxial epidermis of leaf 
            blade: this project>
      stipa78.jpg <@subject Austrostipa falcata, TS of leaf blade: this project>
      stipa52.gif <@subject Austrostipa pubescens, abaxial epidermis of leaf 
            blade: this project>
      stipa75.gif <@subject Austrostipa pubescens, TS of leaf blade: this project>
      stipa79.jpg <@subject Austrostipa pubescens, TS of leaf blade: this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Avellinia\i0{} <Parl.>/
      avelli01.gif <@subject Avellinia michelii: Gardner, 1952>
      avelli50.gif <@subject Avellinia michelii, abaxial epidermis of leaf 
            blade: this project>

# \i{}Avena\i0{} <L.>/
      iraq126.gif <@subject Avena ludoviciana: Bor, Fl. of Iraq (1968)>
      avena01.gif <@subject Avena fatua, general aspect: Gibbs Russell et al.,
                           1990>
      eb1741.jpg <@subject Avena fatua, general aspect: Eng. Bot. (1872)>
      avena41.gif <@subject Avena fatua, apikelet with glumes removed>
      avena25.gif <@subject Avena barbata, spikelet close-up>
      avena43.gif <@subject Avena barbata spikelet without its glumes>
      avena40.gif <@subject Lemma detail of Avena barbata>
      eb1740.jpg <@subject Avena strigosa, general aspect: Eng. Bot. (1872)>      
      avena50.gif <@subject Avena fatua, abaxial epidermis of leaf blade: this project>

# \i{}Axonopus\i0{} <P. Beauv.>/
      axonop01.gif <@subject Axonopus affinis: Gibbs Russell et al., 1990>
      axonop46.gif <@subject Female-fertile lemma of A. affinis>      
      axonop02.gif <@subject Axonopus compressus: Gardner, 1952>
      axonop15.gif <@subject Inflorescence detail (A. compressus)>
      axonop16.gif <@subject Inflorescence detail (A. compressus)>
      axonop17.gif <@subject Inflorescence detail (A. compressus)>
      axonop25.gif <@subject Spikelet in situ (A. compressus)>
      axonop26.gif <@subject Opened spikelet of A. compressus>
      axonop47.gif <@subject Caryopsis detail, embryo (Axonopus compressus)>
                   <@text x=591 y=25 w=382 h=-3 m
                          t=\i{}Axonopus compressus\i0{}. Waisted embryo.>
      axonop03.gif <@subject Axonopus fissifolius: Sanchez-Ken, Flora del Valle
              Tehuacn-Cuicatlan (2011)>
      axonop55.gif <@subject Axonopus flexuosus: Clayton,  Flora Zambesiaca 10 (1989)>       
      axonop50.gif <@subject Axonopus affinis, abaxial epidermis of leaf 
            blade: this project>
      axonop52.jpg <@subject Axonopus affinis, abaxial epidermis of leaf 
            blade: this project>

# \i{}Bambusa\i0{} <Schreber>/
      kunth074.gif <@subject Bambusa vulgaris, as B. thouarsii: Kunth (1835)>
      icpl2773.gif <@subject Bambusa oldhamii: Hook. Ic. Pl. 28 (1903)>
      camus70.jpg <@subject Bambusa teres and B. polymorpha: Camus (1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      camus72.jpg <@subject Bambusa pallida and B. affinis: Camus (1913)>
      camus73.jpg <@subject Bambusa kharsiana and B. balcooa: Camus (1913)>
      bmag6079.jpg <@subject Bambusa vulgaris (as B. striata): Bot. Mag. 100
            (1874)>
      bambus25.gif <@subject Pseudospikelets (Bambusa arnhemica)>
      bambus50.gif <@subject Bambusa atra, abaxial epidermis of leaf 
            blade: this project>

# \i{}Baptorhachis\i0{} <Clayton & Renvoize>/
      baptor01.gif <@subject Baptorhachis foliacea: Clayton,  Flora Zambesiaca 10 
            (1989)> 

# \i{}Bealia\i0{} <Scribner>/
      bealia2.gif <@subject Bealia mexicana: Lamson-Scribner, True Grasses (1890).>
      bealia1.jpg <@subject B. mexicana: Beal (1896), Grasses of N. America 2>

# \i{}Beckeropsis\i0{} <Figari & de Not.>/
      jfel190.gif <@subject Beckeropsis uniseta var. montana: Jacques-Flix, 1962>
      bekops01.gif <@subject B. laxior: Rose Innes, Ghana Grasses (1977)> 

# \i{}Beckmannia\i0{} <Host>/
      beckman1.jpg <@subject Beckmannia eruciformis, as B. erucides: P. Beauv. (1812)>
      hit740b.gif <@subject B. syzigacne: Hitchcock and Chase (1950)>

# \i{}Bellardiochloa\i0{} <Chiov.>/
      iraq016.gif <@subject Bellardiochloa polychroa: Bor, Fl. of Iraq (1968)>

# \i{}Bergbambos\i0{} <Stapleton>/
      bergbam1.gif <@subject Bergabambos tessellata: Hook. Ic. Pl.
            30 (1913)>

# \i{}Bewsia\i0{} <Goossens>/
      bewsia01.gif <@subject Bewsia biflora: Gibbs Russell et al., 1990>

# \i{}Bhidea\i0{} <Stapf ex Bor>/

# \i{}Blepharidachne\i0{} <Hackel>/
      hit299b.gif <@subject B. kingii: Hitchcock and Chase (1950)>
      hit300o.gif <@subject B. bigelovii: Hitchcock and Chase (1950)>
      blenac75.jpg <@subject Blepharidachne sp., TS of leaf blade: this project>

# \i{}Blepharoneuron\i0{} <Nash>/
      hit620o.gif <@subject Blepharoneuron tricholepis: Hitchcock and Chase (1950)>
      blepha50.gif <@subject Blepharoneuron tricholepis, abaxial epidermis of leaf 
            blade: this project>
      blepha75.gif <@subject Blepharoneuron tricholepis, TS of leaf 
            blade: this project>

# \i{}Boissiera\i0{} <Hochst. & Steud.>/
      iraq044.gif <@subject Boissiera squarrosa: Bor, Fl. of Iraq (1968)>

# \i{}Boivinella\i0{} <A. Camus>/
      boivin01.jpg <@subject Boivinella sclerioides: Camus, Bull. Soc. Bot. Fr. (1925)>

# \i{}Bonia\i0{} <Balansa>/
      camus80.gif <@subject Bonia tonkinensis, with Fargesia and Oreiostachys:
                           Camus (1913)>
      camuglos.gif <@subject Camus legend>

# \i{}Borinda\i0{} <Stapleton>/

# \i{}Bothriochloa\i0{} <Kuntze>/
      bothri02.gif <@subject Bothriochloa bladhii: Gardner, 1952>
      bothri19.gif <@subject Inflorescence detail (B. bladhii)>
      bothri40.gif <@subject Spikelet and floret details (B. bladhii)>    
      bothri03.gif <@subject Bothriochloa ewartiana: Gardner, 1952>
      bothri01.gif <@subject Bothriochloa insculpta: Gibbs Russell et al., 1990>
      iraq195.gif <@subject Bothriochloa ischaemum: Bor, Fl. of Iraq (1968)>
      bothris1.jpg <@subject Bothriochloa ischaemum: communicated by Pan XingLai, 
            pxlwbig@126.com, China>
      bothris2.jpg <@subject Bothriochloa ischaemum: communicated by Pan XingLai, 
            pxlwbig@126.com, China>
      bothris3.jpg <@subject Bothriochloa ischaemum: communicated by Pan XingLai, 
            pxlwbig@126.com, China>      
      bothri16.gif <@subject Inflorescence detail (B. macra)>
                   <@text x=19 y=16 w=304 h=-3 m
                          t=\i{}Bothriochloa macra\i0{}. Pitted lower glumes.>
      bothri26.gif <@subject Lowr glume detail (B. macra)>
                   <@text x=17 y=935 w=332 h=-2 m
                          t=\i{}Bothriochloa macra\i0{}. Pitted lower glume.>
      bothri18.gif <@subject Detail of rachis segment (B. macra)>
                   <@text x=112 y=12 w=806 h=-3 m
                          t=\i{}Bothriochloa macra\i0{}. Longitudinal
                          translucent furrow.>
      bothri75.gif <@subject B. macra, TS of leaf blade: this project>
                   <@text x=11 y=23 w=265 h=-2 m
                          t=\i{}Bothriochloa macra\i0{}. Midrib region.>
      bothri91.gif <@subject B. macra, T.S. leaf blade, electron micrograph: this project>
                   <@text x=706 y=908 w=282 h=-3 m
                          t=\i{}Bothriochloa macra\i0{}. C\sub{}4\nosupersub{}
                          type NADP-ME.>

# \i{}Bouteloua\i0{} <Lag.>/
      griff63.gif <@subject Bouteloua curtipendula: Griffiths, Cont. U.S. Nat. 
            Herb. 14 (1912)>
      boutel17.gif <@subject Spikelet clusters of B. curtipendula>
      boutel15.gif <@subject Spikelet clusters of B. curtipendula>
      boutel01.gif <@subject B. hirsuta (Chondrosum): General aspect>     
      griff32.gif <@subject Bouteloua scorpioides (Chondrosum): Griffiths, Cont. U.S. 
            Nat. Herb. 14 (1912)>
      griff35.gif <@subject Bouteloua gracilis (Chondrosum): Griffiths, Cont. U.S. 
            Nat. Herb. 14 (1912)>
      boutel16.gif <@subject Inflorescence of B. gracilis>    
      boutel75.gif <@subject Bouteloua gracilis, T.S. of leaf blade (fluorescence
                            image): this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Brachiaria\i0{} <(Trin.) Griseb.>/
      kunth109.gif <@subject Brachiaria ramosa, as Panicum arvense: Kunth (1835)> 
      iraq181.gif <@subject Brachiaria eruciformis: Bor, Fl. of Iraq (1968)>
      brachi50.gif <@subject Brachiaria eruciforms, abaxial epidermis of leaf 
            blade: this project>

# \i{}Brachyachne\i0{} <(Benth.) Stapf>/
      kunth133.gif <@subject Brachyachne tenella, as Cynodon: Kunth (1835)>
      icpl3099.gif <@subject Brachyachne fulva: Hook. Ic. Pl. 31 (1922)>  
      bachne03.gif <@subject Brachyachne convergens: Gardner, 1952>
      bachne02.gif <@subject General aspect (Brachyachne convergens, B. ciliaris)>
      bachne41.gif <@subject Spikelet of B. convergens>
      bachne50.gif <@subject Brachyachne convergens, abaxial epidermis of leaf blade -
                            general view: this project>
      bachne53.jpg <@subject Brachyachne convergens, abaxial epidermis of leaf blade -
                            details>
      bachne51.gif <@subject Brachyachne convergens, abaxial epidermis of leaf blade -
                            details>

# \i{}Brachychloa\i0{} <Phillips>/
      bchloa01.gif <@subject Brachychloa schiemanniana: Gibbs Russell et al., 1990>
      bchloa50.gif <@subject Brachychloa schiemanniana, abaxial epidermis of leaf blade>

# \i{}Brachyelytrum\i0{} <P. Beauv.>/
      belytrum.gif <@subject Brachyelytrum erectum: P. Beauv. (1812)> 
      hit623b.gif <@subject Brachyelytrum erectum: Hitchcock and Chase (1950)>

# \i{}Brachypodium\i0{} <P. Beauv.>/
      iraq058.gif <@subject Brachypodium distachyon (~Trachynia): Bor,
            Flora of Iraq (1968)>
      icpl3280.gif <@subject Brachypodium serpentini: Hook. Ic. Pl. 33 (1935)>      
      eb1807.jpg <@subject B. sylvaticum, general aspect: Eng. Bot. (1872)>
      bpodium1.gif <@subject Brachypodium sylvaticum:  C.E. Hubbard (1968)> 
      eb1808.jpg <@subject B. pinnatum, general aspect: Eng. Bot. (1872)>
      bodium01.gif <@subject B. flexum: Gibbs Russell et al., 1990>
      bodium02.gif <@subject Inflorescence, spikelet and floret (B. 
            distachyon): Gardner, 1952>

# \i{}Briza\i0{} <L.>/
      briza02.gif <@subject Briza maxima, B. minor: Gardner, 1952>
      kunth086.gif <@subject B. erecta, as Chascolytrum: Kunth (1835)>
      kunth088.gif <@subject B. brizoides, as Calotheca: Kunth (1835)>    
      eb1774.jpg <@subject B. media, general aspect: Eng. Bot. (1872)>
      eb1775.jpg <@subject B. minor, general aspect: Eng. Bot. (1872)>
      kunth087.gif <@subject B. subaristata, as Chascolytrum: Kunth (1835)>   
      briza16.gif <@subject Inflorescence detail of Briza subaristata>
      briza17.gif <@subject Spikelets of Briza subaristata>
      briza40.gif <@subject Floret of Briza maxima>
                  <@text x=26 y=871 w=282 h=-4 m
                         t=\i{}Briza maxima\i0{}. Small palea within broad,
                         cordate lemma.>
      briza46.gif <@subject Caryopsis of B. maxima>
                  <@text x=12 y=17 w=332 h=-4 m
                         t=\i{}Briza maxima\i0{}. With remnants of adherent
                         palea, and a long-linear hilum.>
      briza47.gif <@subject Caryopsis details of B. maxima>
                  <@text x=26 y=16 w=286 h=-4 m
                         t=\i{}Briza maxima\i0{}. Small embryo, and remains of
                         adherent palea margins.>
      briza48.gif <@subject Germination in Briza maxima>
                  <@text x=13 y=15 w=303 h=-3 m
                         t=\i{}Briza maxima\i0{}. Radicle emerging through split
                         lemma.>

# \i{}Bromuniola\i0{} <Stapf & C.E. Hubb.>/
      jfel066.gif <@subject Bromuniola gossweileri: Jacques-Flix, 1962>

# \i{}Bromus\i0{} <L.>/
      eb1806.jpg <@subject Bromus arvensis, general aspect: Eng. Bot. (1872)>
      bromus03.gif <@subject Inflorescence and spikelet (B. catharticus):
            Gardner, 1952>    
      bromus01.gif <@subject B. catharticus: Gibbs Russell et al., 1990>
      eb1802.jpg <@subject B. commutatus, general aspect: Eng. Bot. (1872)>
      iraq048.gif <@subject Bromus diandrus: Bor, Flora of Iraq (1968)>
      bromus02.gif <@subject B. diandrus, B. hordeaceus Gardner, 1952>
      eb1798.jpg <@subject B. (Anisantha) diandrus, general aspect: Eng. Bot.
                          (1872)>
      eb1796.jpg <@subject B. erecta, general aspect: Eng. Bot. (1872)>
      eb1804.jpg <@subject B. hordeaceus (as B. mollis), general aspect: Eng.
                          Bot. (1872)>
      eb1805.jpg <@subject B. hordeaceus ssp. ferronii (as B. mollis var.
                          ferronii): Eng. Bot. (1872)>
      eb1797.jpg <@subject B. (Anisantha) madritensis, general aspect: Eng. Bot.
                          (1872)>
      eb1803.jpg <@subject B. racemosus, general aspect: Eng. Bot. (1872)>
      eb1800.jpg <@subject B. secalinus, general aspect: Eng. Bot. (1872)>
      eb1801.jpg <@subject cf. B. secalinus (as var. velutinus): Eng. Bot.
                          (1872)>
      eb1799.jpg <@subject B. (Anisantha) sterilis, general aspect: Eng. Bot.
                          (1872)>
      eb1795.jpg <@subject B. ramosa (as B. asper), general aspect: Eng. Bot.
                          (1872)>
      bromus10.gif <@subject Ligule region (B. unioloides)>
      bromus14.gif <@subject Ligule region (B. unioloides)>
      bromus25.gif <@subject Spikelet of B. unioloides>
      bromus44.gif <@subject Spikelet details (B. unioloides)>
                   <@text x=20 y=18 w=415 h=-5 m
                          t=\i{}Bromus unioloides\i0{}. Tip of spikelet, opened
                          to expose rachilla prolongation (below left of the
                          terminal floret).>
      bromus42.gif <@subject Lemma tip and awn (B. inermis)>
      bromus45.gif <@subject Rachilla tip (B. unioloides)>
                   <@text x=463 y=839 w=485 h=-5 m
                          t=\i{}Bromus unioloides\i0{}. Uppermost floret (left),
                          rachilla prolongation with undeveloped floret
                          (right).>
      bromus40.gif <@subject Mature ovary of Bromus unioloides>
                   <@text x=599 y=842 w=364 h=-5 m
                          t=\i{}Bromus unioloides\i0{}. Hairy, terminally
                          appendaged ovary with subterminal styles.>
      bromus41.gif <@subject Ovary and lodicules of B. unioloides>
                   <@text x=15 y=18 w=492 h=-3 m
                          t=\i{}Bromus unioloides\i0{}. Membranous lodicules at
                          base of immature ovary.>
      bromus46.gif <@subject Caryopsis>
      bromus47.gif <@subject Germination in Bromus unioloides>
                   <@text x=664 y=879 w=313 h=-4 m
                          t=\i{}Bromus unioloides\i0{}. Radicle (lower right)
                          emerging through the split lemma.>
      bromus54.gif <@subject Bromus unioloides, abaxial epidermis of leaf 
            blade: this project>
      bromus53.gif <@subject Bromus unioloides: Abaxial epidermis of leaf blade, silica bodies)>
      bromus50.gif <@subject Bromus diandrus, abaxial epidermis of leaf blade, silica bodies>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>
      antilol1.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Lolium serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Lolium
                                perenne\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (right). Antigens
                                allergenic in humans are concentrated in the
                                heat-stable components. For experimental details
                                and discussion of the taxonomic patterns among
                                cross-reactions, see Watson and Knox (1976) and
                                Watson (1983).>
      antilol.gif <@subject Grass pollen antigens: cross-reactions against anti-Lolium
                           serum>
                  <@imagenotes x=891 y=956
                               t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                               (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                               with rabbit antiserum in the trough, \i{}Lolium
                               perenne\i0{} pollen extract (control) in the
                               upper well, and comparable extracts from other
                               genera in the lower wells, as indicated. For
                               experimental details and discussion of the
                               taxonomic patterns among cross-reactios, see
                               Watson and Knox (1976) and Watson (1983).>
      antilol2.gif <@subject Heat stable grass pollen antigens (allergens):
                            cross-reactions against anti-Lolium serum>
                   <@imagenotes x=464 y=954
                                t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS-HEAT-STABLE COMPONENT).
                                \par{}\par{}Each slide with rabbit antiserum in
                                the trough, boiled \i{}Lolium perenne\i0{}
                                pollen extract (control) in the upper well, and
                                comparable boiled extracts from other genera in
                                the lower wells, as indicated. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactios, see Watson and Knox (1976)
                                and Watson (1983).>

# \i{}Brylkinia\i0{} <Schmidt>/
      bkinia01.gif <@subject Brylkinia caudata: Flora of China 22 (2006)> 

# \i{}Buchlo\i0{} <Engelm.>/
      hit702b.gif <@subject B. dactyloides: Hitchcock and Chase (1950)>
      buchlo15.gif <@subject Male spikelets (Buchlo dactyloides)>
      buchlo80.gif <@subject B. dactyloides, TS leaf blade: this project>

# \i{}Buchlomimus\i0{} <Reeder, Reeder & Rzedowski>/

# \i{}Buergersiochloa\i0{} <Pilger>/
      buerge01.gif <@subject Buergersiochloa bambusoides: Pilger, Bot. Jahrb. 
            Syst. 52 (1914)>

# \i{}Calamagrostis\i0{} <Adans.>/
      eb1723.jpg <@subject Calamagrostis epigejos, general aspect: Eng. Bot. (1872)>
      calama01.gif <@subject C. epigejos, general aspect>
      eb1724.jpg <@subject Calamagrostis canescens (as lanceolata), general aspect: Eng.
                          Bot. (1872)>
      iraq108.gif <@subject Calamagrostis pseudophragmites: Bor, Flora of Iraq (1968)>                    
      calanz01.jpg <@subject cf. Calamagrostis setifolia (as Deyeuxia): Hooker,
                            Fl. Novae-Zelandiae (1853)>
      icpl2605.gif <@subject Calamagrostis sclerophylla (as Deyeuxia): Hook. Ic. 
      Pl. 27 (1901)>                      
      eb1725.jpg <@subject Calamagrostis stricta: general aspect: Eng. Bot. (1872)>
      eb1726.jpg <@subject C. stricta var. hookeri: general aspect: Eng. Bot.
                          (1872)>

# \i{}Calamovilfa\i0{} <Hackel>/
      hit456b.gif <@subject Calamovilfa longifolia: Hitchcock and Chase (1950)>
      calamo50.gif <@subject Calamovilfa longifolia, abaxial epidermis of leaf 
            blade: this project>
      calamo75.gif <@subject Calamovilfa longifolia, TS Leaf blade: this project>

# \i{}Calderonella\i0{} <Soderstrom & Decker>/
      calder01.gif <@subject Calderonella sylvatica: Soderstrom & Decker, Ann. Miss. 
            Bot. Gard. 60 (1973)>

# \i{}Calosteca\i0{} <Desv.>/
      ausam095.gif <@subject Calosteca brizoides: Nicora & Rgolo de Agrasar (1987)>
      calost75.gif <@subject Calosteca brizoides, leaf blade TS: this project>

# \i{}Calyptochloa\i0{} <C.E. Hubb.>/
      icpl3210.gif <@subject Calyptochloa gracillima: Hook. Ic. Pl. 33 (1935)>
      clyptoc1.jpg <@subject Calyptochloa gracillima, spikelet: Stanley & Ross (1989),
                            Flora of SE Queensland>

# \i{}Cambajuva\i0{} <Viana, Clark & Filg.>/

# \i{}Camusiella\i0{} <Bosser>/

# \i{}Canastra\i0{} <(Filg.) Morrone, Zuloaga, Davidse & Filg.>/

# \i{}Capeochloa\i0{} <N.P Barker & H.P. Linder>/
      capeoch1.gif <@subject Capeochloa cincta: Linder \i{}et al\i0{}, Ann. Miss. Bot. 
            Gard. 97 (2010)>

# \i{}Capillipedium\i0{} <Stapf>/
      icpl3085.gif <@subject Capillipedium assimile, as C. glaucopsis: Hook. Ic. 
      Pl. 31 (1922)>
      capill16.gif <@subject Capillipedium parviflorum: Gardner, 1952>
      capill50.gif <@subject Capillipedium picigerum, abaxial epidermis of leaf 
            blade: this project>
      capill75.gif <@subject Capillipedium spicigerum, T.S. leaf blade: this project>

# \i{}Castellia\i0{} <Tineo.>/

# \i{}Catabrosa\i0{} <P. Beauv.>/
      iraq018.gif <@subject Catabrosa aquatica: Bor, Fl. of Iraq (1968)>
      eb1750.jpg <@subject C. aquatica, general aspect: Eng. Bot. (1872)>
      catabr01.jpg <@subject C. aquatica, general aspect: J. Curtis, 1824>

# \i{}Catabrosella\i0{} <(Tzvelev) Tzvelev>/

# \i{}Catalepis\i0{} <Stapf & Stent>/
      catale01.gif <@subject Catalepis gracilis: Gibbs Russell et al., 1990>
      catale50.gif <@subject Catalepis gracilis, abaxial epidermis of leaf 
            blade: this project>
      catale51.jpg <@subject Catalepis gracilis, abaxial epidermis of leaf 
            blade: this project>

# \i{}Catapodium\i0{} <Link>/
      eb1758.jpg <@subject Catapodium rigidum (as Sclerochloa rigida), general aspect:
                          Eng. Bot. (1872)>
      catapo01.jpg <@subject C. rigidum, general aspect: J. Curtis, 1824>
      catapo02.gif <@subject Catapodium rigidum: Gardner, 1952>
      catapo01.gif <@subject C. rigidum: Gibbs Russell et al., 1990>
      catapo3.gif <@subject Catapodium rigidum:  C.E. Hubbard (1968)>

# \i{}Cathariostachys\i0{} <Dransfield>/
      kunth075.gif <@subject Cathariostachys captata (as Nastus): Kunth (1835)>
      cathari1.gif <@subject Cathariostachys capitata, as Bambusa: Trinius, 
            Species Graminum (1836)>
      camus99.jpg <@subject C. capitata, with 3 Ochlandra spp. (Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Cathestechum\i0{} <J. Presl>/
      cathes01.gif <@subject Cathestechm prostratum, spikelet details>
      cathes03.gif <@subject Cathestechum stoloniferum, spikelet details>
      cathes75.gif <@subject Cathestechum erectum, TS leaf blade: this project>

# \i{}Cenchrus\i0{} <L.>/
      kunth119.gif <@subject Cenchrus prieurii, as Pennisetum: Kunth (1835)> 
      cenchr02.gif <@subject Cenchrus elymoides: Gardner, 1952>
      cenchr01.gif <@subject C. elymoides: Gibbs Russell et al., 1990>
      iraq182.gif <@subject Cenchrus ciliaris: Bor, Fl. of Iraq (1968)>
      cenchr11.jpg <@subject Ligule region of Cenchrus ciliaris>
      cenchr16.gif <@subject Cenchrus ciliaris, inflorescence detail, spikelet clusters>
      cenchr25.gif <@subject A spikelet cluster with bristles (C. ciliaris)>
                   <@text x=14 y=12 w=257 h=-4 m
                          t=\i{}Cenchrus ciliaris\i0{}, a spikelet cluster
                          subtended by bristles.>
      cenchr18.gif <@subject Spikelet clusters of Cenchrus setiger>
      cenchr17.gif <@subject Rachis and abscising spikelet clusters of Cenchrus
                            setiger>
      cenchr26.gif <@subject Old spikelet cluster of Cenchrus setiger>
      cenchr39.gif <@subject Spikelet cluster of Cenchrus longispinus>
      cenchr03.gif <@subject Cenchrus myosuroides: Sanchez-Ken, Flora del Valle
              Tehuacn-Cuicatlan (2011)>
      cenchr46.gif <@subject Germination flap of C. echinatus>
      cenchr50.gif <@subject Cenchrus longispinus, abaxial epidermis of leaf 
            blade: this project>

# \i{}Centotheca\i0{} <Desv.>/
      kunth070.gif <@subject Centotheca lappacea: Kunth (1835)>
      wtafr352.gif <@subject Centotheca lappacea: Fl. W. Trop. Afr. (1936)>

# \i{}Centrochloa\i0{} <Swallen>/
      cchloa01.gif <@subject Centrochloa singularis, with Spheneria kegelii: 
            Swallen, J. Wash. Acad. Sci. 25 (1935)>

# \i{}Centropodia\i0{} <Reichenb.>/
      iraq145.gif <@subject Centropodia forrskalii (as Asthenatherum): Bor, Fl. 
            of Iraq (1968)>
      cpodia01.gif <@subject Centropodia glauca: Gibbs Russell et al., 1990>

# \i{}Cephalostachyum\i0{} <Munro>/
      camus93.jpg <@subject Cephalostachyum capitatum, C. fuchsianum (= latifolium), C.
                           virgatum: Camus (913).>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      cephal16.gif <@subject Spikelet cluster of Cephalostachyum pergracile>
      cephal17.gif <@subject Pseudospikelets of Cephalostachyum pergracile>
      cephal40.gif <@subject Flower of Cephalostachyum pergracile>
      cephal41.gif <@subject Gynoecium Cephalostachyum pergracile>

# \i{}Chaboissaea\i0{} <Fourn.>/
      chaboi01.gif <@subject Chaboissaea ligulata: Chase, J. Wash. Acad. Sci. 43 (1953)>

# \i{}Chaetium\i0{} <Nees>/
      chaeti01.gif <@subject Chaetium cubanum: Hitchcock, Manual of West Indies 
                   Grasses (1936)>

# \i{}Chaetobromus\i0{} <Nees>/
      cbrom01.gif <@subject Chaetobromus dregeanus: Gibbs Russell et al., 1990>
      cbrom02.gif <@subject Chaetobromus involucratus: Linder \i{}et al\i0{}, 
            Ann. Miss. Bot. Gard. 97 (2010)>      

# \i{}Chaetopoa\i0{} <C.E. Hubb.>/

# \i{}Chaetopogon\i0{} <Janchen>/
      kunth214.gif <@subject Chaetopogon fasciculatus, as Chaeturus: Kunth (1835)>

# \i{}Chaetostichium\i0{} <(Hochst.) C.E. Hubb.>/
      jfel145.gif <@subject Chaetostichium minimum (as C. majusculum): Jacques-Flix, 
            1962>

# \i{}Chamaeraphis\i0{} <R.Br.>/
      icpl3140.gif <@subject Chamaeraphis hordeacea: Hook. Ic. Pl. 32 (1930)>
      chraphis.jpg <@subject Chamaeraphis hordeacea: Kunth, 1835>
      chamae50.gif <@subject Chamaeraphis hordeacea, abaxial epidermis of leaf 
            blade: this project>

# \i{}Chandrasekharania\i0{} <V.J. Nair, V.S. Ramachandran & P.V. Sreekumar>/

# \i{}Chasechloa\i0{} <A. Camus>/

# \i{}Chasmanthium\i0{} <Link>/
      kunth072.gif <@subject Chasmanthium laxum, as Uniola gracilis: Kunth (1835)> 
      ausam030.gif <@subject Chasmanthium latifolium: Nicora & Rgolo de Agrasar (1987)>

# \i{}Chasmopodium\i0{} <Stapf>/
      cmopodi1.jpg <@subject Chasmopodium caudatum: Hook. Ic. Pl. (1922)>
      cmopod01.gif <@subject Chasmopodium caudatum: Rose Innes, Ghana Grasses (1977)> 

# \i{}Chevalierella\i0{} <A. Camus>/
      jfel065.gif <@subject Chevalierella dewildemanii: Jacques-Flix, 1962>
      cheval25.gif <@subject Inflorescence detail and a spikelet of C.
                            dewildemanii>

# \i{}Chikusichloa\i0{} <Koidz.>/
      chikusic.jpg <@subject Chikusichloa aquatica: Fl. of China, 22>

# \i{}Chimaerochloa\i0{} <H.P. Linder>/
      chimaer1.gif <@subject Chimaerochloa archboldii: Linder \i{}et al\i0{}, Ann. Miss. 
            Bot. Gard. 97 (2010)>

# \i{}Chimonobambusa\i0{} <Makino>/
      camus09a.jpg <@subject Chimonobambusa callosa (as Arundinaria: Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Chimonocalamus\i0{} <(Hsueh & T. P. Yi) C. S. Chao & Renvoize>/

# \i{}Chionachne\i0{} <R.Br.>/
      chiona01.gif <@subject Chionachne cyathopoda: Gardner (1952)>
      chiona50.gif <@subject Chionachne cyathopoda, abaxial epidermis of leaf 
            blade: this project>

# \i{}Chionochloa\i0{} <Zotov>/
      bromus10.jpg <@subject cf. Chionochloa antarctica (as Bromus): Hooker, Fl.
                            Antarctica (1844)>
      chionz01.jpg <@subject Chionochloa rigida (as Danthonia): Hooker, Fl.
                            Novae-Zelandiae (1853)>                      
      chionz02.jpg <@subject Chionochloa bromoides (as Danthonia): Hooker, Fl.
                            Novae-Zelandiae (1853)>
      bmag6232.jpg <@subject Chionochloa conspicua (as Arundo): Bot. Mag. 
            102 (1876)>                      
      chiono50.jpg <@subject Chionochloa conspicua, abaxial epidermis of leaf 
            blade: this project>
      chiono75.jpg <@subject Chionochloa conspicua, TS leaf blade: this project>
      chiono55.jpg <@subject Chionochloa cunninghamii, abaxial epidermis of leaf 
            blade: this project>
      chiono76.jpg <@subject Chionochloa frigida, TS leaf blade: this project>

# \i{}Chloachne\i0{} <Stapf>/
      jfel161.gif <@subject Chloachne oplismenoides: Jacques-Flix, 1962>
      chloach1.jpg <@subject Chloachne oplismenoides, as C. secunda: Hook. Ic. 
      Pl. 31 (1916)>

# \i{}Chloris\i0{} <O. Swartz>/
      chlori02.gif <@subject Chloris pectinata, C. pumilio, C. truncata, C. 
            virgata: Gardner, 1952>
      wtafr355.gif <@subject Chloris gayana Fl. W. Trop. Afr. (1936)>
      chlori01.gif <@subject C. pycnothrix: Gibbs Russell et al., 1990>
      chlori19.gif <@subject Inflorescences of Chloris spp.>
      chlori41.gif <@subject Florets of Chloris spp.>
      chlori25.gif <@subject Inflorescence detail of Chloris truncata>
      chlori40.gif <@subject Spikelet in situ (C. truncata)>
                   <@text x=19 y=829 w=463 h=-6 m
                          t=\i{}Chloris truncata\i0{}, showing the proximal
                          hermaphrodite floret (stamens and stigmas detectable
                          through the translucent lemma), and the distal
                          incomplete one.>
      chlori27.gif <@subject Disarticulated spikelet of Chloris virgata>
                   <@item x=16 y=932 w=126 h=38 m
                          t=virgata>
      chlori42.gif <@subject Florets of Chloris virgata>
      chlori47.gif <@subject Germinating Chloris virgata>
                   <@text x=11 y=895 w=226 h=-3 m
                          t=\i{}Chloris virgata\i0{}. Radicle pushing seedling
                          out of floret.>
      chlovir1.jpg <@subject Chloris virgata: Pan XingLai, China, (2023)>
      chlovir2.jpg <@subject Chloris virgata: Pan XingLai, China, (2023)>
      chlovir3.jpg <@subject Chloris virgata: Pan XingLai, China, (2023)>
      chlori50.gif <@subject Chloris truncata, abaxial epidermis of leaf 
            blade: this project>
      chlori75.gif <@subject Chloris gayana, T.S. leaf blade: this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>
      mhamar03.jpg <@subject Microhairs of Chloris gayana: longitudinal EM
                            sections (Amarasinghe)>
                   <@imagenotes x=43 y=33
                                t=LS of chloridoid-type microhair of
                                \i{}Chloris gayana\i0{}. 13, showing cuticular
                                chamber at the end of the cap cell; 14, showing
                                basal cell and proximal part of cap cell. BC =
                                basal cell, CC = cap cell, CH = cuticular
                                chamber, CW = cell wall, M = mitochondria, N =
                                nucleus, PTM = partitioning membranes, TC =
                                thickened cuticle, VC = vacuole; microtubules
                                indicated by white arrows, plasmodesmata by
                                white arrowheads. Scale bar = 1.5 microns.>

# \i{}Chlorocalymma\i0{} <W. Clayton>/

# \i{}Chrysochloa\i0{} <Swallen>/
      jfel132.gif <@subject Chrysochloa hubbardiana: Jacques-Flix, 1962>
      cchloa50.gif <@subject Chrysochloa hubbardiana, abaxial epidermis of leaf
                            blade: this project>
      cchloa52.jpg <@subject Chrysochloa hubbardiana, abaxial epidermis of leaf
                            blade: this project>
      cchloa51.jpg <@subject Chrysochloa hubbardiana - abaxial epidermis of leaf
                            blade, papillae and silica bodies: this project>
                            
# \i{}Chrysopogon\i0{} <Trin.>/
      iraq197.gif <@subject Chrysopogon aucheri: Bor, Fl. of Iraq (1968)>
      cpogon02.gif <@subject Chrysopogon fallax: Gardner, 1952>
      cpogon01.gif <@subject Chrysopogon serrulatus: Gibbs Russell et al., 1990>

# \i{}Chumsriella\i0{} <Bor>/

# \i{}Chusquea\i0{} <Kunth>/
      bmag6811.jpg <@subject Chusquea abietifolia: Bot. Mag. 111 (1885)>
      kunth191.gif <@subject Chusquea dombeyana: Kunth (1835)>
      kunth078.gif <@subject Chusquea baclifera, as C. gaudichaudii: Kunth (1835)>      
      camus47.jpg <@subject Chusquea capituliflora and C. capitata: Camus (1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      ausam021.gif <@subject Chusquea montana: Nicora & Rgolo de Agrasar (1987)>

# \i{}Cinna\i0{} <L.>/
      cinna01.jpg <@subject Cinna arundinacea: P. Beauv. (1812)>
      hit498b.gif <@subject Cinna arundinacea: Hitchcock and Chase (1950)>

# \i{}Cladoraphis\i0{} <Franch.>/
      kunth190.gif <@subject Cladoraphis spinosa, as Poa: Kunth (1835)>
      clador01.gif <@subject Cladoraphis spinosa: Gibbs Russell et al., 1990>

# \i{}Clausospicula\i0{} <M. Lazarides>/
      clauso1.jpg <@subject Clausospicula extensa, abaxial epidermis of leaf blade:
      Lazarides et al., 1991>
      clauso2.jpg <@subject Clausospicula extensa, transverse section of leaf blade:
      Lazarides et al., 1991>

# \i{}Cleistachne\i0{} <Benth.>/
      icpl1379.gif <@subject Cleistachne sorghoides: Hook. Ic. Pl. 14 (1882)>
      cachne01.gif <@subject Cleistachne sorghoides: Gibbs Russell et al., 1990>

# \i{}Cleistochloa\i0{} <C.E. Hubb.>/
      icpl3209.gif <@subject Cleistochloa subjuncea: Hook. Ic. Pl. 33 (1935)>

# \i{}Cliffordiochloa\i0{} <B.K Simon>/
      cliffo01.gif <@subject Cliffordiochloa parvispicula: general aspect, spikelet details>
      cliffo16.gif <@subject Inflorescence of C. parvispicula>
      cliffo17.gif <@subject Inflorescence detail of C. parvispicula>
      cliffo18.gif <@subject Spikelets ofC. parvispicula>
      cliffo25.gif <@subject Spikelets of C. parvispicula>
      cliffo50.gif <@subject Cliffordiochloa parvispicula, abaxial epidermis of leaf 
            blade: this project>

# \i{}Cockaynea\i0{} <Zotov>/

# \i{}Coelachne\i0{} <R.Br.>/
      kunth143.gif <@subject Coelachne pulchella: Kunth (1835)>
      clacne51.gif <@subject Coelachne pulchella, abaxial epidermis of leaf 
            blade: this project>
      clacne50.gif <@subject Coelachne pulchella, abaxial epidermis of leaf 
            blade: this project>

# \i{}Coelachyropsis\i0{} <Bor>/

# \i{}Coelachyrum\i0{} <Hochst. & Nees>/
      icpl1368.gif <@subject Coelachyrum brevifolium (as Eragrostis coelachyrum):
            Hook. Ic. Pl. 14 (1881)>
      icpl1370.gif <@subject Coelachyrum piercei (as Eragrostis): Hook. Ic. Pl. 
            14 (1881)>      
      clarum01.gif <@subject Coelachyrum yemenicum: Gibbs Russell et al., 1990>

# \i{}Coelorachis\i0{} <Brongn.>/
      icpl3081.gif <@subject Coelorachis lepidura: Hook. Ic. Pl. 31 (1922)>
      coelor02.gif <@subject Coelorachis rottboellioides: Gardner, 1952>
      coelor01.gif <@subject Coelorachis capensis: Gibbs Russell et al., 1990>
      coelor25.gif <@subject Inflorescence detail (C. rottboellioides)>
      coelor39.gif <@subject Inflorescence detail (C. rottboellioides)>
      coelor50.gif <@subject Coelorachis rottboellioides, abaxial epidermis of leaf 
            blade: this project>

# \i{}Coix\i0{} <L.>/
      maydeae.jpg <@subject Coix lacryma-jobi and Zea mays: P. Beauv. (1812)>
      icpl1764.gif <@subject Coix lachryma-jobi var. stenocarpa:
      Hook. Ic. Pl. 18 (1888)>
      coix01.gif <@subject Coix lachryma-jobi: Gibbs Russell et al., 1990>
      coix50.gif <@subject Coix lachryma-jobi, abaxial epidermis of leaf 
            blade: this project>

# \i{}Colanthelia\i0{} <McClure & Smith>/
      colant01.gif <@subject Colanthelia cingulata: McClure, New World Bamboos (1973)>
      camus18.jpg <@subject Colanthelia distans and Aulonemia effusa (as Arundinaria
                           spp.: Camus (1913)>
      camuleg2.jpg <@subject abbreviations for Camus (1913) figures>

# \i{}Coleanthus\i0{} <Seidl.>/
      scrib50.gif <@subject Coleanthus subtilis: Lamson-Scribner (1890)>
      hit497b.gif <@subject Coleanthus subtilis: Hitchcock and Chase (1950)>

# \i{}Colpodium\i0{} <Trin.>/
      colpod02.gif <@subject Colpodium altaicum: Ledebour, Icones Plantarum 3 (1831)>
      iraq022.gif <@subject Colpodium fibrosum: Bor, Flora of Iraq (1968)>
      colpod01.gif <@subject C. hedbergii: Gibbs Russell et al., 1990>

# \i{}Commelinidium\i0{} <Stapf>/
      commel01.gif <@subject Commelinidium gabunense: Rose Innes, Ghana Grasses (1977)>
      jfel165.gif <@subject Commelinidium gabunense (as C. nervosum): 
            Jacques-Flix, 1962>
      commel25.gif <@subject Fruiting floret of Commelinidium gabunense)>
                   <@text x=561 y=20 w=421 h=-2 m
                          t=\i{}Commelinidium gabunense\i0{}. Thickened/inrolled
                          lemma margins>
      commel40.gif <@subject Germination flap of Commelinidium gabunense)>

# \i{}Cornucopiae\i0{} <L.>/
      iraq109.gif <@subject Cornucopiae cucullatum: Bor, Fl. of Iraq (1968)>

# \i{}Cortaderia\i0{} <Stapf>/
      cortad01.gif <@subject Cortaderia selloana: Gibbs Russell et al., 1990>
      cortad10.gif <@subject Ligule of Cortaderia selloana>
      cortad02.gif <@subject Cortaderia pilosa: Linder \i{}et al\i0{}, Ann. Miss. Bot. 
            Gard. 97 (2010)>
      cortad03.gif <@subject Cortaderia bifida: Linder \i{}et al\i0{}, Ann. Miss. Bot. 
            Gard. 97 (2010)>
      bmag7607.jpg <@subject Cortaderia jubata: Bot. Mag. 124 (1898)>      
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>
      antilol1.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Lolium serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Lolium
                                perenne\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (right). Antigens
                                allergenic in humans are concentrated in the
                                heat-stable components. For experimental details
                                and discussion of the taxonomic patterns among
                                cross-reactions, see Watson and Knox (1976) and
                                Watson (1983).>
      antilol.gif <@subject Grass pollen antigens: cross-reactions against anti-Lolium
                           serum>
                  <@imagenotes x=891 y=956
                               t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                               (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                               with rabbit antiserum in the trough, \i{}Lolium
                               perenne\i0{} pollen extract (control) in the
                               upper well, and comparable extracts from other
                               genera in the lower wells, as indicated. For
                               experimental details and discussion of the
                               taxonomic patterns among cross-reactios, see
                               Watson and Knox (1976) and Watson (1983).>
      antilol2.gif <@subject Heat stable grass pollen antigens (allergens):
                            cross-reactions against anti-Lolium serum>
                   <@imagenotes x=464 y=954
                                t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS-HEAT-STABLE COMPONENT).
                                \par{}\par{}Each slide with rabbit antiserum in
                                the trough, boiled \i{}Lolium perenne\i0{}
                                pollen extract (control) in the upper well, and
                                comparable boiled extracts from other genera in
                                the lower wells, as indicated. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactios, see Watson and Knox (1976)
                                and Watson (1983).>
      anticyno.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Cynodon serum>
                   <@imagenotes x=868 y=956
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Cynodon
                                dactylon\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (human allergens, right).
                                For experimental details and discussion of the
                                taxonomic patterns among cross-reactions, see
                                Watson and Knox (1976) and Watson (1983).>
      antizea1.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                            serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Zea
                                mays\i0{} pollen extract (control) in the upper
                                well, and comparable extracts from other genera
                                in the lower wells, as indicated. Results are
                                compared using raw extract (left) with those
                                using boiled extract (where availabe, right).
                                Antigens allergenic in humans are concentrated
                                in the heat-stable components. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactions, see Watson and Knox
                                (1976) and Watson (1983).>
      antizea.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                           serum>

# \i{}Corynephorus\i0{} <P. Beauv.>/
      corynep1.jpg <@subject Corynephorus canescens: P. Beauv. (1812)>
      eb1729.jpg <@subject C. canescens, general aspect: Eng. Bot. (1872)>
      coryne25.gif <@subject Spikelets (C. canescens)>
      coryne76.gif <@subject Corynephorus canescens, T.S. leaf blade: this project>

# \i{}Cottea\i0{} <Kunth>/
      kunth052.gif <@subject Cottea pappophoroides: Kunth (1835)>
      ausam123.gif <@subject Cottea pappophoroides: Nicora & Rgolo de Agrasar
                            (1987)>
      cottea50.gif <@subject Cottea pappophoroides, abaxial epidermis of leaf 
            blade: this project>
      cottea51.gif <@subject Cottea pappophoroides, abaxial epidermis of leaf 
            blade: this project>
                   <@text x=546 y=912 w=450 h=-2 m
                          t=Showing the distal end of an \i{}Enneapogon\i0{}
                          type microhair - not to be confused with the
                          macrohairs.>

# \i{}Craspedorhachis\i0{} <Benth.>/
      crasped1.jpg <@subject Craspedorhachis africana: Hook. Ic. Pl. 14 (1882)>

# \i{}Crinipes\i0{} <Hochst.>/

# \i{}Crithopsis\i0{} <Jaub & the Spach>/
      iraq077.gif <@subject Crithopsis delileana: Bor, Fl. of Iraq (1968)>

# \i{}Crypsis\i0{} <Aiton>/
      iraq177.gif <@subject Crypsis alopecuroides: Bor, Flora of Iraq (1968)>
      hit622b.gif <@subject Crypsis schoenoides (as Heleochloa): Hitchcock and Chase
                           (1950)>
      crypsis1.jpg <@subject Crypsis schoenides: P. Beauv. (1812)>                     
                           

# \i{}Cryptochloa\i0{} <Swallen>/
      crypto01.gif <@subject Cryptochloa concinna: Pohl, Flora Costaricensis (1980)>
      bmag7469.jpg <@subject Cryptochloa concinna (as Olyra concinna): Bot. Mag.
            122 (1896)>

