Anatomically preserved Jurassic conifer seed cones originally described as Conites juddi
Seward and Bancroft are reinvestigated and assigned to Hughmillerites juddii gen. et comb …

• Premise of the study: Triassic and Jurassic fossils record structural changes in conifer seed
cones through time, provide the earliest evidence for crown‐group conifer clades, and …

• Premise of the study: Two ovulate conifer cones, one of which is attached terminally to a
short leafy shoot, reveal the presence of a new species of Hughmillerites in the Early …

An anatomically preserved seed cone from Late Cretaceous (Santonian–Coniacian)
sediments of the Yezo Group on the Japanese Island of Hokkaido documents additional …

Fossils have played a central role in our understanding of the evolution of conifers.
Interpretation of the seed cone as a compound strobilus and the homologies of the …

The fossiliferous ironstone deposits of the Upper Cretaceous Horseshoe Canyon Formation
in the Drumheller badlands, Alberta, Canada, contain a diverse, anatomically preserved …

A new fossilized walchian (Voltziales) conifer plant from the Late Pennsylvanian Hamilton
Quarry of Kansas, USA combines morphological characters of the morphogenus Walchia …

The genus Cunninghamites was originally described for fossil sterile foliage. The inclusion
of fertile material, and the debate about the nomenclature and taxonomy of Cunninghamites …

• Premise of the study: Pinaceae and nonpinoid species are sister groups within the conifer
clade as inferred from molecular systematic comparisons of living species and therefore …

Vegetative shoots, ovulate cones, and putative seeds of Conewagia longiloba gen. et sp.
nov., a fossil conifer from the Upper Triassic New Oxford Formation of York County …