Botany Fossil Slides Manufacturer,Supplier and Exporter in China
Product Code : EL-BM-14854
These are peel sections of plant fossils. With each slide a coloured labelled description card is provided. Note: All slides and specimen are subject to availabilty of respective organism.
Note: Slides or specimen of any organism prohibited under Indian rules, law or regulation would not be supplied.
Equisetales Calamites T.S. Completeround Stem with over 25 vascular bundles each showing distinct carinal canal. Calamites T.S.-with branch in association. Stylocalamites T.S. Young Calamites T.S. Extremely young calamites with all cells of the pith intact, carinal canals just making their first appearance and x2 represented only by about a dozen secondary tracheids. Equisetites Annualaria T.S. Annualaria-Several Calamites Roots Astromyelon-pith fully developed. Calamites Root-pith fully developed. Calamostachys Binneyana T.S. Calamostachys Binneyana L.S. Calamostachys Americana Asterocalamites leaves-branching. Protocalamites T.S. with CPX on the inner side of protoxylem. Arthropitys T.S. Arthrodendron T.S. Calamodendron showing charactrastic med rays, parenchyma in the middle flanked by thicker cells. Asterphyllites Neo-Calamites T.S. Calamites Sporangia Calmopitys Sphenophyllum Plurifoliatum T.S. stem Sphenophyllum Plurifoliatum T.S. root Sphenophyllum Leaf T.S. Sphenophyllum Cone part Bowmanites Cone Sphenophyllostachys
Psilophytales Rhynia Stem T.S. Rhynia Major T.S. Rhynia Gwynevaughani T.S. Rhynia GW T.S. Rhynia L.S. Rhynia T.S. fungal spores paleosporites. Rhynia Sporangium (rare) Rhynia T.S. Rhizome Horneophyton T.S. Horneophyton Sporangium Psilophyton T.S. Psilophyton Sporangium Prototaxites Logani (Arnold : 51) Nematothallus (Arnold : 52)
Lycopodiales Lepidodendron Selaginoides T.S. complete round stem with mixed pith in the centre and leaves intact. Lepidodendron Vasculare T.S. with stele branching (a rare stage) Lepidodendron Youngaxis T.S. Lepidodendron Harcourtii T.S. Young Lepidodendron Johnsonii T.S. Lepidodendron Periderm Lepidodendron Root T.S. Lepidodendrofolium T.S. Lepidodendron Fuliginosus T.S. Lepidostrobus Profuse Sporangia Lepidostrobus Pulvinatus with cone axis Lepidostrobus Complete (Peel) Lepidostrobus Cone L.S. Lepidostrobus Strobilus Lepidophloios leaf bases-several in situ. Lepidophloios Fulginosus T.S. (Peel) Lepidophyllum Leaves with area of ligule Lepidophyllum Leaf T.S.-midrib anatomy Lepidophyllum Ligule Lepidophloios Fuliginosus T.S. Lepidophylloides Leaf T.S. Lepidocarpon Wildianum L.S. Lepidocarpon Young L.S. Lepidocarpon SP (L. lomaxi) L.S. Mazocarpon Halonia-leaf bases Sigillaria Leaves T.S. Sigillaria T.S. Stem Sigillaria Phyllum T.S. Bothrodendron Stem T.S. Bothrodendron Sporangium Bothrodendron Spores Stigmaria Ficoides with accessory strands. Stigmaria Ficoides bunch Stigmaria Root T.S. Stigmaria T.S. with X2 Stigmaria within Stigmaria Stigmaria Bacupensis-several together. Stigmariopsis Stigmaria Archnoidea with characterstic thickened dark inner cortex.