# \i{}Ctenium\i0{} <Panzer>/
      scrib68.gif <@subject Ctenium aromaticum, as C. americanum: Lamson-Scribner (1890)>
      kunth059.gif <@subject Ctenium elegans: Kunth (1835)>
      cteniu01.gif <@subject Ctenium polystachyum: Gibbs Russell et al., 1990>
      cteniu75.gif <@subject Ctenium polystachyum, T.S. leaf blade: this project>

# \i{}Ctenopsis\i0{} <De Not>/
      iraq023.gif <@subject Ctenopsis pectinella: Bor, Flora of Iraq, 1968>

# \i{}Cutandia\i0{} <Willk.>/
      iraq024.gif <@subject Cutandia dichotoma: Bor, Flora of Iraq, 1968>

# \i{}Cyathopus\i0{} <Stapf>/
      icpl2395.gif <@subject Cyathopus sikkaminensis: Hook. Ic. Pl. 24 (1895)>

# \i{}Cyclostachya\i0{} <J. & C. Reeder>/
      griff30.gif <@subject Cyclostachya stolonifera (as Bouteloua): Griffiths, Cont. U.S. 
      Nat. Herb. 14 (1912)>
      cyclos50.jpg <@subject Cychlostachya stolonifera, abaxial epidermis of leaf 
            blade: this project>

# \i{}Cymbopogon\i0{} <Spreng.>/
      cymbon25.gif <@subject Pair of racemes of Cymbopogon ambiguus>
      cymbon18.gif <@subject Cymbopogon ambiguus, inflorescence>      
      icpl2826.gif <@subject Cymbopogon citratus: Hook. Ic. Pl. 29 (1907)>
      cymbon01.gif <@subject Cymbopogon excavatus: Gibbs Russell et al., 1990>
      icpl1871.gif <@subject Cymbopogon jwarancusa subsp. olvieri (as Andropogon 
            lanigera): Hook. Ic. Pl. 19 (1889)>
      natal122.gif <@subject Cymbopogon nardus, as Andropogon nardus var. validus: 
            Wood, Natal Plants 2 (1904)>            
      icpl1869.gif <@subject Cymbopogon procerus (as Andropogon exaltatus): 
            Hook. Ic. Pl. 19 (1889)>        
      cymbon15.gif <@subject Inflorescence of Cymmbopogon procerus>
                   <@text x=13 y=10 w=536 h=-3 m
                          t=\i{}Cymbopogon procerus\i0{}. Spatheate and
                          spatheolate panicle, spikelet-bearing axes (racemes)
                          paired.>
      cymbon02.gif <@subject Cymbopogon procerus: Gardner, 1952>            
      cymbon16.gif <@subject Inflorescence detail of Cymbopogon procerus>
      cymbon39.gif <@subject Inflorescence detail of Cymbopogon refractus>
                   <@text x=18 y=16 w=717 h=-4 m
                          t=\i{}Cymbopogon refractus\i0{}. Pair of deflexed
                          spikelet-bearing axes, showing their appendaged first
                          joint. The one at the right bears a male spikelet to
                          the left, and the axis continues on the right.>
      cymbon75.gif <@subject Cymbopogon refractus, T.S. leaf blade: this project>

# \i{}Cymbosetaria\i0{} <Schweick.>/
      cymbos01.gif <@subject Cymbosetaria sagittifolia, as Setaria: Ibrahim & Kabuye, 
            Kenya Grasses (1987)>
      cymbos50.gif <@subject Cymbosetaria sagittifolia, abaxial epidermis of leaf 
            blade: this project>

# \i{}Cynodon\i0{} <Rich.>/
      wtafr356.gif <@subject Cynodon dactylon: Fl. W. Trop. Afr. (1936)>
      cynodo01.gif <@subject C. dactylon: Gibbs Russell et al., 1990>
      cynodo11.gif <@subject Vegetative shoot of Cynodon dactylon>
      cynodo16.gif <@subject Inflorescence detail of Cynodon dactylon>
      cynodo17.gif <@subject Inflorescence detail of Cynodon dactylon>
      cynodo18.gif <@subject Inflorescence detail of Cynodon dactylon>
      cynodo28.gif <@subject Spikelet of Cynodon dactylon>
      cynodo40.gif <@subject Flower of Cynodon dactylon>
      cynodo50.jpg <@subject Cynodon dactylon, abaxial epidermis of leaf 
            blade: this project>
      cynodo51.gif <@subject Cynodon dactylon, abaxial epidermis of leaf 
            blade: this project>
      cynodo75.gif <@subject Cynodon dactylon, leaf blade T.S.: this project>
      cynodo76.gif <@subject Cynodon dactylon, Leaf blade T.S.: this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>
      antilol1.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Lolium serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Lolium
                                perenne\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (right). Antigens
                                allergenic in humans are concentrated in the
                                heat-stable components. For experimental details
                                and discussion of the taxonomic patterns among
                                cross-reactions, see Watson and Knox (1976) and
                                Watson (1983).>
      antilol.gif <@subject Grass pollen antigens: cross-reactions against anti-Lolium
                           serum>
                  <@imagenotes x=891 y=956
                               t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                               (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                               with rabbit antiserum in the trough, \i{}Lolium
                               perenne\i0{} pollen extract (control) in the
                               upper well, and comparable extracts from other
                               genera in the lower wells, as indicated. For
                               experimental details and discussion of the
                               taxonomic patterns among cross-reactios, see
                               Watson and Knox (1976) and Watson (1983).>
      antilol2.gif <@subject Heat stable grass pollen antigens (allergens):
                            cross-reactions against anti-Lolium serum>
                   <@imagenotes x=464 y=954
                                t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS-HEAT-STABLE COMPONENT).
                                \par{}\par{}Each slide with rabbit antiserum in
                                the trough, boiled \i{}Lolium perenne\i0{}
                                pollen extract (control) in the upper well, and
                                comparable boiled extracts from other genera in
                                the lower wells, as indicated. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactios, see Watson and Knox (1976)
                                and Watson (1983).>
      anticyno.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Cynodon serum>
                   <@imagenotes x=868 y=956
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Cynodon
                                dactylon\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (human allergens, right).
                                For experimental details and discussion of the
                                taxonomic patterns among cross-reactions, see
                                Watson and Knox (1976) and Watson (1983).>
      antizea1.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                            serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Zea
                                mays\i0{} pollen extract (control) in the upper
                                well, and comparable extracts from other genera
                                in the lower wells, as indicated. Results are
                                compared using raw extract (left) with those
                                using boiled extract (where availabe, right).
                                Antigens allergenic in humans are concentrated
                                in the heat-stable components. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactions, see Watson and Knox
                                (1976) and Watson (1983).>
      antizea.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                           serum>

# \i{}Cynosurus\i0{} <L.>/
      eb1776.jpg <@subject Cynosurus cristatus, general aspect: Eng. Bot. (1872)>
      cynosu01.jpg <@subject C. cristatus, general aspect: J. Curtis, 1824>
      iraq025.gif <@subject Cynosurus elegans: Bor, Flora of Iraq (1968)>
      eb1777.jpg <@subject Cynosurus echinatus, general aspect: Eng. Bot. (1872)>
      cynosu01.gif <@subject C. echinatus: Gibbs Russell et al., 1990>
      cynosu16.gif <@subject Cynosurus echinatus, inflorescence, spikelets, floret>
      cynosu50.gif <@subject Cynosurus echinatus, abaxial epidermis of leaf 
            blade: this project>

# \i{}Cyperochloa\i0{} <Lazarides & L. Watson>/
      cypero01.gif <@subject General morphology of Cyperochloa hirsuta>
      cypero05.gif <@subject Cyperochloa hirsuta, inflorescence detail>
                   <@text x=17 y=16 w=424 h=-3 m
                          t=\i{}Cyperochloa hirsuta\i0{}. Small bracteate
                          panicle, with subtending leaf to the right.>

# \i{}Cyphochlaena\i0{} <Hackel>/
      cyphoc16.gif <@subject Inflorescence detail of Cyphochlaena madagascariensis>
                   <@text x=239 y=20 w=510 h=-4 m
                          t=\i{}Cyphochlaena madagascariensis\i0{}. Spikelets
                          paired, sterile and hermaphrodite, both forms with
                          long-awned lower glumes.>
      cyphoc17.gif <@subject Inflorescence detail of Cyphochlaena madagascariensis>
      cyphoc01.gif <@subject Cyphochlaens madagascariensis: Vorontsova & Rakotoarisoa 
                   2014)>
      cyphoc02.gif <@subject Cyphochlaena scleroides: Vorontsova & Rakotoarisoa 
                   (2014)>             

# \i{}Cypholepis\i0{} <Chiov.>/
      cyphol01.gif <@subject Cypholepis yemenica, as Coelachyrum: Gibbs Russell et 
            al. (1990)> 
      cyphol50.gif <@subject Cypholepis yemenica, abaxial epidermis of leaf 
            blade: this project>

# \i{}Cyphonanthus\i0{} <Zuloaga & Morrone>/
      cypnant1.gif <@subject Cyphonanthus discrepans (as Panicum): R. Pohl, Flora
                            Costaricensis (1980)>

# \i{}Cyrtochloa\i0{} <J. Dransfield>/
      cychloa1.jpg <@subject Cyrtochloa fenixii, as Schizostachyum: herb. specimen,
                            Brown & Fischer, Philippine Bamboos (1918)>
      cychloa2.jpg <@subject Cyrtochloa luzonicum, as Schizostachyum: herb. specimen,
                            Brown & Fischer, Philippine Bamboos (1918)>
      cychloa3.jpg <@subject Cyrtochloa toppingii, as Schizostachyum: herb. specimen,
                            Brown & Fischer, Philippine Bamboos (1918)>

# \i{}Cyrtococcum\i0{} <Stapf>/
      icpl3096.gif <@subject Cyrtococcum trigonum: Hook. Ic. Pl. 31 (1922)>
      jfel183.gif <@subject Cyrtococcum. chaetophoron: Jacques-Flix, 1962>
      cyrtoc25.gif <@subject Cyrtococcum sp., inflorescence detail>

# \i{}Dactylis\i0{} <L.>/
      eb1778.jpg <@subject Dactylis glomerata, general aspect: Eng. Bot. (1872)>
      dylis02.gif <@subject General aspect and spikelet of Dactylis 
            glomerata: Gardner, 1952>
      dylis14.gif <@subject Ligule of Dactylis glomerata>
      dylis17.gif <@subject Inflorescence detail of Dactylis glomerata>
      dylis16.gif <@subject Inflorescence detail>
                  <@text x=9 y=18 w=256 h=-1 m
                         t=\i{}Dactylis glomerata\i0{}. Four spikelets.>
      dylis25.gif <@subject Spikelet of Dactylis glomerata>

# \i{}Dactyloctenium\i0{} <Willd.>/
      iraq161.gif <@subject Dactyloctenium aegyptium: Bor, Flora of Iraq (1968)>
      dylium36.gif <@subject Fruit of Dactyloctenium australe)>
      dylium40.gif <@subject Spikelet of Dactyloctenium australe>
      dylium41.gif <@subject Upper glume of Dactyloctenium australe>      
      dylium01.gif <@subject D. giganteum: Gibbs Russell et al., 1990>
      dylium02.gif <@subject Dactyloctenium radulans: Gardner, 1952>      
      dylium16.gif <@subject Inflorescence of Dactyloctenium radulans>
                   <@text x=573 y=18 w=404 h=-3 m
                          t=\i{}Dactyloctenium radulans\i0{}. Digitate racemes
                          with naked tips.>
      dylium17.gif <@subject Dorsiventral rachis (D. radulans)>
                   <@text x=19 y=927 w=409 h=-2 m
                          t=\i{}Dactyloctenium radulans\i0{}. Rachis tip naked,
                          flattened.>
      mhamar02.jpg <@subject Microhairs of Dactyloctenium aegyptium and Sporobolus
                            elongatus: longitudinal EM sections (Amarasinghe)>
                   <@imagenotes x=44 y=22
                                t=Figs. 9-11, \i{}Sporobolus elongatus\i0{}; 12,
                                \i{}Dactyloctenium aegyptium\i0{}:
                                Chloridoid-type microhairs. BC = basal cell, CC
                                = cap cell, CH = cuticular chamber, CW = cell
                                wall, M = mitochondria, N = nucleus, NT =
                                network of tubules, OS = osmophilic material,
                                PTM = partitioning membranes, TC = thickened
                                cuticle, V = vesicle; microtubules indicated by
                                white arrows, plasmodesmata by white arrowheads.
                                Scale bar = 1.5 microns.>

# \i{}Daknopholis\i0{} <W. Clayton>/

# \i{}Dallwatsonia\i0{} <B.K. Simon>/
      dallwa01.gif <@subject General aspect, inflorescence, spikelet and florets of
                            Dallwatsonia felliana>
      dallwa25.gif <@subject Spikelet of D. felliana>
      dallwa50.gif <@subject Dallwatsonia felliana, abaxial epidermis of leaf 
            blade: this project>
      dallwa51.gif <@subject Dallwatsonia felliana, abaxial epidermis of leaf 
            blade: this project>
      dallwa52.gif <@subject Dallwatsonia felliana, abaxial epidermis of leaf 
            blade: this project>

# \i{}Danthonia\i0{} <DC.> sensu stricto/
      kunth065.gif <@subject Danthonia spicata: Kunth (1835)>
      danthon1.gif <@subject Danthonia intermedia: Linder \i{}et al\i0{}, Ann. Miss. 
            Bot. Gard. 97 (2010)>     

# \i{}Danthoniastrum\i0{} <(J. Holub) J. Holub>/
      dstrum75.gif <@subject Danthoniastrum compactum, leaf blade TS: this project>

# \i{}Danthonidium\i0{} <C.E. Hubb.>/
      danidi01.gif <@subject Danthonidium gammiei, as Danthonia: Bhide, J. As. Soc. 
            Beng. 513 (1912)>

# \i{}Danthoniopsis\i0{} <Stapf>/
      dantops1.jpg <@subject Danthoniopsis viridis, as D. gossweileri: Hook. 
            Ic. Pl. 31  (1916)>
      dopsis01.gif <@subject D. dinteri: Gibbs Russell et al., 1990>
      dopsis25.gif <@subject Spikelet of Danthoniopsis occidentalis>
      dopsis40.gif <@subject Disarticulated spikelet of Danthoniopsis occidentalis>

# \i{}Dasyochloa\i0{} <Willd. ex Rydberg>/
      hit275.gif <@subject Dasychloa pulchella, as Tridens: Hitchcock & Chase (1950)>

# \i{}Dasypoa\i0{} <Pilger>/

# \i{}Dasypyrum\i0{} <(Cosson & Durieu) Durand>/

# \i{}Davidsea\i0{} <Soderstrom & Ellis>/
      davidse1.gif <@subject Davidsea attenuata, vegetative: Soderstrom et al., 
            Smithsonian Contr. Bot. 72 (1988)>
      davidse2.gif <@subject Davidsea attenuata, detailed morphology: Soderstrom 
            et al., Smithsonian Contr. Bot. 72 (1988)>
      davidse3.gif <@subject Davidsea attenuata, leaf anatomt: Soderstrom et al.,
            Smithsonian Contr. Bot. 72 (1988)>          
      camus92.jpg <@subject D. attenuata (with Schizostachyum spp., all as
                           Teinostachyum): Camus, 1913.>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      teinos50.gif <@subject Davidsea attenuata, abaxial epidermis of leaf 
            blade: this project>    

# \i{}Decaryella\i0{} <A. Camus>/
      decary01.gif <@subject Decaryella madagascariensis: Vorontsova & Rakotoarisoa 
                   2014)>

# \i{}Decaryochloa\i0{} <A. Camus>/

# \i{}Dendrocalamus\i0{} <Nees>/
      camus86.jpg <@subject Dendrocalamus sericeus and D. hamiltonii: Camus (1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      camus85.jpg <@subject Dendrocalamus giganteus and D. asper (as D. flagellifer): 
            Camus (1913)>
      drocal50.gif <@subject Dendrocalamus giganteus, abaxial epidermis of leaf 
            blade: this project>
      drocal75.gif <@subject Dendrocalamus giganteus, Leaf blade TS: this project>

# \i{}Dendrochloa\i0{} <C.E. Parkinson>/

# \i{}Deschampsia\i0{} <P. Beauv.>/
      eb1730.jpg <@subject Deschampsia cespitosa (as Aira): Eng. Bot. (1872)>
      eb1731.jpg <@subject cf. D. cespitosa ssp. alpina: Eng. Bot. (1872)>
      descha01.gif <@subject D. cespitosa, general aspect, spikelet, floret
                            details>
      eb1732.jpg <@subject D. flexuosa (as Aira), general aspect: Eng. Bot.
                          1872)>
      aira10.jpg <@subject Deschampsia antarctica (as Aira): Hooker, Fl. Antarctica
                          (1844)>
      aira11.jpg <@subject Deschampsia atropurpurea (as Aira): Hooker, Fl. Antarctica
                          (1844)>
      aira12.jpg <@subject Deschampsia kingii (as Aira):: Hooker, Fl. Antarctica (1844)>
      catabr10.jpg <@subject D. chapmanii (as Catabrosa): Hooker, Fl. Antarctica
                            (1844)>
      eb1733.jpg <@subject cf. D. setacea (as Aira uliginosa): Eng. Bot. (1872)>
      descha50.gif <@subject Deschampsia caespitosa, abaxial epidermis of leaf 
            blade: this project>
      descha52.jpg <@subject Deschampsia caespitosa, details of leaf blade abaxial 
            epidermis: this project>
      descha51.jpg <@subject Deschampsia caespitosa, detsils of leaf blade abaxial 
            epidermis: this project>
      descha75.jpg <@subject Deschampsia caespitosa, leaf blade TS: this project>

# \i{}Desmazeria\i0{} <Dumort.>/
      catapo4.gif <@subject Desmazeria marina (as Catapodium):  C.E. Hubbard (1968)>
      eb1759.jpg <@subject Desmazeria marina (as Sclerochloa loliacea), general aspect:
                          Eng. Bot. (1872)>
      catapo16.gif <@subject Desmazeria marina, inflorescence detail>
      catapo25.gif <@subject Desmazeria marina, spikelet>     

# \i{}Desmostachya\i0{} <(Hook. f.) Stapf>/
      iraq162.gif <@subject Desmostachya bipinnata: Bor, Fl. of Iraq (1968)>
      desmos50.gif <@subject Desmostachya bipinnata,abaxial epidermis of leaf 
            blade: this project>
      desmos75.gif <@subject Desmostachya bipinnata, leaf blade TS: this project>
                   <@item x=705 y=951 w=285 h=34 m
                          t=bipinnata (midrib zone)>

# \i{}Deyeuxia\i0{} <Clarion ex P. Beauv.>/
      deyeux02.jpg <@subject Deyeuxia monticola (as Agrostis): Hooker, Fl. Tasmaniae
                            (1860)>
      calama02.jpg <@subject Deyeuxia contracta (as Agrostis): Hooker, Fl. Tasmaniae
                            (1860)>
      deyeux01.gif <@subject Deyeuxia drummondii, inaequalis, quadriseta: spikelets
                            and lemmas, Gardner, 1952>
      deyeux25.gif <@subject Inflorescence detail of Deyeuxia angustifolia>
      deyeux51.jpg <@subject Deyeuxia quadriseta, abaxial epidermis of leaf 
            blade: this project>
      deyeux50.gif <@subject Deyeuxia quadriseta, abaxial epidermis of leaf blade -
            silica bodies: this project>

# \i{}Diandrochloa\i0{} <de Winter>/
      dochlo01.gif <@subject Diandrochloa namaquensis, general aspect: Gibbs Russell 
            et al., 1990>

# \i{}Diandrolyra\i0{} <Stapf>/

# \i{}Diandrostachya\i0{} <Jacq.-Fl.>/
      jfel085.gif <@subject Diandrostachya fulva: Jacques-Flix, 1962>

# \i{}Diarrhena\i0{} <P. Beauv.>/
      diarrhe1.jpg <@subject Diarrhena americana: P. Beauv. (1812)>
      hit234b.gif <@subject Diarrhena americana: Hitchcock and Chase (1950)>
      diarrh50.gif <@subject Diarrhena americana, abaxial epidermis of leaf 
            blade: this project>

# \i{}Dichaetaria\i0{} <Nees>/

# \i{}Dichanthelium\i0{} <(A. Hitchc. & Chase) Gould>/
      dichant1.gif <@subject Dichanthelium clandestinum (as Panicum): Scribner,
            American Grasses 2 (1899)>
      delium25.gif <@subject Spikelet of Dichanthelium sp., photo>
                   <@text x=9 y=18 w=186 h=-1 m
                          t=\i{}Dichanthelium sp.\i0{}>

# \i{}Dichanthium\i0{} <Willem.>/
      kunth096.gif <@subject Dichanthium aristatum, as Andropogon: Kunth (1835)>       
      dchant01.gif <@subject Dichanthium annulatum: Gibbs Russell et al., 1990>
      dchant04.gif <@subject D. annulatum: Sanchez-Ken, Flora del Valle
              Tehuacn-Cuicatln (2011)>
      dchant02.gif <@subject Dichanthium fecundum: Gardner, 1952>
      dchant03.gif <@subject Dichanthium sericeum subspecies: Gardner, 1952>      
      dchant16.gif <@subject Inflorescence detail (Dichanthium sericeum)>
      dchant25.gif <@subject Inflorescence detail (Dichanthium sericeum)>

# \i{}Dichelachne\i0{} <Endl.>/
      dichel02.jpg <@subject Dichelachne micrantha (as D. sciurea): Hooker, 
           Fl. Tasmaniae (1860)>
      dichel01.gif <@subject Dichelachne crinita: Gardner, 1952>
      dichel15.gif <@subject Inflorescence of Dichelachne micrantha>

# \i{}Diectomis\i0{} <Kunth>/
      wind357o.gif <@subject Diectomis fastigiata: Hitchcock (1936)>

# \i{}Dielsiochloa\i0{} <Pilger>/
      ausam072.gif <@subject Dielsiochloa floribunda: Nicora & Rgolo de Agrasar (1987)>

# \i{}Digastrium\i0{} <(Hackel) A. Camus>/
      dgastr01.gif <@subject Digastrium fragile, as Ischaemum: Stanley & Ross, Fl. S.E. 
      Queensland (1989)>

# \i{}Digitaria\i0{} <Haller>/
      kunth105.gif <@subject Digitaria gibbosa, as Panicum: Kunth (1835)>
      icpl3068.gif <@subject Digitaria exilis: Hook. Ic. Pl. 31 (1916)>
      icpl3069.gif <@subject Digitaria iburua: Hook. Ic. Pl. 31 (1916)>
      eb1691.jpg <@subject Digitaria ischaemum (as humifusum), general aspect: Eng.
                          Bot. (1872)>    
      iraq183.gif <@subject Digitaria sanguinalis: Bor, Flora of Iraq (1968)>
      dtaria02.gif <@subject Digitaria sanguinalis: Gardner, 1952>
      dtaria01.gif <@subject Digitaria sanguinalis: Gibbs Russell et al., 1990>
      dtaria03.jpg <@subject D. sanguinalis (fruit, embryo, seedling): Pan XingLai, 
            China, (2023)>
      dtaria04.jpg <@subject D. sanguinalis (reproductive organization): Pan XingLai, 
            China, (2023)>
      dtaria05.jpg <@subject D. sanguinalis (vegetative): Pan XingLai, China, (2023)>      
      dtaria11.gif <@subject Ligule of Digitaria sanguinalis>
      dtaria16.gif <@subject Back of rachis of Digitaria sanguinalis>
      dtaria17.gif <@subject Front of rachis of Digitaria sanguinalis>      
      natal145.gif <@subject Digitaria tricholaenoides: Wood, Natal 
      Plants 2 (1904)>
      dtaria92.gif <@subject Female-fertile lemmas of Digitaria spp.: Webster (1983)>
      dtaria50.gif <@subject Digitaria bicornis, abaxial epidermis of leaf blade: this project>
      dtaria51.gif <@subject Digitaria longiflora, abaxial epidermis of leaf blade: 
            this project>
      dtaria53.gif <@subject Digitaria sanguinalis, abaxial epidermis of leaf blade:
            this project>
      dtaria54.gif <@subject Digitaria brownii, abaxial epidermis of leaf blade: this project>
      dtaria75.gif <@subject Digitaria brownii, TS leaf blade - mature minor bundles: 
            this project>
      dtaria77.gif <@subject Digitaria parviflora, T.S. leaf blade midrib: this project>
      dtaria78.gif <@subject Digitaria parviflora, T.S. lateral part of leaf blade: 
            this project>

# \i{}Digitariopsis\i0{} <C.E. Hubb.>/
      jfel160.gif <@subject Digitariopsis readheadii: Jacques-Flix, 1962>

# \i{}Dignathia\i0{} <Stapf>/
      dignath1.jpg <@subject Dignathia gracilis and D. hirtella: Hook. Ic. Pl. 30 (1913)>

# \i{}Diheteropogon\i0{} <(Hack.) Stapf>/
      natal116.gif <@subject Diheteropogon amplectens, as Andropogon: Wood, Natal 
      Plants 2 (1904)>
      icpl3093.gif <@subject Diheteropogon filifolius, as D. grandiflorus: Hook. Ic.
      Pl. 31 (1922)>      
      jfel241.gif <@subject D. filifolius (as D. maximus): Jacques-Flix, 1962>
      dihete01.gif <@subject Diheteropogon amplectens, general aspect: Gibbs Russell et 
             al., 1990>

# \i{}Dilophotriche\i0{} <Jacq.-Fl.>/
      diloph25.gif <@subject Inflorescence detail (Dilophotriche poeguinii)>
                   <@text x=573 y=18 w=408 h=-2 m
                          t=\i{}Dilophotriche pobeguinii\i0{}, triplet of
                          spikelets: this project>
      diloph40.gif <@subject Dilophotriche pobeguinii, female-fertile lemma: this project>

# \i{}Dimeria\i0{} <R.Br.>/
      dimeri01.gif <@subject Dimeria ornithopoda: Gardner, 1952>
      icpl2447.gif <@subject Dimeria stapfiana (as Woodrowia diandra): Hook. Ic. Pl. 25 
            (1896)>
      icpl2312.gif <@subject Dimeria woodrowii: Hook. Ic. Pl. 24 (1895)>

# \i{}Dimorphochloa\i0{} <S. T. Blake>/

# \i{}Dinebra\i0{} <Jacq.>/
      iraq163.gif <@subject Dinebra retroflexa: Bor, Flora of Iraq (1968)>
      dinebr01.gif <@subject Dinebra retroflexa: Gibbs Russell et al., 1990>
      dinebr12.gif <@subject Dinebra retroflexa, inflorescence detail: this project>
      dinebr46.jpg <@subject Dinebra retroflexa, embryo LS: this project>
                   <@text x=633 y=12 w=347 h=-3 m
                          t=\i{}Dinebra retroflexa\i0{}. Epiblast, elongated
                          mesocotylar internode.>
      dinebr50.gif <@subject Dinebra retroflexa, abaxial epidermis of leaf blade: 
            this project>

# \i{}Dinochloa\i0{} <Buese>/
      camus95.jpg <@subject Dinochloa acutiflora (as Schizostachyum), D. scandens, D.
                           andamanica, D. luconiae (as ciliata): Camus, 1913.>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Diplachne\i0{} <P. Beauv.>/
      iraq164.gif <@subject Diplachne fusca: Bor, Flora of Iraq (1968)>
      diplac01.gif <@subject Diplachne fusca: Gibbs Russell et al., 1990>
      diplac25.gif <@subject Diplachne fusca, spikelet: this project>
      diplac40.gif <@subject Diplachne fusca, floret: this project>   
      diplac16.gif <@subject Diplachne muelleri: Gardner, 1952>
      diplac17.gif <@subject Diplachne parviflora, inflorescence and spikelet: E.
                            Hickman>

# \i{}Diplopogon\i0{} <R.Br.>/
      diplop01.gif <@subject Diplopogon setaceus: Gardner, 1952>

# \i{}Dissanthelium\i0{} <Trin.>/
      icpl1375.gif <@subject Dissanthelium californicum: Hook. Ic. Pl. 14 (1881)>
      dissant1.jpg <@subject Dissanthelium californicum: Hitchcock and Chase (1950)>
      icpl1374.gif <@subject Dissanthelium calycinum (as D. supinum): Hook. Ic. 
            Pl. 14 (1881)>

# \i{}Dissochondrus\i0{} <(Hillebr.) Kuntze>/

# \i{}Distichlis\i0{} <Raf.>/
      kunth081.gif <@subject Distichlis spicata, male (as Poa thalassica): Kunth (1835)>
      kunth082.gif <@subject Distichlis spicata, female (as Poa thalassica): Kunth (1835)>    
      distic16.gif <@subject Distichlis distochophylla, spikelets: this project>
      distic51.gif <@subject Distichlis distichophylla, abaxial epidermis of leaf 
            blade: this project>
      distic50.jpg <@subject D. distichophylla, abaxial epidermis of leaf blade: this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Drake-Brockmania\i0{} <Stapf>/
      dbrock01.gif <@subject Drake-Brockmania somalensis: Ibrahim & Kabuye, Kenya Grasses 
                          (1987)>

# \i{}Dregeochloa\i0{} <Conert>/
      dregeo01.jpg <@subject Dregeochloa pumila: Gibbs Russell et al., 1990>

# \i{}Drepanostachyum\i0{} <Keng f.>/
      camus11a.jpg <@subject Drepanostachyum polystachyum (as Arundinaria: Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Dryopoa\i0{} <Vick.>/
      dryopo16.gif <@subject Inflorescence detail of Dryopoa dives>
      dryopo25.gif <@subject Spikelet of Dryopoa dives>

# \i{}Dupontia\i0{} <R.Br.>/
      dupont01.jpg <@subject Dupontia fisheri: Vasey, Illust. N. Amer. Grasses 
      (1892)>

# \i{}Dupontiopsis\i0{} <(Koidz.) Soreng, L.J. Gillespie & Koba>/

# \i{}Duthiea\i0{} <Hackel>/
      icpl2474.gif <@subject Duthiea bromoides: Hook. Ic. Pl. 25 (1886)>

# \i{}Dybowskia\i0{} <Stapf>/
      jfel243.gif <@subject Dybowskia dybowskii (as D. seretii): Jacques-Flix, 1962>

# \i{}Eccoilopus\i0{} <Steud.>/
      eccoil01.jpg <@subject Eccoilopus bambusoides and E. cotulifer : Flora of China 
            22 (2006)> 

# \i{}Eccoptocarpha\i0{} <Launert>/
      eccopt01.gif <@subject Eccoptocarpha obconiciventris: Clayton,  Flora Zambesiaca 
            10 (1989)>  

# \i{}Echinaria\i0{} <Desf.>/
      echinar1.jpg <@subject Echinaria capitata: P. Beauv. (1812)>
      iraq027.gif <@subject Echinaria capitata: Bor, Fl. of Iraq (1968)>

# \i{}Echinochloa\i0{} <P. Beauv.>/
      echloa02.gif <@subject Echinochloa colona: Gardner, 1952>
      echloa18.jpg <@subject Inflorescence detail (E. colona)>    
      iraq185.gif <@subject Echinochloa crus-galli: Bor, Flora of Iraq (1968)>
      echinoc1.jpg <@subject Echinochloa crus-galli: P. Beauv. (1812)>
      echloa01.gif <@subject E. crus-galli: Gibbs Russell et al., 1990>
      eb1692.jpg <@subject E. crus-galli: Eng. Bot. (1872)>
      echinoc2.jpg <@subject E. crus-galli: Pan XingLai, pxlwbig@126.com, China>
      echinoc3.jpg <@subject E. crus-galli: Pan XingLai, pxlwbig@126.com, China>
      echinoc4.jpg <@subject E. crus-galli: Pan XingLai, pxlwbig@126.com, China>
      echloa14.gif <@subject Ligule region (E. crus-galli)>
      echloa11.gif <@subject Ligule region (E. crus-galli)>
                   <@text x=15 y=14 w=352 h=-3 m
                          t=\i{}Echinochloa crus-galli\i0{}. Upper culm leaf,
                          lacking ligule.>
      echloa16.gif <@subject Inflorescence detail (E. crus-galli)>
      echloa17.jpg <@subject Inflorescence detail (E. crus-galli)>
      echloa25.gif <@subject Opened spikelet (E. crus-galli)>
                   <@text x=10 y=20 w=264 h=-3 m
                          t=\i{}Echinochloa crus-galli\i0{}. Smooth, shining
                          back of female-fertile lemma.>
      echloa46.gif <@subject Germinating Echinochloa crus-galli>
                   <@text x=17 y=18 w=551 h=-2 m
                          t=\i{}Echinochloa crus-galli\i0{}. Radicle emerging
                          via raised germination flap>    
      natal151.gif <@subject Echinochloa crus-pavonis, as Panicum: Wood, Natal 
      Plants 2 (1904)>
      echloa50.gif <@subject Echinochloa kimberleyensis, abaxial epidermis of leaf 
            blade: this project>
      echloa53.jpg <@subject Echinochloa crus-galli, abaxial epidermis of leaf 
            blade: this project>
      echloa51.gif <@subject Echinochloa crus-galli, abaxial epidermis of leaf 
            blade: this project>
      echloa52.gif <@subject Echinochloa crus-galli, abaxial epidermis of leaf 
            blade: this project>
      echloa76.gif <@subject Echinochloa crus-galli, T.S. leaf blade midrib zone: 
            this project>
      echloa77.gif <@subject Echinochloa crus-galli, TS leaf blade: this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Echinolaena\i0{} <Desv.>/
      echlae01.gif <@subject Echinolaena gracilis: Pohl, Flora Costaricensis (1980)> 
 
# \i{}Echinopogon\i0{} <P. Beauv.>/
      epogon01.gif <@subject Echinopogon ovatus: Gardner, 1952>
      epogon14.gif <@subject Ligule of Echinopogon caespitosus>
      epogon51.jpg <@subject Echinopogon cheelii, abaxial epidermis of leaf blade: 
            this project>
      epogon50.gif <@subject Echinopogon cheelii, abaxial epidermis of leaf blade: 
            this project>
      icpl3261.gif <@subject Echinopogon intermedius: Hook. Ic. Pl 33 (1935)>      

# \i{}Ectrosia\i0{} <R.Br.>/
      kunth069.gif <@subject E. leporina: Kunth (1835)>
      ectria01.gif <@subject E. schultzii: Gardner, 1952>
      ectria27.gif <@subject Inflorescence of Ectrosia schultzii>
      ectria18.jpg <@subject Inflorescence (part), E. schultzii>
      ectria19.gif <@subject Inflorescence (part), aff. E. scabrida>
      ectria26.gif <@subject Spikelets of E. schultzii>
                   <@text x=466 y=18 w=512 h=-2 m
                          t=\i{}Ectrosia schultzii\i0{}. Spikelets with terminal
                          florets reduced to awns.>
      ectria25.gif <@subject Ectrosia sp., spikelet with modified sterile florets>
                   <@text x=513 y=18 w=466 h=-2 m
                          t=\i{}Ectrosia sp\i0{}. Spikelet with sterile,
                          modified terminal florets>

# \i{}Ectrosiopsis\i0{} <(Ohwi) Jansen>/

# \i{}Ehrharta\i0{} <Thunb.> sensu lato/
      ehrhnz01.jpg <@subject Ehrharta colensoi: Hooker, Fl. Novae-Zelandiae
                            (1853)>
      gramtm01.jpg <@subject Ehrharta juncea (as Tetrarrhena tenacissima):
                            Hooker, Fl. Tasmaniae (1860)>
      scrib039.gif <@subject E. longiflora, as E. urvilleana: Lamson-Scribner (1890)>                       
      gramtm02.jpg <@subject Ehrharta tasmanica (as Diplax), with Microlaena
                            gunnii = stipoides: Hooker, Fl. Tasmaniae (1860)>
      ehrhar02.gif <@subject Ehrharta, 6 species: Gardner, 1952>
      ehrhar01.gif <@subject E. capensis: Gibbs Russell et al., 1990>
      ehrhar25.gif <@subject Proximal lemmas of Ehrarta erecta: this project>
                   <@text x=557 y=20 w=430 h=-4 m
                          t=\i{}Ehrharta erecta\i0{}. Glumes removed, showing
                          two indurated, transversely ridged, basally appendaged
                          sterile lemmas.>
      ehrhnz01.jpg <@subject Ehrharta colensoi: Hooker, Fl. Novae-Zelandiae
                            (1853)>
      gramtm01.jpg <@subject Ehrharta juncea (as Tetrarrhena tenacissima):
                            Hooker, Fl. Tasmaniae (1860)>
      gramtm02.jpg <@subject Microlaena stipoides (as M. gunnii) and Ehrharta
                            tasmanica (as Diplax)>
      microl01.gif <@subject Microlaena stipoides, general structure>
      microl30.gif <@subject Spikelet base details of M. stipoides: this project>
                   <@text x=591 y=27 w=387 h=-4 m
                          t=\i{}Microlaena stipoides\i0{}. Minute glumes, long
                          internode between them and the lemma base, hairy
                          callus.>
      microl40.gif <@subject Lodicules and gynoecium (Microlaena stipoides))>
      microl50.gif <@subject Microlaena stipoides, abaxial epidermis of leaf 
            blade: this project>
      microl75.gif <@subject Microlaena stipoides, leaf blade TS: this project>
      microl76.gif <@subject Microlaena stipoides, leaf blade TS: this project>
      tetrar01.gif <@subject General aspect, spikelet (Tetrarrhena laevis)>
      tetrar50.gif <@subject Tetrarrhena laevis, abaxial epidermis of leaf 
            blade: this project>
      tetrar75.jpg <@subject Tetrarrhena juncea, TS leaf blade: this project>

# \i{}Ehrharta\i0{} <Thunb.> sensu stricto/
      ehrhnz01.jpg <@subject Ehrharta colensoi: Hooker, Fl. Novae-Zelandiae
                            (1853)>
      gramtm01.jpg <@subject Ehrharta juncea (as Tetrarrhena tenacissima):
                            Hooker, Fl. Tasmaniae (1860)>
      scrib039.gif <@subject Ehrharta longiflora, as E. urvilleana: 
            Lamson-Scribner (1890)>                       
      gramtm02.jpg <@subject Ehrharta tasmanica (as Diplax), with Microlaena
                            stipoides: Hooker, Fl. Tasmaniae (1860)>
      ehrhar02.gif <@subject 6 Ehrharta species, general aspect and spikelet 
            details: Gardner, 1952>
      ehrhar01.gif <@subject Ehrharta capensis: Gibbs Russell et al., 1990>
      ehrhar25.gif <@subject Proximal lemma detals of Ehrharta erecta: this project>
                   <@text x=570 y=17 w=415 h=-5 m
                          t=\i{}Ehrharta erecta\i0{}. Glumes removed, showing
                          two indurated, transversely ridged, basally appendaged
                          sterile lemmas.>

# \i{}Ekmanochloa\i0{} <Hitchcock>/
      wind343.gif <@subject Ekmanochloa subaphylla: Hitchcock (1936)>

# \i{}Eleusine\i0{} <Gaertn.>/
      eleusi02.gif <@subject Eleusime indica: Gardner, 1952>
      eleuind1.jpg <@subject Eleusine indica, reproductive organization: Pan XingLai, 
            China>
      eleuind2.jpg <@subject Eleusine indica, fruit, embryo, seedling: Pan XingLai,
            China>
      eleuind3.jpg <@subject Eleusine indica, seedlings: Pan XingLai,
            China>
      eleuind4.jpg <@subject Eleusine indica, vegetative and inflorescence: Pan 
            XingLai, China>
      eleusi16.gif <@subject Inflorescence of Eleusine indica>
      eleusi15.gif <@subject Inflorescence of Eleusine tristachya>
      eleusi25.gif <@subject Spikelet of Eleusine tristachya>
      eleusi01.gif <@subject Eleusine coracana: Gibbs Russell et al., 1990>
      eleusi75.gif <@subject Eleusine coracana, leaf blade TS - chloroplast 
      distribution: this project>
                   <@text x=720 y=15 w=266 h=-2 m
                          t=\i{}Eleusine coracana\i0{}. Mature minor bundles
                          with centripetal chloroplasts.>
      mhamar01.jpg <@subject Microhairs of Eleusine indica and Leptochloa digitata:
                            longitudinal EM sections (Amarasinghe)>
                   <@imagenotes x=38 y=23
                                t=5 & 6, \i{}Leptochloa digitata\i0{}; 7 & 8,
                                \i{}Eleusine indica\i0{}. BC = basal cell, CC =
                                cap cell, CD = cuticular chamber, CW = cell
                                wall, M = mitochondria, N = nucleus, PTM =
                                partitioning membrane, RER = rough endoplasmic
                                reticulum, S = secretory material, TC =
                                thickened cuticle; V = vesicle, VC = vacuole.
                                White arrows indicate microtubules and white
                                arrowheads plasmodesmata. Scale bar = 1.5
                                microns.>

# \i{}Elionurus\i0{} <Humb. & Bonpl.>/
      elionu02.gif <@subject Elionurus ciliaris, as E. pobeguinii: Rose 
            Innes, Ghana Grasses (1977)>
      kunth094.gif <@subject Elionurus elegans: Kunth (1835)>           
      elionu01.gif <@subject Elionurus muticus: Gibbs Russell et al., 1990>
      iraq201.gif <@subject Elionurus royleanus: Bor, Fl. of Iraq (1968)>
      elionu50.jpg <@subject Elionurus citreus, leaf blade abaxial epidermis:
            this project>

# \i{}Ellisochloa\i0{} <P.M. Peterson & N.P. Barker>/

# \i{}Elymandra\i0{} <Stapf>/
      jfel240.gif <@subject Elymandra subulata: Jacques-Flix, 1962>
      icpl3092.gif <@subject Elymandra androphila: Hook. Ic. Pl. 31 (1922)>
      elyman02.gif <@subject Elymandra androphila: Rose Innes, Ghana Grasses (1977)>
      elyman01.gif <@subject Elymandra grallata: Gibbs Russell et al., 1990>

# \i{}Elymus\i0{} <L.>/
      icpl2525.gif <@subject Elymus duthiei (as Asperella): Hook. Ic. Pl. 26 (1899)>
      iraq074.gif <@subject Elymus repens (as Agropyron): Bor, Flora of 
            Iraq (1968)>      
      elymus01.gif <@subject Elymus scabrus, general aspect: Gardner, 1952>
      agron40.gif <@subject Spikelet detail (Elymus scabrus)>
      agron41.gif <@subject Spikelet detail (Elymus scabrus)>
      elymus40.gif <@subject Flower of Elymus scabrus>
      icpl2262.gif <@subject Elymus thoroboldianus (as Agropyrum): Hook. Ic. Pl. 23 (1894)>     
      eb1809.jpg <@subject cf. Elymus caninus (as Triticum caninum), general aspect:
                          Eng. Bot. (1872)>

# \i{}Elytrigia\i0{} <Desv.>/
      eb1810.jpg <@subject Elytrigia repens (as Triticum), general aspect: Eng. Bot.
                          (1872)>
      eb1812.jpg <@subject cf. Elytrigia repens ssp. acutum (as Triticum acutum DC.),
                          general aspect: Eng. Bot. (1872)>
      eb1811.jpg <@subject cf. Elytrigia repens ssp. arenosa (as Triticum pungens),
                          general aspect: Eng. Bot. (1872)>
      etrigia1.gif <@subject Elytrigia repens (as Agropyron):  C.E. Hubbard (1968)>                     
      eb1813.jpg <@subject Elytrigia juncea (as Triticum junceum), general aspect: Eng.
                          Bot. (1872)>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Elytrophorus\i0{} <P. Beauv.>/
      elypus01.gif <@subject Elytrophorus globularis: Gibbs Russell et al., 1990>
      kunth154.gif <@subject Elytrophorus spicatus, as E. articulatus: Kunth (1835)>
      elypus02.gif <@subject E. spicatus, general aspect, spikelet>
      elypus26.gif <@subject E. spicatus, inflorescence details: this project>
                   <@text x=17 y=17 w=359 h=-3 m
                          t=\i{}Elytrophorus spicatus\i0{}. Glomerules of
                          spikelet clusters, on a false spike>
      elypus25.gif <@subject Spikelet of E. spicatus>
      elypus52.jpg <@subject Elytrophorus spicatus, abaxial epidermis of leaf 
            blade: this project>
      elypus51.jpg <@subject Elytrophorus spicatus, abaxial epidermis of leaf 
            blade: this project>
      elypus50.gif <@subject Elyrtophorus spicatus, abaxial epidermis of leaf 
            blade, detailing silica-bodies: this project>
      elypus75.jpg <@subject Elytrophorus spicatus, TS of leaf blade: this project>

# \i{}Elytrostachys\i0{} <McClure>/
      elytr01.gif <@subject Elytrostachys clavigera: McClure, New World Bamboos (1973)>

# \i{}Enneapogon\i0{} <Desv. ex P. Beauv.>/
      enneapo1.jpg <@subject Enneapogon desvauxii: P. Beauv. (1812)>
      kunth051.gif <@subject Enneapogon pallidus (as Pappophorum): Kunth (1835)>
      enneap02.gif <@subject Enneapogon polyphyllus: Gardner, 1952>
      enneap01.gif <@subject Enneapogon cenchroides: Gibbs Russell et al., 1990>
      enneap15.gif <@subject Inflorescence of Enneapogon nigricans>
      enneap17.jpg <@subject Inflorescence of E. oblongus>
      scrib72.gif <@subject Enneapogon pallidus, as Pappophorum: Lamson-Scribner 
            (1890)>
      enneap16.gif <@subject Mature inflorescence detail, Enneapogon purpurascens>
      enneap18.jpg <@subject Inflorescence detail of Enneapogon purpurascens>
      enneap19.jpg <@subject Inflorescence with florets fallen (Enneapogon
                            purpurascens)>
      enneap25.gif <@subject Spikelet of E. nigricans>
                   <@text x=317 y=902 w=411 h=-3 m
                          t=\i{}E. nigricans\i0{}. Two lemmas, each with nine
                          awns.>
      enneap26.gif <@subject Spikelet of Enneapogon nigricans>
      enneap28.jpg <@subject Lemmas of Enneapogon purpurascens>
      enneap27.gif <@subject Enneapogon polyphyllus, spikelet and lemmas>
      enneap51.jpg <@subject Enneapogon nigricans, abaxial epidermis of leaf 
            blade with microhair: original>
      enneap50.gif <@subject Enneapogon nigricans, abaxial leaf blade epidermal 
            microhair: this project>
      mhamar10.jpg <@subject Enneapogon-type microhairs of E. nigricans and
                            Amphipogon strictus: longitudinal EM sections
                            (Amarasinghe)>
                   <@imagenotes x=42 y=19
                                t=Figs 31 & 33, \i{}E. nigricans\i0{}, Fig. 32,
                                \i{}Amphipogon strictus\i0{}: longitudinal
                                sections showing ultrastructural details of
                                'Enneapogon-type' microhairs. BC, basal cell, C
                                = cuticle, CC = cap cell, CH = cuticular
                                chamber; CN = membrane-bound channels; MV =
                                multivesicular body, M = mitochondria, N =
                                nucleus; P = plastid, RER = rough endoplasmic
                                reticulum, V = vesicle; black arrowheads
                                indicate plasmodesmata. Scale bar = 1.5
                                microns.>
      mhamar11.jpg <@subject Enneapogon-type microhair of Enneapogon nigricans:
                            ultrastructural details of the cap-cell
                            (Amarasinghe)>
                   <@imagenotes x=360 y=99
                                t=Longitudinal sections detailing the
                                ultrastructure of the partitioning membrane-like
                                system in the cap cell of \i{}Enneapogon
                                nigricans\i0{}. CC = cap cell, CN =
                                membrane-bound channels, V = vesicles;
                                microtubules indicated by white arrows,
                                plasmodesmata by white arrowheads, and
                                invaginations of the plasma membrane by black
                                arrows. Scale bars: Fig. 34, 1 micron; Fig. 35,
                                0.5 microns.>

