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Originally posted by mc_squared
Sorry but this is just another oil industry funded lie:
You can find a whole laundry list of these lies on skepticalscience.com
Fossil boffins say that dense triple-canopy rainforests, home among other things to gigantic one-tonne boa constrictors, flourished millions of years ago in temperatures 3-5°C warmer than those seen today - as hot as some of the more dire global-warming projections.
The new fossil evidence comes from the Cerrejón coal mine in Colombia, previously the location where the remains of the gigantic 40-foot Titanoboa cerrejonensis were discovered. The snake's discoverers attracted flak from global-warming worriers at the time for saying that the cold-blooded creature would only have been able to survive in jungles a good bit hotter than Colombia's now are.
But now, according to further diggings, there is more evidence to support the idea that a proper rainforest similar to those now seen in the tropics existed at the time of the Titanoboa - despite the much hotter temperatures. This could be seen as conflicting with the idea that a rise of more than two or three degrees would kill off today's jungles with devastating consequences for the global ecosystem of which we are all part.
The first neotropical rainforest was home of the Titanoboa
Published: Monday, October 12, 2009 - 15:09 in Paleontology & Archaeology
Smithsonian researchers working in Colombia's Cerrejón coal mine have unearthed the first megafossil evidence of a neotropical rainforest. Titanoboa, the world's biggest snake, lived in this forest 58 million years ago at temperatures 3-5 C warmer than in rainforests today, indicating that rainforests flourished during warm periods. "Modern neotropical rainforests, with their palms and spectacular flowering-plant diversity, seem to have come into existence in the Paleocene epoch, shortly after the extinction of the dinosaurs 65 million years ago," said Carlos Jaramillo, staff scientist at the Smithsonian Tropical Research Institute. "Pollen evidence tells us that forests before the mass extinction were quite different from our fossil rainforest at Cerrejón. We find new plant families, large, smooth-margined leaves and a three-tiered structure of forest floor, understory shrubs and high canopy."