Filicales Botryopteris Ramosa T.S. Stem Botryopteris Ramosa Root Botryopteris Ramosa T.S. Petiole Botryopteris Cylindrica T.S. Stem Botryopteris Cylindrica T.S. Root Botryopteris Cylindrica T.S. petiole Botryopteris Antiqua T.S petiole Botryopteris Antiqua Stem Botryopteris Hirsuta T.S. Botryopteris Globossa Botryopteris Tridenteta Botryopteris Forensis Botryopteris Americana Botryopteris Sporangia Botrychioxylon Psalixochlaena (new genus) T.S. petiole Paurodendron Stauropteris T.S. primary rachis Stauropteris T.S. Phyllophore Stauropteris Megaspore Stauropteris Microspores Stauropteris-with four PX groups two of which show further branching. Etapteris-mature-complete H-shaped xylem Etapteris-Scott-I,II,III rachis stages Ankyropteris Stem Ankyropteris Westphaliensis T.S. petiole Ankyropteris Grayi T.S. petiole Zygopterid Petiole Psaronius T.S. Root Psaronius full stem sector (peel). Stipitopteris (Psaronius petiole) Tempskya T.S. Root Scolecopteris-Sporangia Psaronius Petiole
Cycadoficales Lyginopteris Oldhamia T.S. stem young with five distinct mesarch bundles and complete leaf basesin regular sequence. Lyginopteris Oldhamia T.S. stem older Lyginodendron T.S. Stem Lyginopteris Wood-L.S. Calmototheca Stem T.S. Rachiopteris Aspera with V-shaped xylem Rachiopteris Aspera with 2V-shaped bundles seperating out. Sphenopteris-Young Kaloxylon Hookeri-Old stage Kaloxylon Hookeri-Young stage Lageno Stoma L.S. Cupule Heterangium-Young with characterstic X1 Heterangium-Older with outer scler enchy matous plates. Heterangium Stem T.S. Heterangium with double leaf trace Schopfiastrum Decussatun Colpoxylon-the rare genus with branching stele of medullosa type Medullosa Stem perfect T.S. Medullosa Root Myeloxylon T.S. complete scattered bundles Neuropteris distinct T.S. with midrib and wings Pecopteris T.S. Linopteris Cyclopteris T.S. Alethopteris T.S. Mariopteris
Cordaitales Cordaites Stem T.S. complete Cordaites Root-youngest Cordaites Root-older Cordaites Leaf T.S. Cordaites Leaf T.S. excellent with cycadean bundles. Cordaites Leaf associated with winged spores. Cordaites Seed Cordaites Stem with artisia (Peel) Cardiocarpus L.S.Seed Cardiocarpus Spinatus R.L.S. Cardiocarpus Spinatus Male flower pollination stage. Cordaianthus one or two sections T.S. Cordaianthus Male flower Cordaitophyllum T.S.leaf Nucellangium L.S. well preserved.
Fossil Angiosperms Enigmocarpon Parijai Sahni the wonderful fossil fruit full section excellently preserved. Veeracarpon Hexaspermum T.S. Sahnianthus Parijai Shukla L.S. Sahnianthus Parijai Shukla T.S. Sahnipushpam SP, Shukla fossil flower T.S. with pentalocular ovary and outer hypanthium. Tricoccites-Single large fruit clear. Tricoccites-with about half dozen fruits in situ (Peel) Shuklanthus Superbum Verma the monocot inflorescence with central axis having scattered bundles and numerous six locular flowers arranged peripherally, cut variously. Rhizopalmoxylon-(Palm roots) Sperganities Seed Azolla Intertrappea Sahni (Azollites) preserved fossil Azolla Rodeites Sporocarp mega and micro spores. Sausarospermum-Allied to fossil Salvinia numerous spores with frilled margin. Palmoxylon Sclerodermum Sahni T.S. Plamoxylon Sclerodermum Sahni L.S. Dadoxylon Resinosum T.S. Dadoxylon Resinosum L.S. Cycadeoidea Stem T.S. excellent Dolorotheca Formosa Palaeostachya Palaeostachya Cone L.S. Physostoma Sphaerostoma seed Proto Osmundities Pleuromeia Diplolabis with Trace