# \i{}Enteropogon\i0{} <Nees>/
      entero01.gif <@subject Enteropogon macrostachyus: Gibbs Russell et al., 1990>
      entero02.gif <@subject General aspect, ligule regions (Enteropogon dolichostachyus,
                            E. minutus)>
      entero16.gif <@subject Enteropogon polygostachyus: E. Hickman>
      turn016.gif <@subject Enteropogon acicularis, as Chloris: Turner, Austr. Grasses (1895)> 
      entero17.gif <@subject Spikelet base, in situ (E. acicularis)>
      entero25.gif <@subject Spikelet of Enteropogon acicularis>
      entero40.gif <@subject Enteropogon acicularis, spikelet details with glumes 
            removed: this project>
                   <@item x=9 y=21 w=221 h=179 m
                          t=acicularis (female-fertile floret above, long-awned
                          distal floret below)>
      entero36.gif <@subject Fruit of Enteropogon acicularis>
      entero52.jpg <@subject Enteropogon acicularis, abaxial epidermis of leaf 
            blade: this project>
      entero51.jpg <@subject Enteropogon acicularis, abaxial epidermis of leaf 
            blade: this project>

# \i{}Entolasia\i0{} <Stapf>/
      entola01.gif <@subject Entolasia imbricata: Gibbs Russell et al., 1990>
      entola11.gif <@subject Ligule of Entolasia imbricata>
      entola25.gif <@subject Entolasia imbricata , inflorescence detail with opened
                            spikelet: this project>
                   <@text x=454 y=14 w=530 h=-6 m
                          t=\i{}Entolasia imbricata\i0{}. The opened spikelet
                          shows the upper glume (below, left), lower lemma
                          (resembling it, against the axis), the shorter, pale
                          lemma (below) and the palea.>
      entola50.gif <@subject Entolasia stricta, abaxial epidermis of leaf blade: 
            this project>
      entola75.gif <@subject Leaf blade T.S. of Entolasia stricta, fluorescence image: 
            this project>

# \i{}Entoplocamia\i0{} <Stapf>/
      entopl01.gif <@subject Entoplocamia aristulata: Gibbs Russell et al., 1990>

# \i{}Eragrostiella\i0{} <Bor>/
      kunth080.gif <@subject Eragrostiella bifaria, as Poa: Kunth (1835)>

# \i{}Eragrostis\i0{} <N. M. Wolf>/
      iraq165.gif <@subject Eragrostis barrelieri: Bor, Flora of Iraq (1968)>
      eragro18.gif <@subject Eragrostis cilianensis, E. speciosa: Gardner, 1952>                            
      iraq167.gif <@subject Eragrostis cilianensis: Bor, Fl. of Iraq (1968)>                            
      eragro25.gif <@subject Spikelet of Eragrostis cilianensis>
      eragro01.gif <@subject General aspect (Eragrostis curvula): Gibbs Russell et al.,
                            1990>
      eragro17.gif <@subject Eragrostis curvula, E. leptocarpa, E. parviflora, E.
                            tenellula: Gardner, 1952>
      eragro27.gif <@subject Dehiscing spikelet of Eragrostis cumingii)>                            
      eragro19.gif <@subject Eragrostis eriopoda, E. setifolia, E. xerophila: Gardner,
                            1952>
      eragro20.gif <@subject Eragrostis falcata, E. desertorum, E. lacunaria, E.
                            lanipes: Gardner, 1952>                         
      eragro03.gif <@subject General aspect (Eragrostis pallens): Gibbs Russell et al.,
                            1990>
      eragro26.gif <@subject Spikelet of Eragrostis parviflora>
      eragro16.gif <@subject Eragrostis parviflora, old inflorescence with persistent 
            rachillas and paleas: this project>
                   <@text x=13 y=906 w=360 h=-3 m
                          t=Rachillas and paleas persisting after the rest of
                          the spikelets have fallen.>
      eragro04.gif <@subject General aspect (Erarostis rigidior): Gibbs Russell et al.,
                            1990>
      icpl2612.gif <@subject Eragrostis tincta (as Triphlebia alopecuroides): Hook.
            Ic. Pl. 27 (1901)>
      eragro74.jpg <@subject Eragrostis benthamii, leaf blade TS: this project>
      eragro76.gif <@subject Eragrostis elongata, leaf blade T.S. with details of PCR 
      sheaths: this project>
                   <@text x=255 y=14 w=196 h=-3 m
                          t=\i{}Eragrostis elongata\i0{}. PCR sheath outlines
                          uneven, chloroplasts centrifugal.>
      eragro77.gif <@subject Eragrostis parviflora, leaf blade T.S. showing PCR sheath 
            details: original>
                   <@text x=379 y=15 w=272 h=-3 m
                          t=\i{}Eragrostis parviflora\i0{}. PCR sheath cell
                          chloroplasts mostly centripetal.>
      mhamar07.jpg <@subject Chloridoid-type microhairs of Eragrostis parviflora and
                            E. cilianensis: longitudinal EM sections
                            (Amarasinghe)>
                   <@imagenotes x=47 y=20
                                t=Longitudinal scetions of the chloridoid-type
                                microhairs of \i{}Eragrostis parviflora\i0{}
                                (Figs 18 & 19) and \i{}E. cilianensis\i0{} (Fig.
                                20). BC = basal cell, CC = cap cell, CW = cell
                                wall, M = mitochondria, N = nucleus, PTB =
                                plasmatubule-like structures, RER = rough
                                endopasmic reticulum, VC = vacuole,
                                plasmodesmata indicated by white arrowheads.
                                Scale bar = 1.5 microns.>
      mhamar08.jpg <@subject Panicoid-type microhairs of Eragrostis elongata and
                            Panicum virgatum: longitudinal EM sections
                            (Amarasinghe)>
                   <@imagenotes x=46 y=31
                                t=Longitudinal sections showing ultrastructural
                                details of panicoid-type microhairs: 21-22,
                                \i{}Panicum virgatum\i0{}; 23-25, \i{}Eragrostis
                                elongata\i0{}. BC = basal cell, CC = cap cell,
                                CW = cell wall, CH = cuticular chamber, D =
                                dictyosomes, M = mitochondria, N = nucleus, OS =
                                osmophilic material, P = plastids, RER = rough
                                endoplasmic reticulum, VC = vacuole; scale bar =
                                1.5 microns.>

# \i{}Eremium\i0{} <Seberg & Linde-Laursen>/
      eremium1.gif <@subject Eremium erianthum (as Elymus): Philippi, Anales de Museo
            National de Chile (1891)>

# \i{}Eremochloa\i0{} <Buese>/
      eremoc50.jpg <@subject Eremochloa bimaculata, abaxial epidermis of leaf 
            blade: this project>
      eremoc51.jpg <@subject Eremochloa bimaculata, abaxial epidermis of leaf 
            blade: this project>
      eremoc75.gif <@subject Eremochloa bimaculata, leaf blade TS: this project>

# \i{}Eremopoa\i0{} <Roshev.>/
      iraq028.gif <@subject Eremopoa persica: Bor, Fl. of Iraq (1968)>

# \i{}Eremopogon\i0{} <Stapf>/
      jfel234.gif <@subject Eremopogon foveolatus: Jacques-Flix, 1962>

# \i{}Eremopyrum\i0{} <(Ledeb.) Jaub. & Spach>/
      iraq080.gif <@subject Eremopyrum distans: Bor, Fl. of Iraq (1968)>
      epyrum17.gif <@subject Inflorescence detail (Eremopyrum distans)>
      epyrum41.gif <@subject Spikelet of Eremopyrum distans>
      epyrum16.gif <@subject Inflorescence detail (Eremopurum triticeum)>

# \i{}Eriachne\i0{} <R.Br.>/
      kunth063.gif <@subject Eriachne capillaris: Kunth (1835)>
      kunth064.gif <@subject Eriachne glauca: Kunth (1835)>     
      eriach01.gif <@subject Eriachne aristidea: Gardner, 1952>
      eriach02.gif <@subject Eriachne ciliata: E. Hickman>
      eriach27.gif <@subject Inflorescence, spikelets (Eriachne aristidea, E. helmsii,
                            E. melicacea, E. ovata)>
      eriach25.gif <@subject Spikelet of Eriachne ovata>
      eriach41.gif <@subject Opened spikelet of Eriachne ovata>
      eriach26.gif <@subject 2-floreted spikelet of Eriachne ovata with glumes 
      removed: this project>
                   <@text x=28 y=845 w=411 h=-5 m
                          t=Eriachne triseta. A two-floreted spikelet, each
                          floret with an apically-awned lemma and two-awned
                          palea.>
      eriach42.gif <@subject Lemma and palea of Eriachne triseta>
                   <@text x=93 y=91 w=357 h=-3 m
                          t=Eriachne triseta. Lemma (left) and palea.>
      eriach40.gif <@subject Detail of spikelet tip (E. ovata)>
                   <@text x=561 y=17 w=427 h=-3 m
                          t=\i{}Eriachne ovata\i0{}. Palea tip (left) with two
                          apical setae, and apiculate lemma.>
      eriach46.gif <@subject Caryopsis of Eriachne melicacea>
      eriach48.gif <@subject Germination flap (Eriachne ovata)>
      eriach47.gif <@subject Germinating Eriachne ovata: this project>
                   <@text x=22 y=862 w=225 h=-4 m
                          t=\i{}Eriachne ovata\i0{}. Germination flap, and
                          (left) radicle emerging.>
      eriach96.gif <@subject Seedling of Eriachne ovata: this project>
      eriach75.gif <@subject Eriachne aristidea, leaf blade T.S. with PCR sheath 
            details: original>
                   <@text x=334 y=15 w=212 h=-4 m
                          t=\i{}Eriachne aristidea\i0{}. XyMS+ (see primary
                          bundle to right), but C\sub{}4\nosupersub{} type
                          NADP-ME.>

# \i{}Erianthecium\i0{} <L. Parodi>/
      ausam088.gif <@subject Erianthecium bulbosum: Nicora & Rgolo de Agrasar (1987)>

# \i{}Erianthus\i0{} <Michx.>/
      scrib014.gif <@subject Erianthus ravennae: Lamson-Scribner (1890)>
      hit1136o.gif <@subject Erianthus ravennae: Hitchcock and Chase (1950)>
      eriant50.jpg <@subject Erianthus fastigiatus, abaxial epidermis of leaf 
            blade: this project>

# \i{}Eriochloa\i0{} <Kunth>/
      eriloa02.gif <@subject Eriochloa pseudoacrotricha: Gardner, 1952>
      scrib025.gif <@subject Eriochloa grandiflora: Lamson-Scribner (1890)>
      turn027.gif <@subject Eriochloa punctata: Turner, Austr. Grasses (1895)>       
      eriloa01.gif <@subject General aspect (Eriochloa meyeriana): Gibbs Russell et
                            al., 1990>
      eriloa25.gif <@subject Eriochloa meyeriana, spikelet opened to show details: 
            this project>
                   <@text x=16 y=13 w=655 h=-8 m
                          t=\i{}Eriochloa meyeriana\i0{}. Opened, showing large,
                          hairy upper glume (right) and similar proximal lemma;
                          a bisexual floret with short, mucronate, rugose,
                          indurated lemma (above) and palea of similar texture;
                          and a cupuliform callus (lower right) representing the
                          lower glume.>
      eriloa26.gif <@subject Inflorescence detail of Eriochloa meyeriana>
                   <@text x=551 y=871 w=421 h=-4 m
                          t=\i{}Eriochloa meyeriana\i0{}. Shiny, cupuliform
                          callus representing the lower glume.>
      eriloa75.gif <@subject Eriochloa pseudoacrotricha TS leaf blade: this project>

# \i{}Eriochrysis\i0{} <P. Beauv.>/
      jfel201.gif <@subject Eriochrysis brachypogon: Jacques-Flix, 1962>
      eriochr1.jpg <@subject Eriochrysis holcoides, as Andropogon: Kunth (1829), 
            Rev. des Gramines>
      natal102.gif <@subject Eriochrysis pallida, as Saccharum munroanum: Wood, Natal 
      Plants 2 (1904)>
      erysis01.gif <@subject General aspect of Eriochrysis pallida): Gibbs Russell et al.,
                            1990>
      ausam182.gif <@subject Eriochrysis cayanensis: Nicora & Rgolo de Agrasar (1987)>

# \i{}Erioneuron\i0{} <Nash>/
      hit275b.gif <@subject Erioceuron pulchellum (as Tridens): Hitchcock and Chase
                           (1950)>
      ausam134.gif <@subject Erioneuron pilosum: Nicora & Rgolo de Agrasar (1987)>

# \i{}Erythranthera\i0{} <Zotov>/

# \i{}Euchlaena\i0{} <Schrad.>/
      bmag6414.jpg <@subject Euchlaena luxurians: Bot. Mag. 105 (1879)>
      hit1198b.gif <@subject Euchlaena mexicana: Hitchcock and Chase (1950)>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Euclasta\i0{} <Franch.>/
      icpl3086.gif <@subject Euclasta condylotricha: Hook. Ic. Pl. 31 (1922)>
      jfel233.gif <@subject Euclasta condylotricha: Jacques-Flix, 1962>

# \i{}Eulalia\i0{} <Kunth>/
      kunth093.gif <@subject Eulalia aurea: Kunth (1835)>
      elalia02.gif <@subject Eulalia aurea: Gardner, 1952>
      elalia01.gif <@subject General aspect of Eulalia villosa: Gibbs Russell et al.,
                            1990>

# \i{}Eulaliopsis\i0{} <Honda>/
icpl1773.gif <@subject Eulaliopsis binata, as Ischaemum angustifolium: Hook. 
Ic. Pl. 18 (1888)>

# \i{}Eustachys\i0{} <Desf.>/
      eustac01.gif <@subject General aspect of Eustachys paspaloides: Gibbs Russell et
                            al., 1990>
      kunth054.gif <@subject Eustachys distichophylla: Kunth (1835)>                       
      eustac50.jpg <@subject Eustachys distichophylla, abaxial epidermis of leaf 
            blade: this project>
      eustac51.jpg <@subject Abaxial epidermis of leaf blade of Eustachys 
            distichophylla, detail of silica bodies)>

# \i{}Euthryptochloa\i0{} <Cope>/

# \i{}Exotheca\i0{} <Anderss.>/
      icpl3089.gif <@subject Exotheca abyssinica: Hook. Ic. Pl. 31 (1922)>
      jfel242.gif <@subject Exotheca abyssinica: Jacques-Flix, 1962>

# \i{}Fargesia\i0{} <Franch.> sensu stricto/
      camus80.gif <@subject Fargesia spathacea, with Bonia and Oreiostachys: Camus
                           (1913)>
      camuglos.gif <@subject Camus legend>

# \i{}Farrago\i0{} <W. Clayton>/

# \i{}Fasciculochloa\i0{} <B.K. Simon & C.M. Weiller>/
      fascic50.gif <@subject Abaxial epidermis of leaf blade of Fasciculochloa
                            sparshottiorum: this project>

# \i{}Ferrocalamus\i0{} <Hsueh & P. C. Keng>/
      ferroc01.gif <@subject Ferrocalamus strictus: Wu Zhengyi, Flora Yunnanica 9 (2003)> 

# \i{}Festuca\i0{} <L.>/
      eb1789.jpg <@subject cf. Festuca arundinacea (as elatior var. genuina), general
                          aspect: Eng. Bot. (1872)>
      eb1790.jpg <@subject cf. Festuca arundinacea (as elatior var. arundinacea),
                          general aspect: Eng. Bot. (1872)>
      iraq029.gif <@subject Festuca arundinacea: Bor, Flora of Iraq (1968)>                   
      ftuca15.gif <@subject Inflorescence detail (Festuca arundinacea)>
      ftuca25.gif <@subject Spikelet of Festuca arundinacea>
      ftuca40.gif <@subject Flower details (Festuca arundicacea)>
      ftuca52.jpg <@subject Abaxial epidermis of leaf blade (Festuca arundinacea)>
      ftuca50.jpg <@subject Abaxial epidermis of leaf blade (Festuca arundinacea)>
      ftuca51.jpg <@subject Abaxial epidermis of leaf blade (Festuca arundinacea,
                           details of silica bodies)>
      ftuca75.jpg <@subject Transverse section of leaf blade (Festuca arundinacea)>
      eb1787.jpg <@subject cf. F. altissima (as Festuca sylvatica), general aspect:
                          Eng. Bot. (1872)>
      eb1788.jpg <@subject cf. F. altissima (as. Festuca sylvatica var.), general
                          aspect: Eng. Bot. (1872)>
      eb1786.jpg <@subject Festuca arenaria, general aspect: Eng. Bot. (1872)>
      heller01.gif <@subject Festuca fragilis, as Helleria: Luces, J. Wash. Acad. 
                          Sci. 32 (1942)>
      eb1793.jpg <@subject cf. Festua gigantea (as Bromus): Eng. Bot. (1872)>
      eb1794.jpg <@subject cf. Festuca gigantea (as Bromus giganteus var. triflorus):
                          Eng. Bot. (1872)>
      eb1785.jpg <@subject cf. Festuca longifolia (as F. duriuscula), general aspect:
                          Eng. Bot. (1872)>
      eb1784.jpg <@subject Festua vivipara (as F. ovina ssp. vivipara), general
                          aspect: Eng. Bot. (1872)>
      eb1783.jpg <@subject Festuca ovina agg., general aspect: Eng. Bot. (1872)>
      eb1791.jpg <@subject Festua pratensis, general aspect: Eng. Bot. (1872)>
      festuc12.jpg <@subject Festua purpurascens: Hooker, Fl. Antarctica (1844)>
      poa10.jpg <@subject Festuca kerguelensis (as Poa): Hooker, Fl. Antarctica
                         (1844)>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>
      antilol1.gif <@subject Grass pollen antigens and allergens, cross-reactions against
                            anti-Lolium serum: Watson 1983>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Lolium
                                perenne\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (right). Antigens
                                allergenic in humans are concentrated in the
                                heat-stable components. For experimental details
                                and discussion of the taxonomic patterns among
                                cross-reactions, see Watson and Knox (1976) and
                                Watson (1983).>
      antilol.gif <@subject Grass pollen antigens: cross-reactions against anti-Lolium
                           serum>
                  <@imagenotes x=891 y=956
                               t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                               (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                               with rabbit antiserum in the trough, \i{}Lolium
                               perenne\i0{} pollen extract (control) in the
                               upper well, and comparable extracts from other
                               genera in the lower wells, as indicated. For
                               experimental details and discussion of the
                               taxonomic patterns among cross-reactios, see
                               Watson and Knox (1976) and Watson (1983).>
      antilol2.gif <@subject Heat stable grass pollen antigens (allergens):
                            cross-reactions against anti-Lolium serum>
                   <@imagenotes x=464 y=954
                                t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS-HEAT-STABLE COMPONENT).
                                \par{}\par{}Each slide with rabbit antiserum in
                                the trough, boiled \i{}Lolium perenne\i0{}
                                pollen extract (control) in the upper well, and
                                comparable boiled extracts from other genera in
                                the lower wells, as indicated. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactios, see Watson and Knox (1976)
                                and Watson (1983).>
      anticyno.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Cynodon serum>
                   <@imagenotes x=868 y=956
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Cynodon
                                dactylon\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (human allergens, right).
                                For experimental details and discussion of the
                                taxonomic patterns among cross-reactions, see
                                Watson and Knox (1976) and Watson (1983).>
      antizea1.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                            serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Zea
                                mays\i0{} pollen extract (control) in the upper
                                well, and comparable extracts from other genera
                                in the lower wells, as indicated. Results are
                                compared using raw extract (left) with those
                                using boiled extract (where availabe, right).
                                Antigens allergenic in humans are concentrated
                                in the heat-stable components. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactions, see Watson and Knox
                                (1976) and Watson (1983).>
      antizea.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                           serum>
      eb1792.jpg <@subject X Festulolium loliaceum (as Festuca pratensis var.
                          loliacea), = F. pratensis x Lolium perenne: Eng. Bot.
                          (1872)>

# \i{}Festucella\i0{} <E. Alekseev>/

# \i{}Festucopsis\i0{} <(C.E. Hubb.) Melderis>/

# \i{}Fimbribambusa\i0{} <Widjaja>/

# \i{}Fingerhuthia\i0{} <Nees>/
      icpl1373.gif <@subject Fingerhuthia africana: Hook. Ic. Pl. 14 (1881)>
      finger01.gif <@subject General aspect of Fingerhuthia africana): Gibbs Russell 
            et al., 1990>

# \i{}Froesiochloa\i0{} <G.A. Black>/

# \i{}Gaoligongshania\i0{} <D.Z.Li Hsueh & N.H.Xia>/
      gaolig01.gif <@subject Gaoligongshania megalothyrsa, with Acidosasa purpurea: 
            Wu Zhengyi, Flora Yunnanica 9 (2003)>

# \i{}Garnotia\i0{} <Brongn.>/
      icpl1481.gif <@subject Garnotia polypogonoides: Hook. Ic. Pl. 
            15 (1854)>
      garnot50.gif <@subject Garnotia stricta, abaxial epidermis of leaf 
            blade: this project>
      garnot75.gif <@subject Garnotia stricta, leaf blade T.S. showing isolated PCR 
            cells: this project>
                   <@text x=710 y=823 w=256 h=-3 m
                          t=\i{}Garnotia stricta\i0{}. Isolated PCR cell.>
      gpatula.gif <@subject Garnotia patula: Le chang zhi wu zhi (2005)>                      

# \i{}Gastridium\i0{} <P. Beauv.>/
      gastri02.gif <@subject Gastridium ventricosum: Gardner, 1952>
      eb1711.jpg <@subject Gastridium ventricosum (as G. lendigerum): Eng. Bot. (1872)>
      gastri01.gif <@subject General aspect of Gastridium phleoides: Gibbs Russell et
                            al., 1990>
      gastri39.gif <@subject Spikelets of Gastridium ventricosum>
                   <@text x=31 y=27 w=410 h=-3 m
                          t=\i{}Gastridium ventricosum\i0{}. Basally ventricose
                          glumes.>
      gastri51.jpg <@subject Gastridium ventricosum, abaxial epidermis of leaf
            blade: this project>
      gastri50.jpg <@subject Gastridium ventricosum, abaxial epidermis of leaf 
            blade: this project>
      gastri75.jpg <@subject Gastridium ventricosum, TS of leaf blade: this project>

# \i{}Gaudinia\i0{} <P. Beauv.>/
      gaudini1.jpg <@subject Gaudinia fragilis, as G. avenacea: P. Beauv. (1812)>
      scrib65.gif <@subject Gaudinia fragilis: Lamson-Scribner (1890)>
      gdinia16.gif <@subject Inflorescence detail (Gaudinia fragilis)>
      gdinia25.gif <@subject Inflorescence detail (Gaudinia fragilis)>
      gdinia11.gif <@subject Ligule of Gaudinia fragilis>
      gdinia75.jpg <@subject Gaudinia fragilis, TS leaf blade: this project>
      kunth061.gif <@subject Gaudinia coarctata, as Avena geminiflora: Kunth (1835)>

# \i{}Gaudiniopsis\i0{} <(Boiss.) Eig>/
      iraq130.gif <@subject Gaudiniopsis macra: Bor, Fl. of Iraq (1968)>

# \i{}Gelidocalamus\i0{} <T.H. Wen>/

# \i{}Geochloa\i0{} <H.P. Linder & N.P. Barker>/

# \i{}Germainia\i0{} <Bal. & Poitr.>/
      icpl3262.gif <@subject Germainia truncatiglumis (as Sclerandrium truncatiglume): 
            Hook. Ic. Pl. 33 (1935)>
      germai01.gif <@subject Germainia truncatiglumis: Gardner, 1952>
      germai52.jpg <@subject Germainia truncatiglumis, abaxial epidermis of leaf 
                   blade: this project>
      germai50.jpg <@subject Germainia truncatiglumis, abaxial epidermis of leaf 
                   blade: this project>

# \i{}Gerritea\i0{} <Zuloaga & Morrone>/

# \i{}Gigantochloa\i0{} <Kurtz ex Munro>/
      camus91.jpg <@subject Gigantochloa albociliata, G. parvifolia and G. densa (as
                           Oxytenanthera spp.): Camus, 1913.>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Gilgiochloa\i0{} <Pilger>/
      gilgio01.gif <@subject Gilgiochloa indurata: Clayton,  Flora Zambesiaca 10 (1989)> 

# \i{}Glaziophyton\i0{} <Franch.>/
      glazio01.gif <@subject Glaziophyton mirabile: McClure, New World Bamboos (1973)>
      camus38.jpg <@subject Glaziophyton mirabile: Camus,1913 (with Microcalamus, a
                           panicoid grass)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Glyceria\i0{} <R.Br.>/
      eb1751.jpg <@subject Glyceria maxima (as G. aquatica), general aspect: Eng. Bot.
                          (1872)>
      eb1752.jpg <@subject Glyceria fluitans, general aspect: Eng. Bot. (1872)>
      glycer01.jpg <@subject Glyceria fluitans, general aspect: J. Curtis, 1824>
      eb1753.jpg <@subject cf. Glyceria notata (as G. plicata): Eng. Bot. (1872)>
      glycer01.gif <@subject Glyceria australis, inflorescence and spikelet>
      glycer40.gif <@subject Lemma tip of Glyceria declinata>
                   <@text x=26 y=900 w=427 h=-3 m
                          t=\i{}Glyceria declinata\i0{}. Blunt-erose lemma tip,
                          nerves non-confluent.>
      glycer44.gif <@subject Glyceria declinata, flower details with pollen on 
            stigmas: this project>
                   <@text x=51 y=828 w=447 h=-5 m
                          t=\i{}Glyceria declinata\i0{}. Fleshy, joined
                          lodicules, and winged palea keels. Pollen on stigmas.>
      iraq040.gif <@subject Glyceria plicata: Bor, Flora of Iraq (1968)>
      glycer25.gif <@subject Spikelet of Glyceria plicata>
      glycer45.gif <@subject Palea and flower of Glyceria plicata>
      glycer46.gif <@subject Palea of Glyceria plicata>
      glycer41.gif <@subject Winged palea back  of Glyceria declinata>
                   <@text x=15 y=49 w=310 h=-3 m
                          t=\i{}Glyceria declinata\i0{}. Keel-winged palea
                          back.>
      glycer42.gif <@subject Glyceria declinata, partially dissected floret - 
            lodicules, etc.>
                   <@text x=15 y=16 w=457 h=-6 m
                          t=\i{}Glyceria declinata\i0{}. Lemma removed, showing
                          two joined, fleshy lodicules and developing fruit,
                          inside a palea with two winged keels.>
      glycer43.gif <@subject Young ovary and lodicules of Glyeria declinata>
                   <@text x=15 y=17 w=388 h=-4 m
                          t=\i{}Glyceria declinata\i0{}. Young ovary and fleshy,
                          joined lodicules.>

# \i{}Glyphochloa\i0{} <W. D. Clayton>/

# \i{}Gouinia\i0{} <Fourn.>/
      ausam133.gif <@subject Gouinia paraguayensis: Nicora & Rgolo de Agrasar
                            (1987)>

# \i{}Gouldochloa\i0{} <Valds, Morden & Hatch>/

# \i{}Graphephorum\i0{} <Desv.>/
      graphep1.jpg <@subject Graphephorum melicoides (as melicoideum): P. Beauv. (1812)>
      hit386o.gif <@subject Graphephorum melicoides (as Trisetum): Hitchcock and Chase
                           (1950)>
      hit387o.gif <@subject Graphephorum wolfii (as Trisetum): Hitchcock and Chase (1950)>

# \i{}Greslania\i0{} <Bal.>/
      camus81.jpg <@subject Greslania rivularis and G. montana (Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Griffithsochloa\i0{} <G.J. Pierce>/
      griffi01.gif <@subject Spikelet cluster, spiklets, lemmas of Griffithsochloa
            multifidum: Pierce, 1978>

# \i{}Guadua\i0{} <Kunth>/
      guadua01.gif <@subject Guadua angustifolia (vegetative), as Bambusa guadua: 
                            McClure, New World Bamboos (1973)>
      guadua02.gif <@subject Guadua angustifolia (flowering), as Bambusa guadua and 
                            B. aculeata: McClure, New World Bamboos (1973)>                      
      camus64.jpg <@subject Guadua paraguana, G. refracta, G. tagoara (as
                           longifimbriata): Camus,1913>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      camus66.jpg <@subject Guadua tagoara (as glaziowii), G. virgata, G. trinii:
                           Camus, 1913>

# \i{}Guaduella\i0{} <Franch.>/
      wtafr350.gif <@subject Guaduella oblonga: Fl. W. Trop. Afr. (1936)>
      guadue25.gif <@subject Spikelet of Guaduella foliosa>
                   <@text x=628 y=870 w=350 h=-4 m
                          t=\i{}Guaduella foliosa\i0{}. Long rachilla
                          internodes.>
      camus83.jpg <@subject Guaduella marantifolia and G. longifolia (= marantifolia),
                           with Thyrsostachys siamensis: Camus, 1913>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Gymnachne\i0{} <L. Parodi>/

# \i{}Gymnopogon\i0{} <P. Beauv.>/
      kunth055.gif <@subject Gymnopogon foliosus, as Chloris: Kunth (1835)>
      gymnopo1.jpg <@subject Gymnopogon ambiguus, as G. racemosus: P. Beauv. (1812)>
      hit752b.gif <@subject Gymnopogon ambiguus: Hitchcock and Chase (1950)>

# \i{}Gynerium\i0{} <P. Beauv.>/
      ausam032.gif <@subject Gynerium sagittatum: Nicora & Rgolo de Agrasar (1987)>
      ausam033.gif <@subject Gynerium sagittatum: Nicora & Rgolo de Agrasar (1987)>
      bmag7352.jpg <@subject Gynerium sagittatum (as G. saccharoides): Bot. Mag. 
            120 (1894)>

# \i{}Habrochloa\i0{} <C.E. Hubb.>/

# \i{}Hackelochloa\i0{} <Kuntze>/
      hackel02.gif <@subject Hackelochloa granularis: Gardner, 1952>
      hackel01.gif <@subject General aspect (Hackelochloa granularis): Gibbs Russell et
                            al., 1990>
      hackel25.gif <@subject Inflorescence detail (Hackelochloa granularis)>
      hackel39.gif <@subject Inflorescence detail (Hackelochloa granularis)>
                   <@text x=692 y=800 w=294 h=-4 m
                          t=\i{}Hackelochloa granularis\i0{}.>

# \i{}Hainardia\i0{} <Greuter>/
      hainardi.jpg <@subject Hainardia cylindrica, as Monerma: P. Beauv. (1812)>
      hainar02.gif <@subject Hainardia cylindrica: Gardner, 1952>
      hainar01.gif <@subject General aspect and inflorescence (H. cylindrica):
                            Gibbs Russell et al., 1990>
      hainar75.jpg <@subject Hainardia cylindrica, TS of leaf blade: this project>

# \i{}Hakonechloa\i0{} <Makino>/

# \i{}Halopyrum\i0{} <Stapf>/
      halopy01.gif <@subject Halopyrum mucronatum: Hook. Ic. Pl 25 (1896)>

# \i{}Harpachne\i0{} <Hochst.>/
      jfel119.gif <@subject Harpachne schimperi: Jacques-Flix, 1962>
      icpl1371.gif <@subject Harpachne schimperi (as Eragrostis): Hook. Ic. Pl. 
            14 (1881)>
      harpac50.gif <@subject Harpachne schimperi, abaxial epidermis of leaf 
            blade: this project>
      harpac51.gif <@subject Harpachne schimperi, abaxial epidermis of leaf 
            blade: this project>

# \i{}Harpochloa\i0{} <Kunth>/
      harpoc01.gif <@subject General aspect of Harpochloa fallax : Gibbs Russell et al.,
                            1990>
      harpoc50.gif <@subject Abaxial epidermis of leaf blade of Harpochloa fallax>

# \i{}Helictotrichon\i0{} <Besser ex Roem. & Schult.>/
      kunth175.gif <@subject Helictotrichon leoninum, as Avena: Kunth (1835)>
      helict01.gif <@subject Helictotrichon hirtulum, general aspect: Gibbs Russell et al.,
                            1990>
      eb1738.jpg <@subject Helictotrichon pratense (as Avena): Eng. Bot. (1872)>
      eb1739.jpg <@subject cf. Helictotrichon alpinum (as Avena pratensis var. alpina),
                          general aspect: Eng. Bot. (1872)>
      eb1737.jpg <@subject Helictotrichon pubescens (as Avena): Eng. Bot. (1872)>

# \i{}Helleria\i0{} <Fourn.>/

# \i{}Hemarthria\i0{} <R.Br.>/
      hemart01.gif <@subject General aspect of Hemarthria altissima: Gibbs 
            Russell et al., 1990>
      iraq202.gif <@subject Hemarthria compressa: Bor, Fl. of Iraq (1968)>
      kunth175.gif <@subject Hemarthria leoninum, as Avena: Kunth (1835)>
      hemart02.gif <@subject Hemarthria uncinata: Gardner, 1952>
      hemart15.gif <@subject Inflorescence detail of Hemarthria uncinata>

# \i{}Hemisorghum\i0{} <C.E. Hubb.>/
      hemisor1.jpg <@subject Hemisorghum mekongense: Neamsuvan \i{}et al\i0{}.,
            Gard. Bull. Singapore 61, 151-157 (2009)>

# \i{}Henrardia\i0{} <C.E. Hubb.>/
      iraq083.gif <@subject Henrardia persica: Bor, Fl. of Iraq (1968)>

# \i{}Hesperostipa\i0{} <(Elias) Barkworth>/
      hit646b.gif <@subject Hesperostipa spartea (as Stipa): Hitchcock and Chase (1950)>
      stipa45.gif <@subject Hesperostipa spartea, awn TS: this project>
                  <@text x=10 y=11 w=387 h=-3 m
                         t=\i{}Stipa (Hesperostipa) spartea\i0{}. Awn with three
                         vascular bundles.>

# \i{}Heterachne\i0{} <Benth.>/
      icpl3283.gif <@subject Heterachne abortiva: Hook. Ic. Pl. 33 (1935)>
      icpl1250.gif <@subject Heterachne gulliveri: Hook. Ic. Pl. 13 (1877-79)>
      hachne17.gif <@subject Heerachne gulliveri: E. Hickman>
      hachne18.jpg <@subject Inflorescence detail of Heterachne. gulliveri>
      hachne16.gif <@subject Close-up of inflorescence component of Heterachne gulliveri>
      hachne25.gif <@subject Spikelet of Heterachne gulliveri>

# \i{}Heteranthelium\i0{} <Hochst.>/
       iraq084.gif <@subject Heteranthelium piliferum: Bor, Fl. of Iraq (1968)>

# \i{}Heteranthoecia\i0{} <Stapf>/
      icpl2927.gif <@subject Heteranthoecia guineensis, as H. isachnoides: Hook Ic. 
      Pl. 30 (1913)>
      jfel196.gif <@subject Heteranthoecia guineensis: Jacques-Flix, 1962>

# \i{}Heterocarpha\i0{} <Stapf & C.E. Hubb.>/
      hcarpa01.gif <@subject Heterocarpha haareri: Hutchinson, you hua zhi wu ke zhi shuang
                    zi ye zhi wu (1955)> 

# \i{}Heteropholis\i0{} <C.E. Hubb.>/
      hetpol01.gif <@subject Heteropholis benoistii, H. nigrescens and H. sulcata, sessile
                    spikelets: Koning, Sosef & Veldkamp, Gard. Bull. Singapore 
                    36 (1983)>

# \i{}Heteropogon\i0{} <Pers.>/
      hpogon02.gif <@subject Heteropogon contortus: Gardner, 1952>
      hpogon01.gif <@subject General aspect of Heteropogon contortus: Gibbs Russell et
                            al., 1990>
      hpogon15.gif <@subject Inflorescence detail of Heteropogon contortus>
      hpogon75.gif <@subject Heteropogon triticeus, T.S. leaf blade midrib zone: this project>
      hpogon76.gif <@subject Heteropogon triticeus, T.S. lateral part of leaf 
            blade: this project>

# \i{}Hickelia\i0{} <A. Camus>/

# \i{}Hierochlo\i0{} <(Gmel.) R.Br.>/
      hieroc10.jpg <@subject Hieochloe brunonis: Hooker, Fl. Antarctica (1844)>
      eb1695.jpg <@subject Hierochloa odorata (as H. borealis): Eng. Bot. (1872)>
      hieroc25.gif <@subject Inflorescence detail of Hierochloe redolens)>
      hieroc26.gif <@subject Hierochloe redolens, opened spikelet showing 
            details: this project>
                   <@text x=10 y=17 w=284 h=-4 m
                          t=\i{}Hierochloe redolens\i0{}. Two proximal
                          incomplete florets with short-awned lemmas.>
      hieroc11.jpg <@subject Hierochloe rariflora: Hooker, Fl. Tasmaniae (1860)>
      hieroc16.gif <@subject Spikelets of Hierochloe rariflora>
      hieroc27.gif <@subject Dissected spikelet of Hierochloe rariflora>
      hieroc51.jpg <@subject Hierochloe rariflora, abaxial epidermis of leaf 
            blade: this project>
      hieroc50.gif <@subject Hierochloe rariflora, abaxial epidermis of leaf 
            blade: this project>

# \i{}Hilaria\i0{} <Kunth>/
      hit715b.gif <@subject Hilaria belangeri: Hitchcock and Chase (1950)>

# \i{}Himalayacalamus\i0{} <Stapleton>/
      bmag7947.jpg <@subject Himalayacalamus falconeri (as Arundinaria): Bot. Mag.
      130 (1904)>
      camus29.jpg <@subject Himalayacalamus falconeri, as Thamnocalamus (with 
            Phyllostachys spp.: Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Hitchcockella\i0{} <A. Camus>/

# \i{}Holcolemma\i0{} <Stapf & C.E. Hubb.>/
      holcol01.gif <@subject H. inaequale: Ibrahim & Kabuye, Kenya Grasses 
                          (1987)>
      holcol02.gif <@subject H. canaliculatum, as H. transiens: Ibrahim & Kabuye, 
                           Kenya Grasses (1987)> 
 
# \i{}Holcus\i0{} <L.>/
      eb1744.jpg <@subject Holcus lanatus, general aspect: Eng. Bot. (1872)>
      holcus01.jpg <@subject Holcus mollis, general aspect: John Curtis, 1824>
      eb1743.jpg <@subject Holcus mollis, general aspect: Eng. Bot. (1872)>
      holcus03.gif <@subject General aspect and spikelet details of Holcus lanatus>
      holcus15.gif <@subject Inflorescence detail (Holcolemma lanatus)>
      holcus26.gif <@subject Holcus lanatus spikelet showing details of both florets: original>
                   <@text x=690 y=34 w=283 h=-3 m
                          t=\i{}Holcus lanatus\i0{}. Two florets, the upper
                          male-only with an awned lemma.>
      holcus25.gif <@subject Details of spikelet tip (Holcus lanatus)>
                   <@text x=22 y=10 w=450 h=-4 m
                          t=\i{}Holcus lanatus\i0{}. Spikelet tip, showing upper
                          male-only floret, and a smaller incomplete one distal
                          to it.>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Holttumochloa\i0{} <K.M. Wong>/
      holttum1.gif <@subject Holttumochloa majica, as Bambusa nana: Gamble,
            Ann. Royal Bot. Gard. Calcutta 7 (1896)>

# \i{}Homolepis\i0{} <Chase>/
      homlep1.jpg <@subject Homolepis aturensis, spikelets: Chase, Notes on 
      Paniceae (1906)>
      homlep02.gif <@subject Homolepis aturensis: Pohl, Flora Costaricensis (1980)>

# \i{}Homopholis\i0{} <C.E. Hubb.>/
      icpl3231.gif <@subject Homopholis belsonii: Hook. Ic. Pl. 33 (1935)>
      homoph01.gif <@subject Homopholis proluta: Turner, Australian Grasses (1895)>
      homoph50.gif <@subject Homopholis proluta, abaxial epidermis of leaf 
            blade: this project>
                   <@item x=24 y=32 w=207 h=86 m
                          t=proluta (stomata in low focus)>
      homoph51.gif <@subject Homopholis proluta, abaxial epidermis of leaf 
            blade: this project>
                   <@item x=7 y=16 w=327 h=110 m
                          t=proluta: stomata in high focus, obscured by papillae
                          on the subsidiaries.>
      homoph75.gif <@subject Homopholis proluta, TS of leaf blade: this project>

# \i{}Homozeugos\i0{} <Stapf>/
      hzeugos1.jpg <@subject Homozeugos fragile: Hook. ic. Pl. 31 (1915)>

# \i{}Hookerochloa\i0{} <E. Alekseev>/
      gramtm12.jpg <@subject Hookerochloa hookeriana (as Festuca): Hooker, 
            Fl. Tasmaniae (1860)>

# \i{}Hopia\i0{} <Zuloaga & Morrone>/
      hopia1.gif <@subject Hopia obtusa: as Panicum, Hitchcock and Chase (1950)>
      hopia2.gif <@subject Hopia obtusa: Sanchez-Ken, Flora del Valle
              Tehuacn-Cuicatlan (2011)>

# \i{}Hordelymus\i0{} <(Jessen) C.O. Harz>/
      eb1820.jpg <@subject Hordelymus europaeus (as Hordeum sylvaticum), general aspect:
                          Eng. Bot. (1872)>

# \i{}Hordeum\i0{} <L.>/
      iraq088.gif <@subject Hordeum vulgare: Bor, Flora of Iraq (1968)>
      hordeum1.jpg <@subject Hordeum vulgare, and H. distichon (as Zeocriton): P. 
      Beauv. (1812)>
      eb1823.jpg <@subject Hordeum marinum (as H. maritimum), general aspect: Eng.
                          Bot. (1872)>
      hordeu01.gif <@subject General aspect of Hordeum murinum: Gibbs Russell et al.,
                            1990>
      eb1822.jpg <@subject Hordeum murinum, general aspect: Eng. Bot. (1872)>
      eb1821.jpg <@subject Hordeum secalinum (as H. pratense), general aspect: Eng.
                          Bot. (1872)>
      hordeu25.gif <@subject Triplet of spikelets (Hordeum bulbosum)>
      hordeu29.gif <@subject Lateral member of spikelet triplet (Hordeum bulbosum)>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Hubbardia\i0{} <Bor>/

# \i{}Hubbardochloa\i0{} <Auquier>/

# \i{}Humbertochloa\i0{} <A. Camus & Stapf>/

# \i{}Hyalopoa\i0{} <(Tzvelev) Tzvelev>/

# \i{}Hydrochloa\i0{} <P. Beauv.>/
      hydroch1.gif <@subject Hydrochloa caroliniensis: P. Beauv. (1812)>

# \i{}Hydrothauma\i0{} <C.E. Hubb.>/
      jfel168.gif <@subject Hydrothauma manicatum: Jacques-Flix, 1962>
      hydrot01.gif <@subject Hydrothauma manicatum: Clayton,  Flora Zambesiaca 
            10 (1989)>   

# \i{}Hygrochloa\i0{} <Lazarides>/
      hygroc01.gif <@subject Hygrochloa aquatica, H. cravenii: Lazarides, 1979>
      hygroc50.gif <@subject Hygrochloa aquatica, abaxial epidermis of leaf 
            blade: this project>
                   <@item x=14 y=812 w=244 h=152 m
                          t=aquatica (the triangular subsidiaries mostly not
                          obviously so at this level of focus)>
      hygroc51.gif <@subject Hygrochloa aquatica, abaxial epidermis of leaf 
            blade: this project>
      hygroc75.gif <@subject Hygrochloa aquatica, Leaf blade T.S. with inflated macrohairs: 
                           original>
                   <@text x=19 y=900 w=221 h=-3 m
                          t=\i{}Hygrochloa aquatica\i0{}. Inflated adaxial
                          macrohairs.>

# \i{}Hygroryza\i0{} <Nees>/
      hygror01.gif <@subject Hygroryza aristata, with Leersia, Zizania and Elytrophorus: 
      Wu Zhengyi, Flora Yunnanica 9 (2003)>
      hygror50.gif <@subject Hygroryza aristata, abaxial epidermis of leaf 
            blade: this project>

# \i{}Hylebates\i0{} <Chippindall>/
      hyleba01.gif <@subject Hylebates cordatus: Clayton,  Flora Zambesiaca 10 (1987)>

# \i{}Hymenachne\i0{} <P. Beauv.>/
      ausam159.gif <@subject Hymenachne amplexicaulis: Nicora & Rgolo de Agrasar
                            (1987)>
      hymena50.gif <@subject Hymenachne amplexicaulis, abaxial epidermis of leaf 
            blade: this project>
      hymena51.gif <@subject Hymenachne amplexicaulis, abaxial epidermis of leaf 
            blade: this project>

