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Extinct order of vascular tree-like plants
Lycopodiopsida. Members of Lepidodendrales are the best understood of the fossil lycopsids due to the vast diversity of Lepidodendrales specimens and the diversity
Lepidodendrales
Extinct genus of vascular plants
plants belonging to the order Lepidodendrales. It is well preserved and common in the fossil record. Like other Lepidodendrales, species of Lepidodendron
Lepidodendron
Class of vascular plants
species are small, during the Carboniferous, extinct tree-like forms (Lepidodendrales) formed huge forests that dominated the landscape and contributed to
Lycopodiopsida
Broadly circumscribed group of spore bearing plants
plant species of the Carboniferous period, and included the tree-like Lepidodendrales, some of which grew over 40 metres (130 ft) in height, although extant
Lycophyte
Fossilized root structure of extinct tree-like plants
arborescent lycophytes such as Sigillaria and Lepidodendron under the order Lepidodendrales. The Paleozoic swamps had tree-like lycopsids that grew up to 30 m
Stigmaria
Extinct genus of lycopsid plants
bisporangiate strobilus at the end which is similar to those of some Lepidodendrales. The early occurrence of Clevelandodendron demonstrates that slender
Clevelandodendron
Order of free-sporing vascular plants
during the Carboniferous period, and often assigned to their own order, Lepidodendrales, within Isoetales. Fossilised specimens of Isoetes beestonii have been
Isoetales
Group of vascular plants that reproduce by spores
include the Rhyniopsida, Zosterophyllopsida, Trimerophytopsida, the Lepidodendrales and the Progymnospermopsida. Modern studies of the land plants agree
Pteridophyte
Fifth period of the Paleozoic Era
Sphenophyllales (scrambling plants), Lycopodiales (club mosses), Lepidodendrales (scale trees), Filicales (ferns), Medullosales (informally included
Carboniferous
Extinct genus of spore-bearing plants
Embryophytes Clade: Tracheophytes Clade: Lycophytes Class: Lycopodiopsida Order: †Lepidodendrales Family: †Sigillariaceae Genus: †Sigillaria Brongniart (1822)
Sigillaria
single vascular trace. Microphylls could grow to some size, those of Lepidodendrales reaching over a meter in length, but almost all just bear the one vascular
Evolutionary history of plants
Evolutionary_history_of_plants
Chronological outline of major events in the development of plants
Sphenophyllales (scrambling plants), Lycopodiales (Club mosses), Lepidodendrales (arborescent clubmosses or scale trees), Filicales (Ferns), Medullosales
Timeline_of_plant_evolution
Enclosure in which spores are formed
lycophytes, such as the Selaginellaceae and Isoetaceae, the extinct Lepidodendrales, and ferns, such as the Marsileaceae and Salviniaceae are heterosporous
Sporangium
Geologic formation in the Czech Republic
lycopodioides Lepidodendrales One of the most abundant Carboniferous plants Flemingites F. sp Lepidodendrales Cone taxon Lepidocarpon L. majus Lepidodendrales Sporangium
Kladno_Formation
Genus of vascular plants in the family Lycopodiaceae
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Lycopodium
Extinct genus of lycopsid plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Chaloneria
Genus of vascular plants in the clubmoss family Lycopodiaceae
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Diphasiastrum
Extinct genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Tomiostrobus
Genus of vascular plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Huperzia
Genus of vascular plants in the family Isoetaceae
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Isoetes
Genus of plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Palhinhaea
Genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Pseudodiphasium
Atmospheric chemical signature of fossil fuel burning
although CAM photosynthesis is present in modern relatives of the Lepidodendrales of the Carboniferous lowland forests, even if these plants also had
Suess_effect
Extinct genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Asteroxylon
Genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Phylloglossum
Extinct genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Baragwanathia
Period of rapid plant and fungal diversification, 428–359 million years ago