Fossil Specimens (Each with labelled Descriptive Card) Calamites Stem—Rare specimen. Very fine with alternating ridges & furrows at node. Schizoneura—Stem with nodes having distinct paires of leaf-lobes very clear veins in each lobe. Glossopteris—The leaf genus-an Index type for the Glossopteris flora. leaves spathulate, ovate or lines, lanceolate. Each leaf is characterised by the presence of distinct midrib. The latteral veins from an anastomosing network. Gangamopteris—This is second characteristic genus of Glossopteris flora marked by the absence of midrib. Veins meeting in the centre. Palaeovittaria—(Andrews; P. 425) Glossopteris like with parellel veins. Scutum—Rare fructification of Glossopteris found just in close association with the leaf (Ref. Andrews P. 355) Willamsonia—complete Fructification—Rare-Showing bracts, ovules scale marks, region of stamens, Solid specimen very fine. Willamsonia—Stem—Showing growth rings and conifersous structure as mentioned by Prof. Sahni, FRS. As Above—With leaf bases intact. William Sonia—Slender fructification branch William Sonia—Stamens William Sonia—Leaves (a) Ptilophyllum (b) Pterophyllum (c) Nilssonia (d) Taeniopteris (e) Nipaniophyllum (f) Dictozamites (Each) Pentoxylon—Stem—Representative of the new group discovered by prof. B. Sahni FRS showing all the five steles. Nipaniophyllum—The Leaf genus of Pentoxylon-several together showing leaf form-fine. Macrotaneopteris—Another leaf form referable to Pentoxyleae Cordaites—Leaf—The specimen shows clear impression of long slender cordiated leaves Neuropteris—The specimen about a few inches showing several neuropteris leaves each with its characteristic divergent veins. Elatocladus—Slender small leaves attached sparingly Coal-Ball—Material—With Stigmaria and other types-Carboniferous-Rare with indefinite preserved plant materials. Sphenopteris—Different species-clear specimens Marattiopsis Macrocarpa—Very well preserved specimens with profuse sporangia Gleichenites Glechenoides—Pinnae long slender bearing small crowded pinnules. Pecopteris—Pinnules small with paralled or slightly curved margins attached by whole width at the base. Ptychocarpus—(Marattiaoeae)-Pecopteris like frond with circular syangia on lower surface. Asterotheca—Ptychocarpus like frond with sporangia fewer Cladophlebis—(Osmundaceae)-Fronds Pinnate-bipinnate with lone preading pinnae, pinnules sterile, pointed, falcate. Rodeites Dakshini Sahni—Hydropterid sporocarp-fine with large megaspores & profuse mass of microspores. Cycadeoidea—Stem—with large leaf bases in situ (wonderful specimens) cross section cut and smmothened Cycadeoidea—Flower Bud—Specimen-Cross Sectional view as per Arnold Cycadeoidea—Foliage—Foliage-Different Genera each Enigmocarpon—Parijai Sahni—The most wonderfully preserved fruit about 2 cm well preserved Sahnianthus—Parijai Shukla—The rarest fossil flower, discovered by Prof. V.B. Shukla which solved the enigmatic riddle of Enigmocarpon. Tricoccites—A large three-seeded Monocot fruit Palmoxylon SP—Several specimens of petrified Palms suitable also for research showing very clear scattered fibrovascular bundles each Rhizopalmoxylon (Palm roots)—Collection showing several petrified roots together in congregation, various types. Dicotwood Dadoxylon Cordaites Stem Cyclantho Dendron Betula Leaf (U.S.A.) Lepidodendron Stem Brcahyphyllum Sequia (U.S.A.)
Set of Fossil Specimen Impression-(Fossil-Fern)-Mesozoic 120 million years old Compression (Fossil)-Palaeozoic-180 million years old Petrifaction-(Fossil-wood)-Eooene-60 million years old Animal Fossil-(Physasp)-Fossil Molluse Cretaceous-70 million years old Pseudo-Fossil (Concretion-wonderfully)-resembling Suparl-the Betel-nutt, Palaeozoicabout 200 million years old
These are peel sections of plant fossils. With each slide a coloured labelled description card is provided. Note: All slides and specimen are subject to availabilty of respective organism.