# \i{}Hyparrhenia\i0{} <Anderss.>/
      natal130.gif <@subject Hyparrhenia cymbaria, as Andropogon: Wood, Natal 
      Plants 2 (1904)>
      natal131.gif <@subject Hyparrhenia filipendula, as Andropogon: Wood, Natal 
      Plants 2 (1904)>
      iraq204.gif <@subject Hyparrhenia hirta: Bor, Fl. of Iraq (1968)>
      hyparr01.gif <@subject General aspect (Hyparrhenia hirta): Gibbs Russell et al.,
                            1990>
      hyparr25.gif <@subject Triplet of spikelets (Hyparrhenia hirta)>
      hyparr40.gif <@subject Female-fertile lemma (Hyparrhenia hirta)>
                   <@text x=662 y=25 w=298 h=-5 m
                          t=\i{}Hyparrhenia hirta\i0{}. Hefty awn from the sinus
                          of the delicate, bilobed lemma tip.>
      hyparr50.gif <@subject Hyparrhenia hirta, abaxial epidermis of leaf 
            blade: this project>
      hyparr51.gif <@subject Hyparrhenia hirta, abaxial epidermis of leaf 
            blade: this project>
      hyparr52.jpg <@subject Hyparrhenia filipendula, abaxial epidermis of leaf 
            blade: this project>
      hyparr54.jpg <@subject Hyparrhenia filipendula, abaxial epidermis of leaf 
            blade: this project>
      hyparr53.jpg <@subject Hyparrhenia filipendula, abaxial epidermis of leaf 
            blade: this project>
      hyparr75.jpg <@subject Hyparrhenia hirta, TS of leaf blade mid-rib: this project>
      wtafr377.gif <@subject Hyparrhenia rufa: Fl. W. Trop. Afr. (1936)>      

# \i{}Hyperthelia\i0{} <W. Clayton>/
      natal132.gif <@subject Hyperthelia dissoluta, as Andropogon ruprechtii: Wood, Natal 
      Plants 2 (1904)>
      hypert01.gif <@subject General aspect (Hyperthelia dissoluta): Gibbs Russell et
                            al., 1990>

# \i{}Hypogynium\i0{} <Nees>/
      ausam200.gif <@subject Hypogynium virgatum: Nicora & Rgolo de Agrasar (1987)>

# \i{}Hypseochloa\i0{} <C.E. Hubb.>/
      jfel114.gif <@subject Hypseochloa cameroonensis: Jacques-Flix, 1962>
      hypseo50.gif <@subject Hypseochloa cameroonensis, abaxial epidermis of leaf 
            blade: this project>
      hypseo75.gif <@subject Hypseochloa cameroonensis, leaf blade TS: this project>

# \i{}Hystrix\i0{} <Moench>/
      icpl2525.gif <@subject Hystrix duthiei, as Asperella: Hook. Ic pl. 26 (1899)>      
      hystrix1.jpg <@subject Hystix patula, as Elymus hystrix: P. Beauv. (1812)>
      gramnz06.jpg <@subject Hystrix gracilis (as Gymnostichum): Hooker, Fl.
                            Novae-Zelandiae (1853)>

# \i{}Ichnanthus\i0{} <P. Beauv.>/
      kunth034.gif <@subject Ichnanthus panicoides: Kunth (1835), Dist. 
            mthodique de la famille des Gramines> 
      ichnant2.jpg <@subject Ichnanthus panicoides: P. Beauv. (1812)>
      ichnant1.jpg <@subject Ichnanthus nemorosus, as Panicum: Trinius (1830), Species
      Graminum>
      ausam149.gif <@subject Ichnanthus nemorosus: Nicora & Rgolo de Agrasar (1987)>
      ichnan91.gif <@subject Palea and floret base, S.E.M. (Ichnanthus vicinus)>
      ichnan51.jpg <@subject Ichnanthus australiensis, abaxial epidermis of leaf 
            blade: this project>
      ichnan50.gif <@subject Ichnanthus vicinus, abaxial epidermis of leaf 
            blade: this project>
                   <@item x=714 y=36 w=265 h=104 m
                          t=vicinus (showing mid-intercostal zone without
                          stomata)>

# \i{}Imperata\i0{} <Cyr.>/
      impera03.gif <@subject Imperata cylindrica: Gardner, 1952>
      natal101.gif <@subject Imperata cylindrica, as I. arundinacea: Wood, Natal 
      Plants 2 (1904)>
      impera01.gif <@subject General aspect (Imperata cylindrica): Gibbs Russell et
                            al., 1990>
      impera26.gif <@subject Inflorescence detail of Imperata cylindrica>
                   <@text x=16 y=12 w=405 h=-4 m
                          t=\i{}Imperata cylindrica\i0{}. Silvery-silky hairs
                          from the bases of glumes and callus.>
      impera25.gif <@subject Spikelet details of I. cylindrica>
                   <@text x=11 y=16 w=161 h=-2 m
                          t=\i{}Imperata cylindrica\i0{}.>
                   <@text x=789 y=499 w=106 h=33 m
                          t=Lower glume.>
                   <@text x=367 y=888 w=132 h=85 m
                          t=Proximal lemma (sterile, epaleate).>
                   <@text x=677 y=901 w=103 h=68 m
                          t=Palea of upper floret.>
                   <@text x=97 y=789 w=105 h=31 m
                          t=Upper glume.>
                   <@text x=665 y=270 w=133 h=58 m
                          t=Upper lemma absent.>
                   <@text x=430 y=355 w=148 h=89 m
                          t=Gynoecium with basally joined styles.>
      impera54.jpg <@subject Imperata cylindrica, abaxial epidermis of leaf 
            blade: this project>
      impera50.gif <@subject Imperata cylindrica, abaxial epidermis of leaf 
            blade: this project>
      impera76.gif <@subject Imperata cylindrica, leaf blade TS of midrib region: 
            this project>
                   <@text x=834 y=20 w=156 h=-1 m
                          t=\i{}Imperata cylindrica\i0{}.>
      impera77.gif <@subject Imperata cylindrica, T.S. leaf blade midrib zone: 
            this project>
      impera75.gif <@subject Imperata cylindrica, leaf blade T.S. details: 
            this project>
                   <@text x=192 y=919 w=692 h=-2 m
                          t=\i{}Imperata cylindrica\i0{}. Minor bundles, one
                          with over-arching bulliforms+colourless cells.>     

# \i{}Indocalamus\i0{} <Nakai>/
      camus07a.jpg <@subject Indocalamus tessellatus (as Sasa, Camus 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      monocl01.gif <@subject Indocalamus latifolius, with Bonia (= Monocladus) saxatilis: Wu 
                             Zhengyi, Flora Yunnanica 9 (2003)>   
      indoca51.gif <@subject Indocalamus debilis, abaxial epidermis of leaf 
            blade: this project>
      indoca50.gif <@subject Indocalamus debilis, abaxial epidermis of leaf 
            blade: this project>

# \i{}Indopoa\i0{} <Bor>/
      indopoa1.jpg <@subject Indopoa paupercula (as Tripogon pauperulus): Hook. Ic. Pl. 
            25 (1896)>
      indopo50.gif <@subject Indopoa paupercula, abaxial epidermis of leaf 
            blade: this project>

# \i{}Indosasa\i0{} <McLure>/
      indos01.gif <@subject Indosasa glabrata: Dai, Qihui, Huang, Yingquin (1987)>
      indos03.gif <@subject Indosasa longispicata: Dai, Qihui, Huang, Yingquin (1987)>      

# \i{}Isachne\i0{} <R.Br.>/
      kunth033.gif <@subject Isachne mauritiana: Kunth (1835)>
      kunth117.gif <@subject Isachne globosa, as I. minutula: Kunth (1835)>
      isachn25.gif <@subject Isachne globosa, close-up of spikelet showing details: 
            this project>
                   <@text x=29 y=823 w=519 h=-6 m
                          t=\i{}Isachne globosa\i0{}. Similar, equal glumes
                          enclosing two florets with shiny, indurated lemmas;
                          stamens exserted from the proximal floret, red stigmas
                          from the distal one.>
      isachn51.gif <@subject Isachne globosa, abaxial epidermis of leaf blade: this project>
                   <@item x=9 y=847 w=243 h=138 m
                          t=globosa: short, papillate intercostal long-cells,
                          acutely-angled (Isachne type) costal silica bodies.>
      isachn52.jpg <@subject Isachne globosa, abaxial epidermis of leaf blade: this project>
      isachn50.gif <@subject Isachne globosa, abaxial epidermis of leaf blade detailing
                           silica bodies: this project>
      isachn75.gif <@subject Isachne globosa, leaf blade TS: this project>
      isachne1.jpg <@subject Isachne albens: Trinius (1828), Species Graminum I>

# \i{}Isalus\i0{} <J. Phipps>/
      isalus25.gif <@subject Isalus spikelets>
      isalus75.gif <@subject I. isalensis, Leaf blade TS: this project>

# \i{}Ischaemum\i0{} <L.>/
      ischae02.gif <@subject Ischaemum australe: Gardner, 1952>
      icpl3263.gif <@subject Ischaemum fragile: Hook. Ic. Pl. 33 (1935)>
      kunth098.gif <@subject Ischaemum timorense: Kunth (1835)>
      kunth099.gif <@subject Ischaemum latifolium: Kunth (1835)>     
      ischae01.gif <@subject General aspect (Ischaemum fasciculatum): Gibbs Russell et
                            al., 1990>
      natal104.gif <@subject Ischaemum polystachyum, as I. fasciculatum: Wood, Natal 
      Plants 2 (1904)>                      
      ischae50.gif <@subject Ischaemum fragile, abaxial epidermis of leaf 
            blade: this project>

# \i{}Ischnochloa\i0{} <J.D. Hook.>/
      ischnoc1.jpg <@subject Ischnochloa falconeri: Hook. Ic. Pl. 25 (1896)>

# \i{}Ischnurus\i0{} <Balf.>/
      ischnur1.gif <@subject Ischnurus pulchellus: Balfour, Trans. Royal Soc.
           Edinb. 32 (1888)>

# \i{}Iseilema\i0{} <Anderss.>/
      icpl3286.gif <@subject Iseilema calvum: Hook. Ic. Pl 33 (1935)>
      icpl3285.gif <@subject Iseilema dolichotrichum: Hook. Ic. Pl. 33 (1935)>
      icpl3284.gif <@subject Iseilema windersii: Hook. Ic. Pl. 33 (1935)>
      iseile01.gif <@subject Iseilema vaginiflorum: Gardner, 1952>
      iseile02.gif <@subject Inflorescence and spikelet details (6 Australian
                            Iseilema species): Gardner, 1952>
      turn011.gif <@subject Iseilema membranaceum, as Anthistiria: Turner, Austr. 
            Grasses (1895)>                     
      iseile50.jpg <@subject Iseilema vaginiflorum, abaxial epidermis of leaf 
           blade: this project>

# \i{}Ixophorus\i0{} <Schlechtd.>/
      wind324.gif <@subject Ixophorus unisetus: Hitchcock (1936)>
      ixopho46.gif <@subject Germination flap of Ixophorus unisetus: this project>
                   <@text x=28 y=21 w=359 h=-3 m
                          t=\i{}Ixophorus unisetus\i0{}. Plateau-like
                          germination flap.>
      ixopho50.gif <@subject Ixophorus unisetus, abaxial epidermis of leaf blade: 
            this project>
                   <@item x=59 y=111 w=458 h=93 m
                          t=unisetus (many rather short intercostal long-cells)>

# \i{}Jansenella\i0{} <Bor>/

# \i{}Jarava\i0{} <Ruiz & Pav.>/
      jarava01.gif <@subject Jarava ichu, as Stipa: Pohl, Flora Costaricensis (1980)>

# \i{}Jardinea\i0{} <Steud.>/
      jardine1.jpg <@subject Jardinea gabonensis: Hook. Ic. Pl. 3 (1922)>
      jardin02.gif <@subject Jardinea gabonensis, as J. congoensis: Rose Innes, Ghana 
                           Grasses (1977)>
      jardin50.gif <@subject Jardinea gabonensis, abaxial epidermis of leaf 
            blade: this project>

# \i{}Jouvea\i0{} <Fourn.>/
      jouvea1.jpg <@subject Jouvea straminea: Ann. Miss. Bot. Gard. 30 (1943)>
      jouvea52.gif <@subject Jouvea straminea, abaxial epidermis of leaf blade: 
            this project>

# \i{}Joycea\i0{} <H.P. Linder>/
      chiono51.gif <@subject Joycea pallida, abaxial epidermis of leaf blade: 
            this project>
      chiono50.gif <@subject Joycea pallida, abaxial epidermis of leaf blade with 
                             short-cell pairs: this project>
      chiono75.gif <@subject Joycea pallida, TS leaf blade: this project>
      chiono76.gif <@subject Joycea pallida, TS leaf blade: this project>

# \i{}Kampochloa\i0{} <W. Clayton>/

# \i{}Kaokochloa\i0{} <de Winter>/
      kaokoc01.gif <@subject General aspect of Kaokochloa nigrirostris: Gibbs 
            Russell et al., 1990>

# \i{}Karroochloa\i0{} <Conert & Trpe>/
      karroo01.gif <@subject General aspect of Karroochloa curva: Gibbs Russell et al.,
                            1990>

# \i{}Kengia\i0{} <Packer>/
      kengia1.jpg <@subject Kengia squarrosa, as Molinia: Ledebour (1831), Icones
      Pl. novarum III>

# \i{}Kengyilia\i0{} <Yen & J.L Yang>/
      kengyil1.jpg <@subject Kengyilia guidenensis: Yen, Yang and Baum (1995), 
      Novon 5>

# \i{}Kerriochloa\i0{} <C.E. Hubb.>/

# \i{}Kinabaluchloa\i0{} <K.M. Wong>/
      icpl2253.gif <@subject Kinabaluchloa wrayi (as Bambusa): Hook. Ic. Pl. 23 (1894)> 
      camus75.jpg <@subject Kinabaluchloa wrayi, as Bambusa wrayi, with Bambusa spp.:
                           Camus, 1913.>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Koeleria\i0{} <Pers.>/
      koeler25.gif <@subject Spikelet of Koeleria australiense>
      koeler01.gif <@subject General aspect of Koeleria capensis: Gibbs Russell et al.,
                            1990>     
      iraq131.gif <@subject Koeleria cristata: Bor, Flora of Iraq (1968)>
      eb1746.jpg <@subject Koeleria cristata, general aspect: Eng. Bot. (1872)>
      lophoc02.gif <@subject General morphology of Koeleria cristata: Gardner>
      lophoc16.gif <@subject Inflorescence of Koeleria cristata>
                   <@item x=600 y=896 w=378 h=82 m
                          t=(Lophochloa, Rostraria) cristata>
      lophoc25.gif <@subject Spikelets of Koeleria cristata>
                   <@item x=16 y=22 w=256 h=62 m
                          t=(Lophochloa, Rostraria) cristata>
      lopumi01.gif <@subject General aspect of Koeleria pumila>
      lophoc17.gif <@subject Inflorescence of Koeleria pumila>
                   <@item x=28 y=877 w=270 h=88 m
                          t=(Lophochloa, Trisetum) pumila>
      lophoc26.gif <@subject Spikelets of Koeleria pumila>
                   <@item x=536 y=15 w=440 h=105 m
                          t=(Lophochloa, Trisetum) pumila>

# \i{}Lagurus\i0{} <L.>/
      laguru02.gif <@subject Lagurus ovatus: Gardner, 1952>
      laguru01.gif <@subject General aspect of Lagurus ovatus: Gibbs Russell et al.,
                            1990>
      eb1712.jpg <@subject Lagurus ovatus, general aspect: Eng. Bot. (1872)>
      laguru25.gif <@subject Spikelets in close-up (Lagurus ovatus)>

# \i{}Lamarckia\i0{} <Moench mut. Koeler>/
      lamarck1.jpg <@subject Lamarckia aurea, as L. hookeriana: Griffith (1851), Icon. 
      Pl. Asiat.>
      lamarc16.gif <@subject Inflorescence and spikelets (Lamarckia aurea)>
      lamarc01.gif <@subject General aspect (Lamarckia aurea): Gibbs Russell et al.,
                            1990>
      lamarc50.gif <@subject Lamarckia aurea, abaxial epidermis of leaf blade: 
            this project>
      lamarc51.gif <@subject Lamarckia aurea, abaxial epidermis of leaf blade: 
            this project>

# \i{}Lamprothyrsus\i0{} <Pilger>/
      ausam026.gif <@subject Lamprothyrsus hieronymi: Nicora & Rgolo de Agrasar (1987)>
      lampro75.gif <@subject Lamprothyrsus peruvianus, T.S. of leaf blade mid-region: 
            this project>
                   <@item x=772 y=893 w=202 h=75 m
                          t=peruvianus (midrib at centre)>
      lampro76.gif <@subject Lamprothyrsus peruvianus, T.S. of lateral part of leaf blade: 
            this project>
                   <@item x=7 y=12 w=289 h=112 m
                          t=peruvianus (lateral part of lamina, showing
                          discontinuous extra abaxial sclerenchyma)>

# \i{}Lasiacis\i0{} <A. Hitchc.>/
      kunth029.gif <@subject Lasiacis divaricata, as Panicum: Kunth (1835)>
      hit1080b.gif <@subject Lasiacis divaricata: Hitchcock and Chase (1950)>
      lasiac10.gif <@subject Cordate leaf blade base (Lasiacis sorghiodes)>
      lasiac46.gif <@subject Germination flap of Lasiacis procerrima: 
                    Johnston and Watson (1981)>
                   <@text x=13 y=924 w=290 h=-2 m
                          t=\i{}Lasiacis procerrima\i0{}. Double-convex flap.>

# \i{}Lasiorhachis\i0{} <(Hack.) Stapf>/
      lasiorr1.gif <@subject Lasiorrhachis hildebrandtii: Stapf, Icones Plantarum 
            32 (1927)>

# \i{}Lasiurus\i0{} <Boiss.>/
      iraq206.gif <@subject cf. Lasiurus scindicus (as L. hirsutus): Bor, Fl. of 
            Iraq (1968)>

# \i{}Lecomtella\i0{} <A. Camus>/
      icpl3123.gif <@subject Lecomtella madagascariensis: Hook. Ic. Pl. 32 (1933)>
      lecomt26.gif <@subject Spikelets of Lecomtella madagascariensis>
      lecomp01.gif <@subject Lecomtella madagascariensis: Vorontsova & Rakotoarisoa 
                   (2014)>

# \i{}Leersia\i0{} <Soland.>/
      eb1686.jpg <@subject Leersia oryzoides, general aspect: Eng. Bot. (1872)>
      kunth001.gif <@subject Leersia hexandra (as L. mexicana): Kunth (1835)> 
      leersi01.gif <@subject General aspect (Leersia hexandra): Gibbs Russell et al.,
                            1990>
      leersi15.gif <@subject Inflorescence detail (Leersia hexandra)>
      leersi50.jpg <@subject Leersia hexandra, abaxial epidermis of leaf blade: 
            this project>
      leersi52.jpg <@subject Leersia hexandra, abaxial epidermis of leaf blade: 
            this project>
      leersi51.jpg <@subject Leersia hexandra, abaxial epidermis of leaf blade detailing
                            silica bodies: this project>

# \i{}Lepargochloa\i0{} <Launert>/

# \i{}Leptagrostis\i0{} <C.E. Hubb.>/

# \i{}Leptaspis\i0{} <R.Br.>/
      wtafr363.gif <@subject Leptaspis zeylanica, as L. cochleata: Fl. W. Trop. Afr. (1936)>
      leptas01.gif <@subject Leptaspis zeylanica, as L. cochleata: Rose Innes, Ghana 
                    Grasses (1977)>
      leptas02.gif <@subject Leptaspis zeylanica: Soderstrom et al., Smithsonian Contr.
            Bot. 65 (1987)>
      leptas50.jpg <@subject Leptaspis banksii, abaxial epidermis of leaf blade: 
            this project>

# \i{}Leptocarydion\i0{} <Stapf>/
      leptoca1.jpg <@subject Leptocarydion vulpiastrum: Wood & Evans (1908), Natal Plants 5>
      lydion01.gif <@subject General aspect (Leptocarydion vulpiastrum): Gibbs Russell et
                            al., 1990>

# \i{}Leptochloa\i0{} <P. Beauv.> sensu lato/
      leptoch1.jpg <@subject Leptochloa virgata: P. Beauv. (1812)>
      lchloa02.gif <@subject Leptochloa digitata: Gardner, 1952>
      lchloa01.gif <@subject General aspect (Leptochloa panicea): Gibbs Russell et al.,
                            1990>
      lchloa26.jpg <@subject Spikelet detail (Leptochloa digitata)>
      diplac01.gif <@subject General aspect of Diplachne fusca: Gibbs Russell et
                            al., 1990>
      diplac16.gif <@subject Inflorescence and spikelet of Diplachne muelleri:
                            Gardner, 1952>
      diplac17.gif <@subject Inflorescence and spikelet (Diplachne parviflora):
                            E. Hickman>
      diplac25.gif <@subject Spikelet (Diplachne fusca)>
      diplac40.gif <@subject Floret (Diplachne fusca)>
      lchloa50.jpg <@subject Leptochloa digitata, abaxial epidermis of leaf blade: 
            this project>
      lchloa75.jpg <@subject Leptochloa digitata, TS of leaf blade: this project>
      mhamar01.jpg <@subject Microhairs of Leptochloa digitata and Eleusine indica:
                            longitudinal EM sections (Amarasinghe)>
                   <@imagenotes x=38 y=23
                                t=5 & 6, \i{}Leptochloa digitata\i0{}; 7 & 8,
                                \i{}Eleusine indica\i0{}. BC = basal cell, CC =
                                cap cell, CD = cuticular chamber, CW = cell
                                wall, M = mitochondria, N = nucleus, PTM =
                                partitioning membrane, RER = rough endoplasmic
                                reticulum, S = secretory material, TC =
                                thickened cuticle; V = vesicle, VC = vacuole.
                                White arrows indicate microtubules and white
                                arrowheads plasmodesmata. Scale bar = 1.5
                                microns.>

# \i{}Leptochloa\i0{} <P. Beauv.> sensu stricto/
      leptoch1.jpg <@subject Leptochloa virgata: P. Beauv. (1812)>
      lchloa02.gif <@subject Leptochloa digitata: Gardner, 1952>
      lchloa01.gif <@subject General aspect (Leptochloa panicea): Gibbs Russell et al.,
                            1990>
      lchloa26.jpg <@subject Spikelet close-up (Leptochloa digitata)>
      lchloa50.jpg <@subject Leptochloa digitata, abaxial epidermis of leaf blade: 
            this project>
      lchloa75.jpg <@subject Leptochloa digitata, TS of leaf blade: this project>
      mhamar01.jpg <@subject Microhairs of Leptochloa digitata and Eleusine indica:
                            longitudinal EM sections (Amarasinghe)>
                   <@imagenotes x=38 y=23
                                t=5 & 6, Leptochloa digitata; 7 & 8, Eleusine
                                indica. BD = basal cell, CC = cap cell, CD =
                                cuticular chamber, CW = cell wall, M =
                                mitochondria, N = nucleus, PTM = partitioning
                                membrane, RER = rough endoplasmic reticulum, S =
                                secretory material, TC = thickened cuticle; V =
                                vesicle, VC = vacuole. White arrows indicate
                                microtubules and white arrowheads plasmodesmata.
                                Scale bar = 1.5 microns.>

# \i{}Leptochlopsis\i0{} <Yates>/

# \i{}Leptocoryphium\i0{} <Nees>/
      kunth163.gif <@subject Leptocoryphium lanatum, as Milium: Kunth (1835)>
      leptoco1.jpg <@subject Leptocoryphium lanatum: Hitchcock , W.I. Grasses (1936).>
      ausam171.gif <@subject Leptocoryphium lanatum: Nicora & Rgolo de Agrasar (1987)>

# \i{}Leptoloma\i0{} <Chase>/
      leptol01.gif <@subject Leptoloma cognatum: Britton (1913), Ill. 
            Flora of Northern U.S.A., 1>

# \i{}Leptosaccharum\i0{} <(Hackel) A. Camus>/
      leptosa1.gif <@subject Leptosaccharum filiforme: Stapf, Icones
            Plantarum 32 (1927)>

# \i{}Leptothrium\i0{} <Kunth>/
      kunth042.gif <@subject Leptothrium senegalense, as Latipes: Kunth (1835)>
      wind057.gif <@subject Leptathrium rigidum: Hitchcock (1936)>
      leptot01.gif <@subject Leptothrium senegalense: Rose Innes, Ghana Grasses (1977)>

# \i{}Lepturella\i0{} <Stapf>/
      jfel144.gif <@subject Lepturella aristata: Jacques-Flix, 1962>

# \i{}Lepturidium\i0{} <Hitchc. & Ekman>/
      wind071.gif <@subject Lepturidium insulare: Hitchcock (1936)>

# \i{}Lepturopetium\i0{} <Morat>/
      letium01.gif <@subject General morphology of Lepturopetium kuniense: Morat, 
            Adansonia 20 (1981)>

# \i{}Lepturus\i0{} <R.Br.>/
      icpl3233.gif <@subject Lepturus geminatus: Hook. Ic. Pl. 33 (1935)>
      lurus01.gif <@subject General aspect, inflorescence of Lepturus repens: Gibbs
                           Russell et al., 1990>
      lurus02.gif <@subject Lepturus repens: Hutchinson, you hua zhi wu ke zhi shuang
                    zi ye zhi wu (1955)>                       
      lurus16.gif <@subject Inflorescence of Lepturus xerophyllus>
      lurus51.jpg <@subject Lepturus repens, abaxial epidermis of leaf blade: 
            this project>

# \i{}Leucophrys\i0{} <Rendle>/
      icpl3095.gif <@subject Leucophrys mesocoma: Hook. Ic. Pl. 31 (1922)>
      lphrys01.gif <@subject General aspect of Leucophrys mesocoma: Gibbs Russell et al.,
                            1990>

# \i{}Leucopoa\i0{} <Griseb.>/
      leucpoa1.gif <@subject Leucopoa albida (cf. Festuca sibirica?): Keng yi li (1957)>

# \i{}Leymus\i0{} <Hochst.>/
      leymus02.gif <@subject Leymus arenarius (as Elymus):  C.E. Hubbard (1968)>
      leymus01.jpg <@subject Leymus racemosus, as Elymus giganteus: P. Beauv. (1812)>
      eb1819.jpg <@subject Leymus arenarius (as Elymus), general aspect: Eng. Bot.
                          (1872)>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Libyella\i0{} <Pamp.>/
      libyel01.gif <@subject Libyella cyrenaica: Pampanini, Bull. Soc. Bot. Italiana (1922)>

# \i{}Limnas\i0{} <Trin.>/
      limnas1.jpg <@subject Limnas stelleri: Trinius (1823), Species Graminum 1>

# \i{}Limnodea\i0{} <Dewey ex Coult.>/
      hit500o.gif <@subject Limnodea arkansana: Hitchcock and Chase (1950)>

# \i{}Limnopoa\i0{} <C.E. Hubb.>/

# \i{}Lindbergella\i0{} <Bor>/

# \i{}Linkagrostis\i0{} <Garcia, Blanca & Torres>/
      linkag01.gif <@subject Linkagrostis juressi, as Agrostis: Trinius, Species 
            Graminum 1 (1823)>

# \i{}Lintonia\i0{} <Stapf>/
      icpl2949.gif <@subject Lintonia nutans: Hook. Ic. Pl. 30 (1911)>
      linton01.gif <@subject General aspect (Lintonia nutans): Gibbs Russell et al.,
                            1990>
      linton50.jpg <@subject Lintonia nutans, abaxial epidermis of leaf blade: 
            this project>
      linton51.jpg <@subject Lintonia nutans, abaxial epidermis of leaf blade, detail: 
            this project> 
      
# \i{}Lithachne\i0{} <P. Beauv.>/
      lithach1.jpg <@subject Lithachne pauciflora, as L. axillaris: P. Beauv. (1812)>
      lithac01.jpg <@subject Lithachne pauciflora: Hitchcock (1936), W.I. Grasses.>
      ausam023.gif <@subject Lithachne pauciflora: Nicora & Rgolo de Agrasar (1987)>
      lithac25.gif <@subject Lithachne pauciflora spikelet close-up: this project>
                   <@text x=533 y=26 w=443 h=-6 m
                          t=\i{}Lithachne pauciflora\i0{}. Thin glumes beneath
                          an extended internode; saccate, indurated, shiny
                          female-fertile lemma (right), palea (left) of similar
                          texture.>
      lithac50.gif <@subject Lithachne pauciflora, abaxial epidermis of leaf blade: 
            this project>

# \i{}Littledalea\i0{} <Hemsley>/
      littled1.jpg <@subject Littledalea tibetica: Hookers Ic. Pl. 25 (1892)>

# \i{}Loliolum\i0{} <Krecz. & Bobr.>/
      lliolum1.jpg <@subject Loliolum subulatum: Fl. Pakistan (2016)>

# \i{}Lolium\i0{} <L.>/
      iraq033.gif <@subject Lolium rigidum: Bor, Flora of Iraq (1968)>
      eb1816.jpg <@subject Lolium temulentum, general aspect: Eng. Bot. (1872)>
      eb1817.jpg <@subject Lolium temulentum var., general aspect: Eng. Bot. 1872)>
      lolium01.gif <@subject Lolium temulentum, general aspect>
      kunth220.gif <@subject Lplium multiflorum, as L. bouchanum: Kunth (1835)>      
      eb1815.jpg <@subject Lolium multiflorum (as L. italicum), general aspect: Eng.
                          Bot. (1872)>
      eb1814.jpg <@subject Lolium perenne, general aspect: Eng. Bot. (1872)>
      lolium10.gif <@subject Leaf auricles (Lolium perenne)>
      lolium17.gif <@subject Spikelet close-up (Lolium perenne)>
                   <@text x=673 y=27 w=313 h=-5 m
                          t=\i{}Lolium perenne\i0{}. Spikelet with only one
                          (outer) glume and two open florets; hollowed rachis.>
      lolium25.gif <@subject Rachis and spikelet in close-up (Lolium perenne)>
                   <@text x=64 y=20 w=468 h=-4 m
                          t=\i{}Lolium perenne\i0{}. Hollowed rachis (left), the
                          single (upper) glume to the right, the spikelet
                          dorsiventral to the rachis.>
      lolium30.gif <@subject Floret and rachilla detail (Lolium perenne)>
                   <@text x=13 y=23 w=440 h=-5 m
                          t=\i{}Lolium perenne\i0{}. Spikelet tip, showing
                          terminal rachilla prolongation within the palea groove
                          of the uppermost floret, flanked by lemma margins.>
      lolium52.jpg <@subject Lolium perenne, abaxial epidermis of leaf blade: 
            this project>
      lolium50.jpg <@subject Lolium perenne, abaxial epidermis of leaf blade: 
            this project>
      lolium53.jpg <@subject Lolium perenne, abaxial epidermis of leaf blade, detail: 
            this project>
      lolium51.jpg <@subject Lolium perenne, abaxial epidermis of leaf blade, detail: 
            this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>
      antilol1.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Lolium serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Lolium
                                perenne\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (right). Antigens
                                allergenic in humans are concentrated in the
                                heat-stable components. For experimental details
                                and discussion of the taxonomic patterns among
                                cross-reactions, see Watson and Knox (1976) and
                                Watson (1983).>
      antilol.gif <@subject Grass pollen antigens: cross-reactions against anti-Lolium
                           serum>
                  <@imagenotes x=891 y=956
                               t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                               (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                               with rabbit antiserum in the trough, \i{}Lolium
                               perenne\i0{} pollen extract (control) in the
                               upper well, and comparable extracts from other
                               genera in the lower wells, as indicated. For
                               experimental details and discussion of the
                               taxonomic patterns among cross-reactios, see
                               Watson and Knox (1976) and Watson (1983).>
      antilol2.gif <@subject Heat stable grass pollen antigens (allergens):
                            cross-reactions against anti-Lolium serum>
                   <@imagenotes x=464 y=954
                                t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS-HEAT-STABLE COMPONENT).
                                \par{}\par{}Each slide with rabbit antiserum in
                                the trough, boiled \i{}Lolium perenne\i0{}
                                pollen extract (control) in the upper well, and
                                comparable boiled extracts from other genera in
                                the lower wells, as indicated. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactios, see Watson and Knox (1976)
                                and Watson (1983).>
      anticyno.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Cynodon serum>
                   <@imagenotes x=868 y=956
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Cynodon
                                dactylon\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (human allergens, right).
                                For experimental details and discussion of the
                                taxonomic patterns among cross-reactions, see
                                Watson and Knox (1976) and Watson (1983).>
      antizea1.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                            serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Zea
                                mays\i0{} pollen extract (control) in the upper
                                well, and comparable extracts from other genera
                                in the lower wells, as indicated. Results are
                                compared using raw extract (left) with those
                                using boiled extract (where availabe, right).
                                Antigens allergenic in humans are concentrated
                                in the heat-stable components. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactions, see Watson and Knox
                                (1976) and Watson (1983).>
      antizea.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                           serum>
      eb1792.jpg <@subject X Festulolium loliaceum (as F. pratensis var.
                          loliacea), = Festuca. pratensis x L. perenne: Eng.
                          Bot. (1872)>

# \i{}Lombardochloa\i0{} <Rosengurtt & Arillaga>/

# \i{}Lophacme\i0{} <Stapf>/
      icpl2611.gif <@subject Lophacme digitata: Hook. Ic. Pl. 27 (1901)>
      lophac01.gif <@subject General aspect (Lophacme digitata): Gibbs Russell et al.,
                            1990>
      lophac50.gif <@subject Lophacme digitata, abaxial epidermis of leaf blade: this project>
                   <@item x=13 y=21 w=245 h=97 m
                          t=digitata (two microhairs out of focus near centre)>
      lophac75.gif <@subject Lophacme digitata, leaf blade TS: this project>

# \i{}Lophatherum\i0{} <Brongn.>/
      lophath1.jpg <@subject Lophatherum gracile: Hsu (1975), Taiwan Grasses> 
      lophat50.gif <@subject Lophatherum gracile, abaxial epidermis of leaf 
            blade: this project>
      lophat75.gif <@subject Lophatherum gracile, leaf blade TS: this project>

# \i{}Lophochloa cristata\i0{} <(L.) Hylander>/
      lophoc02.gif <@subject Lophochloa cristata: Gardner, 1952>
      lophoc16.gif <@subject Inflorescence of L. cristata>
      lophoc25.gif <@subject Spikelets of Lophochloa cristata>

# \i{}Lophochloa pumila\i0{} <(Desf.) Bor>/
      iraq134.gif <@subject Lophochloa pumila: Bor, Flora of Iraq (1968)>
      lopumi01.gif <@subject Lophochloa pumila, general aspect: Gibbs Russell 
            et al., 1990>
      lophoc17.gif <@subject Inflorescence of Lophochloa pumila>
                   <@item x=15 y=931 w=153 h=47 m>
      lophoc26.gif <@subject Spikelets of Lophochloa pumila>
                   <@item x=590 y=17 w=382 h=32 m>

# \i{}Lopholepis\i0{} <Decne.>/
      lophole1.jpg <@subject Lopholepis ornithocephala, as Holboellia: W.J. 
          Hooker (1831) Bot. Miscellany 2> 
      lophol50.gif <@subject Lopholepis ornithocephala, abaxial epidermis of leaf 
            blade: this project>

# \i{}Lophopogon\i0{} <Hackel>/
      lopogon1.jpg <@subject Lophopogon tridentatus: Rangachariyar K., Hndbk. S. 
      Indian Grasses (1921)>

# \i{}Lophopyrum\i0{} <A. Lve>/
      lophopy1.gif <@subject Lophopyrum elongatum (as Agropyron): Hutchinson (1959)>

# \i{}Lorenzochloa\i0{} <J. & C. Reeder>/
      lorenzo1.jpg <@subject Lorenzochloa erectifolia: Pohl (1980), Flora 
            Costaricensis> 

# \i{}Loudetia\i0{} <Hochst.>/
      wtafr365.gif <@subject Loudetia flavida (as acuminata): Fl. W. Trop. Afr. (1936)>
      ldetia01.gif <@subject General aspect (Loudetia flavida): Gibbs Russell et al.,
                            1990>

# \i{}Loudetiopsis\i0{} <Conert>/
      jfel083.gif <@subject Loudetiopsis ambiens: Jacques-Flix, 1962>
      kunth141.gif <@subject Loudetiopsis chrysothrix, as Tristachya: Kunth (1835)>

# \i{}Louisiella\i0{} <C.E. Hubb. & Lonard>/

# \i{}Loxodera\i0{} <Launert>/

# \i{}Luziola\i0{} <A.L. Juss.>/
      luziola1.jpg <@subject Luziola peruviana, and L. fluitans as Hydrochloa 
      caroliniensis: P. Beauv. (1812)>
      ausam040.gif <@subject Luziola peruviana: Nicora & Rgolo de Agrasar (1987)>

# \i{}Lycochloa\i0{} <Samuelsson>/
      lycoch01.gif <@subject Lycochloa avenacea: Thiebaut, Fl. Labano-Syrienne (1953)> 

# \i{}Lycurus\i0{} <Kunth>/
      lycurus1.jpg <@subject Lycurus phleoides: Hitchcock (1920), Genera of U.S. 
      Grasses>
      ausam117.gif <@subject Lycurus setosus: Nicora & Rgolo de Agrasar (1987)>

# \i{}Lygeum\i0{} <Loefl. ex L.>/
      lygeum2.jpg <@subject Lygeum spartum (as sparteum): P. Beauv. (1812)>
      lygeum1.jpg <@subject Lygeum spartum: Loefling and C. Linnaeus (1758), Inter 
      Hispanicum t.2>
      lygeum50.gif <@subject Lygeum spartum, abaxial epidermis of leaf blade: this project>

# \i{}Maclurochloa\i0{} <K.M. Wong>/
      mchloa01.gif <@subject Maclurochloa montana, as Bambusa: Holttum, Gardens Bull. 
      Singapore (1958)>
      
# \i{}Maclurolyra\i0{} <Caldern & Soderstrom>/
      macluro1.gif <@subject Maclurolyra tecta, habit: Caldern & Soderstrom,
            Smithsonian Contr. Bot. 11 (1973)>
      macluro2.gif <@subject Maclurolyra tecta, spikelet details: Caldern & Soderstrom,
            Smithsonian Contr. Bot. 11 (1973)>
      macluro3.gif <@subject Maclurolyra tecta, abaxial leaf blade epidermis: 
            Caldern & Soderstrom, Smithsonian Contr. Bot. 11 (1973)>
      macluro4.gif <@subject Maclurolyra tecta, TS leaf blade: Caldern & Soderstrom,
            Smithsonian Contr. Bot. 11 (1973)>          

# \i{}Maillea\i0{} <Parl.>/
      maillea1.jpg <@subject Maillea crypsoides: Coste (1906), Fl. de la France>

# \i{}Malacurus\i0{} <Nevski>/

# \i{}Maltebrunia\i0{} <Kunth>/
      maltebr1.jpg <@subject Maltebrunia leersioides: Kunth (1835), Rev. des 
      Gramines t.3>  
      malteb26.gif <@subject Maltebrunia leersioides, opened spikelet in close-up: 
            this project>
                   <@text x=16 y=761 w=287 h=-7 m
                          t=\i{}Maltebrunia leersioides\i0{}. Vestigial glumes
                          not apparent beneath two short, subulate, empty
                          proximal lemmas; one female-fertile floret (lemma at
                          left, palea at right), six stamens.>

# \i{}Manisuris\i0{} <L.>/
      peltoph1.jpg <@subject Manisuris myurus, as Peltophorus: P. Beauv. (1812)>
      msuris01.jpg <@subject Manisuris tessellata: Lamson-Scribner, American Grasses 
      III (1900)>

# \i{}Megalachne\i0{} <Steud.>/
      ausam096.gif <@subject Megalachne berteroniana: Nicora & Rgolo de Agrasar 
            (1987)>

# \i{}Megaloprotachne\i0{} <C.E. Hubb.>/
      megalo02.gif <@subject Megaloprotachne albescens: Clayton,  Flora Zambesiaca 
            10 (1989)> 
      megalo01.gif <@subject General aspect of Megaloprotachne albescens: Gibbs Russell et
                            al., 1990>

# \i{}Megastachya\i0{} <P. Beauv.>/
      beauv26.jpg <@subject Megastachya mucronata (as owariensis), with Eleusine 
      coracana, Schismus marginatus (= barbatus) and Uniola maritima 
      (= paniculata): P. Beauv. (1812)>
      megast02.gif <@subject Megastachya mucronata: Rose Innes, Ghana Grasses (1977)>
      megast01.gif <@subject General aspect (Megastachya mucronata): Gibbs Russell et
                            al., 1990>

# \i{}Melanocenchris\i0{} <Nees>/
      iraq175.gif <@subject Melanocenchris jacquemontii: Bor, Flora of Iraq (1968)>

# \i{}Melica\i0{} <L.>/
      iraq096.gif <@subject Melica persica: Bor, Flora of Iraq (1968)>
      kunth089.gif <@subject Melica persica: Kunth (1835)>
      eb1748.jpg <@subject Melica nutans, general aspect: Eng. Bot. (1872)>
      eb1749.jpg <@subject Melica uniflora, general aspect: Eng. Bot. (1872)>
      melica02.jpg <@subject General aspect (Melica uniflora): J. Curtis, 1924>
      melica01.gif <@subject General aspect (Melica racemosa): Gibbs Russell et al.,
                            1990>
      melica25.gif <@subject Melica californica, close-up of inflorescence detail: 
            this project>
                   <@text x=8 y=13 w=435 h=-6 m
                          t=\i{}Melica californica\i0{}. Each spikelet with a
                          modified rachilla extension bearing sterile florets
                          forming a clubshaped tip.>
      melica41.gif <@subject Spikelets of Melica californica>
      melica40.gif <@subject Melica californica, detail of modified rachilla tip>
                   <@item x=615 y=14 w=374 h=114 m
                          t=M. californica (modified rachilla extension)>

# \i{}Melinis\i0{} <P. Beauv.>/
      melinis1.jpg <@subject Melinis minutiflora: P. Beauv. (1812)>
      wtafr372.gif <@subject Melinis minutiflora: Fl. W. Trop. Afr. (1936)>
      melini02.gif <@subject Melinis minutiflora: Gardner, 1952>
      icpl2660.gif <@subject Melinis tenuissima: Hook. Ic. Pl. 27 (1900)>
      icpl2374.gif <@subject Melinis repens subsp. grandiflora (as Tricholaena
            monachyron): Hook. Ic. Pl. 24 (1895)>
      melini01.gif <@subject General aspect (Melinis macrochaeta): Gibbs Russell et
                            al., 1990>

# \i{}Melocalamus\i0{} <Benth.>/
      camus94.jpg <@subject Melocalamus compactiflorus, with Puelia ciliata and
                           Pseudostachyum polymorphum (Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Melocanna\i0{} <Trin.>/
      melocan1.jpg <@subject Melocanna baccifera: Maclure (1955), Grasses of 
      Guatemala 24, II>

# \i{}Merostachys\i0{} <Spreng.>/
      merost01.gif <@subject Merostachys speciosa: McClure, New World Bamboos (1973)>
      camus43.jpg <@subject Merostachys petiolata, M. neesii, M. sparsiflora: Camus
                           (1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      camus45.jpg <@subject Merostachys speciosa, M. ternata, M. aggronema: Camus (1913)>
      ausam018.gif <@subject Merostachys claussenii: Nicora & Rgolo de Agrasar (1987)>

# \i{}Merxmuellera\i0{} <Conert>/
      merxmu01.gif <@subject General aspect (Merxmuellera drakensbergensis): Gibbs Russell
                            et al., 1990>

# \i{}Mesosetum\i0{} <Steud.>/
      msetum01.jpg <@subject Mesosetum loliiforme: Hitchcock (1936), W.I. Grasses.>
      ausam151.gif <@subject Mesosetum comatum: Nicora & Rgolo de Agrasar (1987)>

# \i{}Metasasa\i0{} <W.T. Lin>/
      metasas1.jpg <@subject Metasasa carinata: Lin (1988), www.yuanlin.com>

# \i{}Metcalfia\i0{} <Conert>/
      metcal01.gif <@subject Metcalfia mexicana (as Danthonia): Scribner, Proc. Nat.
            Acad. Sci. Philadelphia 43 (1891)>
      metcal50.gif <@subject Metcalfia mexicana, abaxial epidermis of leaf blade: 
            this project>
                   <@item x=8 y=14 w=324 h=143 m
                          t=mexicana (showing numerous dumb-bell shaped silica
                          cells with are mostly not mirrored in the shapes of
                          the silica bodies they contain)>
      metcal51.gif <@subject Metcalfia mexicana, abaxial epidermis of leaf blade: 
            this project>

# \i{}Mibora\i0{} <Adans.>/
      scrib49.gif <@subject Mibora minima, as M. verna: Lamson-Scribner (1890)>
      mibora01.gif <@subject Mibora minima: Gardner, 1952>
      eb1689.jpg <@subject Mibora minima, as Chamagrostis: Eng. Bot. (1872)>
      mibora51.jpg <@subject Mibora minima, abaxial epidermis of leaf blade: this project>
      mibora50.gif <@subject Mibora minima, abaxial epidermis of leaf blade: this project>

# \i{}Micraira\i0{} <F. Muell.>/
      micrai01.gif <@subject Micraira compacta, M. subspicata: Lazarides, 1979>
      micrai02.gif <@subject M. tenuis, M. adamsii, M. dentata, M. pungens:
                            Lazarides, 1979>
      micrai05.gif <@subject Spiral phyllotaxy (Micraira subspicata)>
      micrai06.gif <@subject Leafy shoot>
                   <@text x=594 y=23 w=391 h=-4 m
                          t=\i{}Micraira\i0{} sp. Spiral phyllotaxy, with
                          (below) leaf blades disarticulated from sheaths.>
      micrai07.gif <@subject General aspect (Micraira stipoides)>
      icpl1361.gif <@subject Micraira subulifolia: Hook. Ic. Pl. 14 (1880-82)>
      micrai50.jpg <@subject Micraira subulifolia, abaxial epidermis of leaf blade: 
           this project>

# \i{}Microbriza\i0{} <Parodi ex Nicora et Rg.>/
      ausam103.gif <@subject Microbriza poimorpha: Nicora & Rgolo de Agrasar (1987)>

# \i{}Microcalamus\i0{} <Franch.>/
      icpl3070.gif <@subject Microcalamus barbinodis, as M. convallarioides: Hook. Ic.
      Pl. 31 (1916)>
      camus381.jpg <@subject Microcalamus barbinodis (as barbinoides: Camus 1913)>

