The INTERNATIONAL FOSSIL PLANT NAMES INDEX
Global registry of scientific names of fossil organisms covered by the International Code of Nomenclature for Algae, Fungi, and Plants and the International Code of Zoological Nomenclature © 2014-2024

IDNAME urn:idName:ifpni.org:species:1C9DB7EB-B773-E199-163D-4653F24E3E7B species
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Berryoxylon cuddalorense

Berryoxylon cuddalorense N. Awasthi, R.C. Mehrotra, Anum. Shukla Palaeobotanist, 67(1): 38. 2018
Name
Berryoxylon cuddalorense
Rank
Species
Original spelling
cuddalorensis
Generic Name
[Genus] Berryoxylon
Authors (Pub.)
Awasthi N. Mehrotra R. C. Shukla A.  
Publication
Some new fossil woods from the Cuddalore Sandstone of south India [2018]
Journal
Palaeobotanist
Volume
67
Issue
1
Page number
38
Year
2018
Fossil Status
stems (wood)
Stratigraphy
Miocene
Strat. comment
Miocene-Pliocene = Cuddalore Sandstone Formation
Location
Murattandichavadi near Puducherry, Villupuram District, Tamil Nadu, India
Paleoregion
Eurasia (Indostan)
Data for Holotypus
Repository
Birbal Sahni Institute of Palaeosciences, Lucknow, India
Repository Number
BSIP 41589
Diagnosis
Wood diffuse–porous. Growth rings present marked by marginal parenchyma bands. Vessels small to medium, mostly medium in size, tangential diameter range 87–166 μm, mean 133 μm, solitary and in radial multiples of 2–5, evenly distributed, 8–10 per sq mm, usually round to oval, tylosed; vessel members range 180–362 μm, mean 271 μm, with transverse to oblique ends, occasionally storied; perforations simple; intervessel pits bordered, alternate, 6–8 μm, with lenticular apertures. Axial parenchyma both paratracheal and apotracheal, paratracheal vasicentric to aliform–confluent, apotracheal diffuse. Rays 7 to 8 per mm, 1–4 (mostly 2 to 3) seriate, storied, uniseriate rays about 25 μm in width and up to 280 μm in height, multiseriate rays 27–61 μm in width and 9–23 cells or 185–482 μm in height, ray to ray fusion present, homo to heterocellular, usually made up of procumbent cells, with 1 row of upright or square cells; ray tissue weakly heterogeneous. Fibres thick–walled and non–septate.
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