Note: Slides or specimen of any organism prohibited under Indian rules, law or regulation would not be supplied.
Equisetales Calamites T.S. Completeround Stem with over 25 vascular bundles each showing distinct carinal canal. Calamites T.S.-with branch in association. Stylocalamites T.S. Young Calamites T.S. Extremely young calamites with all cells of the pith intact, carinal canals just making their first appearance and x2 represented only by about a dozen secondary tracheids. Equisetites Annualaria T.S. Annualaria-Several Calamites Roots Astromyelon-pith fully developed. Calamites Root-pith fully developed. Calamostachys Binneyana T.S. Calamostachys Binneyana L.S. Calamostachys Americana Asterocalamites leaves-branching. Protocalamites T.S. with CPX on the inner side of protoxylem. Arthropitys T.S. Arthrodendron T.S. Calamodendron showing charactrastic med rays, parenchyma in the middle flanked by thicker cells. Asterphyllites Neo-Calamites T.S. Calamites Sporangia Calmopitys Sphenophyllum Plurifoliatum T.S. stem Sphenophyllum Plurifoliatum T.S. root Sphenophyllum Leaf T.S. Sphenophyllum Cone part Bowmanites Cone Sphenophyllostachys
Psilophytales Rhynia Stem T.S. Rhynia Major T.S. Rhynia Gwynevaughani T.S. Rhynia GW T.S. Rhynia L.S. Rhynia T.S. fungal spores paleosporites. Rhynia Sporangium (rare) Rhynia T.S. Rhizome Horneophyton T.S. Horneophyton Sporangium Psilophyton T.S. Psilophyton Sporangium Prototaxites Logani (Arnold : 51) Nematothallus (Arnold : 52)
Lycopodiales Lepidodendron Selaginoides T.S. complete round stem with mixed pith in the centre and leaves intact. Lepidodendron Vasculare T.S. with stele branching (a rare stage) Lepidodendron Youngaxis T.S. Lepidodendron Harcourtii T.S. Young Lepidodendron Johnsonii T.S. Lepidodendron Periderm Lepidodendron Root T.S. Lepidodendrofolium T.S. Lepidodendron Fuliginosus T.S. Lepidostrobus Profuse Sporangia Lepidostrobus Pulvinatus with cone axis Lepidostrobus Complete (Peel) Lepidostrobus Cone L.S. Lepidostrobus Strobilus Lepidophloios leaf bases-several in situ. Lepidophloios Fulginosus T.S. (Peel) Lepidophyllum Leaves with area of ligule Lepidophyllum Leaf T.S.-midrib anatomy Lepidophyllum Ligule Lepidophloios Fuliginosus T.S. Lepidophylloides Leaf T.S. Lepidocarpon Wildianum L.S. Lepidocarpon Young L.S. Lepidocarpon SP (L. lomaxi) L.S. Mazocarpon Halonia-leaf bases Sigillaria Leaves T.S. Sigillaria T.S. Stem Sigillaria Phyllum T.S. Bothrodendron Stem T.S. Bothrodendron Sporangium Bothrodendron Spores Stigmaria Ficoides with accessory strands. Stigmaria Ficoides bunch Stigmaria Root T.S. Stigmaria T.S. with X2 Stigmaria within Stigmaria Stigmaria Bacupensis-several together. Stigmariopsis Stigmaria Archnoidea with characterstic thickened dark inner cortex.