# \i{}Microchloa\i0{} <R.Br.>/
      mochlo01.gif <@subject General aspect (Microchloa caffra): Gibbs Russell et al.,
                            1990>
      miccloa1.jpg <@subject Microchloa kunthii: Hitchcock and Chase (1950)>
      michloa1.jpg <@subject Microchloa indica: P. Beauv. (1812)>
      mochlo18.gif <@subject Inflorescence of Microchloa indica>
      mochlo16.gif <@subject Inflorescence detail of Microchloa indica>
      mochlo50.gif <@subject Abaxial epidermis of leaf blade of Microchloa indica: this
            project>

# \i{}Microlaena\i0{} <R.Br.>/
      gramtm02.jpg <@subject Microlaena stipoides (as M. gunnii, with Ehrharta tasmanica):
                            Hooker, Fl. Tasmaniae (1860)>
      microl01.gif <@subject General structure (Microlaena stipoides)>
      microl30.gif <@subject Characteristic spikelet base of Microlaena stipoides: this project>
                   <@text x=11 y=773 w=381 h=-5 m
                          t=\i{}Microlaena stipoides\i0{}. Minute glumes, long
                          internode between them and the lemma base, hairy
                          callus.>
      microl40.gif <@subject Lodicules and gynoecium (Microlaena stipoides)>
      microl50.gif <@subject Microlaena stipoides. abaxial epidermis of leaf blade: 
            this project>
      microl75.gif <@subject Microlaena stipoides, leaf blade T.S. fluorescence image: 
            this project>
      microl76.gif <@subject Microlaena stipoides, leaf blade T.S. fluorescence image: 
            this project>

# \i{}Micropyropsis\i0{} <Zarco & Cabezudo>/

# \i{}Micropyrum\i0{} <Link>/
      mpyrum1.jpg <@subject Micropyrum tenellum: Sturm (1796), Flora in Abbildungen>

# \i{}Microstegium\i0{} <Nees>/
      icpl2517.gif <@subject Microstegium eucnemis, as Coelarthron brandisii:
      Hook. Ic pl. 26 (1897)>
      icpl2466.gif <@subject Microstegium falconeri, as Ischnochloa: Hook. Ic. Pl. 25 (1896)>
      hit1137o.gif <@subject Microstegium vimineum: Hitchcock and Chase (1950)>
      micros01.gif <@subject General aspect (Microstegium nudum): Gibbs Russell et al.,
                            1990>
      micros50.gif <@subject Microstegium spectabile, abaxial epidermis of leaf blade: 
            this project>
      micros75.gif <@subject Microstegium spectabile, leaf blade T.S. of, midrib region: 
            this project>

# \i{}Mildbraediochloa\i0{} <Butzin>/

# \i{}Milium\i0{} <L.>/
      eb1728.jpg <@subject Milium effusum, general aspect: Eng. Bot. (1872)>
      iraq098.gif <@subject Milium pedicellare: Bor, Flora of Iraq (1968)>
      iraq097.gif <@subject Milium vernale: Bor, Flora of Iraq (1968)>

# \i{}Miscanthidium\i0{} <Stapf>/
      icpl3084.gif <@subject Miscanthidium junceus, as M. teretifolium: Hook. Ic. Pl. 
      31 (1922)>
      jfel200.gif <@subject Miscanthidium violaceum: Jacques-Flix, 1962>
      mthid50.gif <@subject Miscanthidium sorghum, abaxial epidermis of leaf blade: 
            this project>

# \i{}Miscanthus\i0{} <Anderss.>/
      natal106.gif <@subject Miscanthus ecklonii, as Erianthus capensis: Wood, Natal 
      Plants 2 (1904)>
      mthus01.gif <@subject General aspect (Miscanthus capensis): Gibbs Russell et al.,
                           1990>
      bmag7304.jpg <@subject Miscanthus sinensis: Bot. Mag.119 (1893)>                     
      ausam179.gif <@subject Miscanthus sinensis: Nicora & Rgolo de Agrasar (1987)>

# \i{}Mnesithea\i0{} <Kunth>/
      mnesit01.gif <@subject Mnethisea formosa: Gardner, 1952>
      mnesit25.gif <@subject Inflorescence triplets in lateral view of
                            inflorescence (M. mollicoma)>
                   <@item x=633 y=779 w=353 h=209 m
                          t=\i{}mollicoma\i0{} (distichously arranged triplets,
                          viewed from the side - cf. the next image)>
      mnesit26.gif <@subject Inflorescence detailing spikelet triplets (Mnesithea
                            mollicoma)>
                   <@text x=489 y=40 w=492 h=-6 m
                          t=\i{}Mnesithea mollicoma\i0{}. Triplets of spikelets
                          at each node: two sessile, hermaphrodite, abaxial
                          (tuberculate G\sub{}1\nosupersub{} and flimsy
                          G\sub{}2\nosupersub{}), and one free-pedicellate
                          (sterile, reduced).>
      mnesit27.gif <@subject Inflorescence detail showing reduced triplets (Mnesithea
                            laevis)>
                   <@text x=489 y=23 w=500 h=-7 m
                          t=\i{}Mnesithea laevis\i0{}. A triplet of spikelets at
                          each node. Two sessile (hermaphrodite), abaxial, with
                          smooth G\sub{}1\nosupersub{}; and a pedicellate one,
                          much reduced and scarcely reconisable as such, its
                          pedicel fused with the rachis.>
      mnesit50.gif <@subject Mnesithea laevis, abaxial epidermis of leaf blade: this project>
                   <@item x=6 y=14 w=256 h=96 m
                          t=laevis, with oryzoid-type costal silica bodies>

# \i{}Mniochloa\i0{} <Chase>/
      wind342o.gif <@subject Mniochloa pulchella: Hitchcock (1936)>
      pirella1.gif <@subject Piresiella strephoides and Mniochloa pulchella: Zuloaga et al.,
            Ann. Miss. Bot. Gard. 80 (1993)>

# \i{}Molinia\i0{} <Schrank>/
      eb1747.jpg <@subject Molinia caerulea, general aspect: Eng. Bot. (1872)>
      molini01.jpg <@subject General aspect (Molinia caerulea): John Curtis, 1824>
      molinia1.jpg <@subject Molinia caerulea: Hitchcock (1920), Genera of U.S. 
      Grasses> 

# \i{}Monachather\i0{} <Steud.>/
      monach01.gif <@subject Monachather paradoxa: Gardner, 1952>
      monach46.gif <@subject Germination details in M. paradoxa>
                   <@text x=381 y=900 w=240 h=-3 m
                          t=\i{}Monachather paradoxa\i0{}. Radicle emerging via
                          germination flap.>
      monach76.gif <@subject Monachather, leaf blade T.S., fluorescence image>

# \i{}Monanthochlo\i0{} <Engelm.>/
      ausam120.gif <@subject Monanthochloe acerosa: Nicora & Rgolo de Agrasar (1987)>
      monant01.jpg <@subject Monanthochloe littoralis: Hitchcock (1936), W.I. Grasses.>
      monant50.gif <@subject Monanthochloe littoralis, abaxial epidermis of leaf blade: 
            this project>
      monant75.gif <@subject Monanthochloe littoralis, Leaf blade TS: this project>

# \i{}Monelytrum\i0{} <Hackel>/
      monely01.gif <@subject General aspect of Monelytrum luederitzianum: Gibbs Russell
                            et al., 1990>

# \i{}Monium\i0{} <Stapf>/
      icpl3091.gif <@subject Monium macrochaetum: Hook. Ic. Pl. 31 (1922)> 
      jfel248.gif <@subject Monium trepidarium (as M. congestum): Jacques-Flix,
                           1962>
      monium50.gif <@subject Monium funereum, abaxial epidermis of leaf blade: this project>

# \i{}Monocladus\i0{} <Chia, Fung & Yang>/
      monocl01.gif <@subject Monocladus saxatilis (as Bonia), with Indocalamus latifolius: Wu 
                             Zhengyi, Flora Yunnanica 9 (2003)>

# \i{}Monocymbium\i0{} <Stapf>/
      jfel246.gif <@subject Monocymbium lanceolatum: Jacques-Flix, 1962>
      icpl1870.gif <@subject Monocymbium ceresiiforme: Hook. Ic. Pl. 19 (1889)>
      natal112.gif <@subject Monocymbium ceresiiforme, as Andropogon: Wood, Natal 
      Plants 2 (1904)>
      monocy01.gif <@subject General aspect (Monocymbium ceresiiforme): Gibbs Russell et
                            al., 1990>
      monocy50.gif <@subject Monocymbium ceresiiforme, abaxial epidermis of leaf blade: 
            this project>

# \i{}Monodia\i0{} <S.W.L. Jacobs>/
      monodi16.gif <@subject Monodia stipoides: E. Hickman, in Jacobs 1984>
      monodi50.gif <@subject Monodia stipoides, abaxial epidermis of leaf blade: this project>

# \i{}Monostachya\i0{} <Merr.>/
      icpl2606.gif <@subject Monostachya oreoboloides (as Danthonia): Hook. Ic. Pl. 27 (1901)>
      mstach50.jpg <@subject Monostachya oreoboloides, abaxial epidermis of leaf blade: 
            this project>

# \i{}Morronea\i0{} <Zuloaga & Scataglini>/
      morron01.gif <@subject Morronea arundinariae (as Panicum), with Panicum aquaticum:
                            Pohl, Flora Costaricensis (1980)>

# \i{}Mosdenia\i0{} <Stent>/
      mosdeni1.jpg <@subject Mosdenia leptostachys, as M. waterbergensis: Stent (1922),
      Bothalia 1>
      mosden01.gif <@subject General aspect (Mosdenia leptostachys): Gibbs Russell et
                            al., 1990>

# \i{}Muhlenbergia\i0{} <Schreber>/
      hit564b.gif <@subject Muhlenbergia montana: Hitchcock and Chase (1950)>
      hit561o.gif <@subject Muhlenbergia schreberi: Hitchcock and Chase (1950)>
      icpl1378.gif <@subject Muhlenbergia spatha (as Schaffnera gracilis): Hook. Ic. Pl. 
            14 (1882)>
      muhlen50.gif <@subject Muhlenbergia arisanensis, abaxial epidermis of leaf blade: 
            this project>
      muhlen91.gif <@subject Muhlenbergia montana, T.S. leaf blade, electron micrograph: 
            this project>
                   <@text x=623 y=14 w=356 h=-3 m
                          t=\i{}Muhlenbergia montana\i0{}. C\sub{}4\nosupersub{}
                          type NAD-ME.>
      muhlen92.gif <@subject Muhlenbergia montana, T.S. of leaf blade - electron micrograph: 
            this project>
                   <@text x=13 y=13 w=287 h=-4 m
                          t=\i{}Muhlenbergia montana\i0{}. C\sub{}4\nosupersub{}
                          type NAD-ME.>
    
# \i{}Mullerochloa\i0{} <K.M. Wong>/

# \i{}Munroa\i0{} <J. Torr.>/
      icpl1372.gif <@subject Munroa squarrosa: Hook. Ic. Pl. 14 (1881)>
      ausam124.gif <@subject Munroa decumbens: Nicora & Rgolo de Agrasar (1987)>
      munroa50.gif <@subject Munroa squarrosa, abaxial epidermis of leaf blade: this project>

# \i{}Myriocladus\i0{} <Swallen>/
      myriocl1.jpg <@subject Myriocladus virgatus: Swallen (1951), Fieldiana Bot. 28>
      myrioc50.gif <@subject Myriocladus paludicolus, abaxial epidermis of leaf blade:
            this project>
                   <@item x=39 y=497 w=244 h=120 m
                          t=paludicolus (stomata obscured by overarching
                          papillae)>
      myrioc75.gif <@subject Myriocladus paludicolus, leaf blade TS: this project>
                   <@item x=690 y=811 w=282 h=156 m
                          t=paludicolus (showing extra sclerenchyma
                          accompanying bulliforms)>

# \i{}Myriostachya\i0{} <J.D. Hook.>/
      icpl1381.gif <@subject Myriostachya wightiana (as Eragrostis wightiana): Hook. 
            Ic. Pl. 14 (1882)>
      myrios50.gif <@subject Myriostachya wightiana, abaxial epidermis of leaf blade: 
            this project>

# \i{}Narduroides\i0{} <Rouy>/
      nduroid1.jpg <@subject Narduroides salzmanni: adapted from Boissier (1839), 
      Voyage botanique dans le midi de lEspagne.>

# \i{}Nardus\i0{} <L.>/
      nardus01.jpg <@subject General aspect (Nardus stricta): J. Curtis, 1824>
      eb1824.jpg <@subject Nardus stricta, general aspect: Eng. Bot. 1872)>
      nardus50.gif <@subject Nardus stricta, abaxial epidermis of leaf blade: this project>

# \i{}Narenga\i0{} <Bor>/
      narenga1.jpg <@subject Narenga fallax: www.zhiwutong.com>

# \i{}Nassella\i0{} <Desv.>/
      kunth121.gif <@subject Nassella trichotoma, as Stipa: Kunth (1835)>  
      nassel01.gif <@subject General aspect (Nassella trichotoma): Gibbs Russell et
                            al., 1990>
      nassel50.gif <@subject Nassella trichotoma, abaxial epidermis of leaf blade: 
            this project>
      nassel76.jpg <@subject Nassella trichotoma, TS part of leaf blade: this project>
      nassel75.gif <@subject Nassella trichotoma, entire leaf blade transverse section: 
            this project>

# \i{}Nastus\i0{} <Juss.>/
      nastus1.jpg <@subject Nastus borbonicus, as Stemmatospermum 
      verticillatum: P. Beauv. (1812)>
      camus80.gif <@subject Nastus elegantissimus (as Oreiostachys), with Bonia and
                           Fargesia: Camus (1913)>
      camuglos.gif <@subject Camus legend>
      nastus75.gif <@subject Nastus hooglandii, leaf blade TS: this project>
      nastus50.gif <@subject Nastus obtusus, abaxial epidermis of leaf blade: this project>

# \i{}Neeragrostis\i0{} <Bush>/
      hit195b.gif <@subject Neeragrostis reptans (as Eragrostis): Hitchcock and Chase
                           (1950)>

# \i{}Neesiochloa\i0{} <Pilger>/
      neesioc1.jpg <@subject Neesiochloa barbata (as Briza: Fl. Brasiliensis 2 (1878>
      neesio50.gif <@subject Abaxial epidermis of leaf blade of Neesiochloa barbata>

# \i{}Nematopoa\i0{} <C.E. Hubb.>/

# \i{}Neobouteloua\i0{} <Gould>/
      neobout1.jpg <@subject Neobouteloua lophostachya: Parodi (1919), Las Chlorideas 
      de la Republica Argentina>
      neobou50.gif <@subject Neobouteloua lophostachya, abaxial epidermis of leaf blade: 
            this project>

# \i{}Neohouzeaua\i0{} <A. Camus>/
      neohouz1.jpg <@subject Neohouseaua mekongensis, with Schizostachyum dullooa:
            E.G. Camus & M.A. Camus (1922), Fl. Gen. d'Indo-Chine.>

# \i{}Neomicrocalamus\i0{} <Keng f.>/
      camus25.jpg <@subject Neomicrocalamus prainii (as Thamnocalamus, with Pseudosasa
                           hindsii: Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      racemob1.gif <@subject Neomicrocalamus prainii (as Racemobambos) and Pseudostachyum 
            polymorphum: Yun nan zhi wuxhi(2003)>     

# \i{}Neostapfia\i0{} <Davy>/
      hit294b.gif <@subject Neostapfia colusana: Hitchcock and Chase (1950)>

# \i{}Neostapfiella\i0{} <A. Camus>/
      neostap1.gif <@subject Neostapfiella chloridiantha: Vorontsova & Rakotoarisoa 
                   2014)>
      neostap2.gif <@subject Neostapfiella humbertiana: Vorontsova & Rakotoarisoa 
                   2014)>

# \i{}Nephelochloa\i0{} <Boiss.>/
      nephelo1.jpg <@subject Nephelochloa orientalis: Hook. Ic. Pl. 14 (1881)>

# \i{}Neurachne\i0{} <R.Br.>/
      neurac01.gif <@subject General structure of spikelets: Blake, 1972>
      icpl1241.gif <@subject Neurachne alopecuroides: Hook. Ic. Pl. 13 (1877-79)>
      neurac03.gif <@subject Neurachne alopecuroidea: Gardner, 1952>
      neurac07.gif <@subject Habitat of Neurachne queenslandica>
                   <@text x=764 y=863 w=228 h=-4 m
                          t=\i{}Neurachne queenslandica\i0{}. 45K east of Tambo,
                          Queensland.>
      icpl1239.gif <@subject Neurachne munroi: Hook. Ic. Pl. 13 (1877-79)>                   
      neurac08.gif <@subject Habitat of Neurachne munroi>
                   <@text x=359 y=900 w=421 h=-3 m
                          t=\i{}Neurachne munroi\i0{}. North of Cobar, New South
                          Wales.>
      neurac06.gif <@subject Habitat of Neurachne minor>
                   <@text x=9 y=17 w=205 h=-3 m
                          t=\i{}Neurachne minor\i0{}. North of Wiluna, Western
                          Australia.>
      neurac25.gif <@subject Inflorescence of Neurachne minor>
      neurac26.gif <@subject Inflorescence base of Neurachne alopecuroidea>
                   <@text x=593 y=14 w=392 h=-3 m
                          t=\i{}Neurachne alopecuroidea\i0{}. Reduced basal
                          spikelets.>
      neurac40.gif <@subject Spikelet opened to show details (Neurachne queenslandica)>
                   <@text x=19 y=17 w=496 h=-7 m
                          t=\i{}Neurachne queenslandica\i0{}. Spikelet partly
                          opened in situ, showing the proximal male-only floret
                          (lower left, with smaller stamens) and the
                          hermaphrodite floret.>
      neurac96.jpg <@subject Seedling of Neurachne alopecuroidea>
      neurac50.jpg <@subject Neurachne alopecuroidea, Abaxial epidermis of leaf blade: 
            this project>
      neurac75.gif <@subject Neurachne munroi, leaf blade T.S. detail: this project>
      neurac76.gif <@subject Neurachne alopecuroidea, leaf blade TS: this project>

# \i{}Neurolepis\i0{} <Meissner>/
      neuro01.gif <@subject Neurolepis aristata and N. magnifolia (as N. pittieri): 
            McClure, New World Bamboos (1973)>
      kunth076.gif <@subject Neurolepis elata (as Platonia: Kunth (1835)>

# \i{}Neyraudia\i0{} <Hook.f.>/
      neyraud1.jpg <@subject Neyraudia reynaudiana: Hitchcock and Chase (1950)>
      kunth048.gif <@subject Neyraudia arundinacea, as Arundo madagascariensis: Kunth (1835)>
      neyrau51.jpg <@subject Neyraudia arundinacea, abaxial epidermis of leaf blade: 
            this project>
      neyrau52.jpg <@subject Neyraudia arundinacea, abaxial epidermis of leaf blade detail: 
            this project>
      neyrau50.gif <@subject Neyraudia arundinacea, abaxial epidermis of leaf blade: 
            this project>

# \i{}Nianhochloa\i0{} <H.N. Nguyen & V.T. Tran>/

# \i{}Nicoraepoa\i0{} <Soreng & L. J. Gillespie>/

# \i{}Notochlo\i0{} <Domin.>/
      notochl1.gif <@subject Notochloe microdon: Linder \i{}et al\i0{}, Ann. Miss. Bot. 
            Gard. 97 (2010)>
      notoch75.gif <@subject Notochloe microdon, abaxial epidermis of leaf blade with 
                          microhair: this project>
                   <@text x=21 y=29 w=267 h=117 m
                          t=Notochloe microdon, with a panicoid type microhair
                          detectable (at lower left)>
      notoch50.jpg <@subject Notochloe microdon, abaxial leaf blade epidermal microhair: 
            this project>

# \i{}Notodanthonia\i0{} <Zotov>/
      notodan1.gif <@subject Notodanthonia carphoides, as Danthonia: Turner, Australian
            Grasses (1895)>
      notodan3.gif <@subject Notodanthonia caespitosa, as Rytidosperma: Linder \i{}et al\i0{}, 
            Ann. Miss. Bot. Gard. 97 (2010)>        
      rytido26.gif <@subject Notodanthonia lemmas (penicillata, pilosa = Austrodanthonia,
                            semiannularis = Notodanthonia)>

# \i{}Ochlandra\i0{} <Thwaites>/
      camus99.jpg <@subject Ochlandra stridula, O. rheedii (= scriptoria) and O.
                           sivagiriana, with Cathariostachys capitata: Camus,
                           1913>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Ochthochloa\i0{} <Edgwe.>/
      ochtho50.gif <@subject Ochthochloa compressa, abaxial epidermis of leaf blade: 
            this project>

# \i{}Odontelytrum\i0{} <Hackel>/
     icpl3074.gif <@subject Odontelytrum abyssinicum: Hook. Ic. Pl. 31 (1916)>
      odonte01.gif <@subject General aspect (Odontelytrum abyssinicum): Gibbs Russell et
                            al., 1990>

# \i{}Odyssea\i0{} <Stapf>/
      odyssea1.jpg <@subject Odyssea mucronata: Hookers Icones Plantarum 31 (1922)>
      odysse01.gif <@subject General aspect (Odyssea paucinervis): Gibbs Russell et
                            al., 1990>

# \i{}Oldeania\i0{} <Stapleton>/
      oldean2.gif <@subject Oldeana alpina, spikelet (Jacques-Flix, 1962)>
      oldean1.gif <@subject Oldeana alpina, leaf blade anatomy (Jacques-Flix, 1962)>

# \i{}Oligostachyum\i0{} <Z.P. Wang & G.H. Ye>/

# \i{}Olmeca\i0{} <Soderstrom>/

# \i{}Olyra\i0{} <L.>/
      wtafr364.gif <@subject Olyra latifolia: Fl. W. Trop. Afr. (1936)>
      olyra01.gif <@subject General aspect (Olyra latifolia): Gibbs Russell et al.,
                           1990>
      olyra50.gif <@subject Olyra latifolia, abaxial epidermis of leaf blade: this project>

# \i{}Ophiochloa\i0{} <Filgueiras, Davidse & Zuloaga>/
      ophioch1.gif <@subject Ophiochloa hydrolithica: Filigueiras et al., Novon 3 (1993)>

# \i{}Ophiuros\i0{} <Gaertn. f.>/
      ophiur01.gif <@subject Ophiuros exaltatus: Gardner, 1952>
      rottbo02.gif <@subject Ophiuros exaltatus, as Rottboellia: Rose Innes, Ghana 
            Grasses (1977)>
      rottbo16.gif <@subject Inflorescence detail of Ophiuros exaltatus: this project>
      rottbo39.gif <@subject Disarticulated inflorescence joint of Ophiuros
                                  exaltatus: this project>
                         <@text x=656 y=31 w=327 h=-7 m
                                t=\i{}Ophiuros exaltatus\i0{}. Sessile spikelet
                                (left), pedicellate spikelet with its pedicel fused
                          with the rachis (right), and basal elaiosome.>
      ophiur50.jpg <@subject Ophiuros exaltatus, abaxial epidermis of leaf blade: 
            this project>

# \i{}Opizia\i0{} <J. & C. Presl>/
      wind089.gif <@subject Opizia stolonifera: Hitchcock (1936)>

# \i{}Oplismenopsis\i0{} <L. Parodi>/
      oopsis01.jpg <@subject Oplismenopsis najada: Parodi (1937, Notes del Museo de 
      La Plata)>
      oopsis50.gif <@subject Oplismenopsis najada, abaxial epidermis of leaf blade: 
            this project>

# \i{}Oplismenus\i0{} <P. Beauv.>/
      oplisme1.jpg <@subject Oplismenus hirtellus, as O. africanus: P. Beauv. (1812)>
      natal165.gif <@subject Oplismenus hirtellus, as africanus: Wood, Natal 
      Plants 2 (1904)>
      omenus01.gif <@subject General aspect (Oplism hirtellus): Gibbs Russell et
                            al., 1990>
      omenus15.gif <@subject Inflorescence of Oplismenus aemulus>
      omenus25.gif <@subject Inflorescence detail with spikelet close-up (Oplismenus
                            aemulus)>
      omenus51.gif <@subject Oplismenus aemulus, abaxial epidermis of leaf blade: 
            this project>

# \i{}Orcuttia\i0{} <Vasey>/
      scrib228.gif <@subject Orcuttia californica: Lamson-Scribner (1900)>
      hit297b.gif <@subject Orcuttia pilosa, O. tenuis: Hitchcock and Chase (1950)>

# \i{}Oreobambos\i0{} <K. Schum.>/
      oreoba01.gif <@subject Oreobambos buchwaldii: Ibrahim & Kabuye, Kenya Grasses 
                          (1987)>

# \i{}Oreochloa\i0{} <Link>/
      oreochl1.jpg <@subject Oreochloa disticha, as Sesleria confusa: Coincy (1897),
      Ecloga plantarun Hispanicum 3>

# \i{}Orinus\i0{} <A. Hitchc.>/
      orinus01.gif <@subject Orinus anomala, O. kokonorica: Keng, Acta Bot. Sin. 9: 68 (1960)> 
      orinus50.gif <@subject Orinus thoroldii, abaxial epidermis of leaf blade: this project>
      orinus75.gif <@subject Orinus thoroldii, TS leaf blade including midrib region: 
            this project>
                   <@item x=747 y=809 w=223 h=146 m
                          t=thoroldii (including inconspicuous midrib)>

# \i{}Oropetium\i0{} <Trin.>/
      oropet02.gif <@subject Oropetium aristatum: Rose Innes, Ghana Grasses (1977)>
      oropet01.gif <@subject General aspect (Oropetium capense): Gibbs Russell et al.,
                            1990>
      opetium1.jpg <@subject Oropetium thomaea: http://legacy.tropicos.org/Name/25520343>                          

# \i{}Ortachne\i0{} <Nees ex Steud.>/
      muhlen10.jpg <@subject Ortachne rariflora (as Muhlenbergia): Hooker, Fl.
                            Antarctica (1844)>

# \i{}Orthoclada\i0{} <P. Beauv.>/
      orthocl1.jpg <@subject Orthoclada rarifolia: P. Beauv. (1812)>
      kunth071.gif <@subject Orthoclada laxa: Kunth (1835)>
      wind031.gif <@subject Orthoclada laxa: Hitchcock (1936)>

# \i{}Oryza\i0{} <L.>/
      iraq014.gif <@subject Oryza sativa: Bor, Flora of Iraq (1968)>
      scrib037.gif <@subject O. sativa: Lamson-Scribner (1890)>
      oryza01.gif <@subject Oryza longistaminata: Gibbs Russell et
                           al., 1990>
      icpl3232.gif <@subject Oryza australiensis: Hook. Ic. Pl. 33 (1935)>                     
      oryza02.gif <@subject Oryza australiensis: Gardner, 1952>
      oryza26.gif <@subject Inflorescence and spikelet details of Oryza
                           australiensis: this project>
                  <@text x=216 y=366 w=698 h=-8 m
                         t=\i{}Oryza australiensis\i0{}. Right, pedicels with
                         minute glumes retained after spikelet abscission. Left,
                         spikelet with minute glumes, two short, thin sterile
                         lemmas (left and right), awned scabrous fertile lemma
                         (right) and palea of similar texture (left).>
      oryza50.gif <@subject Oryza australiensis, abaxial epidermis of leaf blade: 
            this project>
      oryza51.gif <@subject Oryza australiensis, abaxial epidermis of leaf blade: 
            this project>
      oryza16.gif <@subject General aspect (Oryza rufipogon): E. Hickman>    

# \i{}Oryzidium\i0{} <C.E. Hubb. & Schweick.>/
      oryzid01.gif <@subject General aspect (Oryzidium barnardii): Gibbs Russell et
                            al., 1990>
      oryzid25.gif <@subject Lemma and palea close-up of Oryzidium barnardii: this project>
                   <@text x=549 y=17 w=436 h=-5 m
                          t=\i{}Oryzidium barnardii\i0{}. Leathery fertile lemma
                          with margins lying flat and exposed on the similarly
                          textured palea.>
      oryzid75.gif <@subject Oryzydium barnardii, leaf blade TS: this project>
      oryzid76.gif <@subject Oryzidium barnardii, T.S. of leaf blade midrib region with 
                          lacunae: this project>
                   <@item x=15 y=11 w=256 h=107 m
                          t=barnardii (showing midrib with lacunae)>

# \i{}Oryzopsis\i0{} <Michx.>/
      iraq155.gif <@subject Oryzopsis holciformis: Bor, Fl. of Iraq (1968)>

# \i{}Otachyrium\i0{} <Nees>/
      ausam166.gif <@subject Otachyrium versicolor: Nicora & Rgolo de Agrasar (1987)>

# \i{}Otatea\i0{} <McClure & Smith>/
      otatea01.gif <@subject Otatea aztecorum: McClure, New World Bamboos (1973)>
      otatea1.jpg <@subject Otatea ramirezii: Ruiz-Sanchez (2012), Acta Bot. mexicana>

# \i{}Ottochloa\i0{} <Dandy>/
      jfel164.gif <@subject Ottochloa arnottiana: Jacques-Flix, 1962>
      ottoch51.jpg <@subject Ottochloa gracillima, abaxial epidermis of leaf blade: 
            this project>
      ottoch50.gif <@subject Ottochloa gracillima, abaxial epidermis of leaf blade: 
           this project>
      ottoch75.gif <@subject TS leaf blade of Ottochloa gracillima: this project>

# \i{}Oxychloris\i0{} <Lazarides>/
      oxychl16.gif <@subject Inflorescence, spikelet details (Oxychloris scariosa): E.
                            Hickman, in Lazarides (1985)>
      oxychl25.gif <@subject Spikelet of O. scariosa>
      oxychl50.gif <@subject Oxychloris scariosa, abaxial epidermis of leaf blade: 
            this project>

# \i{}Oxyrhachis\i0{} <Pilger>/
      oxyrha01.gif <@subject General aspect (Oxyrhachis gracillima): Gibbs Russell et
                            al., 1990>

# \i{}Oxytenanthera\i0{} <Munro>/
      wtafr351.gif <@subject Oxytenanthera abyssinica Fl. W. Trop. Afr. (1936)>
      oxyten01.gif <@subject General structure of Oxytenanthera abyssinica: Gibbs 
            Russell et al., 1990>

# \i{}Panicum\i0{} <L.>/
      natal152.gif <@subject Panicum aequinerve: Wood, Natal 
      Plants 2 (1904)>
      morron01.gif <@subject Panicum aquaticum, with Morronea arundinariae as Panicum
                            Pohl, Flora Costaricensis (1980)>     
      turn036.gif <@subject Panicum decompositum and P. effusum: Turner, Austr. 
                            Grasses (1895)>
      natal155.gif <@subject Panicum deustum: Wood, Natal 
      Plants 2 (1904)>
      natal153.gif <@subject Panicum laticomum: Wood, Natal 
      Plants 2 (1904)>
      wtafr366.gif <@subject Panicum maximum: Fl. W. Trop. Afr. (1936)>
      natal156.gif <@subject Panicum maximum: Wood, Natal Plants 2 (1904)>
      panicu01.gif <@subject General aspect (Panicum maximum): Gibbs Russell et al.,
                            1990>
      megath01.gif  <@subject Panicum maximum, as Megathyrsus: Sanchez-Ken, 
            Flora del Valle Tehuacn-Cuicatlan (2011)>                       
      scrib028.gif <@subject Panicum miliaceum: Lamson-Scribner (1890)>
      kunth104.gif <@subject Panicum pilosum, as P. monostachyum: Kunth (1835)>
      iraq187.gif <@subject Panicum repens: Bor, Flora of Iraq (1968)>
      panicu11.gif <@subject Bulbous culm base (Panicum bulbosum, ~ Zuloagaea)>
      panicu12.gif <@subject Ligule of Panicum kalaharense>
      panicu17.jpg <@subject Inflorescence detail of Panicum antidotale>
      panicu16.gif <@subject Inflorescence and spikelet of Panicum decompositum: E.
                            Hickman>
      panicu40.gif <@subject Spikelet and floret of Panicum decompositum: E. Hickman>
      panicu41.gif <@subject Spikelet and flower of Panicum decompositum: E. Hickman>
      panicu18.jpg <@subject Inflorescence base (immature) of Panicum effusum>
      panicu29.jpg <@subject Inflorescence pulvinus (Panicum effusum)>
      panicu24.jpg <@subject Spikelets of Panicum effusum>
      panicu26.gif <@subject Spikelet of Panicum laevifolium in close-up>
      panicu15.gif <@subject Inflorescence of Panicum stapfianum>     
      panicu27.gif <@subject Panicum stapfianum, spikelet with parts displayed in 
                          detail: this project>
                   <@text x=12 y=17 w=253 h=-11 m
                          t=\i{}Panicum stapfianum\i0{}. Opened, showing short
                          G\sub{}1\nosupersub{} (bottom right) and long
                          G\sub{}2\nosupersub{} (left); long lemma of the lower,
                          male floret (right, resembling G\sub{}2\nosupersub{},
                          anther tips visible); and long, thin palea. Upper
                          hermaphrodite floret with short, shiny, indurated
                          lemma and palea, exhibiting stamens and stigmas.>
      panicu42.jpg <@subject Opened spikelet of Paicum effusum>
      panicu96.jpg <@subject Seedling of Panicum laevifolium>
      slings04.jpg <@subject Seedlings of Panicum milioides>
      panicu75.gif <@subject Panicm bulbosum, ~Zuloagaea), T.S. leaf blade (fluorescence image)>
      panicu77.gif <@subject Panicum pygmaeum, T.S. leaf blade (fluorescence image)>
      panicu76.jpg <@subject Panicum pygmaeum, T.S. leaf blade with
                            immunofluorescent-labelled Rubisco (Hattersley, Watson and Osmond
                            1977)>
                   <@text x=284 y=16 w=431 h=-3 m
                          t=Exhibiting immunofluorescent-labelled Rubisco
                          throughout the chlorophyllous mesophyll.>
      panicu78.gif <@subject Panicum effusum, leaf blade transverse section>
      panicu79.gif <@subject Panicum miliaceum, leaf blade transverse section>
      panicu80.gif <@subject Panicum bulbosum (~Zuloagaea), leaf blade transverse section>
      panicu82.jpg <@subject Leaf blade T.S.: immunofluorescent-labelled Rubisco
                            in Panicum milioides (Hattersley, Watson and Osmond
                            1977)>
                   <@imagenotes x=902 y=41
                                t=This C3-C4 intermediate species exhibits
                                C3-like occurrence of Rubisco in both sheath and
                                mesophyll chloroplasts. See Hattersley, Watson
                                and Osmond (1977).>
      panicu83.jpg <@subject Panicum milioides, T.S. leaf blade (fluorescence image)>
                   <@imagenotes x=40 y=915
                                t=See Hattersley, Watson and Osmond (1977).>
      panicu91.gif <@subject Panicum effusum, leaf blade T.S., electron micrograph of
                            PCR cell>
                   <@text x=14 y=13 w=339 h=-3 m
                          t=\i{}Panicum effusum\i0{}. C\sub{}4\nosupersub{} type
                          NAD-ME.>
      panicu92.gif <@subject Panicum maximum, leaf blade T.S., electron micrograph of
                            PCR cell>
                   <@text x=27 y=16 w=226 h=-4 m
                          t=\i{}Panicum maximum\i0{}. C\sub{}4\nosupersub{} type
                          PCK.>
      mhamar08.jpg <@subject Panicoid-type microhairs of Panicum virgatum and
                            Eragrostis elongata: longitudinal EM sections
                            (Amarasinghe)>
                   <@imagenotes x=46 y=31
                                t=Longitudinal sections showing ultrastructural
                                details of panicoid-type microhairs: 21-22,
                                \i{}Panicum virgatum\i0{}; 23-25, \i{}Eragrostis
                                elongata\i0{}. BC = basal cell, CC = cap cell,
                                CW = cell wall, CH = cuticular chamber, D =
                                dictyosomes, M = mitochondria, N = nucleus, OS =
                                osmophilic material, P = plastids, RER = rough
                                endoplasmic reticulum, VC = vacuole; scale bar =
                                1.5 microns.>

# \i{}Pappophorum\i0{} <Schreber>/
      pappoph1.jpg <@subject Pappophorum philippianum: P. Beauv. (1812)>
      kunth131.gif <@subject Pappophorum pappiferum, as polystachyum: Kunth (1835)> 
      hit302b.gif <@subject Pappophorum mucronulatum: Hitchcock and Chase (1950)>

# \i{}Parabambusa\i0{} <Widjaja>/

# \i{}Parafestuca\i0{} <E. Alekseev>/

# \i{}Parahyparrhenia\i0{} <A. Camus>/
      parahy01.gif <@subject Parahyparrhenia annua: Rose Innes, Ghana Grasses (1977)>

# \i{}Paraneurachne\i0{} <S. T. Blake>/
      parane01.gif <@subject General morphology (Paraneurachne muelleri): Blake, 1972>
      parane02.gif <@subject Paraneurachne muelleri: Gardner, 1952>
      parane25.gif <@subject Infloresence detail with opened spikelet (Paraneurachne
                            muelleri)>
                   <@text x=10 y=12 w=454 h=-5 m
                          t=\i{}Paraneurachne muelleri\i0{}. One spikelet partly
                          opened to show the lower, male-only floret and the
                          upper, hermaphrodite one.>
      parane43.gif <@subject Spikelet of Paraneurachne muelleri>
      parane41.gif <@subject Spikelet displaying lower floret details (P.
                            muelleri)>
                   <@text x=645 y=17 w=343 h=-9 m
                          t=\i{}Paraneurachne muelleri\i0{}. Male flower of
                          proximal floret, palea removed, showing fleshy
                          lodicules. Upper, hermaphrodite floret behind (stigmas
                          showing).>
      parane40.gif <@subject Lower, male-only floret of Paraneurachne muelleri>
                   <@text x=17 y=20 w=413 h=-5 m
                          t=\i{}Paraneurachne muelleri\i0{}. Flimsy, reduced
                          palea and large stamens, enclosed in the proximal
                          lemma.>
      parane42.gif <@subject Gynoecium of Paraneurachne muelleri>
      parane50.gif <@subject Paraneurachne muelleri, abaxial epidermis of leaf blade: 
            this project>
      parane75.gif <@subject Paraneurachne muelleri, TS of leaf blade detail: this project>

# \i{}Parapholis\i0{} <C.E. Hubb.>/
      iraq093.gif <@subject Parapholis incurva: Bor, Flora of Iraq (1968)>
      paraph01.jpg <@subject General aspect of P. incurva: John Curtis, 1824>
      paraph02.gif <@subject Parapholis incurva: Gardner, 1952)>
      paraph01.gif <@subject General morphology (Parapholis incurva): Gibbs Russell et
                            al., 1990>
      eb1818.jpg <@subject Parapholis strigosa (as Lepturus filiformis), general aspect:
                          Eng. Bot. (1872)>

# \i{}Paratheria\i0{} <Griseb.>/
      jfel189.gif <@subject Paratheria prostrata: Jacques-Flix, 1962>
      wind325.gif <@subject Paratheria prostrata: Hitchcock (1936)>

# \i{}Parectenium\i0{} <P. Beauv. corr. Stapf>/
      parect01.gif <@subject Parectenium novae-hollandiae: Gardner, 1952>
      parecte1.jpg <@subject Parectenium novae-hollandiae: P. Beauv. (1812)> 

# \i{}Pariana\i0{} <Aub.>/
      pariana2.jpg <@subject Pariana campestris: P. Beauv. (1812)> 
      pariana1.jpg <@subject Pariana intermedia: Fl. Brasiliensis 2 (1871)>

# \i{}Parodiolyra\i0{} <Soderstrom & Zuloaga>/
      kunth012.gif <@subject Parodiiolyra micrantha, as Olyra: Kunth (1835)>
      scrib035.gif <@subject Parodiolyra micrantha, as Olyra: Lamson-Scribner (1890)>
      parodi50.gif <@subject Parodiolyra ramosissima, abaxial epidermis of leaf blade: 
            this project>
      parodi51.gif <@subject Parodiolyra ramosissima, abaxial epidermis of leaf blade: 
            this project>
      parodi53.gif <@subject Abaxial epidermis of leaf blade of Parodiolyra luetzelburgii: 
            this project>

# \i{}Parodiophyllochloa\i0{} <Zuloaga & Morrone>/

# \i{}Pascopyrum\i0{} <A. Lve>/
      hit309b.gif <@subject Pascopyrum smithii (as Agropyron): Hitchcock and Chase (1950)>
      pascop50.gif <@subject Pascopyrum smithii, abaxial epidermis of leaf blade: this project>

# \i{}Paspalidium\i0{} <Stapf>/
      paspid02.gif <@subject Paspalidium basicladum: Gardner, 1952>
      turn038.gif <@subject Paspalidium gracile, as Panicum: Turner, Austr. 
                            Grasses (1895)>
      paspid16.gif <@subject Inflorescence and spikelet (Paspalidium rarum): E. Hickman>
      paspid01.gif <@subject General aspect (Paspalidium obtusifolium): Gibbs Russell et
                            al., 1990>
      paspid17.jpg <@subject Paspalidium sp., part of inflorescence>
                   <@item x=669 y=957 w=303 h=32 m
                          t=sp.>

# \i{}Paspalum\i0{} <L.>/
      icpl1100.gif <@subject Paspalum burchellii: Hook. Ic. Pl. 11 (1871)>
      paspal01.gif <@subject General aspect (Paspalum dilatatum): Gibbs Russell et
                            al., 1990>
      paspal19.jpg <@subject Back of axis of Paspalum dilatatum>
      paspal20.jpg <@subject Front of axis, spikelets 4-ranked (Paspalum dilatatum)>
                   <@item x=39 y=784 w=269 h=190 m
                          t=dilatatum (spikelets 4-ranked)>
      paspal25.gif <@subject Detail of old inflorescence (Paspalum dilatatum)>  
      paspal40.gif <@subject Palea and flower of Paspalum dilatatum>      
      paspal16.gif <@subject Inflorescence and spikelet (Paspalum dilatatum): E.
                            Hickman>
      paspal14.gif <@subject Ligule region (Paspalum dilatatum)>
      paspal15.gif <@subject Inflorescence of Papalum distichum>
      paspal21.jpg <@subject Front of axis with 2-ranked spikelets (P.
                            distichum)>
                   <@item x=590 y=916 w=394 h=73 m
                          t=distichum, spikelets in two ranks>
      kunth207.gif <@subject Paspalum inaequivalve: Kunth (1835)>                         
      paspal17.gif <@subject Inflorescence detail (Paspalum notatum)>
      paspal18.jpg <@subject Front of axis of Paspalum notatum inflorescence>
                   <@item x=580 y=17 w=391 h=56 m
                          t=notatum>
      paspal41.jpg <@subject Exposed female-fertile floret in close-up (P.
                            notatum)>
                   <@item x=10 y=18 w=347 h=41 m
                          t=notatum (lemma at back)>
      kunth208.gif <@subject Paspalum orbiculatum, as P. pusillum: Kunth (1835)>      
      iraq190.gif <@subject Paspalum paspaloides: Bor, Fl. of Iraq (1968)>
      paspal03.gif <@subject Paspalum scrobiculatum: Gardner, 1952>
      wtafr370.gif <@subject Paspalum scrobiculatum: Fl. W. Trop. Afr. (1936)>
      paspal75.gif <@subject Transverse section of leaf blade (Paspalum dilatatum)>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>
      antilol1.gif <@subject Pollen antigens: cross-reactions against
                            anti-Lolium serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Lolium
                                perenne\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (right). Antigens
                                allergenic in humans are concentrated in the
                                heat-stable components. For experimental details
                                and discussion of the taxonomic patterns among
                                cross-reactions, see Watson and Knox (1976) and
                                Watson (1983).>
      antilol.gif <@subject Grass pollen antigens: cross-reactions against anti-Lolium
                           serum>
                  <@imagenotes x=891 y=956
                               t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                               (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                               with rabbit antiserum in the trough, \i{}Lolium
                               perenne\i0{} pollen extract (control) in the
                               upper well, and comparable extracts from other
                               genera in the lower wells, as indicated. For
                               experimental details and discussion of the
                               taxonomic patterns among cross-reactios, see
                               Watson and Knox (1976) and Watson (1983).>
      antilol2.gif <@subject Heat stable grass pollen antigens (allergens):
                            cross-reactions against anti-Lolium serum>
                   <@imagenotes x=464 y=954
                                t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS-HEAT-STABLE COMPONENT).
                                \par{}\par{}Each slide with rabbit antiserum in
                                the trough, boiled \i{}Lolium perenne\i0{}
                                pollen extract (control) in the upper well, and
                                comparable boiled extracts from other genera in
                                the lower wells, as indicated. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactios, see Watson and Knox (1976)
                                and Watson (1983).>
      anticyno.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Cynodon serum>
                   <@imagenotes x=868 y=956
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Cynodon
                                dactylon\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (human allergens, right).
                                For experimental details and discussion of the
                                taxonomic patterns among cross-reactions, see
                                Watson and Knox (1976) and Watson (1983).>
      antizea1.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                            serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Zea
                                mays\i0{} pollen extract (control) in the upper
                                well, and comparable extracts from other genera
                                in the lower wells, as indicated. Results are
                                compared using raw extract (left) with those
                                using boiled extract (where availabe, right).
                                Antigens allergenic in humans are concentrated
                                in the heat-stable components. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactions, see Watson and Knox
                                (1976) and Watson (1983).>
      antizea.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                           serum>