ferns (pteridophytes), and large lycophyte vascular plants such as Lepidodendrales, referred to as scale trees for the appearance of scales on their photosynthetic
Silurian-Devonian Terrestrial Revolution
Silurian-Devonian_Terrestrial_Revolution
Genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Phlegmariurus
Genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Pseudolycopodiella
Extinct genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Leclercqia_(plant)
Extinct genus of lycopsid plants in the Order Isoetales
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Pleuromeia
Genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Spinulum
Genus of vascular plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Selaginella
Genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Dendrolycopodium
Genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Lycopodiella
Geologic formation in New Brunswick, Canada
Elonichthys, and Canobius. There are remains of land plants such as Lepidodendrales and Sphenopteris, as well as palynomorphs. Trace fossils include Paleodictyon
Albert_Formation
Geologic formation in China
Zhongweilepis Z. macilentus Palaeonisciformes Resembles both Chondrostei and Holostei Nudasporestrobus N. ningxicus Lepidodendrales Likely a Sigillaria cone
Yanghugou_Formation
Extinct genus of plants
to dominate the late Carboniferous landscape as other plants like Lepidodendrales steadily declined. The presence of hair-like structures on the pinnules
Macroneuropteris
Geologic formation in Oman
Leaves. A probable seed plant. Cyclodendron C. leslii Huqf area. A lepidodendrale. Dadoxylon (Eristophyton) D. (E.) callixyloides Huqf area. Wood. A conifer
Gharif_Formation
Geologic formation in Nova Scotia, Canada
reconstruction of the Joggins Cliffs as well as the first mention of fossil lepidodendrales at the site, which they believed had been fossilized when the forest
Joggins_Formation
Jericho; resurrection plant; Engels moss) Order Selaginellales Order †Lepidodendrales Order †Pleuromeiales Order Isoetales (Quillworts) Order †Eophyllophytales
List_of_plant_orders
Family of vascular plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Lycopodiaceae
Extinct genus of spore-bearing plants
Clade: Tracheophytes Clade: Lycophytes Class: Lycopodiopsida Order: †Lepidodendrales Family: †Lycopodiopsidaceae Genus: †Brasilodendron W.G. Chaloner, K
Brasilodendron
System of taxonomy of the cryptogams
Selaginellales Family 1. Selaginellaceae Family 2. Miadesmiaceae Order 3. Lepidodendrales Family 1. Lepidodendraceae Family 2. Lepidocarpaceae Family 3. Bothrodendraceae
Smith_system
Genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Diphasium
Genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Pseudolycopodium
Extinct genus of spore-bearing plants
Clade: Tracheophytes Clade: Lycophytes Class: Lycopodiopsida Order: †Lepidodendrales Family: †Lycopodiopsidaceae Genus: †Cyclodendron Kräusel, 1928 Type
Cyclodendron
Bisigillariostrobus Gen. et sp. nov Asghar et al. Permian China A member of Lepidodendrales belonging to the family Sigillariaceae. Genus includes new species
2024_in_paleobotany
Genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Lateristachys
Genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Lycopodiastrum
Geological formation in Brazil
Member. A lepidodendrale lycophyte. Haplostigma H. furquei Passagem Member. A lycophyte. Paleostigma P. sewardii Passagem Member. A lepidodendrale lycophyte
Pimenteira_Formation
Coal Basin Russia ( Tver Oblast) A lycopod belonging to the group Lepidodendrales and the family Flemingitaceae. Sublepidodendron puchkoviorum Sp. nov
2017_in_paleobotany
Genus of spore-bearing plants
†Nathorstiana †Lepacyclotes †Isoetites †Skilliostrobus †Tomiostrobus Isoetes †Lepidodendrales Lepidodendron Lepidophloios Ulodendron Sublepidophloios Bothrodendron
Austrolycopodium
"Vascular cambium and wood development in Carboniferous plants. I. Lepidodendrales". American Journal of Botany. 72 (8): 1163–1176. doi:10.2307/2443396
2023_in_paleobotany
and the recognition of L. wingfieldense sp. nov. (Flemingitaceae, Lepidodendrales) from the Langsettian (Bashkirian) of Derbyshire, East Midlands, UK"
2015_in_paleobotany
Zhang Carboniferous (Viséan) Akeshake Formation China A member of Lepidodendrales belonging to the family Flemingitaceae. Guangdedendron Gen. et sp.
2019_in_paleobotany
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