Filicales Botryopteris Ramosa T.S. Stem Botryopteris Ramosa Root Botryopteris Ramosa T.S. Petiole Botryopteris Cylindrica T.S. Stem Botryopteris Cylindrica T.S. Root Botryopteris Cylindrica T.S. petiole Botryopteris Antiqua T.S petiole Botryopteris Antiqua Stem Botryopteris Hirsuta T.S. Botryopteris Globossa Botryopteris Tridenteta Botryopteris Forensis Botryopteris Americana Botryopteris Sporangia Botrychioxylon Psalixochlaena (new genus) T.S. petiole Paurodendron Stauropteris T.S. primary rachis Stauropteris T.S. Phyllophore Stauropteris Megaspore Stauropteris Microspores Stauropteris-with four PX groups two of which show further branching. Etapteris-mature-complete H-shaped xylem Etapteris-Scott-I,II,III rachis stages Ankyropteris Stem Ankyropteris Westphaliensis T.S. petiole Ankyropteris Grayi T.S. petiole Zygopterid Petiole Psaronius T.S. Root Psaronius full stem sector (peel). Stipitopteris (Psaronius petiole) Tempskya T.S. Root Scolecopteris-Sporangia Psaronius Petiole
Cycadoficales Lyginopteris Oldhamia T.S. stem young with five distinct mesarch bundles and complete leaf basesin regular sequence. Lyginopteris Oldhamia T.S. stem older Lyginodendron T.S. Stem Lyginopteris Wood-L.S. Calmototheca Stem T.S. Rachiopteris Aspera with V-shaped xylem Rachiopteris Aspera with 2V-shaped bundles seperating out. Sphenopteris-Young Kaloxylon Hookeri-Old stage Kaloxylon Hookeri-Young stage Lageno Stoma L.S. Cupule Heterangium-Young with characterstic X1 Heterangium-Older with outer scler enchy matous plates. Heterangium Stem T.S. Heterangium with double leaf trace Schopfiastrum Decussatun Colpoxylon-the rare genus with branching stele of medullosa type Medullosa Stem perfect T.S. Medullosa Root Myeloxylon T.S. complete scattered bundles Neuropteris distinct T.S. with midrib and wings Pecopteris T.S. Linopteris Cyclopteris T.S. Alethopteris T.S. Mariopteris
Cordaitales Cordaites Stem T.S. complete Cordaites Root-youngest Cordaites Root-older Cordaites Leaf T.S. Cordaites Leaf T.S. excellent with cycadean bundles. Cordaites Leaf associated with winged spores. Cordaites Seed Cordaites Stem with artisia (Peel) Cardiocarpus L.S.Seed Cardiocarpus Spinatus R.L.S. Cardiocarpus Spinatus Male flower pollination stage. Cordaianthus one or two sections T.S. Cordaianthus Male flower Cordaitophyllum T.S.leaf Nucellangium L.S. well preserved.
Fossil Angiosperms Enigmocarpon Parijai Sahni the wonderful fossil fruit full section excellently preserved. Veeracarpon Hexaspermum T.S. Sahnianthus Parijai Shukla L.S. Sahnianthus Parijai Shukla T.S. Sahnipushpam SP, Shukla fossil flower T.S. with pentalocular ovary and outer hypanthium. Tricoccites-Single large fruit clear. Tricoccites-with about half dozen fruits in situ (Peel) Shuklanthus Superbum Verma the monocot inflorescence with central axis having scattered bundles and numerous six locular flowers arranged peripherally, cut variously. Rhizopalmoxylon-(Palm roots) Sperganities Seed Azolla Intertrappea Sahni (Azollites) preserved fossil Azolla Rodeites Sporocarp mega and micro spores. Sausarospermum-Allied to fossil Salvinia numerous spores with frilled margin. Palmoxylon Sclerodermum Sahni T.S. Plamoxylon Sclerodermum Sahni L.S. Dadoxylon Resinosum T.S. Dadoxylon Resinosum L.S. Cycadeoidea Stem T.S. excellent Dolorotheca Formosa Palaeostachya Palaeostachya Cone L.S. Physostoma Sphaerostoma seed Proto Osmundities Pleuromeia Diplolabis with Trace