# \i{}Pennisetum\i0{} <Rich.>/
      icpl3185.gif <@subject Pennisetum basedowii: Hook. Ic. Pl. 32 (1933)>                     
      pennis05.gif <@subject Pennisetum basedowii: Gardner, 1952>
      kunth041.gif <@subject Pennisetum polystachion (as P. borbonicum): Kunth (1835),
            Dist. mthodique de la famille Gramines>  
      wtafr373.gif <@subject Pennisetum purpureum: Fl. W. Trop. Afr. (1936)>
      pennis26.gif <@subject Clandestine inflorescence (Pennisetum clandestinum)>
      pennis40.gif <@subject Clandestine spikelets of Pennisetum clandestinum>
      pennis03.gif <@subject General aspect of Pennisetum setaceum>
      pennis01.gif <@subject General aspect of Pennisetum sphacelatum: Gibbs Russell et
                            al., 1990>    
      pennis15.gif <@subject Falsely-spicate Inflorescence of Pennisetum alopecuroides>
                   <@text x=27 y=839 w=411 h=-5 m
                          t=\i{}Pennisetum alopecuroides\i0{}. A false spike of
                          bristly-involucrate glomerules.>
      pennis16.gif <@subject Spikelike inflorescence of Pennisetum glaucum>
                   <@text x=34 y=849 w=299 h=-3 m
                          t=\i{}Pennisetum glaucum\i0{}. A dense spikelike
                          inflorescence of bristly-involucrate spikelet
                          clusters.>
      pennis39.gif <@subject Spikelet glomerule with involucre of bristles (Pennisetum
                            villosum)>
                   <@text x=34 y=858 w=410 h=-4 m
                          t=\i{}Pennisetum villosum\i0{}. Glomerule with
                          involucre of bristles.>
      pennis51.gif <@subject Pennisetum villosum, abaxial epidermis of leaf blade: 
            this project>
      pennis75.gif <@subject T.S. leaf blade of Pennisetum typhoides, fluorescence
                            image: this project>
      pennis80.gif <@subject Pennisetum villosum, T.S. leaf blade fluorescence image: 
            this project>
      pennis76.gif <@subject Pennisetum villosum, T.S. leaf blade midrib zone: this project>
      pennis82.jpg <@subject Pennisetum villosum, T.S. leaf blade with
                            immunofluorescent-labelled Rubisco (Hattersley,
                            Watson and Osmond 1977)>
                   <@text x=194 y=19 w=395 h=-4 m
                          t=Immunofluorescent-labelled Rubisco confined to the
                          (centrifugal) sheath cell chloroplasts. See
                          Hattersley, Watson and Osmond (1977).>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Pentameris\i0{} <P. Beauv.>/
      pentame2.jpg <@subject Pentameris thuarii: P. Beauv. (1812)>
      pentame1.jpg <@subject P. thuarii: Kunth (1835), Dist. mthodique de la 
      famille Gramines, t. 66>
      pentame0.jpg <@subject Legend, Kunth (1835), Dist. mthodique de la 
      famille Gramines, t. 66>
      pentam01.gif <@subject General aspect (Pentameris macrocalycina): Gibbs Russell et
                            al., 1990>
      pentame3.gif <@subject Pentameris curvifolia: Linder \i{}et al\i0{}, Ann. Miss. Bot. 
            Gard. 97 (2010)>                        

# \i{}Pentapogon\i0{} <R.Br.>/
      pentap01.gif <@subject Pentapogon quadrifidus, as P. billardieri: Turner, Austr. 
                            Grasses (1895)>
      pentap16.gif <@subject Inflorescence detail (Pentapogon quadrifidus)>
      pentap25.gif <@subject Spikelet of Pentapogon quadrifidus>
      pentap26.gif <@subject Spikelet base (Pentapogon quadrifidus)>

# \i{}Pentarrhaphis\i0{} <Kunth>/
      praphis1.jpg <@subject Pentarrhaphis scabra: Kunth, Nova Genera et Species 
      Plantarum (1815)>

# \i{}Pentaschistis\i0{} <(Nees) Spach>/
      pentas02.gif <@subject Pentaschistis airoides: Gardner, 1952>
      pentas01.gif <@subject General aspect (Pentaschistis airoides): Gibbs Russell et al.,
                            1990>
      icpl2604.gif <@subject Pentaschistis capillaris, as Achneria: Hook. Ic. Pl. 27 (1901)>
      kunth217.gif <@subject Pentaschistis malouinensis, as Airopsis steudelii: 
            Kunth (1835)>
      kunth218.gif <@subject Pentaschistis curvifolia, as Pentameris: Kunth (1835)>      
      kunth176.gif <@subject Pentaschistis triseta, as Danthonia thunbergii: Kunth (1835)>

# \i{}Pereilema\i0{} <J. & C. Presl>/
      pereile1.jpg <@subject Pereilema beyrichianum, as Muhlenbergia: Kunth (1835), 
      Dist. mthodique de la famille Gramines>  

# \i{}Periballia\i0{} <Trin.>/
      peribal1.jpg <@subject Periballia involucrata: Trinius, Spec. Graminum 3 (1830)>
      periba16.gif <@subject Inflorescence of Periballia minuta>
      periba17.gif <@subject Inflorescence detail (Periballia minuta)>
      periba25.gif <@subject Spikelets of Periballia minuta>

# \i{}Peridictyon\i0{} <O. Seberg, S. Frederiksen & C. Baden>/

# \i{}Perotis\i0{} <Aiton>/
      kunth092.gif <@subject Perotis indica, as P. latifolia: Kunth (1835)>
      peroti02.gif <@subject Perotis rara: Gardner, 1952>
      peroti01.gif <@subject General aspect (Perotis patens): Gibbs Russell et al.,
                            1990>
      peroti50.gif <@subject Perotis rara, abaxial epidermis of leaf blade: this project>
      peroti75.gif <@subject Perotis rara, TS leaf blade: this project>

# \i{}Perrierbambus\i0{} <A. Camus>/

# \i{}Perulifera\i0{} <A. Camus>/

# \i{}Petriella\i0{} <Zotov>/
      petriel1.jpg <@subject Petriella colensoi, as Ehrharta: Cheeseman (1914), Ill.
      New Zealand Flora, 2>

# \i{}Peyritschia\i0{} <Fourn.>/
      peyrits1.jpg <@subject Peyritschia deyeuxioides, as Avena: Humboldt, Bonplace 
      & Kunth (1825), Nova genera et species plantarum 7>

# \i{}Phacelurus\i0{} <Griseb.>/
      phacelu1.jpg <@subject Phacelurus franksae, as Ischaemum: Wood and Evans (1904),
      Natal Plants>
      phacel01.gif <@subject General aspect (Phacelurus franksae): Gibbs Russell et al.,
                            1990>

# \i{}Phaenanthoecium\i0{} <C.E. Hubb.>/

# \i{}Phaenosperma\i0{} <Munro ex Benth.>/
      icpl1991.gif <@subject Phaenosperma globosa: Hook. Ic. Pl. 20 (1981)>
      phsperm1.jpg <@subject P. globosa: C.C. Hsu (1975), Flora of Taiwan>
      phaeno50.gif <@subject Phaenosperma globosa, abaxial epidermis of leaf blade:
            this project>

# \i{}Phalaris\i0{} <L.>/
      eb1697.jpg <@subject Phalaris arundinacea (as Digraphis): Eng. Bot. (1872)>
      phalar01.gif <@subject General aspect of Phalaris aquatica: Gibbs Russell et al.,
                            1990>     
      phalar15.gif <@subject Inflorescence of Phalaris aquatica>
      phalar26.gif <@subject Spikelet close-up of Phalaris aquatica: this project>
                   <@text x=11 y=22 w=293 h=-5 m
                          t=\i{}Phalaris aquatica\i0{}. Keel-winged glumes
                          exceeding the spikelet and concealing the short
                          proximal lemms. Hairy young female-fertile lemma.>
      phalar25.gif <@subject Close-up of glumes of Phalaris aquatica>
                   <@text x=13 y=12 w=264 h=-4 m
                          t=\i{}Phalaris aquatica\i0{}. Keel-winged glumes.>
      phalar50.gif <@subject Phalaris aquatica, abaxial epidermis of leaf blade: 
            this project>
      phalar75.gif <@subject Phalaris aquatica, TS leaf blade: this project>                          
      eb1698.jpg <@subject Phalaris canariensis, general aspect: Eng. Bot. (1872)>
      phalar03.gif <@subject Phalaris canariensis: Gardner, 1952>
      scrib040.gif <@subject Phalaris canariensis and P. minor: Lamson-Scribner (1890)>     
      iraq139.gif <@subject Phalaris minor: Bor, Flora of Iraq (1968)>    
      phalar16.gif <@subject Infloresecnce detail of Phalaris paradoxa>
      phalar40.gif <@subject Spikelet of Phalaris paradoxa>
      iraq141.gif <@subject Phalaris tuberosa: Bor, Flora of Iraq (1968)>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>
      antilol1.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Lolium serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Lolium
                                perenne\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (right). Antigens
                                allergenic in humans are concentrated in the
                                heat-stable components. For experimental details
                                and discussion of the taxonomic patterns among
                                cross-reactions, see Watson and Knox (1976) and
                                Watson (1983).>
      antilol.gif <@subject Grass pollen antigens: cross-reactions against anti-Lolium
                           serum>
                  <@imagenotes x=891 y=956
                               t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                               (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                               with rabbit antiserum in the trough, \i{}Lolium
                               perenne\i0{} pollen extract (control) in the
                               upper well, and comparable extracts from other
                               genera in the lower wells, as indicated. For
                               experimental details and discussion of the
                               taxonomic patterns among cross-reactios, see
                               Watson and Knox (1976) and Watson (1983).>
      antilol2.gif <@subject Heat stable grasspollen antigens (allergens):
                            cross-reactions against anti-Lolium serum>
                   <@imagenotes x=464 y=954
                                t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS-HEAT-STABLE COMPONENT).
                                \par{}\par{}Each slide with rabbit antiserum in
                                the trough, boiled \i{}Lolium perenne\i0{}
                                pollen extract (control) in the upper well, and
                                comparable boiled extracts from other genera in
                                the lower wells, as indicated. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactios, see Watson and Knox (1976)
                                and Watson (1983).>

# \i{}Phanopyrum\i0{} <Raf.>/
      phanopy1.gif <@subject Phaneropyrum gymnocarpon: as Panicum, Hitchcock and Chase
                            (1950)>

# \i{}Pharus\i0{} <P.Browne>/
      pharus01.jpg <@subject Pharus latifolius: Hitchcock (1936), W.I. Grasses.>
      pharus1.jpg <@subject Pharus latifolius: P. Beauv. (1812)>
      ausam024.gif <@subject Pharus lappulaceus: Nicora & Rgolo de Agrasar (1987)>
      pharus02.gif <@subject Pharus lappulaceus and P. parvifolius, leaf anatomy: 
            Soderstrom et al., Smithsonian Contr. Bot. 65 (1987)> 
 
# \i{}Pheidochloa\i0{} <S. T. Blake>/
      pheido48.gif <@subject Pheidochloa vulpoides embryo in transverse section: 
            this project>
                   <@text x=17 y=952 w=325 h=-1 m
                          t=\i{}Pheidochloa vulpioides\i0{}.>
      pheido51.jpg <@subject Pheidochloa gracilis, abaxial epidermis of leaf blade: 
            this project>
      pheido50.gif <@subject Pheidochloa gracilis, abaxial epidermis of leaf blade: 
      this project>

# \i{}Phippsia\i0{} <R.Br.>/
      ausam043.gif <@subject Phippsia wilczekii: Nicora & Rgolo de Agrasar (1987)>

# \i{}Phleum\i0{} <L.>/
      iraq111.gif <@subject Phleum alpinum: Bor, Flora of Iraq (1968)>
      eb1705.jpg <@subject Phleum alpinum, general aspect: Eng. Bot. (1872)>
      eb1709.jpg <@subject Phleum arenarium, general aspect: Eng. Bot. (1872)>
      eb1708.jpg <@subject Phleum phleoides (as P. boehmeri): general aspect, Eng.
                          Bot. (1872)>
      eb1706.jpg <@subject Phleum pratense, general aspect: Eng. Bot. (1872)>
      phleum01.gif <@subject Phleum pratense: Gardner, 1952>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Pholiurus\i0{} <Trin.>/
      pholiur1.jpg <@subject Pholiurus pannonicus, as Rottboellia: Host (1801), Icones
      et Descriptiones Graminum Austriacorum 1.>
      

# \i{}Phragmites\i0{} <Adans.>/
      eb1727.jpg <@subject Phragmites australis (as P. communis), general 
            aspect: Eng. Bot. (1872)>
      phragm01.gif <@subject General aspect (P. australis): Gibbs Russell et
                            al., 1990>
      phragm14.gif <@subject Ligule of Phragmites australis>
      phragm25.gif <@subject Spikelet close-up of Phragmites australis: this project>
                   <@text x=18 y=17 w=420 h=-3 m
                          t=\i{}Phragmites australis\i0{}. Rachilla with long,
                          white, silky hairs.>
      phragm51.jpg <@subject Phragmites australis, abaxial epidermis of leaf 
            blade: this project>
      phragm50.jpg <@subject Phragmites australis: abaxial epidermis of leaf 
            blade showing a microhair: this project>
                   <@text x=801 y=930 w=176 h=-1 m
                          t=A rare microhair>
      phragm76.gif <@subject Phragmites australis, T.S. of leaf blade - fluorescence 
            image: this project>
      phragm77.jpg <@subject Phragmites australis, TS section of leaf blade: 
            this project>
      phragm90.gif <@subject Phragmites australis, TS section of leaf blade with 
                          arm-cells: this project>
                   <@text x=15 y=25 w=186 h=-3 m
                          t=\i{}Phragmites australis\i0{}. Mesophyll of arm
                          cells.>
      phragm75.gif <@subject Phragmites australis, mesophyll of arm-cells: this project>
                   <@text x=31 y=29 w=226 h=-2 m
                          t=\i{}Phragmites australis\i0{}. Mesophyll of arm
                          cells.>
      phragm04.gif <@subject Phragmites karka: Gardner, 1952>                         
      kunth050.gif <@subject Phragmites mauritianus: Kunth (1835)>                        
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Phyllorhachis\i0{} <Trimen>/
      jfel059.gif <@subject Phyllorhachis sagittata: Jacques-Flix, 1962>
      jfel058.gif <@subject Phyllorhachis sagittata, leaf blade anatomy: Jacques-Flix,
                           1962>

# \i{}Phyllostachys\i0{} <Sieb. & Zucc.>/
      camus33.jpg <@subject Phyllostachys mannii and P. aurea: Camus (1913)>
      camuleg2.jpg <@subject abbreviations for Camus (1913) figures>
      bmag7994.jpg <@subject Phyllostachys nigra: Bot. Mag. 131 (1905)> 
      camus26.jpg <@subject Phyllostachys pubescens (cf. P. edulis) and P. nigra: Camus
                           (1913)>
      camus27.jpg <@subject Phyllostachys bambusoides and vars.: Camus (1913)>
      camus28.jpg <@subject Phyllostachys nigra (as forms of P. puberula): Camus (1913)>
      ausam017.gif <@subject Phyllostachys aurea: Nicora & Rgolo de Agrasar (1987)>

# \i{}Pilgerochloa\i0{} <Eig>/
      pilger50.gif <@subject Pilgerochloa blanchei, abaxial epidermis of leaf blade: 
            this project>

# \i{}Pinga\i0{} <Widjaja>/

# \i{}Piptatherum\i0{} <P. Beauv.>/
      piptath1.jpg <@subject Piptatherum coerulescens: P. Beauv. (1812)>
      piptat01.gif <@subject Piptatherum miliaceum: Gardner, 1952>

# \i{}Piptochaetium\i0{} <Presl>/
      ausam059.gif <@subject Piptochaetium leiopodum: Nicora & Rgolo de Agrasar (1987)>
      kunth043.gif <@subject Piptochaetium fimbriatum, as Stipa: Kunth (1835)>
      piptoc50.jpg <@subject Piptochaetium fimbriatum, abaxial epidermis of leaf blade:
            this project>

# \i{}Piptophyllum\i0{} <C.E. Hubb.>/

# \i{}Piresia\i0{} <Swallen>/
      piresi50.gif <@subject Piresia goeldii, abaxial epidermis of leaf blade: this project>
      piresi51.gif <@subject Piresia goeldii, abaxial epidermis of leaf blade: this project>

# \i{}Piresiella\i0{} <Judziewicz, Zuloaga & Morone>/
      pirella1.gif <@subject Piresiella strephoides and Mniochloa pulchella: Zuloaga et al.,
            Ann. Miss. Bot. Gard. 80 (1993)>

# \i{}Plagiantha\i0{} <Renvoize>/

# \i{}Plagiosetum\i0{} <Benth.>/
      plagio01.gif <@subject Plagiosetum refractum: Gardner, 1952>

# \i{}Planichloa\i0{} <B. Simon>/
      planerv1.jpg <@subject Planichloa nervilemma: AusGras 2 (1019)>
      planic25.gif <@subject Spikelet of Planichloa nervilemma>
      planic40.gif <@subject Lemma of Planichloa nervilemma>

# \i{}Plectrachne\i0{} <Henrard>/
      plectr16.gif <@subject General morphology (Plectrachne pungens): Jacobs, 1971>
      plectr25.jpg <@subject Spikelets of Plectrachne pungens>
      plectr26.gif <@subject Spikelet of Plectrachne helmsii>
      plectr41.gif <@subject Floret of Plectrachne helmsii>   
      plectr43.gif <@subject Glumes of Plectrachne uniaristata>
      plectr42.gif <@subject Glume tip of Plectrachne uniaristata>
      plectr50.gif <@subject Plectrachne schinzii, abaxial epidermis of leaf blade: 
            this project>

# \i{}Pleiadelphia\i0{} <Stapf>/
      jfel239.gif <@subject Pleiadelphia gossweileri (as P. monostachya): Jacques-Flix,
            1962>
      icpl3121.gif <@subject Pleiadelphia gossweileri: Hook. Ic. Pl. 32 (1933)>                        

# \i{}Pleioblastus\i0{} <Nakai>/
      bmag7146.jpg <@subject Pleioblastus simonii (as Arundinaria simonii 
            var. variegata): Bot. Mag. 116 (1890)>
      icpl2613.gif <@subject Pleioblastus viridistriatus, as Arundinaria auricoma: 
      Hook. Ic. Pl. 27 (1901)>
      camus06.jpg <@subject Pleioblastus viridistriatus and P. fortunei (as Arundinaria
                           spp.: Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      camus17.jpg <@subject Pleioblastus simoni and P. argenteostriatus (as Arundinaria
                           simoni and A. chinolaydekeri): Camus (1913)>
      camuleg2.jpg <@subject abbreviations for Camus (1913) figures>
      ausam020.gif <@subject Pleioblastus fortunei, as Arundinaria variegata: Nicora &
                            Rgolo de Agrasar (1987)>

# \i{}Pleuropogon\i0{} <R.Br.>/
      hit109b.gif <@subject Pleuropogon californicus: Hitchcock and Chase (1950)>

# \i{}Plinthanthesis\i0{} <Steud.>/
      plintha1.gif <@subject Plinthanthesis paradoxa: Linder \i{}et al\i0{}, Ann. Miss. Bot. 
            Gard. 97 (2010)>

# \i{}Poa\i0{} <L.>/
      eb1762.jpg <@subject Poa alpina, general aspect: Eng. Bot. (1872)>
      eb1760.jpg <@subject Poa annua, general aspect: Eng. Bot. (1872)>
      poa01.gif <@subject Poa annua, general aspect: Gibbs Russell et al., 1990>
      eb1761.jpg <@subject Poa bulbosa, general aspect: Eng. Bot. (1872)>
      eb1770.jpg <@subject Poa compressa, general aspect: Eng. Bot. (1872)>
      eb1764.jpg <@subject cf. Poa flexuosa (as P. laxa), general aspect: Eng.
                          Bot. (1872)>
      eb1765.jpg <@subject Poa glauca (as P. caesia), general aspect: Eng. Bot.
                          (1872)>
      eb1767.jpg <@subject Poa glauca (as P. balfourii), general aspect: Eng.
                          Bot. (1872)>
      eb1766.jpg <@subject Poa glauca (as P. dissitiflora), general aspect: Eng.
                          Bot. (1872)>
      eb1763.jpg <@subject cf. Poa lindebergii (as P. stricta), general spect:
                          Eng. Bot. (1872)>
      eb1768.jpg <@subject Poa nemoralis, general aspect: Eng. Bot (1872)>
      eb1769.jpg <@subject cf. Poa nemoralis (as var. parnelii), general aspect:
                          Eng. Bot. (1872)>
      eb1771.jpg <@subject Poa pratensis, general aspect: Eng. Bot. (1872)>
      poa02.gif <@subject Poa pratensis: Gardner, 1952>
      iraq039.gif <@subject Poa trivialis: Bor, Flora of Iraq (1928)>
      eb1773.jpg <@subject Poa trivialis, general aspect: Eng. Bot. (1872)>
      icpl2608.gif <@subject Poa minimiflora: Hook. Ic. Pl. 27 (1901)>
      icpl2607.gif <@subject Poa papuana: Hook. Ic. Pl. 27 (1901)>     
      poa11.gif <@subject Ciliolate ligule of Poa morrisii>
      poa03.gif <@subject Inflorescence and spikelet of Poa drummondiana>
      poa15.gif <@subject a typical Poa inflorescence>
      poa16.gif <@subject Inflorescence detail (Poa affinis)>
                <@item x=880 y=31 w=108 h=44 m
                       t=affinis>
      poa27.gif <@subject Inflorescence detail (Poa affinis)>
      poa17.gif <@subject Inflorescence detail (Poa affinis)>
      poa18.gif <@subject Inflorescence detail (Poa morrisii)>
      poa29.gif <@subject Spikelets of Poa morrisii>
      poa28.gif <@subject Spikelet of Poa costiniana>
      poa26.gif <@subject typical spikelets>
      poa25.gif <@subject Spikelet of Poa annua>
      festuc10.jpg <@subject Poa foliosa (as Festuca): Hooker, Fl. Antarctica
                            (1844)>
      festuc11.jpg <@subject Poa cookii (as Festuca): Hooker, Fl. Antarctica
                            (1844)>
      festuc13.jpg <@subject Poa alopecurus (as Festuca fuegiana): Hooker, Fl.
                            Antarctica (1844)>
      dactyl10.jpg <@subject Poa flabellata (as Dactylis): Hooker, Fl. Antarctica
                            (1844)>
      gramtm11.jpg <@subject Poa tenera and P. (Saxipoa) saxicola: Hooker, Fl.
                            Tasmaniae (1860)>
      poa50.gif <@subject Poa annua, abaxial epidermis of leaf blade: this project>
      poa51.gif <@subject Poa annua, abaxial epidermis of leaf blade: this project>
      poa510.jpg <@subject Poa helmsii, abaxial epidermis of leaf blade with coronate pits:
                          original>
                 <@text x=375 y=898 w=331 h=-2 m
                        t=Coronate pits in high focus>
      poa511.jpg <@subject Poa helmsii, abaxial epidermis of leaf blade with coronate pits:
                          original>
                 <@text x=399 y=902 w=323 h=-2 m
                        t=Coronate pits in low focus>
      poa52.gif <@subject Poa sieberana, T.S. leaf blade - fluorescence
                         image: this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>
      antilol1.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Lolium serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Lolium
                                perenne\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (right). Antigens
                                allergenic in humans are concentrated in the
                                heat-stable components. For experimental details
                                and discussion of the taxonomic patterns among
                                cross-reactions, see Watson and Knox (1976) and
                                Watson (1983).>
      antilol.gif <@subject Grass pollen antigens: cross-reactions against anti-Lolium
                           serum>
                  <@imagenotes x=891 y=956
                               t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                               (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                               with rabbit antiserum in the trough, \i{}Lolium
                               perenne\i0{} pollen extract (control) in the
                               upper well, and comparable extracts from other
                               genera in the lower wells, as indicated. For
                               experimental details and discussion of the
                               taxonomic patterns among cross-reactios, see
                               Watson and Knox (1976) and Watson (1983).>
      antilol2.gif <@subject Heat stable grass pollen antigens (allergens):
                            cross-reactions against anti-Lolium serum>
                   <@imagenotes x=464 y=954
                                t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS-HEAT-STABLE COMPONENT).
                                \par{}\par{}Each slide with rabbit antiserum in
                                the trough, boiled \i{}Lolium perenne\i0{}
                                pollen extract (control) in the upper well, and
                                comparable boiled extracts from other genera in
                                the lower wells, as indicated. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactios, see Watson and Knox (1976)
                                and Watson (1983).>
      anticyno.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Cynodon serum>
                   <@imagenotes x=868 y=956
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Cynodon
                                dactylon\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (human allergens, right).
                                For experimental details and discussion of the
                                taxonomic patterns among cross-reactions, see
                                Watson and Knox (1976) and Watson (1983).>
      antizea1.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                            serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Zea
                                mays\i0{} pollen extract (control) in the upper
                                well, and comparable extracts from other genera
                                in the lower wells, as indicated. Results are
                                compared using raw extract (left) with those
                                using boiled extract (where availabe, right).
                                Antigens allergenic in humans are concentrated
                                in the heat-stable components. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactions, see Watson and Knox
                                (1976) and Watson (1983).>
      antizea.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                           serum>

# \i{}Pobeguinea\i0{} <Jacques-Flix>/
      jfel245.gif <@subject Pobeguinea afzeliana (as P. arrecta): Jacques-Flix, 1962>

# \i{}Podophorus\i0{} <Phil.>/
      ausam097.gif <@subject Podophorus bromoides: Nicora & Rgolo de Agrasar (1987)>

# \i{}Poecilostachys\i0{} <Hackel>/
      poecilo1.jpg <@subject Poecilostachys hildebrandtii: Hook. Ic. Pl. 31 (1916)>

# \i{}Pogonachne\i0{} <Bor>/

# \i{}Pogonarthria\i0{} <Stapf>/
      pogonar1.jpg <@subject Pogonarthria squarrosa, as P. falcata: Hook. Ic. Pl. 27 (1901)>
      pogria01.gif <@subject General aspect (Pogonarthria squarrosa): Gibbs Russell et
                            al., 1990>
      pogria50.gif <@subject Pogonarthria squarrosa, abaxial epidermis of leaf blade:
            this project>
      pogria51.jpg <@subject Pogonarthria squarrosa, abaxial epidermis of leaf blade: 
            this project>
      pogria52.jpg <@subject Pogonarthria squarrosa, abaxial leaf blade epidermal detail:
            this project>

# \i{}Pogonatherum\i0{} <P. Beauv.>/
      pogonat2.jpg <@subject Pogonatherum paniceum, as P. saccharideum: P. Beauv. (1812)>
      pogona50.jpg <@subject Pogonatherum paniceum, abaxial epidermis of leaf blade: 
            this project>

# \i{}Pogoneura\i0{} <Napper>/
      pogone50.gif <@subject Pogoneura biflora, abaxial epidermis of leaf blade: 
            this project>

# \i{}Pogonochloa\i0{} <C.E. Hubb.>/

# \i{}Pohlidium\i0{} <Davidse, Soderstrom & Ellis>/

# \i{}Poidium\i0{} <Nees>/

# \i{}Polevansia\i0{} <de Winter>/
      poleva01.gif <@subject General aspect (Polevansia rigida): Gibbs Russell et al.,
                            1990>

# \i{}Polliniopsis\i0{} <Hayata>/
      plinops1.jpg <@subject Polliniopsis somai, spikelet details: B. Hayata, Ic. Pl. 
      formosanarum (1918)>

# \i{}Polypogon\i0{} <Desf.>/
      kunth047.gif <@subject Polypogon chilensis, as Chaetotropis: Kunth (1835)>
      iraq114.gif <@subject Polypogon maritimus: Bor, Flora of Iraq (1968)> 
      polypo03.gif <@subject Polypogon monspeliensis, P. tenellus: Gardner, 1952>
      polypo02.gif <@subject General aspect of Polypogon viridis: Gibbs Russell et al.,
                            1990>
      polypo01.gif <@subject General aspect of Polypogon monspeliensis: Gibbs Russell et
                            al., 1990>
      eb1713.jpg <@subject Polypogon monspeliensis, general aspect: Eng. Bot. (1872)>
      eb1714.jpg <@subject xAgropogon littoralis (Agrostis stolonifera x P.
                          monspeliensis, as P. littoralis): Eng. Bot. (1872)>

# \i{}Polytoca\i0{} <R.Br.>/
      polyto01.gif <@subject Polytoca digitata: Wu Zhengyi, Flora Yunnanica 9 (2003)>
      polyto50.jpg <@subject Polytoca macrophylla, abaxial epidermis of leaf blade:
            this project>
      polyto51.jpg <@subject Abaxial epidermal leaf blade detail of Polytoca
            macrophylla: this project>

# \i{}Polytrias\i0{} <Hackel>/
      potria50.jpg <@subject Polytrias amura, abaxial epidermis of leaf blade: 
            this project>

# \i{}Pommereulla\i0{} <L.f.>/
      pommere2.jpg <@subject Pommereulla cornucopiae: P. Beauv. (1812)>
      pommere1.jpg <@subject P. cornucopiae: Tangachariyar Kadambi, Hndb. 
      S. Indian Grasses (1921)>

# \i{}Porteresia\i0{} <Tateoka>/

# \i{}Potamophila\i0{} <R.Br.>/
      potamop1.jpg <@subject Potamophila parviflora: Trinius, Spec. Graminum 3 (1830)>
      potamop2.jpg <@subject Potamophila parviflora: Kunth (1835), Dist. mthodique de la 
      famille Gramines> 
      potamo75.gif <@subject Potamophila parviflora, TS leaf blade: this project>
      
# \i{}Pratochloa\i0{} <Hardion>/      

# \i{}Pringleochloa\i0{} <Scribner>/
      pringl01.gif <@subject Pringleochloa stolonifera: Scribner, Bot. Gaz. 21 (1896)>
      pringl50.gif <@subject Pringleochloa stolonifera, abaxial epidermis of leaf blade:
           this project>

# \i{}Prionanthium\i0{} <Desv.>/
      priona01.gif <@subject General aspect (Prionanthium pholiuroides): Gibbs Russell et
                            al., 1990>

# \i{}Prosphytochloa\i0{} <Schweickerdt>/
      prosph01.gif <@subject General aspect (Prosphytochloa prehensilis): Gibbs Russell et
                            al., 1990>

# \i{}Psammagrostis\i0{} <C.A. Gardner & C.E. Hubb.>/
      psamma01.gif <@subject Psammagrostis wiseana: Gardner, 1952>
      psamma25.gif <@subject Spikelet of Psammagrostis wiseana>
      psamma26.gif <@subject Spikelet details (Psammagrostis wiseana)>

# \i{}Psammochloa\i0{} <A. Hitchc.>/
      psammo01.gif <@subject Psammochloa villosa, as Arundo: Trinius, Species Graminum 
            III (1836)>

# \i{}Psathyrostachys\i0{} <Nevski>/
      iraq089.gif <@subject Psathyrostachys fragilis: Bor, Fl. of Iraq (1968)>
      psathy50.gif <@subject Psathyrostachys junceus, abaxial epidermis of leaf 
            blade: this project>

# \i{}Pseudanthistiria\i0{} <(Hackel) Hook. f.>/
      pseuda50.gif <@subject Pseudanthistiria umbellata, abaxial epidermis of leaf blade: 
            this project>

# \i{}Pseudarrhenatherum\i0{} <Rouy>/

# \i{}Pseudechinolaena\i0{} <Stapf>/
      pechin01.jpg <@subject Pseudechinolaena polystachya: Hookers Ic. Pl. 31 (1922)>
      pseude02.gif <@subject P. polystachya: Rose Innes, Ghana Grasses (1977)>
      pseude01.gif <@subject General aspect (P. polystachya): Gibbs Russell et
                            al., 1990>
      pseude50.gif <@subject Pseudechinolaena polystachya, abaxial epidermis of leaf blade:
            this project>

# \i{}Pseudobromus\i0{} <K. Schum.>/
      jfel094.gif <@subject Pseudobromus africana (as P. silvaticus): Jacques-Flix, 1962>

# \i{}Pseudochaetochloa\i0{} <A. Hitchc.>/
      pschae01.gif <@subject Pseudochaetochloa australiensis: Gardner, 1952>
      pschae16.gif <@subject Male inflorescence, spikelet (Pseudochaetochloa
            australiensis): E. Hickman>
      pschae40.gif <@subject Male spikelet details (Pseudochaetochloa australiensis): E.
                            Hickman>
      pschae19.gif <@subject Female inflorescence and spikelets (Pseudochaetochloa
                            australiensis): E. Hickman>
      pschae41.gif <@subject Female spikelet details (Pseudochaetochloa australiensis): E.
                            Hickman>
      pschae50.gif <@subject Pseudochaetochloa australiensis, abaxial epidermis of leaf 
            blade: this project>

# \i{}Pseudocoix\i0{} <A. Camus>/

# \i{}Pseudodanthonia\i0{} <Bor & C.E. Hubb.>/
      psdant75.gif <@subject TS leaf blade of Pseudodanthonia himalaica: this project>

# \i{}Pseudodichanthium\i0{} <Bor>/

# \i{}Pseudopentameris\i0{} <Conert>/
      pspent02.gif <@subject Pseudopentameris macrantha: Conert, Mitt. Bot. Staats. Munchen 10 (1971)>
      pspent03.gif <@subject Pseudopentameris macrantha: Linder \i{}et al\i0{}, Ann. Miss. Bot. 
            Gard. 97 (2010)>
      pspent01.gif <@subject General aspect (Pseudopentameris brachyphylla): Gibbs Russell et
                            al., 1990>          

# \i{}Pseudophleum\i0{} <M. Dogan>/

# \i{}Pseudopogonatherum\i0{} <A. Camus>/
      pspogo16.gif <@subject General aspect (Pseudopogonatherum contortum): E. Hickman>
      pspogo51.jpg <@subject Pseudopogonatherum irritans, abaxial epidermis of leaf blade: 
            this project>
      pspogo50.gif <@subject Pseudopogonatherum irritans, abaxial epidermis of leaf blade:
            this project>

# \i{}Pseudoraphis\i0{} <Griff.>/
      kunth032.gif <@subject Pseudoraphis paradoxa, as Panicum: Kunth (1835)>
      psraph02.gif <@subject General aspect, inflorescence (Pseudoraphis abortiva): E.
                            Hickman>
      psraph01.gif <@subject Pseudoraphis abortiva: Gardner, 1952>
      psraph50.gif <@subject Pseudoraphis spinescens, abaxial epidermis of leaf blade:
            this project>
      psraph51.gif <@subject Pseudoraphis spinescens, abaxial epidermis of leaf blade:
            this project>
      psraph75.gif <@subject Pseudoraphis spinescens, T.S. leaf blade midrib zone:
            this project>
      psraph76.gif <@subject Pseudoraphis spinescens, T.S. leaf blade lateral part:
            this project>
      psraph77.gif <@subject Pseudoraphis abortiva, T.S. leaf blade lateral part:
            this project>

# \i{}Pseudoroegneria\i0{} <(Nevski) A. Lve>/
      psroeg25.gif <@subject Pseudoroegneria spicata, tip of a spikelet>
      hit322.gif <@subject Pseudoroegneria spicata, as Agropyron: Hitchcock & Chase (1950)>

# \i{}Pseudosasa\i0{} <Makino>/
      camus25.jpg <@subject Pseudosasa hindsii (as Thamnocalamus, with Neomicrocalamus
                           prainii: Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      camus05a.jpg <@subject Pseudosasa japonica and P. humilis (as Sasa: Camus, 1913)>
      pssasa10.gif <@subject Psdeudopetiole, auricular (oral) setae (Pseudosasa
                            japonica)>
                   <@text x=469 y=31 w=510 h=-4 m
                          t=\i{}Pseudosasa japonica\i0{}. Auricular setae,
                          pseudopetiole with basal disarticulation zone.>
      pssasa40.gif <@subject a flower of Pseudosasa japonica>
                   <@text x=17 y=14 w=430 h=-7 m
                          t=\i{}Pseudosasa japonica\i0{}, Three large,
                          membranous, heavily vascularized, ciliate lodicules;
                          ovary with the styles joined into one and three free
                          stigmas.>
      pssasa51.gif <@subject Pseudosasa japonica, abaxial epidermis of leaf blade:
            this project>
      pssasa75.gif <@subject Pseudosasa japonica, TS leaf blade: this project>
      pssasa76.gif <@subject Pseudosasa japonica, vertical LS young leaf blade intercostal 
            zone: this project>
                   <@text x=29 y=900 w=492 h=-3 m
                          t=\i{}Pseudosasa japonica\i0{} . Showing distended
                          young fusoid cells.>
      pssasa77.gif <@subject Pseudosasa japonica, vertical L.S. mature leaf blade intercostal
                             zone: this project>
                        <@text x=16 y=13 w=506 h=-4 m
                          t=\i{}Pseudosasa japonica\i0{}. Showing collapsed
                          fusoids, separated by wide intercellular spaces.>
      mhamar09.jpg <@subject Panicoid-type microhairs of Pseudosasa japonica and
                            Rytidosperma linkii: longitudinal EM sections
                            (Amarasinghe)>
                   <@imagenotes x=37 y=20
                                t=Longitudinal sections showing ultrastructure
                                of panicoid-type microhairs of \i{}Pseudosasa
                                japonica\i0{} (Figs. 26-28) and \i{}Rytidosperma
                                linkii\i0{} (29-30). BC = basal cell, CC = cap
                                cell, CW = cell wall, D = dictyosomes, M =
                                mitochondria, N = nucleus, OS = osmophilic
                                material, PM = plasma membrane, RER = rough
                                endoplasmic reticulum. Scale bars: Fig. 26, 1.5
                                microns; 27, 1 micron; 28, 0.1 micron; 29, 2
                                microns; 30, 1 micron.>

# \i{}Pseudosorghum\i0{} <A. Camus>/
      psorgh01.gif <@subject Pseudosorghum zollingeri: Wu Zenghi, Flora Yunnanica 9 (2003)> 

# \i{}Pseudostachyum\i0{} <Munro>/
      camus94.jpg <@subject Pseudostachyum polymorphum, with Puelia ciliata and Melocalamus
                           compactiflorus (Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      racemob1.gif <@subject Pseudostachyum polymorphum and Racemobambos prainii:
            Yun nan zhi wuxhi(2003)>      

# \i{}Pseudovossia\i0{} <A. Camus>/
      pvossia1.jpg <@subject Pseudovossia cambogiensis: A. Camus, Bull. Bot. Soc. Fr. 22
      (1922)>

# \i{}Pseudoxytenanthera\i0{} <Soderstrom & Ellis>/
      podoxy01.gif <@subject Pseudoxytenanthera monadelpha, vegetative: Soderstrom & Ellis 
            (1988)>
      podoxy02.gif <@subject P. monadelpha, detailed morphology: Soderstrom 
                             & Ellis (1988)>
      podoxy03.jpg <@subject Pseudoxytenanthera monadelpha, leaf anatomy: Soderstrom 
            & Ellis (1988)>                         

# \i{}Pseudozoysia\i0{} <Chiov.>/

# \i{}Psilathera\i0{} <Link>/
      psilath1.jpg <@subject Psilathera ovata, as Cynosurus: Sturm and Sturm (1798), 
      Deutschlands Flora 2>

# \i{}Psilolemma\i0{} <Phillips>/
      psilol01.gif <@subject Psilolemma jaegeri: Ibrahim & Kabuye, Kenya Grasses 
                          (1987)>

# \i{}Psilurus\i0{} <Trin.>/
      iraq035.gif <@subject Psilurus incurvus: Bor, Flora of Iraq (1968)>
      psilur25.gif <@subject Spikelet in situ (Psilurus incurvus)>
      psiluru1.jpg <@subject Psilurus incurvus, as P. nardoides (with Parapholis 
      incurva, as Lepturus): Thom (1885), Flora von Deutschland, Osterreich 
      und der Schweiz>
      psilur75.gif <@subject Psulurus incurvus, TS leaf blade: this project>

# \i{}Pterochloris\i0{} <A. Camus>/
      pteroc01.gif <@subject Pterochloris humbertiana (as Chloris): Anderson, Brig. Young 
                   Univ. Sci. Bull. (1974)>
      pteroc40.gif <@subject Inflorescence detail of Pterochloris humbertiana: this project>
      pteroc42.gif <@subject Inflorescence close-up of Pterochloris humbertiana: this project>
      pteroc41.gif <@subject Dissected out spikelet of Pterochloris humbertiana: this project>
                   <@text x=332 y=113 w=337 h=-5 m
                          t=\i{}Pterochloris humbertiana\i0{}. Left to right:
                          glumes, long-awned lemma and palea of hermaphrodite
                          floret (separated), and (right) a long-awned distal
                          incomplete floret.>
                   <@text x=81 y=870 w=79 h=32 m
                          t=glumes>
                   <@text x=329 y=440 w=219 h=84 m
                          t=lemma (left) and plea (right) of hermaphrodite
                          floret>
                   <@text x=660 y=681 w=198 h=34 m
                          t=distal incomplete floret>

# \i{}Ptilagrostis\i0{} <Griseb.>/
      ptilagr1.jpg <@subject Ptilagrostis mongholica, P. purpurea, P. subsessiliflora:
      Fl. U.S.S.R. 2, 1934>

# \i{}Puccinellia\i0{} <Parl.>/
      puccin03.jpg <@subject Puccinellia stricta (as Glyceria): Hooker, Fl. Tasmaniae
                            (1860)>
      puccin02.gif <@subject Inflorescence and spikelet of Puccinellia stricta: 
            this project>
      puccin50.gif <@subject Puccinellia stricta, abaxial epidermis of leaf blade: 
            this project>
      eb1755.jpg <@subject cf. P. distans (as Sclerochloa eu-distans), general
                          aspect: Eng. Bot. (1872)>
      eb1756.jpg <@subject cf. P. fasciculata (as Sclerochloa borreri), general
                          aspect: Eng. Bot. (1872)>
      eb1754.jpg <@subject cf. P. maritima (as Sclerochloa), general aspect:
                          Eng. Bot. (1872)>
      eb1757.jpg <@subject P. rupestris (as Sclerochloa procumbens), general
                          aspect: Eng. Bot. (1872)>

# \i{}Puelia\i0{} <Franch.>/
      jfel043.gif <@subject Puelia ciliata: Jacques-Flix, 1962>
      jfel044.gif <@subject Puelia olyriformis (as Atractocarpa): Jacques-Flix,
                           1962>
      jfel042.gif <@subject Puelia olyriformis (as Atractocarpa), leaf blade
                           anatomy: Jacques-Flix, 1962>
      camus94.jpg <@subject Puelia ciliata, with Pseudostachyum polymorphum and
                           Melocalamus compactiflorus (Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Pyrrhanthera\i0{} <Zotov>/
      pyrrha50.gif <@subject Pyrrhanthera exigua, abaxial epidermis of leaf blade: 
            this project>
      pyrrha51.gif <@subject Pyrrhanthera exigua, abaxial epidermis of leaf blade:
            this project>

# \i{}Racemobambos\i0{} <Holttum>/
      racemob1.gif <@subject Racemobambos prainii (cf. Neomicrocalamus) and Pseudostachyum 
            polymorphum: Yun nan zhi wuxhi(2003)>

# \i{}Raddia\i0{} <Bertol.>/
      wind341o.gif <@subject Raddia guianensis: Hitchcock (1936)>

# \i{}Raddiella\i0{} <Swallen>/
      raddiel1.jpg <@subject Raddiella lunata: V. duds (1991), Ann. Miss. Bot. 
      Gard. 78>

# \i{}Ratzeburgia\i0{} <Kunth>/
      kunth158.gif <@subject Ratzeburgia pulcherrima: Kunth (1835)>
      ratzbur1.jpg <@subject R. pulcherrima: Wallich (1832), East Indian 
      Plants III>

# \i{}Redfieldia\i0{} <Vasey>/
      scrib256.gif <@subject Redfieldia flexuosa: Lamson-Scribner, American Grasses (1897)>
      hit236b.gif <@subject Redfieldia flexuosa: Hitchcock and Chase (1950)>

# \i{}Reederochloa\i0{} <Soderstrom & H.F. Decker>/

# \i{}Rehia\i0{} <Fijten>/
      rehia50.gif <@subject Rehia nervata, abaxial epidermis of leaf blade: this project>

# \i{}Reimarochloa\i0{} <A. Hitchc.>/
      ausam170.gif <@subject Reimarochloa acuta (as R. brasiliensis): Nicora & Rgolo de
                            Agrasar (1987)>

# \i{}Reitzia\i0{} <Swallen>/

# \i{}Relchela\i0{} <Steud.>/
      ausam101.gif <@subject Relchela panicoides: Nicora & Rgolo de Agrasar (1987)>

# \i{}Rendlia\i0{} <Chiov.>/
      rendli01.gif <@subject General aspect (Rendlia altera): Gibbs Russell et al.,
                            1990>
      rendli50.gif <@subject Rendlia altera, abaxial epidermis of leaf blade: this project>
      rendli75.gif <@subject Rendlia altera, TS leaf blade: this project>

# \i{}Renvoizea\i0{} <Zuloaga & Morrone>/

# \i{}Reynaudia\i0{} <Kunth>/
      kunth009.gif <@subject Reynaudia filiformis: Kunth (1835)> 
      wind101.gif <@subject R. filiformis: Hitchcock (1936)>

# \i{}Rheochloa\i0{} <Filg., P.M. Peterson & Y. Herrera>/

# \i{}Rhipidocladum\i0{} <McClure>/
      rhipid01.gif <@subject Rhipidocladum harmonicum, with fruit of Actinocladum
              verticillatum: McClure, New World Bamboos (1973)>
      camus39.jpg <@subject Rhipidocladum parviflorum & R. racemiflorum (as Arthrostylidium
              trinii and A. racemiflorum, with A. capillifolium = A. farctum: Camus 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Rhizocephalus\i0{} <Boiss.>/
      iraq117.gif <@subject Rhizocephalus orientalis: Bor, Fl. of Iraq (1968)>

# \i{}Rhomboelytrum\i0{} <Link>/
      ausam104.gif <@subject Rhomboelytrum rhomboideum: Nicora & Rgolo de Agrasar (1987)>

# \i{}Rhynchelytrum\i0{} <Nees>/
      rytrum02.gif <@subject Rhynchelytrum repens: Gardner, 1952>
      rytrum01.gif <@subject General aspect (R. repens): Gibbs Russell et al.,
                            1990>
      rytrum25.gif <@subject Rhynchelytrum repens, part of inflorescence in close-up:
            this project>
      rytrum50.gif <@subject Rhynchelytrum repens, abaxial epidermis of leaf blade: 
            this project>
      rytrum75.gif <@subject R. repens, fluorescence image TS image of leaf blade: 
            this project>

# \i{}Rhynchoryza\i0{} <Baillon>/
      ausam038.gif <@subject Rhynchoryza subulata: Nicora & Rgolo de Agrasar (1987)>
      roryza50.gif <@subject Rhynchoryza subulata, abaxial epidermis of leaf blade: 
            this project>

# \i{}Rhytachne\i0{} <Desv.>/
      icpl3083.gif <@subject Rhytachne gracilis: Hook. Ic. Pl. 31 (1922)>
      rhytac01.gif <@subject General aspect (Rhytachne robusta): Gibbs Russell et al.,
                            1990>
      scrib015.gif <@subject Rhytachne rottboellioides (as Rottboellia loricata): Lamson-Scribner
      (1890)>
      ausam192.gif <@subject Rhytachne subgibbosa: Nicora & Rgolo de Agrasar (1987)>

