Results 121 to 128 of about 353 (128)
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TAXON, 2013
The genus Pityostrobus was established by Dutt (l.c.) for petrified ovulate cones from the Eocene sediments of Great Britain, now known also from the Upper Jurassic to the Early Cretaceous–Miocene, being widely distributed in Europe, Siberia, Central and Eastern Asia, India, North and South America, and comprising at present ca.
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The genus Pityostrobus was established by Dutt (l.c.) for petrified ovulate cones from the Eocene sediments of Great Britain, now known also from the Upper Jurassic to the Early Cretaceous–Miocene, being widely distributed in Europe, Siberia, Central and Eastern Asia, India, North and South America, and comprising at present ca.
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2018
The report contains information on 23 species of wild-growing and cultivated plants of the class Gymnosperms (Pinopsida), authentically registered in the north-west of the Volga Upland. The report is the second in the series of publications containing information for the species composition of vascular plants of this major geomorphological department ...
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The report contains information on 23 species of wild-growing and cultivated plants of the class Gymnosperms (Pinopsida), authentically registered in the north-west of the Volga Upland. The report is the second in the series of publications containing information for the species composition of vascular plants of this major geomorphological department ...
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Silice v jehličnanech (Pinopsida) a jejich využití
This thesis focuses on a brief characteristic of conifers (Pinopsida) in the light of their taxonomy, morphology and reproduction, secondary metabolism of plants and production of essential oils. Essential oils are then characterised in terms of their composition, uses and methods of their retrieving/extraction.openaire +1 more source
Revision ofCunninghamia protokonishiiTanaietOnoe (Pinopsida, Cupressaceae) from East Asia
Paleontological Research, 2017Atsushi Yabe
exaly
Standardizing names applied to pollen and spores in New Zealand Quaternary palynology
New Zealand Journal of Botany, 2011N T Moar +2 more
exaly

