
Palm trees of the tribe Trachycarpeae once thrived in what is now subarctic Canada, according to an analysis of fossilized phytoliths — microscopic siliceous structures produced in specific tissues by many plant families — from Canada’s Northwest Territories.
The post Palm Fossils from Subarctic Canada Imply Ice-Free Winters 48 Million Years Ago appeared first on Sci.News: Breaking Science News.
Palm trees of the tribe Trachycarpeae once thrived in what is now subarctic Canada, according to an analysis of fossilized phytoliths — microscopic siliceous structures produced in specific tissues by many plant families — from Canada’s Northwest Territories.
The post Palm Fossils from Subarctic Canada Imply Ice-Free Winters 48 Million Years Ago appeared first on Sci.News: Breaking Science News. Paleontology, Arctic, Arecaceae, Canada, Climate, Eocene, Fossil, Microfossil, Northwest Territories, Paleoclimate, Palm, Phytolith, Plant, Temperature, Trachycarpeae Sci.News: Breaking Science News