# \i{}Richardsiella\i0{} <Elffers & Kennedy OByrne>/

# \i{}Robynsiochloa\i0{} <Jacques-Flix>/
      jfel217.gif <@subject Robynsiochloa purpurascens: Jacques-Flix, 1962>

# \i{}Rottboellia\i0{} <L.f.>/
      icpl3139.gif <@subject Rottboellia purpurascens: Hook. Ic. Pl. 32 (1933)>
      rottbo01.gif <@subject General aspect of Rottboellia cochinchinensis: Gibbs Russell
                            et al., 1990>

# \i{}Rugoloa\i0{} <Zuloaga>/
      rugolo01.gif <@subject Rugoloa pilosa, as Panicum pilosum: Trinius, Species 
                          Graminum 2 (1829)>

# \i{}Rytidosperma\i0{} <Steud.> \i{}sensu\i0{} Linder et al. (2010)/
      kunth177.gif <@subject R. caespitosum, as Danthonia: Kunth (1835)>
      rytinz01.jpg <@subject R. gracile (as Danthonia): Hooker, Fl.
                            Novae-Zelandiae (1853)>
      rytido01.jpg <@subject R. setaceum (as Danthonia): Hooker, Fl. Tasmaniae
                            (1860)>
      rytido02.jpg <@subject R. pauciflorum (as Danthonia): Hooker, Fl.
                            Tasmaniae (1860)>
      rytido03.gif <@subject Rytidosperma caespitosum: Linder \i{}et al\i0{}, Ann. Miss. Bot. 
            Gard. 97 (2010)>                        
      turn018.gif <@subject R. carphoides, as Danthonia: Turner, Austr. Grasses (1895)>                     
      rytido50.jpg <@subject R. carphoides, abaxial epidermis of leaf blade: this project>
      rytido51.jpg <@subject R. carphoides, abaxial epidermis of leaf blade: this project>
      rytido52.jpg <@subject R. dimidiata, abaxial epidermis of leaf blade: this project>
      rytido55.jpg <@subject R. nivicola, abaxial epidermis of leaf blade: this project>
      rytido53.jpg <@subject R. nivicola, abaxial epidermis of leaf blade: this project>
      rytido54.jpg <@subject R. procera, abaxial epidermis of leaf blade: this project>
      rytido57.jpg <@subject procera, abaxial epidermis of leaf blade: this project>
      rytido58.jpg <@subject R. nudiflora, abaxial epidermis of a leaf blade with external
                            pitting: external>
      mstach50.jpg <@subject R. (Monostachya) oreoboloides, abaxial epidermis of leaf 
                             blade: this project>
      pyrrha50.gif <@subject R. (Pyrrhanthera) exigua, abaxial epidermis of leaf blade: this project>
                   <@text x=16 y=23 w=265 h=-2 m
                          t=\i{}Pyrrhanthera (Rytidosperma) exigua\i0{}.>
      mhamar09.jpg <@subject Panicoid-type microhairs of R. linkii and
                            Peudosasa japonica: longitudinal EM sections
                            (Amarasinghe)>
                   <@imagenotes x=37 y=20
                                t=Longitudinal sections showing ultrastructure
                                of panicoid-type microhairs of \i{}Pseudosasa
                                japonica\i0{} (Figs. 26-28) and \i{}Rytidosperma
                                linkii\i0{} (29-30). BC = basal cell, CC = cap
                                cell, CW = cell wall, D = dictyosomes, M =
                                mitochondria, N = nucleus, OS = osmophilic
                                material, PM = plasma membrane, RER = rough
                                endoplasmic reticulum. Scale bars: Fig. 26, 1.5
                                microns; 27, 1 micron; 28, 0.1 micron; 29, 2
                                microns; 30, 1 micron.>

# \i{}Rytidosperma\i0{} <Steud.> sensu stricto/
      kunth177.gif <@subject Rytidosperma caespitosum, as Danthonia: Kunth (1835)>
      rytinz01.jpg <@subject Rytidosperma gracile (as Danthonia): Hooker, Fl.
                            Novae-Zelandiae (1853)>
      rytido01.jpg <@subject Rytidosperma setaceum (as Danthonia): Hooker, Fl.
                            Tasmaniae (1860)>
      rytido02.jpg <@subject Rytidosperma pauciflorum (as Danthonia): Hooker, Fl.
                            Tasmaniae (1860)>
      rytido03.gif <@subject Rytidosperma caespitosum: Linder \i{}et al\i0{}, Ann. Miss. Bot. 
            Gard. 97 (2010)>                        
      turn018.gif <@subject Rytidosperma carphoides, as Danthonia: Turner, Austr. Grasses (1895)>                             
      rytido50.jpg <@subject Rytidosperma carphoides, abaxial epidermis of leaf blade: 
            this project>
      rytido51.jpg <@subject R. carphoides, abaxial epidermis of leaf blade: this project>
      rytido52.jpg <@subject Rytidosperma dimidiata, abaxial epidermis of leaf blade: 
            this project>
      rytido55.jpg <@subject Rytidosperma nivicola, abaxial epidermis of leaf blade:
            this project>
      rytido53.jpg <@subject R. nivicola, abaxial epidermis of leaf blade: this project>
      rytido54.jpg <@subject Rytodosperma procera, abaxial epidermis of leaf blade:
            this project>
      rytido57.jpg <@subject procera, abaxial epidermis of leaf blade: this project>
      rytido58.jpg <@subject Rytidosperma nudiflora, abaxial epidermis of a leaf blade 
            with external pitting>
      mstach50.jpg <@subject Rytidosperma (Monostachya) oreoboloides, abaxial epidermis 
            of leaf blade: this project>
      mstach50.jpg <@subject Abaxial epidermis of leaf blade of Rytidosperma (Monostachya)
            oreoboloides: this project>
      pyrrha50.gif <@subject Abaxial epidermis of leaf blade of Rytidosperma (Pyrrhanthera)
            exigua: this project>
      pyrrha51.gif <@subject Abaxial epidermis of leaf blade of Rytidosperma (Pyrrhanthera)
             exigua>
      mhamar09.jpg <@subject Panicoid-type microhairs of Rytidosperma linkii and
             Peudosasa japonica: longitudinal EM sections (Amarasinghe)>
                   <@imagenotes x=37 y=20
                                t=Longitudinal sections showing ultrastructure
                                of panicoid-type microhairs of \i{}Pseudosasa
                                japonica\i0{} (Figs. 26-28) and \i{}Rytidosperma
                                linkii\i0{} (29-30). BC = basal cell, CC = cap
                                cell, CW = cell wall, D = dictyosomes, M =
                                mitochondria, N = nucleus, OS = osmophilic
                                material, PM = plasma membrane, RER = rough
                                endoplasmic reticulum. Scale bars: Fig. 26, 1.5
                                microns; 27, 1 micron; 28, 0.1 micron; 29, 2
                                microns; 30, 1 micron.>

# \i{}Saccharum\i0{} <L.>/
      iraq207.gif <@subject Saccharum ravennae: Bor, Fl. of Iraq (1968)>
      ausam184.gif <@subject Saccharum villosum (as Erianthis trinii): Nicora & Rgolo
                            de Agrasar (1987)>
      saccha50.gif <@subject Saccharum robustum, abaxial epidermis of leaf blade: this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>
      antilol1.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Lolium serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Lolium
                                perenne\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (right). Antigens
                                allergenic in humans are concentrated in the
                                heat-stable components. For experimental details
                                and discussion of the taxonomic patterns among
                                cross-reactions, see Watson and Knox (1976) and
                                Watson (1983).>
      antilol.gif <@subject Grass pollen antigens: cross-reactions against anti-Lolium
                           serum>
                  <@imagenotes x=891 y=956
                               t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                               (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                               with rabbit antiserum in the trough, \i{}Lolium
                               perenne\i0{} pollen extract (control) in the
                               upper well, and comparable extracts from other
                               genera in the lower wells, as indicated. For
                               experimental details and discussion of the
                               taxonomic patterns among cross-reactios, see
                               Watson and Knox (1976) and Watson (1983).>
      antilol2.gif <@subject Heat stable rass pollen antigens (allergens):
                            cross-reactions against anti-Lolium serum>
                   <@imagenotes x=464 y=954
                                t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS-HEAT-STABLE COMPONENT).
                                \par{}\par{}Each slide with rabbit antiserum in
                                the trough, boiled \i{}Lolium perenne\i0{}
                                pollen extract (control) in the upper well, and
                                comparable boiled extracts from other genera in
                                the lower wells, as indicated. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactios, see Watson and Knox (1976)
                                and Watson (1983).>
      anticyno.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Cynodon serum>
                   <@imagenotes x=868 y=956
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Cynodon
                                dactylon\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (human allergens, right).
                                For experimental details and discussion of the
                                taxonomic patterns among cross-reactions, see
                                Watson and Knox (1976) and Watson (1983).>
      antizea1.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                            serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Zea
                                mays\i0{} pollen extract (control) in the upper
                                well, and comparable extracts from other genera
                                in the lower wells, as indicated. Results are
                                compared using raw extract (left) with those
                                using boiled extract (where availabe, right).
                                Antigens allergenic in humans are concentrated
                                in the heat-stable components. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactions, see Watson and Knox
                                (1976) and Watson (1983).>
      antizea.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                           serum>

# \i{}Sacciolepis\i0{} <Nash>/
      kunth107.gif <@subject Sacciolepis curvata, as Panicum coryophorum: Kunth (1835)>
      icpl3097.gif <@subject Sacciolepis curvata: Hook. Ic. Pl. 31 (1922)>  
      saccio02.gif <@subject Sacciolepis myosuroides: Gardner, 1952>
      saccio01.gif <@subject General aspect (Sacciolepis typhura): Gibbs Russell et al.,
                            1990>
      saccio16.jpg <@subject Sacciolepis indica, part of inflorescence in close-up: 
            this project>
      saccio25.gif <@subject Sacciolepis indica, spikelet and pedicels: this project>
      saccio50.jpg <@subject Sacciolepis indica, abaxial epidermis of leaf blade:
            this project>

# \i{}Sartidia\i0{} <de Winter>/
      sartid01.gif <@subject General aspect (Sartidia angolensis): Gibbs Russell et
                            al., 1990>

# \i{}Sasa\i0{} <Makino & Shibata>/
      camus01.gif <@subject Sasa borealis (as S. spiculosa and S. purpurascens:
            Camus Fig. 1, 1913)>
      camuleg2.jpg <@subject abbreviations for Camus (1913) figures>
      camus02.jpg <@subject Sasa paniculata (cf. S. senanensis), S. palmata and S.
            chartacea (as vars. ontakensis and nana: Camus Fig. 2, 1913)>
      icpl1969.gif <@subject Sasa kurilensis (as Arundinaria): Hooker's Ic. Pl. 20 (1891)>      
      sasa51.gif <@subject Sasa kurilensis, abaxial epidermis of leaf blade: this project>

# \i{}Saugetia\i0{} <A. Hitchc. & Chase>/
      wind077.gif <@subject Saugetia fasciculata: Hitchcock (1936)>
      sauget75.gif <@subject S. pleiostachya, T.S. of reduced leaf blade: this project>
                   <@item x=372 y=28 w=269 h=109 m
                          t=pleiostachya (blade reduced almost to its midrib)>

# \i{}Saxipoa\i0{} <Soreng, L.J. Gillespie & S.W.L. Jacobs>/
      gramtm11.jpg <@subject Saxipoa tenera and S. saxicola (as Poa): Hooker, Fl.
                            Tasmaniae (1860)>

# \i{}Schaffnerella\i0{} <Nash>/
      schaffn1.jpg <@subject Schaffnerella gracilis, as Schaffnera: Hook. Ic. Pl. 14 (1880)>

# \i{}Schedonnardus\i0{} <Steud.>/
      icpl1360.gif <@subject Schedonnardus paniculatus (as S. texanus): 
            Hook. Ic. Pl. 14 (1881)>  
      ausam139.gif <@subject Schedonnardus paniculatus: Nicora & Rgolo de Agrasar (1987)>
      schedo50.gif <@subject Schedonnardus paniculatus, abaxial epidermis of leaf blade: 
            this project>

# \i{}Schenckochloa\i0{} <J.J. Ortz>/

# \i{}Schismus\i0{} <P. Beauv.>/
      beauv26.jpg <@subject Schismus barbatus (as S. marginatus), with Megastachya
      mucronata (as M. owariensis), Eleusine coracana and Uniola paniculata 
      (as U. maritima): P. Beauv. (1812)>
      iraq144.gif <@subject Schismus barbatus: Bor, Fl. of Iraq (1968)>
      schism01.gif <@subject General aspect of S. barbatus: Gibbs Russell et al.,
                            1990>

# \i{}Schizachne\i0{} <Hackel>/
      hit273b.gif <@subject Schizachne purpurascens: Hitchcock and Chase (1950)>

# \i{}Schizachyrium\i0{} <Nees>/
      kunth197.gif <@subject Schizachyrium tenerum, as Andropogon tener: Kunth (1835)>
      syrium02.gif <@subject Schizachyrium pachyarthron, S. pseudoeulalia: Gardner, 1952>
      kunth198.gif <@subject Schizachyrium sanguineum, as Andropogon hirtiflorus: Kunth (1835)>      
      syrium01.gif <@subject General aspect of S. sanguineum: Gibbs Russell et
            al., 1990>
      icpl3087.gif <@subject Schizachyrium ursulus: Hook. Ic. Pl. 31 (1922)>        

# \i{}Schizostachyum\i0{} <Nees>/
      camus92.jpg <@subject Schizistachyum dullooa and S. griffithii (as Teinostachyum spp.,
            with Davidsea attenuata): Camus, 1913.>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      camus98.jpg <@subject Schizostachyum aciculare, S. iraten, S. zollingeri (Camus,
            1913)>
      camus97.jpg <@subject S.blumei, S. lima (as hallieri): Camus, 1913.>
      neohouz1.jpg <@subject S. dulloa (as Neohouzeaua, with N. mekongensis:
      E.G. Camus & M.A. Camus (1922), Fl. Gen. d'Indo-Chine.>     
      schizo50.gif <@subject Schizostachyum lima, abaxial epidermis of leaf blade: 
            this project>

# \i{}Schmidtia\i0{} <Steud.>/
      schmid01.gif <@subject General aspect (Schmidtia pappophoroides): Gibbs Russell
                            et al., 1990>
      schmid50.gif <@subject Schmidtia pappophoroides, abaxial epidermis of leaf blade: 
            this project>
                   <@text x=8 y=829 w=240 h=-5 m
                          t=Enneapogon-type microhairs: one exhibiting its
                          translucent apical cell (top left)>

# \i{}Schoenefeldia\i0{} <Kunth>/
      kunth053.gif <@subject Schoenefeldia gracilis: Kunth (1835)>
      schoen02.gif <@subject Schoenefeldia gracilis: Rose Innes, Ghana Grasses (1977)>
      schoen01.gif <@subject S. transiens, general aspect: Gibbs Russell et
                            al., 1990>

# \i{}Sclerachne\i0{} <R.Br.>/
      sclerac1.gif <@subject Sclerachne punctata: Miquel, Fl. von Nederlandsch
            Indie 3 (1855)>

# \i{}Sclerochloa\i0{} <P. Beauv.>/
      iraq036.gif <@subject Sclerochloa dura: Bor, Flora of Iraq (1968)>
      scleroc1.jpg <@subject Sclerochloa dura: P. Beauv. (1812)>
      sclero16.gif <@subject Inflorescence detail of Sclerochloa dura>
      sclero25.gif <@subject Spikelet of Sclerochloa dura>
      sclero50.jpg <@subject Sclerochloa dura, abaxial epidermis of the leaf blade:
            this project>

# \i{}Sclerodactylon\i0{} <Stapf>/
      scldact1.jpg <@subject Sclerodactylon macrostachyum, as S. juncifolium: Hook. Ic. Pl. 
      31 (1915)> 
      sdacty51.gif <@subject Sclerodactylon macrostachyum, abaxial epidermis of leaf 
            blade: this project>
      sdacty75.gif <@subject Sclerodactylon macrostachyum, T.S. of leaf blade with 
            showing arm-cells: this project>
                   <@text x=21 y=27 w=225 h=-4 m
                          t=\i{}Sclerodactylon macrostachyum\i0{}. PCA mesophyll
                          with arm cells.>
      sdacty76.gif <@subject TS leaf blade of Sclerodactylon macrostachyum: this project>
                   <@text x=10 y=22 w=193 h=-3 m
                          t=\i{}Sclerodactylon macrostachyum\i0{}.>

# \i{}Scleropogon\i0{} <Phil.>/
      ausam136.gif <@subject Scleropogon brevifolius: Nicora & Rgolo de Agrasar (1987)>
      spogon50.gif <@subject Scleropogon brevifolius, abaxial epidermis of leaf blade:
            this project>
      spogon75.gif <@subject Scleropogon brevifolius, TS leaf blade: this project>

# \i{}Sclerostachya\i0{} <A. Camus>/

# \i{}Scolochloa\i0{} <Link>/
      ausam111.gif <@subject Scolochloa dura: Nicora & Rgolo de Agrasar (1987)>

# \i{}Scribneria\i0{} <Hackel>/
      hit375o.gif <@subject Scribneria bolanderi: Hitchcock and Chase (1950)>

# \i{}Scrotochloa\i0{} <Judziewicz>/
      scroto01.gif <@subject Scrotochloa urceolata, morphology: Soderstrom et al., 
            Smithsonian Contr. Bot. 65 (1987)>
      scroto02.gif <@subject Scrotochloa urceolata, spikelet details: Soderstrom et al., 
            Smithsonian Contr. Bot. 65 (1987)>
      scroto03.gif <@subject Scrotochloa urceolata, leaf anatomy: Soderstrom et al., 
            Smithsonian Contr. Bot. 65 (1987)>          
      scroto51.jpg <@subject Scrotochloa urceolata, abaxial epidermis of leaf blade with 
                            peculiar silica bodies: this project>
      scroto52.jpg <@subject Scrotochloa urceolata, abaxial epidermis of leaf blade: 
            this project>
                   <Abaxial epidermis of leaf blade (S. urceolata, silica
                    bodies)>
                   <@text x=154 y=172 w=318 h=-1 m
                          t='Scrotochloa-type' silica bodies>

# \i{}Scutachne\i0{} <A. Hitchc. & Chase>/
      wind293.gif <@subject Scutachne dura: Hitchcock (1936)>

# \i{}Secale\i0{} <L.>/
      secale02.gif <@subject Secale cereale: Gardner, 1952>
      icpl2601.gif <@subject Secale africanum: Hook. Ic. Pl. 27 (1901)>
      secale01.gif <@subject General aspect (S. africanum): Gibbs Russell et
                            al., 1990>
      ergot01.jpg <@subject Rye inflorescence with Ergot>

# \i{}Sehima\i0{} <Forssk.>/
      icpl3076.gif <@subject Sehima nervosum: Hook. Ic. Pl. 31 (1922)>
      sehima02.gif <@subject Sehima nervosum: Gardner, 1952>
      sehima01.gif <@subject Culm, inflorescence of Sehima galpinii: Gibbs Russell et
                            al., 1990>
      sehima17.jpg <@subject 'Raceme' of Sehima nervosum>

# \i{}Semiarundinaria\i0{} <Makino>/
      camus07b.jpg <@subject Semiarundinaria fastuosa (as Arundinaria: Camus, 1913.)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Sesleria\i0{} <Scop.>/
      sesleri1.jpg <@subject Sesleria autumnalis, as S. elongata: P. Beauv. (1812)>
      scrib74.gif <@subject Sesleria caerulea: Lamson-Scribner (1890)>
      eb1710.jpg <@subject Sesleria caerulea, general aspect: Eng. Bot. (1872)>

# \i{}Sesleriella\i0{} <Deyl>/
      slerie01.gif <@subject Sesleriella sphaerocephala: Fiori, Ic. florae italicae (1895)>

# \i{}Setaria\i0{} <P. Beauv.>/
      icpl3141.gif <@subject Setaria appendiculata (as S. haareri): Hook. 
            Ic. Pl. 32 (1930)>
      setari02.gif <@subject Setaria dielsii: Gardner, 1952>
      setari16.jpg <@subject Inflorescence with some spikelets shed (S.
                            geniculata)>
      setari39.gif <@subject Detailing involucres of Setaria geniculata>
                   <@text x=564 y=42 w=391 h=-4 m
                          t=\i{}Setaria geniculata\i0{}. Involucres persistent
                          (bristles continuous with the rachis).>
      setari26.jpg <@subject Opened spikelet showing female-fertile floret (Setaria
                            geniculata)>
      iraq192.gif <@subject Setaria glauca: Bor, Flora of Iraq (1968)>                          
      setari25.gif <@subject Floret, lemma of Setaria glaucescens>
                   <@text x=598 y=17 w=382 h=-4 m
                          t=\i{}Setaria glaucescens\i0{}. Glumes removed, to
                          show rugose, indurated lemma back.>     
      setari17.jpg <@subject Inflorescence (part, close-up) of Setaria oplismenoides>     
      wtafr367.gif <@subject Setaria pallidifusca and S. verticillata: Fl. W. Trop.
                            Afr. (1936)>
      setari18.jpg <@subject Inflorescence detail of Setaria palmifolia>                            
      natal173.gif <@subject Setaria parviflora, as imberbis: Wood, Natal 
      Plants 2 (1904)>                          
      natal172.gif <@subject Setaria rigida: Wood, Natal Plants 2 (1904)>                        
      eb1694.jpg <@subject S. verticillata, general aspect: Eng. Bot. (1872)>
      setari01.gif <@subject General aspect (S. verticillata): Gibbs Russell et
      al., 1990>      
      eb1693.jpg <@subject S. viridis, general aspect: Eng. Bot. (1872)>
      setviri1.jpg <@subject Setaria viridis: Pan XingLai, China, (2023)>
      setviri2.jpg <@subject Setaria viridis: Pan XingLai, China, (2023)>
      setviri3.jpg <@subject Setaria viridis: Pan XingLai, China, (2023)>
      setari51.jpg <@subject Setaria geniculata, abaxial epidermis of leaf blade:
            this project>
      setari50.gif <@subject Setaria geniculata, abaxial epidermis of leaf blade: 
            this project>
      setari75.gif <@subject Setaria italica, T.S. midrib zone of leaf blade: this project>
      setari91.gif <@subject Setaria italica, T.S. of leaf blade - electron micrograph: 
            this project>
                   <@text x=389 y=16 w=264 h=-4 m
                          t=\i{}Setaria italica\i0{}. C\sub{}4\nosupersub{} type
                          NADP-ME.>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Setariopsis\i0{} <Scribner ex Millsp.>/
      stariop1.jpg <@subject Setariopsis auriculata: Swallen, Grasses of Guatemala (1955)>
      stariop2.gif <@subject Setariopsis auriculata: Sanchez-Ken, Flora del Valle
              Tehuacn-Cuicatlan (2011)>

# \i{}Shibataea\i0{} <Makino>/
      camus31.jpg <@subject Shibataea kumasasa (with Phyllostachys spp.: Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Sieglingia\i0{} <Bernh.>/
      eb1745.jpg <@subject Sieglingia decumbens (as Triodia), general aspect: Eng. Bot.
                          (1872)>
      siegli01.jpg <@subject General aspect (S. decumbens): John Curtis, 1824>
      siegli50.gif <@subject Sieglingia decumbens, abaxial epidermis of leaf blade: this project>

# \i{}Silentvalleya\i0{} <Nair, Sreekumar, Vajravelu & Bhargavan>/
      svalle01.gif <@subject Silentvalleya nairii: Nair et al., J. Bombay Nat. Hist. 
            Soc. 79 (1982)>

# \i{}Simplicia\i0{} <Kirk>/
      simplic1.jpg <@subject Simplicia laxa: Cheeseman (1914), Ill. of New Zealand Flora>

# \i{}Sinarundinaria\i0{} <Nakai>/
      camus15.jpg <@subject Sinarundinaria falcata and S. kharsiana (~ Drepanostachyum spp.:
                           as Arundinaria, Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Sinobambusa\i0{} <Makino>/
      camus13a.jpg <@subject Sinobambusa tootsik (as Arundinaria: Camus, 1913)>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>
      sinoba50.gif <@subject Sinobambusa tootsik, abaxial epidermis of leaf blade: 
            this project>

# \i{}Sinochasea\i0{} <Keng>/
      schase01.gif <@subject Sinochasea trigyna: Guo, Benzhao (1987), quing hai jing zhi wu zhi>

# \i{}Sirochloa\i0{} <S. Dransfield>/

# \i{}Sitanion\i0{} <Raf.>/
      hit358b.gif <@subject Sitanion hystrix: Hitchcock and Chase (1950)>
      sitani50.gif <@subject Sitanion hystrix, abaxial epidermis of leaf blade: this project>

# \i{}Snowdenia\i0{} <C.E. Hubb.>/

# \i{}Soderstromia\i0{} <Morton>/
      sodstr01.gif <@subject Soderstromia mexicana male plant, as Fourniera: Lamson-Scribner 
                    (1897), American Grasses, Bull. U.S.D.A.>
      sodstr02.gif <@subject Soderstromia mexicana female plant, as Fourniera: Lamson-Scribner 
                    (1897), American Grasses, Bull. U.S.D.A.>                   
       soders50.gif <@subject Sodertromia mexicana, abaxial epidermis of leaf blade:
             this project>

# \i{}Soejatmia\i0{} <K.M. Wong>/
      soejat01.gif <@subject Soejatmia ridleyi, as Bambusa: Gamble, Bambuseae of Br. 
            ndia (1896)> 

# \i{}Sohnsia\i0{} <Airy Shaw>/
      sohnsi50.gif <@subject Sohnsia filifolia, abaxial epidermis of leaf blade: this project>
      sohnsi75.gif <@subject Sohnsia filifolia, TS leaf blade: this project>

# \i{}Sorghastrum\i0{} <Nash>/
      sorgha02.gif <@subject Sorghastrum incompletum, as S. bipennatum: Rose Innes, 
            Ghana Grasses (1977)>
      sorgha01.gif <@subject General aspect (Sorghastrum friesii): Gibbs Russell et al.,
                            1990>
      sorgha03.gif <@subject Sorghastrum brunneum: Sanchez-Ken, Flora del Valle
              Tehuacn-Cuicatlan (2011)>                     
      sorgast1.jpg <@subject Sorghastrum ellittii and S. nutans: Britton (1913), Ill.
      Flora of Northern U.S.A., 1>

# \i{}Sorghum\i0{} <Moench>/
      natal120.gif <@subject Sorghum bicolor, as Andropogon sorghum var. 
      usorum: Wood, Natal Plants 2 (1904)>
      sorghu03.gif <@subject Sorghum halepense: Flora del Valle de Tehuacn-Cuicatln (2011)>
      sorghu01.gif <@subject General aspect (S. halepense): Gibbs Russell et
                            al., 1990>            
      sorghu02.gif <@subject Sorghum plumosum: Gardner, 1952>
      icpl3234.gif <@subject Sorghum purpureosericeum (as S. dimidiatum): Hook. Ic. 
            Pl. 33 (1935)>
      sorghu50.gif <@subject Sorghum leiocladum, abaxial epidermis of leaf blade: 
            this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>
      antilol1.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Lolium serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Lolium
                                perenne\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (right). Antigens
                                allergenic in humans are concentrated in the
                                heat-stable components. For experimental details
                                and discussion of the taxonomic patterns among
                                cross-reactions, see Watson and Knox (1976) and
                                Watson (1983).>
      antilol.gif <@subject Grass pollen antigens: cross-reactions against anti-Lolium
                           serum>
                  <@imagenotes x=891 y=956
                               t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                               (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                               with rabbit antiserum in the trough, \i{}Lolium
                               perenne\i0{} pollen extract (control) in the
                               upper well, and comparable extracts from other
                               genera in the lower wells, as indicated. For
                               experimental details and discussion of the
                               taxonomic patterns among cross-reactios, see
                               Watson and Knox (1976) and Watson (1983).>
      antilol2.gif <@subject Heat stable grasspollen antigens (allergens):
                            cross-reactions against anti-Lolium serum>
                   <@imagenotes x=464 y=954
                                t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS-HEAT-STABLE COMPONENT).
                                \par{}\par{}Each slide with rabbit antiserum in
                                the trough, boiled \i{}Lolium perenne\i0{}
                                pollen extract (control) in the upper well, and
                                comparable boiled extracts from other genera in
                                the lower wells, as indicated. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactios, see Watson and Knox (1976)
                                and Watson (1983).>
      anticyno.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Cynodon serum>
                   <@imagenotes x=868 y=956
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Cynodon
                                dactylon\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (human allergens, right).
                                For experimental details and discussion of the
                                taxonomic patterns among cross-reactions, see
                                Watson and Knox (1976) and Watson (1983).>
      antizea1.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                            serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Zea
                                mays\i0{} pollen extract (control) in the upper
                                well, and comparable extracts from other genera
                                in the lower wells, as indicated. Results are
                                compared using raw extract (left) with those
                                using boiled extract (where availabe, right).
                                Antigens allergenic in humans are concentrated
                                in the heat-stable components. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactions, see Watson and Knox
                                (1976) and Watson (1983).>
      antizea.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                           serum>

# \i{}Spartina\i0{} <Schreber>/
      spartin1.jpg <@subject Spartina cynosurides: P. Beauv. (1812)> 
      eb1688.jpg <@subject Spartina alterniflora, general aspect: Eng. Bot. (1872)>
      sparti01.gif <@subject General aspect (S. maritima): Gibbs Russell et al.,
                            1990>
      eb1687.jpg <@subject Spartina maritima (as S. stricta), general aspect: Eng.
                          Bot. (1872)>
      sparti16.gif <@subject Inflorescence branch, detail (Spartina maritima)>
      sparti50.gif <@subject Spartina maritima, abaxial epidermis of leaf blade:
            this project>
                   <@text x=387 y=34 w=326 h=-3 m
                          t=\i{}Spartina maritima\i0{}. Microhairs in crypts
                          (two in lower part of picture, one at top).>
      sparti75.gif <@subject Spartina maritima, TS leaf blade: this project>

# \i{}Spartochloa\i0{} <C.E. Hubb.>/
      sparto01.gif <@subject Spartochloa scirpodia: Gardner, 1952>

# \i{}Spathia\i0{} <Ewart>/
      spath01.gif <@subject Spathia neurosa: Lazarides (1981)>
      spathi50.jpg <@subject Spathia neurosa, abaxial epidermis of leaf blade: this project>
      spathi51.gif <@subject Spathia neurosa, abaxial epidermis of leaf blade: this project>

# \i{}Sphaerobambos\i0{} <S. Dransfield>/
      sphbamb1.jpg <@subject Sphaerobambos philippinensis, as Guadua: Brown & Fischer 
      (1918), Philippine Bamboos>

# \i{}Sphaerocaryum\i0{} <Nees ex Hook.f.>/
      sphcar01.gif <@subject Sphaerocaryum malaccense: Wu Zhengyi, Flora Yunnanica 
            9 (2003)>     

# \i{}Spheneria\i0{} <(C. Muell.) Pilg.>/
      sphener1.jpg <@subject Spheneria kegelii, as S. setifolia: Hoehne (1839),
      Estrateigicas de Matto-Grosso ao Amazonas>
      cchloa01.gif <@subject Spheneria kegelii, with Centrochloa singularis: Swallen, 
                    J. Wash. Acad. Sci. 25 (1935)>    

# \i{}Sphenopholis\i0{} <Scribner>/
      kunth084.gif <@subject Sphenopholis obtusata, as Reboulea gracilis: Kunth (1835)>
      hit380b.gif <@subject S. obtusata: Hitchcock and Chase (1950)>

# \i{}Sphenopus\i0{} <Trin.>/
      iraq038.gif <@subject Sphenopus divaricatus: Bor, Flora of Iraq (1968)>
      spopus01.gif <@subject General aspect (S. divaricatus): Gibbs Russell et
                            al., 1990>
      sphenop1.jpg <@subject Sphenopus divaricatus (as S. gouani: Coste (1906), 
      Fl. France 3>                        
      spopus16.gif <@subject Inflorescence detail (Sphenopus divaricatus)>
      spopus17.gif <@subject Inflorescence detail (Sphenopus divaricatus)>
      spopus25.gif <@subject Spikelet (Sphenopus divaricatus)>

# \i{}Spinifex\i0{} <L.>/
      spinife3.jpg <@subject Spinifex hirsutus: P. Beauv. (1812)>
      spinifex.jpg <@subject Spinifex hirsutus: www.ckofr.com>
      spinife1.jpg <@subject Spinifex hirsutus, hermaphrodite: La Billardierre
      and Houton (1804), Novae Hollandiae Plantarum 2>
      spinife2.jpg <@subject Spinifex hirsutus, male: La Billardierre
      and Houton (1804), Novae Hollandiae Plantarum 2>
      spinif46.gif <@subject Caryopsis of Spinifex hirsutus (hilum): this project>
                   <@text x=14 y=17 w=392 h=-4 m
                          t=\i{}Spinifex hirsutus\i0{}. Dorsiventrally
                          compressed, with short (punctiform) hilum.>
      spinif47.gif <@subject Caryopsis of Spinifex hirsutus (embryo): this project>
                   <@text x=641 y=20 w=340 h=-3 m
                          t=\i{}Spinifex hirsutus\i0{}. Large, waisted
                          embryo.>
      spinif50.gif <@subject Spinifex sericeus, abaxial epidermis of leaf blade: 
            this project>
      spinif51.gif <@subject Spinifex hirsutus, abaxial epidermis of leaf blade: 
            this project>
      spinif75.gif <@subject Spinifex hirsutus, TS of leaf blade: this project>

# \i{}Spodiopogon\i0{} <Trin.>/
      iraq212.gif <@subject Spodiopogon pogonanthus: Bor, Fl. of Iraq (1968)>
      spodio75.gif <@subject Spodiopogon lacei, T.S. of leaf blade reduced to midrib: 
            this project>
                   <@item x=9 y=859 w=202 h=130 m
                          t=lacei (blade reduced to its midrib)>

# \i{}Sporobolus\i0{} <R.Br.>/
      sporob04.gif <@subject Sporobolus australasicus, S. actinocladus, S. capensis, S.
                            mitchellii, S. virginicus: Gardner, 1952>
      kunth045.gif <@subject Sporobolus piliferus (as S. rupestris): Kunth (1835), Dist. 
      mthodique de la famille Gramines>                       
      sporob01.gif <@subject General aspect (S. africanus): Gibbs Russell et
                            al., 1990>
      sporob02.gif <@subject General aspect (S. nitens): Gibbs Russell et al.,
                            1990>
      sporob03.gif <@subject General aspect, spikelets (S. subtilis): Gibbs
                            Russell et al., 1990>
      sporob16.jpg <@subject Part of inflorescence, detail (Sporobolus elongatus)>
      sporob17.jpg <@subject Fruiting inflorescence detail (Sporobolus elongatus)>
      sporob18.jpg <@subject Inflorescence detail (Sporobolus indicus)>
      sporob27.jpg <@subject Spikelets of Sporobolus australiensis>
      sporob25.jpg <@subject Opened spikelet of Sporobolus elongatus>
      sporob26.jpg <@subject Opened spikelet of Sporobolus indicus>
      sporob96.jpg <@subject Seedling of Sporobolus elongatus>
      sporob50.gif <@subject Sporobolus elongatus, abaxial epidermis of leaf blade: 
           this project>
      sporob75.gif <@subject Sporobolus elongatus, TS of leaf blade: this project>
      sporob76.gif <@subject Sporobolus caroli, ultra-thin T.S. of leaf blade: this project>
                   <@text x=43 y=15 w=229 h=-4 m
                          t=\i{}Sporobolus caroli\i0{}. Centripetal chloroplasts
                          in the PCR sheath cells.>
      sporob77.gif <@subject Sporobolus fimbriatus, leaf blade T.S. with 
            immunofluorescent-labelled Rubisco: Hattersley, Watson and Osmond (1977)>
                   <@text x=654 y=832 w=328 h=-4 m
                          t=\i{}Sporobolus fimbriatus\i0{}. Fluorescent-labelled
                          Rubisco in the PCR sheath.>
      mhamar02.jpg <@subject Microhairs of Sporobolus elongatus and Dactyoctenium
                            aegyptium: longitudinal EM sections (Amarasinghe)>
                   <@imagenotes x=44 y=22
                                t=Figs. 9-11, \i{}Sporobolus elongatus\i0{}; 12,
                                \i{}Dactyloctenium aegyptium\i0{}:
                                Chloridoid-type microhairs. BC = basal cell, CC
                                = cap cell, CH = cuticular chamber, CW = cell
                                wall, M = mitochondria, N = nucleus, NT =
                                network of tubules, OS = osmophilic material,
                                PTM = partitioning membranes, TC = thickened
                                cuticle, V = vesicle; microtubules indicated by
                                white arrows, plasmodesmata by white arrowheads.
                                Scale bar = 1.5 microns.>

# \i{}Stapfochloa\i0{} <H. Scholz>/
      stapfo01.gif <@subject Stapfochloa lamproparia, as Chloris: Anderson, Brigham 
            Young Univ. Science Bull. 19 (1974)>
 
# \i{}Steinchisma\i0{} <Raf.>/
      kunth110.gif <@subject Steinchisma laxum, as Panicum diandrum: Kunth (1835)> 
      steinch1.jpg <@subject Steinchisma hians: Britton & Brown (1913), Ill. Flora 
            of Northern U.S.A.>
      steinch2.jpg <@subject Steinchisma hians, as Panicum: Hitchcock and Chase (1950)>
      steinc76.gif <@subject Steinchisma hians, T.S. leaf blade - fluorescence image:
            this project>

# \i{}Steirachne\i0{} <Ekman>/
      steirac1.jpg <@subject Steirachne diandra, as Eragrostis barbata: Fl. Brasiliensis
      2 (1878)>
      steira50.gif <@subject Steirachne diandra, abaxial epidermis of leaf blade: 
            this project>

# \i{}Stenotaphrum\i0{} <Trin.>/
      kunth211.gif <@subject Stenotaphrum dimidiatum, as S. madagascariense: Kunth (1835)>
      stenot03.gif <@subject Stenotaphrum secundatum: Gardner, 1952>
      stenot16.gif <@subject Inflorescence detail (Stenotaphrum secundatum)>
      stenot50.gif <@subject Stenotaphrum micranthum, abaxial epidermis of leaf blade:
            this project>
      stenot51.gif <@subject Stenotaphrum secundatum, abaxial epidermis of leaf blade:
            this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Stephanachne\i0{} <Keng>/
      steph01.gif <@subject Stephanachne pappophorea: See legend for reference>

# \i{}Stereochlaena\i0{} <Hackel>/
      stereoc1.jpg <@subject Stereochlaena cameronii, as Chloridion: Hook. Ic. Pl. 27 
      (1901)>
      stereo01.gif <@subject General aspect (S. cameronii): Gibbs Russell et
                            al., 1990>
      stereo50.gif <@subject Stereochlaena cameronii, abaxial epidermis of leaf blade:
            this project>
      stereo75.gif <@subject TS leaf blade of Stereochlaena cameronii: this project>

# \i{}Steyermarkochloa\i0{} <Davidse & Ellis>/
      steyer01.gif <@subject Steyermarkochloa unifolia (= angustifolia): Davidse 
            & Ellis (1984)>
      steyer02.jpg <@subject S. unifolia (= angustifolia), TS leaf blade: 
                            Davidse & Ellis (1984)>
      steyer03.jpg <@subject S. unifolia (= angustifolia), epidermis of 
                            leaf blade and sheath: Davidse & Ellis (1984)>                      

# \i{}Stiburus\i0{} <Stapf>/
      stiburu1.jpg <@subject Stiburus alopececuroides: J.M. Wood (1903), Natal Plants 
      5 (Grasses)>
      stibur01.gif <@subject General aspect (S. alopecuroides): Gibbs Russell et
                            al., 1990>
      stibur75.gif <@subject TS leaf blade of Stiburus alopecuroides: this project>

# \i{}Stilpnophleum\i0{} <Nevski>/

# \i{}Stipa\i0{} <L.> sensu lato/
      stipa001.jpg <@subject Stipa barbata: P. Beauv. (1812)>
      iraq151.gif <@subject Stipa capensis: Bor, Flora of Iraq (1968)>
      stipa02.gif <@subject Stipa elegantissima: Gardner, 1952>
      stipa04.gif <@subject Stipa hemipogon: Gardner, 1952>
      stipa03.gif <@subject Stipa juncifolia, S. aff. nitida: Gardner, 1952>      
      austipa1.gif <@subject Austrostipa mollis, as Stipa: Hutchinson, you hua 
                    zhi wu ke zhi shuang zi ye zhi wu (1955)>     
      stipa05.jpg <@subject Austrostipa setacea: Hooker, Fl. Tasmaniae (1860)>
      gramnz02.jpg <@subject Austrostipa stipoides (as Dichelachne): Hooker, Fl.
                            Novae-Zelandiae (1853)>
      gramnz03.jpg <@subject cf. Stipa arundinacea (as Apera): Hooker, Fl.
                            Novae-Zelandiae (1853)>
      stipa01.gif <@subject General aspect (S. dregeana): Gibbs Russell et al.,
                           1990>
      stipa11.gif <@subject Ligule of Stipa (Austrostipa) neesiana>
      stipa12.gif <@subject Leaf-blade auricular hairs in Stipa (Austrostipa)
                           falcata>
                  <@text x=554 y=23 w=423 h=-3 m
                         t=\i{}Stipa (Austrostipa) falcata\i0{}. Hairs at the
                         auricular position.>
      stipa42.gif <@subject Disarticulated spikelet of Stipa (Austrostipa)
                           bigeniculata>
      stipa45.gif <@subject T.S. of awn showing vascularization in Stipa spartea: this project>
                  <@text x=9 y=11 w=374 h=-4 m
                         t=\i{}Stipa (Hesperostipa) spartea\i0{}. Three vascular
                         bundles.>
      stipa46.gif <@subject Germination details in Stipa (Austrostipa) falcata: this project>
                  <@text x=515 y=29 w=206 h=-5 m
                         t=\i{}Stipa (Austrostipa) falcata\i0{}. Emerging
                         radicle (lower left) and shoot (upper right).>
                  <@text x=9 y=752 w=191 h=-4 m
                         t=\i{}Stipa (Austrostipa) falcata\i0{}. Lemma splitting
                         over the embryo.>
      stipa503.jpg <@subject Austrostipa bigeniculata, abaxial epidermis of leaf blade: this project>
      stipa502.jpg <@subject Austrostipa bigeniculata, abaxial epidermis of leaf blade: this project>
      stipa501.jpg <@subject Austrostipa bigeniculata, abaxial epidermis of leaf blade: this project>
      stipa76.jpg <@subject Sustrostipa bigeniculata, TS leaf blade: this project>
      stipa51.jpg <@subject Austrostipa elegantissima, abaxial epidermis of leaf blade: this project>
      stipa52.jpg <@subject Austrostipa densiflora, abaxial epidermis of leaf blade: this project>
      stipa77.jpg <@subject TS leaf blade of Austrostipa densiflora: this project>
      stipa53.jpg <@subject Austrostipa teretifolia, abaxial epidermis of leaf blade: this project>
      stipa54.jpg <@subject Austrostipa blackii, abaxial epidermis of leaf blade: this project>
      stipa55.jpg <@subject Austrostipa falcata, abaxial epidermis of leaf blade: this project>
      stipa78.jpg <@subject Austrostipa falcata, TS leaf blade: this project>
      stipa52.gif <@subject Austrostipa pubescens, abaxial epidermis of leaf blade: this project>
      stipa75.gif <@subject TS leaf blade of Austrostipa pubescens: this project>
      stipa79.jpg <@subject TS leaf blade of Austrostipa pubescens: this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Stipagrostis\i0{} <Nees>/
      iraq148.gif <@subject Stipagrostis plumosa: Bor, Flora of Iraq (1968)>
      stipag01.gif <@subject General aspect (S. anomala): Gibbs Russell et al.,
                            1990>
      stipag02.gif <@subject General aspect (S. namaquensis): Gibbs Russell et
                            al., 1990>
      stipag03.gif <@subject General aspect, spikelet (S. obtusa): Gibbs Russell
                            et al., 1990>
      stipag04.gif <@subject General aspect (S. zeyheri): Gibbs Russell et al.,
                            1990>
      stipag52.gif <@subject Stipagrostis uniplumis, abaxial epidermis of leaf 
            blade: this project>
      stipag50.gif <@subject Stipagrostis uniplumis, abaxial epidermis of leaf 
            blade: this project>
      stipag51.gif <@subject Stipagrostis uniplumis, detail of abaxial epidermis of 
            leaf blade: this project>
      stipag75.gif <@subject Stipagrostis uniplumis, TS leaf blade: this project>

# \i{}Streblochaete\i0{} <Hochst.>/
      streblo1.jpg <@subject Streblochaete longiaristata, as Koordersiochloa: Merrill (1917),
      Philippine J. of Science 12>
      strebl01.gif <@subject General morphology (S. longiaristata): Gibbs Russell
                            et al., 1990>

# \i{}Streptochaeta\i0{} <Schrad.>/
      strepto1.jpg <@subject Streptocheta spicata, general aspect: Trinius (1836), Species 
      Graminum 3>
      strepto2.jpg <@subject Streptochaeta spicata, technical details: Trinius (1836), Species 
      Graminum 3>
      ausam025.gif <@subject S. spicata: Nicora & Rgolo de Agrasar (1987)>

# \i{}Streptogyna\i0{} <P. Beauv.>/
      jfel046.gif <@subject Streptogtna crinita: Jacques-Flix, 1962>
      jfel045.gif <@subject Streptogyna crinita, leaf blade anatomy: Jacques-Flix, 1962>
      strepgy1.jpg <@subject S. crinita: P. Beauv. (1812)>
      strepgy2.gif <@subject Streptogyna crinita: Rose Innes, Ghana Grasses (1977)>
      strepgy3.gif <@subject Streptogyna crinita, morphology: Soderstrom et al., 
            Smithsonian Contr. Bot. 65 (1987)>
      strepgy4.gif <@subject Streptogyna crinita and S. americana: leaf anatomy: 
            Soderstrom et al., Smithsonian Contr. Bot. 65 (1987)>           

# \i{}Streptolophus\i0{} <Hughes>/
      streplop.gif <@subject Streptolophus sagittifolius: D.K. Hughes, Kew Bull. 1923>
      sophus50.gif <@subject Streptolophus sagittifolius, abaxial epidermis of leaf blade:
            this project>