Fossil Specimens (Each with labelled Descriptive Card) Calamites Stem—Rare specimen. Very fine with alternating ridges & furrows at node. Schizoneura—Stem with nodes having distinct paires of leaf-lobes very clear veins in each lobe. Glossopteris—The leaf genus-an Index type for the Glossopteris flora. leaves spathulate, ovate or lines, lanceolate. Each leaf is characterised by the presence of distinct midrib. The latteral veins from an anastomosing network. Gangamopteris—This is second characteristic genus of Glossopteris flora marked by the absence of midrib. Veins meeting in the centre. Palaeovittaria—(Andrews; P. 425) Glossopteris like with parellel veins. Scutum—Rare fructification of Glossopteris found just in close association with the leaf (Ref. Andrews P. 355) Willamsonia—complete Fructification—Rare-Showing bracts, ovules scale marks, region of stamens, Solid specimen very fine. Willamsonia—Stem—Showing growth rings and conifersous structure as mentioned by Prof. Sahni, FRS. As Above—With leaf bases intact. William Sonia—Slender fructification branch William Sonia—Stamens William Sonia—Leaves (a) Ptilophyllum (b) Pterophyllum (c) Nilssonia (d) Taeniopteris (e) Nipaniophyllum (f) Dictozamites (Each) Pentoxylon—Stem—Representative of the new group discovered by prof. B. Sahni FRS showing all the five steles. Nipaniophyllum—The Leaf genus of Pentoxylon-several together showing leaf form-fine. Macrotaneopteris—Another leaf form referable to Pentoxyleae Cordaites—Leaf—The specimen shows clear impression of long slender cordiated leaves Neuropteris—The specimen about a few inches showing several neuropteris leaves each with its characteristic divergent veins. Elatocladus—Slender small leaves attached sparingly Coal-Ball—Material—With Stigmaria and other types-Carboniferous-Rare with indefinite preserved plant materials. Sphenopteris—Different species-clear specimens Marattiopsis Macrocarpa—Very well preserved specimens with profuse sporangia Gleichenites Glechenoides—Pinnae long slender bearing small crowded pinnules. Pecopteris—Pinnules small with paralled or slightly curved margins attached by whole width at the base. Ptychocarpus—(Marattiaoeae)-Pecopteris like frond with circular syangia on lower surface. Asterotheca—Ptychocarpus like frond with sporangia fewer Cladophlebis—(Osmundaceae)-Fronds Pinnate-bipinnate with lone preading pinnae, pinnules sterile, pointed, falcate. Rodeites Dakshini Sahni—Hydropterid sporocarp-fine with large megaspores & profuse mass of microspores. Cycadeoidea—Stem—with large leaf bases in situ (wonderful specimens) cross section cut and smmothened Cycadeoidea—Flower Bud—Specimen-Cross Sectional view as per Arnold Cycadeoidea—Foliage—Foliage-Different Genera each Enigmocarpon—Parijai Sahni—The most wonderfully preserved fruit about 2 cm well preserved Sahnianthus—Parijai Shukla—The rarest fossil flower, discovered by Prof. V.B. Shukla which solved the enigmatic riddle of Enigmocarpon. Tricoccites—A large three-seeded Monocot fruit Palmoxylon SP—Several specimens of petrified Palms suitable also for research showing very clear scattered fibrovascular bundles each Rhizopalmoxylon (Palm roots)—Collection showing several petrified roots together in congregation, various types. Dicotwood Dadoxylon Cordaites Stem Cyclantho Dendron Betula Leaf (U.S.A.) Lepidodendron Stem Brcahyphyllum Sequia (U.S.A.)
Set of Fossil Specimen Impression-(Fossil-Fern)-Mesozoic 120 million years old Compression (Fossil)-Palaeozoic-180 million years old Petrifaction-(Fossil-wood)-Eooene-60 million years old Animal Fossil-(Physasp)-Fossil Molluse Cretaceous-70 million years old Pseudo-Fossil (Concretion-wonderfully)-resembling Suparl-the Betel-nutt, Palaeozoicabout 200 million years old
Rare Fossil Specimen-Nodules Annularia-(Calamites-leaves) in whorl Nodule-Impression: Percopteria Nodule-Compression: Percopteris Nodule-Nueropteris: Large 12.5 cm
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