New materials from the Upper Devonian (Famennian) Wutong Formation of Chizhou District, Anhui Province, South China, allow description of fertile and sterile characters of Archaeopteris halliana. This plant has penultimate axes attached by sterile leaves and paired ultimate branches in the same ontogenetic spiral. Sterile leaves are narrowly cuneate in shape and bear distal margins dissected deeply. These leaves are spirally arranged on sterile ultimate axes. Non-laminated sporophylls occur spirally on the ultimate axes and bifurcate once or twice. Elongate sporangia with longitudinal dehiscence are borne adaxially below or above the dividing points of the sporophylls. Despite the leaf shape resembling that of Archaeopteris macilenta, our p...
A new species of early vascular plant, Adoketophyton parvulum sp. nov., is described from the Lower ...
Seed plants with ovules were abundant in the Late Devonian of Euramerica and they contribute signifi...
A fertile rhyniophytoid is discovered from the Lower Devonian of Guangxi, southwestern China, which ...
New materials from the Upper Devonian(Famennian)Wutong Formation of Chizhou District,Anhui Province,...
Archaeopteris macilenta is one of the most widespread plants in the Late Devonian. Based on fossils ...
A new plant, Dibracophyton acrovatum gen. et sp. nov., is described from the Lower Devonian (Pragian...
A new plant is described on the basis of compression fossils from the Xichong Formation, Middle Devo...
Sterile and fertile shoots of a microphyllous vascular plant are described from the Lower Devonian P...
A new genus and species, Ramoferis amalia gen. et sp. nov., is described from the Early Devonian (Pr...
A new genus and species,Ramoferis amalia gen.et sp.nov.,is described from the Early Devonian (Pragia...
Pollen organ Telangiopsis sp., associated with but not attached to vegetative fronds, has been colle...
Background: The earliest seed plants in the Late Devonian (Famennian) are abundant and well known. H...
Palaeozoic fern-like plants show great diversity in their morphology and/or anatomy. Within this gro...
Guangnania cuneata gen. et sp. nov. has been collected from the Lower Devonian (Pragian) Posongchong...
Five plant species, all with lateral sporangia aggregated into strobili terminating smooth stems, ha...
A new species of early vascular plant, Adoketophyton parvulum sp. nov., is described from the Lower ...
Seed plants with ovules were abundant in the Late Devonian of Euramerica and they contribute signifi...
A fertile rhyniophytoid is discovered from the Lower Devonian of Guangxi, southwestern China, which ...
New materials from the Upper Devonian(Famennian)Wutong Formation of Chizhou District,Anhui Province,...
Archaeopteris macilenta is one of the most widespread plants in the Late Devonian. Based on fossils ...
A new plant, Dibracophyton acrovatum gen. et sp. nov., is described from the Lower Devonian (Pragian...
A new plant is described on the basis of compression fossils from the Xichong Formation, Middle Devo...
Sterile and fertile shoots of a microphyllous vascular plant are described from the Lower Devonian P...
A new genus and species, Ramoferis amalia gen. et sp. nov., is described from the Early Devonian (Pr...
A new genus and species,Ramoferis amalia gen.et sp.nov.,is described from the Early Devonian (Pragia...
Pollen organ Telangiopsis sp., associated with but not attached to vegetative fronds, has been colle...
Background: The earliest seed plants in the Late Devonian (Famennian) are abundant and well known. H...
Palaeozoic fern-like plants show great diversity in their morphology and/or anatomy. Within this gro...
Guangnania cuneata gen. et sp. nov. has been collected from the Lower Devonian (Pragian) Posongchong...
Five plant species, all with lateral sporangia aggregated into strobili terminating smooth stems, ha...
A new species of early vascular plant, Adoketophyton parvulum sp. nov., is described from the Lower ...
Seed plants with ovules were abundant in the Late Devonian of Euramerica and they contribute signifi...
A fertile rhyniophytoid is discovered from the Lower Devonian of Guangxi, southwestern China, which ...