# \i{}Streptostachys\i0{} <Desv.>/
      kunth166.gif <@subject Strerptostachys macrantha, as Panicum vaginatum: Kunth (1835)>
      stachys1.jpg <@subject S. asperifolia, as S. hirsuta: P. Beauv. (1812)>
      sachys50.gif <@subject Streptostachys asperifolia, abaxial epidermis of leaf blade:
            this project>
      sachys75.gif <@subject Streptostachys asperifolia, TS leaf blade: this project>

# \i{}Styppeiochloa\i0{} <de Winter>/
      styppe01.gif <@subject General aspect (Styppeiochloa gynoglossa): Gibbs Russell et
                            al., 1990>

# \i{}Sucrea\i0{} <Soderstrom>/
      sucrea76.gif <@subject Sucrea maculata, detail of TS leaf blade: this project>

# \i{}Suddia\i0{} <Renvoize>/

# \i{}Swallenia\i0{} <Soderstrom & Decker>/
      hit1200.gif <@subject Swallenia alexandrae, as Ectosperma: Hitchcock & Chase (1950)>
      swenia75.gif <@subject Swallenia alexandrae, TS leaf blade: this project>

# \i{}Swallenochloa\i0{} <McClure>/
      mcclu045.gif <@subject Swallenochloa tessellata: McClure, New World Bamboos (1973)>
      schloa50.gif <@subject Swallenochloa longiligulata, abaxial epidermis of leaf blade:
            this project>

# \i{}Sylvipoa\i0{} <Soreng, L.J. Gillespie & S.W.L. Jacobs>/

# \i{}Symplectrodia\i0{} <Lazarides>/
      symple40.gif <@subject Symplectrodia lanosa spikelet with glumes removed:
            this project>
      symple42.gif <@subject Callus of S. lanosa>
      symple50.gif <@subject Symplectronia lanosa, abaxial epidermis of leaf blade:
            this project>
      symple75.gif <@subject Symplectrodia lanosa, TS leaf blade: this project>

# \i{}Taeniatherum\i0{} <Nevski>/
      hitch332.gif <@subject Taeniatherum caput-medusae, as Elymus: Hitchcock 
            & Chase (1959)>
      taenia50.gif <@subject Taeniatherum caput-medusae, abaxial epidermis of leaf 
            blade: this project>

# \i{}Taeniorhachis\i0{} <T.A. Cope>/

# \i{}Tarigidia\i0{} <Stent>/
      tarigi01.gif <@subject General aspect, spikelet cluster (Tarigidia aequiglumis):
                            Gibbs Russell et al., 1990>

# \i{}Tatianyx\i0{} <Zuloaga & Soderstrom>/
      tatian01.gif <@subject Tatianyx arnactites: Zuloaga & Soderstrom, Smiths. 
            Contr. to Botany 59 (1985)>
      tatian50.gif <@subject Tatianyx arnactites, abaxial epidermis of leaf blade: 
            this project>

# \i{}Teinostachyum\i0{} <Munro>/
      teinost4.gif <@subject Teinostachyum helferi: Gamble, Ann. Roy. Bot. Gard. Calcutta
            7 (1896)>

# \i{}Tenaxia\i0{} <N.P. Barker & H.P Linder>/
      tenaxia1.gif <@subject Tenaxia stricta: Linder \i{}et al\i0{}, Ann. Miss. Bot. 
            Gard. 97 (2010)>

# \i{}Tetrachaete\i0{} <Chiov.>/
      tchaet01.gif <@subject Tetrachaete elionuroides: Nat. Pflanzenfam. Suppl. 2 (1908)>
      tchaet50.gif <@subject Tetrachaete elionuroides, abaxial epidermis of leaf blade:
            this project>

# \i{}Tetrachne\i0{} <Nees>/
      tetrac01.gif <@subject General aspect (Tetrachne dregei): Gibbs Russell et al.,
                            1990>
      ausam129.gif <@subject Tetrachne dregei: Nicora & Rgolo de Agrasar (1987)>
      tetrac50.gif <@subject Tetrachne dregei, abaxial epidermis of leaf blade: this project>
      tetrac75.gif <@subject Tetrachne dregei, TS of leaf blade: this project>

# \i{}Tetrapogon\i0{} <Desf.>/
      tpogon1.jpg <@subject Tetrapogon cenchriformis, as Lepidopironia: 
      Richard, Voyage en Abyssinie (1851)>
      icpl1376.gif <@subject T. cenchriformis, as Cryptochloris spathacea: 
      Hook. Ic. Pl. 14 (1882)>
      tetrap01.gif <@subject General aspect (T. tenellus): Gibbs Russell et al.,
                            1990>
      tetrap50.gif <@subject Tetrapogon tenellus, abaxial epidermis of leaf blade:
            this project>
      tetrap75.gif <@subject Tetrapogon tenellus, TS leaf blade: this project>

# \i{}Tetrarrhena\i0{} <R.Br.>/
      tetrarr1.jpg <@subject Tetrarrhena juncea, as tenacissima: Hooker (1860), 
            Erebus and Terror Voyage, 3>
      tetrar01.gif <@subject General aspect and spikelet of T. laevis>
      tetrar50.gif <@subject Tetrarrhena laevis, abaxial epidermis of leaf blade: 
            this project>
      tetrar75.jpg <@subject Tetrarrhena juncea, TS leaf blade: this project>

# \i{}Thamnocalamus\i0{} <Munro>/
      icpl2930.gif <@subject Thamnocalamus tessellatus, as Arundinaria: Hook. Ic. 
            Pl. 30 (1913)>
      thamno01.gif <@subject General morphology (T. tessellatus): Gibbs Russell
                            et al., 1990>
      camus30.jpg <@subject Thamnocalamus spathiflorus (with Phyllostachys spp.): Camus,
      1913.>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>      
                            
# \i{}Thaumastochloa\i0{} <C.E. Hubb.>/
      thauma01.gif <@subject General aspect (Thaumastochloa major): E. Hickman>

# \i{}Thedachloa\i0{} <S.W.L. Jacobs>/

# \i{}Thelepogon\i0{} <Roth.>/
      thelep02.gif <@subject Thelepogon elegans, as Andropogon princeps: Richard, 
            Tentamen Florae Abyssinicae (1851)>
      thelep01.gif <@subject General aspect (T. elegans): Gibbs Russell et al.,
                            1990>
      thelep50.gif <@subject Thelepogon elegans, abaxial epidermis of leaf blade: 
            this project>

# \i{}Thellungia\i0{} <Stapf>/
      icpl3184.gif <@subject Thellungia advena: Hook. Ic. Pl. 32 (1933)>
      thellu01.gif <@subject Thellungia advena: Lazarides (1981)>
      thellu50.gif <@subject Thellungia advena, abaxial epidermis of leaf blade: 
            this project>

# \i{}Themeda\i0{} <Forssk.>/
      themed03.gif <@subject Themeda triandra: Gardner, 1952>
      themed01.gif <@subject General aspect (T. triandra): Gibbs Russell et al.,
                            1990>
      themed25.gif <@subject Spikelet cluster of Themeda triandra>
      themed26.gif <@subject Spikelet cluster detail of T. triandra>
      gramtm03.jpg <@subject Themeda triandra (as Anthistiria): Hooker, Fl.
                            Tasmaniae (1860)>
      kunth095.gif <@subject Themeda arundinacea, as Anthistiria: Kunth (1835)>
      themed50.gif <@subject Themeda triandra, abaxial epidermis of leaf blade:
            this project>      
      themed75.gif <@subject Themeda triandra, TS of leaf blade: 
            this project>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>

# \i{}Thinopyrum\i0{} <A. Lve>/
      thinop01.gif <@subject General aspect (T. distichum): Gibbs Russell et
                            al., 1990>
      thinop50.gif <@subject Thinopyrum distichum, abaxial epidermis of leaf blade:
            this project>

# \i{}Thrasya\i0{} <Kunth>/
      kunth102.gif <@subject Thrasya thrasyoides, as T. hirsuta: Kunth (1835)> 
      thrasya1.jpg <@subject T. petrosa, as Tylothrasya: Fl. Brasiliensis 2 
      (1842)>
      trasya50.gif <@subject Thrasya petrosa, abaxial epidermis of leaf blade: this project>
      trasya75.gif <@subject Thrasya petrosa, TS leaf blade midrib: this project>
                   <@item x=9 y=897 w=182 h=-3 m
                          t=petrosa (midrib)>

# \i{}Thrasyopsis\i0{} <L. Parodi>/
      trasyo01.gif <@subject Thrasyopsis repanda, as Panicum repandum: Trinius, Species 
      Graminum 2 (1829)> 
      trasyo50.gif <@subject Thrasyopsis repanda, abaxial leaf blade epidemis: this project>

# \i{}Thuarea\i0{} <Pers.>/
      kunth035.gif <@subject Thuarea involuta, as T. sarmentosa: Kunth (1835)> 
      thurea51.jpg <@subject Thuarea involuta, abaxial epidermis of leaf blade: this project>
      thurea50.gif <@subject Thuarea involuta, abaxial epidermis of leaf blade: this project>
      thurea52.jpg <@subject Thuarea involuta, abaxial epidermis of leaf blade: this project>
      thuare76.jpg <@subject Thuarea involuta, TS leaf blade: this project>

# \i{}Thyridachne\i0{} <C.E. Hubb.>/
      jfel186.gif <@subject Thyridachne tisserantii: Jacques-Flix, 1962>
      tridac50.gif <@subject Abaxial epidermis of leaf blade of Thyridachne tisserantii: 
            this project>

# \i{}Thyridolepis\i0{} <S. T. Blake>/
      tridol01.gif <@subject Thyridolepis mitchelliana, general morphology, details:
                            Blake, 1972>
      tridol11.gif <@subject Intravaginal culm branching of T. mitchelliana>
      tridol15.gif <@subject General aspect, inflorescence of T. mitchelliana>
      icpl1240.gif <@subject Thyridolepis mitchelliana, as Neurachne: Hook. Ic. Pl. 13 (1877-79)>
      tridol26.gif <@subject Spikelets of T. mitchelliana and T. multiculmis>
      tridol25.gif <@subject T. mitchelliana, close-up of inflorescence, glume details: this project>
                   <@text x=777 y=22 w=213 h=-6 m
                          t=\i{}Thyridolepis mitchelliana\i0{}. Abaxial
                          spikelets, the lower (outer) glumes with a window
                          surmounted by bristles.>
      tridol27.jpg <@subject Spikelet of Thyridolepis xerophylla>
      slings05.jpg <@subject Germinating caryopsis and seedling of Thyridolepis
                            mitchelliana>
      tridol50.gif <@subject Thyridolepis multiculmis, abaxial epidermis of leaf blade: 
            this project>
      tridol51.gif <@subject Thyridolepis mitchelliana, abaxial epidermis of leaf blade:  
            this project>
      tridol52.gif <@subject Thyridolepis xerophylla, abaxial epidermis of leaf blade:
            this project>
      tridol75.gif <@subject Thyridolepis mitchelliana, fluorescence image of leaf blade TS:
            this project>

# \i{}Thyrsia\i0{} <Stapf>/
      jfel211.gif <@subject Thyrsia undulatifolia: Jacques-Flix, 1962>
      icpl3078.gif <@subject Thyrsia huillensis, as T. inflata: Hook. Ic. 
      Pl. 31 (1922)>      
      thyrsi50.gif <@subject Thyrsia. undulatifolia, abaxial epidermis of leaf blade:
            this project>
      thyrsi76.gif <@subject Thyrsia undulatifolia, TS leaf blade: this project>

# \i{}Thyrsostachys\i0{} <Gamble>/
      thyrso01.gif <@subject Thyrsostachys oliverae: Gamble, Bambuseae of Br. India (1896)>
      thyrso02.gif <@subject T. siamensis: Gamble, Bambuseae of Br. India (1896)>
      camus83.jpg <@subject T. siamensis, with Guaduella spp.: Camus, 1913>
      camuleg2.jpg <@subject Abbreviations for Camus (1913) figures>

# \i{}Thysanolaena\i0{} <Nees>/
      jfel071.gif <@subject Thysanolaena maxima: Jacques-Flix, 1962>
      thysan50.gif <@subject Thysanolaena maxima, abaxial epidermis of leaf blade:
            this project>
      thysan52.gif <@subject Thysanolaena maxima, abaxial epidermis of leaf blade:
            this project>
      thysan75.gif <@subject Thysanolaena maxima, TS leaf blade: this project>

# \i{}Torreyochloa\i0{} <Church>/
      hit105b.gif <@subject Torreyochloa pallida (as Glyceria): Hitchcock and Chase (1950)>
      hit106o.gif <@subject T. fernaldii (as Glyceria): Hitchcock and Chase
                           (1950)>

# \i{}Tovarochloa\i0{} <T.D. Macfarlane & P. P.-H. But>/
      tovaro25.gif <@subject Tovarochloa peruviana, spikelet: Macfarlane & But, 1982>

# \i{}Trachypogon\i0{} <Nees>/
      kunth195.gif <@subject Trachypogon spicatus, as Andropogon mollis: Kunth (1835)>
      jfel249.gif <@subject T. spicatus (as T. thollonii): Jacques-Flix, 1962>
      tpogon01.gif <@subject General aspect (T. spicatus): Gibbs Russell et al.,
                            1990>
      tpogon50.gif <@subject Trachypogon plumosus, abaxial epidermis of leaf blade:
            this project>
      tpogon51.gif <@subject Trachypogon plumosus, abaxial epidermis of leaf blade:
            this project>

# \i{}Trachys\i0{} <Pers.>/
      trachys1.jpg <@subject Trachys muricata, as T. mucronata: P. Beauv. (1812)>
      trachys2.jpg <@subject T. muricata, as Panicum squarrosum: Roxburgh (1819),
      Plants of Coromandel coast>
      trachy50.gif <@subject Trachys muricata, abaxial epidermis of leaf blade:
            this project>

# \i{}Tragus\i0{} <Haller>/
      scrib022.gif <@subject Tragus racemosus\i{}: Lamson-Scribner (1890)\i0{}>
      tragus02.gif <@subject Tragus australianus: Gardner, 1952>
      tragus25.gif <@subject Tragus australianus, close-up of a spikelet cluster: this project>
                   <@text x=33 y=840 w=355 h=-5 m
                          t=\i{}Tragus australianus\i0{}. Shortly pedunculate
                          glomerule of spikelets, lower glumes spiny.>
      tragus50.gif <@subject Tragus australianus, abaxial epidermis of leaf blade: this project>
      tragus01.gif <@subject General aspect (T. berteronianus): Gibbs Russell et
                            al., 1990>    

# \i{}Tribolium\i0{} <Desv.>/
      kunth192.gif <@subject Tribolium echinatum, as Lasiochloa ciliaris: Kunth (1835)>
      tribol02.gif <@subject Tribolium echinatum: Linder \i{}et al\i0{}, Ann. Miss. Bot. 
            Gard. 97 (2010)>
      icpl2602.gif <@subject Tribolium ciliare, as Brizopyrum: Hook. Ic. Pl. 27 (1901)>
      icpl2603.gif <@subject T. obliterum, as Brizopyrum glomeratum: Hook. 
      Ic. Pl. 27 (1901)>      
      tribol01.gif <@subject General aspect (T. uniolae): Gibbs Russell et al.,
                            1990>
      tribol50.jpg <@subject Tribolium acutiflora, abaxial epidermis of leaf blade:
            this project>
      tribol75.gif <@subject Tribolium uniolae, TS leaf blade: this project>

# \i{}Trichloris\i0{} <Benth.>/
      hitch771.jpg <@subject Trichloris crinita and T. pluriflora (Hitchcock and Chase,
                            1950)>

# \i{}Tricholaena\i0{} <Schrad.>/
      icpl3098.gif <@subject Tricholaena monachne, as Xylochlaena: Hook. Ic. Pl.
      31 (1922)>
      jfel182.gif <@subject Tricholaena teneriffae: Jacques-Flix, 1962>
      tlaena01.gif <@subject General aspect (T. monachne): Gibbs Russell et al.,
                            1990>
      tlaena50.gif <@subject Tricholaena monachne, abaxial epidermis of leaf blade:
            this project>

# \i{}Trichoneura\i0{} <Anderss.>/
      icpl2609.gif <@subject T. grandiglumis, as Crossotropis: Hook. Ic. Pl. 
      27 (1901)>
      trichon2.jpg <@subject T. lindleyana, as Leptochloa: Kunth (1835), Dist. 
      mthodique de la famille Gramines> 
      tneura01.gif <@subject General aspect of T. grandiglumis: Gibbs Russell et
                            al., 1990>
      tneura50.gif <@subject T. arenaria, abaxial epidermis of leaf blade: this project>

# \i{}Trichopteryx\i0{} <Nees>/
      tteryx02.gif <@subject Trichopteryx dregeana: Wood, Natal Plants 2 (1899)>
      tteryx01.gif <@subject General aspect (T. dregeana): Gibbs Russell et al.,
                            1990>
      icpl2394.gif <@subject Trichopteryx elegantula: Hook. Ic. Pl. 24 (1895)>                      
      tteryx50.gif <@subject Trichopteryx stolziana, abaxial epidermis of leaf blade:
            this project>

# \i{}Tridens\i0{} <Roem. & Schult.>/
      tridens1.jpg <@subject Tridens albescens, as Triodia: Vasey (1891), Ill. N. 
      American Grasses I(2)>
      kunth068.gif <@subject Tridens flavus (as Uralepis cuprea): Kunth (1835), Dist. 
      mthodique de la famille Gramines> 
      ausam135.gif <@subject Tridens brasiliensis: Nicora & Rgolo de Agrasar (1987)>
      triden50.gif <@subject Tridens brasiliensis, abaxial epidermis of leaf blade: 
            this project>
      triden75.gif <@subject Tridens brasiliensis, TS leaf blade: this project>
                   <@item x=831 y=946 w=154 h=35 m
                          t=brasiliensis>

# \i{}Tridentopsis\i0{} <P.M. Peterson>/
      tritops1.gif <@subject Tridentopsis eragrostoides, as Tridens: Hitchcock and Chase
                            (1950)>
      tritops2.gif <@subject Tridentopsis mutica, as Tridens: Hitchcock and Chase (1950)>

# \i{}Trigonochloa\i0{} <P.M. Peterson & N. Snow>/
      trigono1.gif <@subject Trigonochloa rupestris: Snow & Peterson, Phytokeys 212;13>
      trigono2.gif <@subject Trigonochloa uniflora: Snow & Peterson, Phytokeys 212;13>

# \i{}Trikeraia\i0{} <Bor>/
      trikera1.jpg <@subject Trikeraia hookeri and T. pappiformis: Fl. Rep. Pop. Sin. 
      (2016)>
      triker50.gif <@subject Trikeraia hookeri, abaxial epidermis of leaf blade: 
            this project>

# \i{}Trilobachne\i0{} <Schenk ex Henrard>/
      pogonat1.gif <@subject Trilobachne cookei, as Polytoca: Hook. Ic. Pl. 24 (1895)>

# \i{}Triniochloa\i0{} <A. Hitchc.>/
      trinioc1.jpg <@subject Triniochloa stipoides: Swallen (1955), Fl. of Guatemsla II>
      trinio50.gif <@subject Triniochloa stipoides, abaxial epidermis of leaf blade: 
            this project>

# \i{}Triodia\i0{} <R.Br.>/
      triodi15.gif <@subject Triodia pungens: Gardner, 1952>
      triodi25.gif <@subject Triodia racemigera, T. triticoides: Gardner, 1952>
      triodi11.gif <@subject Needle-like leaf blade tips of Triodia pungens>
      triodi26.gif <@subject Spikelet details (Triodia basedowii, T. lanigera, T.
                            pungens)>
      triodi24.gif <@subject Spikelet details (Triodia angusta, T. irritans, T.
                            cunninghamii, T. fitzgeraldii, T. secunda)>
      triodi27.gif <@subject Spikelet details (Triodia brizoides, T. intermedia, T.
                            longiceps)>
      triodi28.gif <@subject Spikelet details (T. pungens)>
      triodi29.gif <@subject Spikelet details (Triodia procera, T. secunda, T.
                            triticoides)>
      triodi50.gif <@subject Triodia pungens, abaxial epidermis of leaf blade: this project>
      triodi75.gif <@subject Triodia hubbardii, T.S. leaf blade detail with 'draping' PCR 
                            tissue: this project>
      triodi76.gif <@subject Triodia pungens, T.S. leaf blade fluorescence image: this project>
      triodi71.jpg <@subject Leaf blade T.S.: immunofluorescent-labelled Rubisco
                            in Triodia pungens (Hattersley, Watson and Osmond 1977)>
                   <@imagenotes x=37 y=44
                                t=Unconventional C4, with Rubisco confined to
                                the 'draping' PCR cells, some of which are
                                distant from the vascular bundles. See
                                Hattersley, Watson and Osmond (1977).>
      mhamar04.jpg <@subject Microhair of Triodia scariosa: longitudinal EM
                            sections (Amarasinghe)>
                   <@imagenotes x=52 y=31
                                t=\i{}Triodia scariosa\i0{}: 15, longitudinal EM
                                section of microhair; scale bar = 2 microns.
                                15a: upper part of the basal cell, showing
                                extensive profiles of microtubules running
                                parallel to the partitioning membranes; scale
                                bar = 2 microns. 15b, lower part of the basal
                                cell, showing an extra-cellular channel formed
                                by the partitioning membranes and containing
                                vesicular structures; scale bar = 0.33 micron.
                                BC = basal cell, CC = cap cell, EX =
                                extra-cellular channels, PTM = partitioning
                                membranes, V = vesicular structures; white
                                arrows indicating microtubules.>
      mhamar05.jpg <@subject Microhair of Triodia scariosa: ultrastructural
                            details of the basal cell (Amarasinghe)>
                   <@imagenotes x=46 y=26
                                t=\i{}Triodia scariosa\i0{}. LS of the microhair
                                basal cell, showing extra-cellular channels
                                formed by the partitioning membranes and
                                containing complexes of vesicular structures.
                                White arrows indicate grazing sections of
                                microtubules. Scale bar = 1 micron. 16a, same at
                                higher magnification, emphasizing vesicular
                                complexes; scale bar = 1 micron. BC = basal
                                cell, CC = cap cell, EX = extra-cellular
                                channels formed by partitioning membranes, PTM =
                                partitioning membranes, V = vesicular
                                sctructures, white arrows indicate
                                microtubules.>
      mhamar06.jpg <@subject Microhair of Triodia scariosa: more ultrastructural
                            details of the basal cell (Amarasinghe)>
                   <@imagenotes x=42 y=21
                                t=\i{}Triodia scariosa\i0{}. TS microhair basal
                                cell, showing transversely sectioned
                                microtubules (white arrowheads) close to the
                                partitioning membranes; and (black arrowhead)
                                vesicular structures within the extracellular
                                channels originating by invagination of the
                                partitioning membranes. Scale bar = 1 micron.>

# \i{}Triplachne\i0{} <Link>/
      triplac0.jpg <@subject Triplachne nitens, as Gastridium triaristatum: adapted from
      Vaillant (1849), Atlas de la Flore d'Algerie>
      tachne50.gif <@subject Triplachne nitens, abaxial epidermis of leaf blade: 
            this project>

# \i{}Triplasis\i0{} <P. Beauv.>/
      triplas1.jpg <@subject Triplasis americana: P. Beauv. (1812)>
      kunth067.gif <@subject Triplasis purpurea (as Uralepis): Kunth (1835)>   
      hit292b.gif <@subject T. purpurea: Hitchcock and Chase (1950)>
      tlasis50.gif <@subject Triplasis purpurea, abaxial epidermis of leaf blade: 
            this project>

# \i{}Triplopogon\i0{} <Bor>/

# \i{}Tripogon\i0{} <Roem. & Schult.>/
      ausam128.gif <@subject Tripogon spicatus: Nicora & Rgolo de Agrasar (1987)>
      tripog03.gif <@subject General aspect, inflorescence, spikelet (Tripogon
                            loliiformis)>
      tripog01.gif <@subject General aspect (Tripogon minimus): Gibbs Russell et al.,
                            1990>
      tripog50.jpg <@subject Tripogon loliiformis, abaxial epidermis of leaf blade: 
            this project>

# \i{}Tripsacum\i0{} <L.>/
      tripsac1.jpg <@subject Tripsacum dactyloides: Lamson-Scribner (1897), American Grasses>
      ausam205.gif <@subject T. dactyloides: Nicora & Rgolo de Agrasar (1987)>
      tripsa50.gif <@subject Tripsacum laxum, abaxial epidermis of leaf blade: this project>

# \i{}Triraphis\i0{} <R.Br.>/
      trirap01.gif <@subject General aspect (T. andropogonoides): Gibbs Russell
                            et al., 1990>
      trirap16.gif <@subject Triraphis mollis: Gardner, 1952>
      trirap15.gif <@subject Inflorescence of Triraphis mollis>
      trirap26.gif <@subject Spikelet of T. mollis>
      trirap25.gif <@subject T. mollis spikelet with glumes removed>
      trirap40.gif <@subject Detail of lemma tip of T. mollis>
      trirap50.gif <@subject Triraphis mollis, abaxial epidermis of leaf blade: this project>
      trirap75.gif <@subject Triraphis mollis, T.S. of leaf blade midrib region: this project>

# \i{}Triscenia\i0{} <Griseb.>/
      trisc01.gif <@subject Triscenia ovina: Hitchcock, Misc. Publ. USDA 243 (1936)>

# \i{}Trisetum\i0{} <Pers.>/
      trisnz01.jpg <@subject Trisetum antarcticum: Hooker, Fl. Novae-Zelandiae
                            (1853)>
      iraq137.gif <@subject Trisetum flavescens: Bor, Flora of Iraq (1968)>                     
      eb1736.jpg <@subject Ttisetum flavescens (as Avena): Eng. Bot. (1872)>
      iraq135.gif <@subject Trisetum lineare (~Trisetaria linearis): Bor, Fl. of 
            Iraq (1968)>
      kunth060.gif <@subject Trisetum spicatum, as T. toluccense: Kunth (1835)>   
      triset16.gif <@subject Inflorescence of Trisetum spicatum subsp. australiense>
      triset25.gif <@subject Opened spikelet of T. spicatum subsp. australiense>
                   <@item x=562 y=21 w=423 h=83 m
                          t=spicatum subsp. australiense>
      triset50.jpg <@subject Trisetum spicatum, abaxial epidermis of leaf blade>
      triset75.gif <@subject Trisetum spicatum, transverse section of leaf blade>

# \i{}Tristachya\i0{} <Nees>/
      kunth140.gif <@subject Tristachya leiostachya: Kunth (1835)>
      natal187.gif <@subject T. leucothrix: Wood, Natal 
      Plants 2 (1904)>    
      trista01.gif <@subject General aspect (T. leucothrix): Gibbs Russell et
                            al., 1990>
      trista39.gif <@subject Triplet of spikelets (Tristachya bequartii)>
                   <@text x=519 y=827 w=441 h=-6 m
                          t=\i{}Tristachya bequartii\i0{}. Triplet teminating a
                          panicle branch, the glumes with tubercle based hairs.>
      trista50.gif <@subject Abaxial epidermis of leaf blade of Tristachya bequartii:
           this project>
      trista75.gif <@subject TS leaf blade of Tristachya bequartii: this project>

# \i{}Triticum\i0{} <L.>/
      icpl3080.gif <@subject Triticum aegilopoides (as Lasiurus hirsutus): Hook. Ic. 
            Pl. 31 (1922)>
      iraq067.gif <@subject Triticum aestivum: Bor, Flora of Iraq (1968)>
      hitch328.jpg <@subject T. aestivum (Hitchcock and Chase, 1950)>
      tritic46.gif <@subject Caryopsis of T. aestivum>
      tritic49.gif <@subject Starch from fruit of T. aestivum>
      tritic50.gif <@subject Triticum aestivum, abaxial epidermis of leaf blade: this project>

# \i{}Tsvelevia\i0{} <E. Alekseev>/
      tsvelev1.jpg <@subject Tsvelevia kerguelensis, as Poa: J.D. Hooker, Flora Antarctica
            (1844)>
      tsvele50.gif <@subject Abaxial epidermis of leaf blade of Tsvelevia kerguelensis: 
            this project>

# \i{}Tuctoria\i0{} <J. Reeder>/
      tuctor02.gif <@subject Tuctoria greenei, as Orcuttia: Vasey, Ill. N. Amer. Grasses (1893)>
      tuctor01.jpg <@subject Tuctoria fragilis, as Orcuttia: Gleason et al., Phytologia (1980)>

# \i{}Uniola\i0{} <L.>/
      beauv26.jpg <@subject Uniola paniculata (as maritima), with Schismus marginatus 
      (= barbatus), Megastachya owariensis (= mucronata) and Eleusine coracana: 
      P. Beauv. (1812)>
      hit242.gif <@subject Uniola. latifolia: Hitchcock and Chase (1950)>

# \i{}Uranthoecium\i0{} <Stapf>/
      icpl3073.gif <@subject Uranthoecium truncatum: Hook. Ic. Pl. 31 (1916)>
      uranth01.gif <@subject U. truncatum: Lazarides (1981)>
      uranth50.gif <@subject Uranthoecium truncatum, abaxial epidermis of leaf blade: 
            this project>
      uranth51.gif <@subject Uranthoecium truncatum, abaxial epidermis of leaf blade:
            this project>

# \i{}Urelytrum\i0{} <Hackel>/
      jfel210.gif <@subject Urelytrum annuum: Jacques-Flix, 1962>
      urelyt01.gif <@subject General aspect (U. agropyroides): Gibbs Russell et
                            al., 1990>
      urelyt50.gif <@subject Urelytrum squarrosum, abaxial epidermis of leaf blade: 
            this project>

# \i{}Urochlaena\i0{} <Nees>/
      urochla1.jpg <@subject Urochlaena pusilla: Hook. Ic. Pl. 14 (1881)>
      uchlae01.gif <@subject Inflorescence of U. pusilla: Gibbs Russell et al.,
                            1990>

# \i{}Urochloa\i0{} <P. Beauv.>/
      urochlo1.jpg <@subject Urochloa panicoides: P. Beauv. (1812)>
      kunth014.gif <@subject Urochloa panicoides: Kunth (1835), Dist. 
            mthodique de la famille des Gramines>
      uchloa03.gif <@subject Urochloa (Brachiaria) gilesii: Gardner, 1952>
      uchloa05.gif <@subject Urochloa meziana: Sanchez-Ken, Flora del Valle
              Tehuacn-Cuicatlan (2011)> 
      uchloa04.gif <@subject General aspect (U. mosambicensis): Gibbs Russell et
                            al., 1990>
      uchloa01.gif <@subject General aspect (U. serrata): Gibbs Russell et al.,
                            1990>
      uchloa02.gif <@subject General aspect (U. deflexa): Gibbs Russell et al.,
                            1990>
      uchloa16.gif <@subject Inflorescence of Urochloa aff. foliosa>
      uchloa17.gif <@subject Inflorescence detail>
      uchloa15.gif <@subject Inflorescence detail of Urochloa decumbens>
      uchloa39.gif <@subject Rachis detail of Urochloa decumbens>
      uchloa51.gif <@subject Urochloa decumbens, abaxial epidermis of leaf blade: 
            this project>
      uchloa75.gif <@subject Urochloa foliosa, T.S. leaf blade with fluorescent-labelled 
            Rubisco: Hattersley>
                   <@text x=216 y=930 w=571 h=-1 m
                          t=\i{}Urochloa foliosa\i0{}. Fluorescent-labelled
                          Rubisco in the PCR sheath.>
      uchloa77.gif <@subject Urochloa decumbens, TS leaf blade: this project>

# \i{}Urochondra\i0{} <C.E. Hubb.>/
      urochon1.jpg <@subject Urochondra setulosa: S. Hameed, Fl. of Pakistan (www.efloras.org)>

# \i{}Vahlodea\i0{} <Fries>/
      vahlodi1.jpg <@subject Vahlodia atropurpurea, as Deschampsia: Lamson-Scribner
      (1897), American Grasses>

# \i{}Valiha\i0{} <S. Dransfield>/

# \i{}Vaseyochloa\i0{} <A. Hitchc.>/
      hit274b.gif <@subject Vaseyochloa multinervosa: Hitchcock and Chase (1950)>
      vaseyo50.gif <@subject Vaseyochloa multinervosa, abaxial epidermis of leaf blade: 
            this project>
      vaseyo75.gif <@subject Vaseyochloa multinervosa, abaxial epidermis of leaf blade:
            this project)>

# \i{}Veldkampia\i0{} <Ibaragi & S. Kobay>/

# \i{}Ventenata\i0{} <Koeler>/

# \i{}Vetiveria\i0{} <Bory>/
      vetive02.gif <@subject Vetiveria pauciflora: Gardner, 1952>
      vetive01.gif <@subject General aspect (V. nigritana): Gibbs Russell et
                            al., 1990>
      vetive50.gif <@subject Vetiveria elongata, abaxial epidermis of leaf blade: 
           this project>

# \i{}Vietnamocalamus\i0{} <T.Q. Nguyen>/

# \i{}Vietnamochloa\i0{} <Veldkamp & Nowack>/

# \i{}Vietnamosasa\i0{} <Nguyen>/
vsasa01.gif <@subject Vietnamosasa pusilla, as Arundinaria: E.G. & A. Camus, Fl. Gn. de 
l'Indo-Chine (1923)>

# \i{}Viguierella\i0{} <A. Camus>/
      icpl3122.gif <@subject Viguierella madagascariensis: Hook. Ic. Pl. 32 (1933)>
      viguie01.gif <@subject Viguierella madagascariensis: Vorontsova & Rakotoarisoa 
                   2014)>
      viguie50.gif <@subject Abaxial epidermis of leaf blade of Viguierella
                            madagascariensis: this project>
      viguie75.gif <@subject TS leaf blade of Viguierella madagascariensis: this project>

# \i{}Vossia\i0{} <Wall. & Griff.>/
      jfel209.gif <@subject Vossia cuspidata: Jacques-Flix, 1962>
      vossia01.gif <@subject General morphology (V. cuspidata): Gibbs Russell et
                            al., 1990>
      vossia50.gif <@subject Vossia cuspidata, abaxial epidermis of leaf blade: 
            this project>

# \i{}Vulpia\i0{} <C. Gmelin>/
      eb1780.jpg <@subject Vulpia ciliata var. ambigua (as Festuca ambigua), general
                          aspect: Eng. Bot. (1872)>
      vulpia02.gif <@subject Vulpia myuros: Gardner, 1952>
      eb1781.jpg <@subject V. myuros (as Festuca pseudo-myuros, general aspect:
                          Eng. Bot. (1872)>
      eb1779.jpg <@subject Vulpia membranacea (as Festuca uniglumis), general
                          aspect: Eng. Bot. (1872)>
      vulpia25.gif <@subject Spikelet of Vulpia bromoides>
      eb1782.jpg <@subject V. bromoides (as Festuca sciuroides), general aspect:
                          Eng. Bot. (1872)>
      vulpia53.gif <@subject Vulpia bromoides, abaxial epidermis of leaf blade: 
            this project>

# \i{}Vulpiella\i0{} <(Trabut) Burollet>/
vincras1.gif <@subject Vulpiella stipoides, as Vulpia incrassata: Coste, Fl. de 
      France (1906)>

# \i{}Walwhalleya\i0{} <K.E. Wills & J.J. Bruhl>/
      turn042.gif <@subject Walwhalleya proluta, as Panicum prolutum: Turner, Austr.
            Grasses (1895)>

# \i{}Wangenheimia\i0{} <Moench>/
      wangenh1.jpg <@subject Wangenheimia lima, as Cynosurus: Cavanilles (1771), Ic. et Desc.
      Plantarum, vol. 1>
      wangenh2.jpg <@subject W. lima, as Cynosuus: Desfontaines (1798), 
      Flora Atlantica vol. 1>
      wangen50.gif <@subject Wangenheimia lima, abaxial epidermis of leaf blade: this project>

# \i{}Whiteochloa\i0{} <C.E. Hubb.>/
      whiteo01.gif <@subject Whiteochloa airoides: Gardner, 1952>
      whiteo50.gif <@subject Whiteochloa cymbiformis, abaxial epidermis of leaf blade: 
            this project>
      whiteo75.gif <@subject Whiteochloa cymbiformis, TS leaf blade: this project>

# \i{}Willkommia\i0{} <Hackel>/
      willkom1.jpg <@subject Willkommia texana: Hitchcock and Chase (1950)>
      willko01.gif <@subject General aspect (W. sarmentosa): Gibbs Russell et
                            al., 1990>
      willko50.jpg <@subject Willkommia sarmentosa, abaxial epidermis of leaf blade:
            this project>
      willko51.jpg <@subject Willkommia sarmentosa, abaxial epidermis of leaf blade detail:
            this project>

# \i{}Xerochloa\i0{} <R.Br.>/
      xeroch01.gif <@subject Xerochloa barbata, X. laniflora: Gardner, 1952>
      xeroch02.gif <@subject Xerochloa barbata, X. imberbis: Gardner, 1952>
      xeroch25.jpg <@subject Spatheate 'partial inflorescences' (Xerochloa lanifolia)>
      xeroch16.gif <@subject Spikelet close-up>
      xeroch50.gif <@subject Xerochloa imberbis, abaxial epidermis of leaf blade:
            this project>
      xeroch75.gif <@subject Xerochloa imberbis, T.S. of midrib-like leaf blade: 
            this project>

# \i{}Yakirra\i0{} <Lazarides & R. Webster>/
      yakirr01.gif <@subject Yakirra australiensis: Gardner, 1952>
      yakirr91.gif <@subject Floret and palea, S.E.M. (Yakirra australiensis and Y.
                            majuscula)>
      yakirr25.gif <@subject Close-up of opened spikelet of Y. australiensis>
                   <@text x=20 y=18 w=546 h=-7 m
                          t=\i{}Yakirra australiensis\i0{}. Upper glume pulled
                          down, showing the swollen stipe bearing the small,
                          smooth, indurated L\sub{}2\nosupersub{} within the
                          larger proximal lemma.>
      yakirr41.gif <@subject Opened spikelet of Yakirra australiensis showing upper floret detail>
                   <@item x=21 y=20 w=424 h=108 m
                          t=\i{}australiensis\i0{} (upper floret viewed from the
                          palea side)>
      yakirr50.gif <@subject Abaxial epidermis of leaf blade of Yakirra australiensis: 
            this project>
      yakirr51.gif <@subject Abaxial epidermis of leaf blade of Yakirra australiensis:
            this project>
      yakirr75.gif <@subject Yakirra muelleri, TS leaf blade: this project>
      yakirr77.gif <@subject Yakirra majuscula, TS leaf blade: this project>

# \i{}Ystia\i0{} <P. Compre>/

# \i{}Yushania\i0{} <Keng>/
      yushani1.jpg <@subject Yushania walkeriana, as Arundinaria: Gamble (1896), Ann. R. 
      Bot. Gard. Calcutta 7>
      yushani2.jpg <@subject Yushania floribunda, as Arundinaria: Gamble (1896), Ann. R. 
      Bot. Gard. Calcutta 7>

# \i{}Yvesia\i0{} <A. Camus>/
      yvesia01.gif <@subject Yvesia madagascariensis: Vorontsova & Rakotoarisoa (2014)>
      yvesia50.gif <@subject Abaxial epidermis of leaf blade of Y.
                            madagascariensis: this project>
      yvesia75.gif <@subject TS leaf blade of Yvesia madagascariensis: this project>

# \i{}Zea\i0{} <L.>/
      bmag6414.jpg <@subject Zea luxurians (as Euchlaena): Bot. Mag. 105 (1879)>
      maydeae.jpg <@subject Zea mays and Coix lacryma-jobi: P. Beauv. (1812)>
      hit1199b.gif <@subject Zea mays: Hitchcock and Chase (1950)>
      zea91.gif <@subject Zea mays, T.S of leaf blade PCR sheath cell, T.E.M.: this project>
                <@text x=19 y=14 w=497 h=-2 m
                       t=\i{}Zea mays\i0{}. C\sub{}4\nosupersub{} type NADP-ME.>
      annbot40.gif <@subject Grass pollen antigens: Watson and Knox (1976)>
      antilol1.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Lolium serum>
                   <@imagenotes x=851 y=954
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Lolium
                                perenne\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (right). Antigens
                                allergenic in humans are concentrated in the
                                heat-stable components. For experimental details
                                and discussion of the taxonomic patterns among
                                cross-reactions, see Watson and Knox (1976) and
                                Watson (1983).>
      antilol.gif <@subject Grass pollen antigens: cross-reactions against anti-Lolium
                           serum>
                  <@imagenotes x=891 y=956
                               t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                               (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                               with rabbit antiserum in the trough, \i{}Lolium
                               perenne\i0{} pollen extract (control) in the
                               upper well, and comparable extracts from other
                               genera in the lower wells, as indicated. For
                               experimental details and discussion of the
                               taxonomic patterns among cross-reactios, see
                               Watson and Knox (1976) and Watson (1983).>
      antilol2.gif <@subject Heat stable grass pollen antigens (allergens):
                            cross-reactions against anti-Lolium serum>
                   <@imagenotes x=464 y=954
                                t=IMMUNOELECTROPHRESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS-HEAT-STABLE COMPONENT).
                                \par{}\par{}Each slide with rabbit antiserum in
                                the trough, boiled \i{}Lolium perenne\i0{}
                                pollen extract (control) in the upper well, and
                                comparable boiled extracts from other genera in
                                the lower wells, as indicated. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactios, see Watson and Knox (1976)
                                and Watson (1983).>
      anticyno.gif <@subject Grass pollen antigens: cross-reactions against
                            anti-Cynodon serum>
                   <@imagenotes x=868 y=956
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Cynodon
                                dactylon\i0{} pollen extract (control) in the
                                upper well, and comparable extracts from other
                                genera in the lower wells, as indicated. Results
                                are compared using raw extract (left) with those
                                using boiled extract (human allergens, right).
                                For experimental details and discussion of the
                                taxonomic patterns among cross-reactions, see
                                Watson and Knox (1976) and Watson (1983).>
      antizea1.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                            serum>
                   <@imagenotes x=849 y=958
                                t=IMMUNOELECTROPHORESIS OF GRASS POLLEN EXTRACTS
                                (DIFFUSIBLE ANTIGENS). \par{}\par{}Each slide
                                with rabbit antiserum in the trough, \i{}Zea
                                mays\i0{} pollen extract (control) in the upper
                                well, and comparable extracts from other genera
                                in the lower wells, as indicated. Results are
                                compared using raw extract (left) with those
                                using boiled extract (where availabe, right).
                                Antigens allergenic in humans are concentrated
                                in the heat-stable components. For experimental
                                details and discussion of the taxonomic patterns
                                among cross-reactions, see Watson and Knox
                                (1976) and Watson (1983).>
      antizea.gif <@subject Grass pollen antigens: cross-reactions against anti-Zea
                           serum>

# \i{}Zenkeria\i0{} <Trin.>/
      zenkeri1.gif <@subject Zenkeria elegans: Trinius, Linnaea 11 (1837)>

# \i{}Zeugites\i0{} <P. Browne>/
      zeugite2.jpg <@subject Zeugites americanus: P. Beauv. (1812)>
      kunth157.gif <@subject Z. americanus, as Despretzia mexicana: Kunth (1835)>
      zeugite1.jpg <@subject Zeugites pringlei: U.S. Div. of Agrostology, via Wikimedia 
      Commons>

# \i{}Zingeria\i0{} <P. Smirnov>/
      iraq099.gif <@subject Zingeria trichopoda: Bor, Flora of Iraq (1968)>

# \i{}Zizania\i0{} <L.>/
      zizania1.jpg <@subject Zizania aquatica: P. Beauv. (1812)>
      hit813b.gif <@subject Z. aquatica: Hitchcock and Chase (1950)>      
      hygror01.gif <@subject Zizania latifolia, with Hygroryza, Leersia and Elytrophorus: 
      Wu Zhengyi, Flora Yunnanica 9 (2003)>   

# \i{}Zizaniopsis\i0{} <Doell & Aschers.>/
      ausam041.gif <@subject Zizaniopsis. bonariensis: Nicora & Rgolo de Agrasar (1987)>

# \i{}Zonotriche\i0{} <Phipps>/
      zonotr01.gif <@subject Zonotriche decora: Clayton,  Flora Zambesiaca 10 (1989)> 
      zonotr50.gif <@subject Zonotriche inamoena, abaxial epidermis of leaf blade: 
            this project>

# \i{}Zoysia\i0{} <Willd.>/
      zoysia1.jpg <@subject Zoysia matrella, as Osterdamia: Lamson-Scribner (1900), American 
      Grasses III>
      icpl3264.gif <@subject Zoysia macrantha (as Zoisia): Hook. Ic. Pl. 33 (1935)>
      zoysia05.gif <@subject Zoysia macrantha, habit and habitat>
                   <@text x=746 y=926 w=245 h=-2 m
                          t=\i{}Zoysia macrantha\i0{}. Sand dunes, Narooma, New
                          South Wales.>
      zoysia50.gif <@subject Zoysia macrantha, abaxial epidermis of leaf blade: this project>
      zoysia75.gif <@subject Z. macrantha, TS leaf blade: this project>
                   <@text x=10 y=16 w=334 h=-5 m
                          t=\i{}Zoysia macrantha\i0{}. Bulliforms and colourless
                          cells forming columns traversing the mesophyll; PCR
                          sheaths with extension cells.>
      zoysia77.gif <@subject Zoysia macrantha, TS leaf blade: this project>

# \i{}Zuloagaea\i0{} <Bess>/
      zuloaga1.gif <@subject Zuloagaea bulbosa: as Panicum, Hitchcock and Chase (1950)>
      zuloaga2.gif <@subject Zuloagaea bulbosa: Sanchez-Ken, Flora del Valle
              Tehuacn-Cuicatlan (2011)>
      panicu11.gif <@subject Bulbous culm base (Zuloagaea bulbosa, = Panicum)>
      panicu80.gif <@subject Zuloagaea bulbosa (= Panicum), leaf blade transverse section>      
      panicu75.gif <@subject Zuloagaea bulbosa (= Panicum), T.S. leaf blade (fluorescence image)>   

# \i{}Zygochloa\i0{} <S. T. Blake>/
      icpl1244.gif <@subject Zygochloa paradoxa, as Spinifex: Hook. Ic. Pl. 13 (1877-79)>
      zygoch01.gif <@subject Zygochloa paradoxa: Lazarides (1981)>
      zygoch50.gif <@subject Abaxial epidermis of leaf blade of Zygochloa paradoxa, male
                            plant: this project>
      zygoch51.gif <@subject Abaxial epidermis of leaf blade of Zygochloa paradoxa,
                            female plant: this project>

