Fossilised palm leaves give new insights into the geographical landscape of prehistoric central Tibet

The new research, co-authored by academics from Key Laboratory of Vertebrate Evolution and Human Origins, Institute of Vertebrate Paleontology and Paleoanthropology, Chinese Academy of Sciences, University of Bristol’s School of Geographical Sciences, The Open University and Birbal Sahni Institute of Palaeosciences suggests that central Tibet must have been no higher than 2.3km with large lakes fringed with subtropical …

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Climate modelling work update

Some of the recent modelling work has been updated on our modelling page . Here we show an example of some of the exciting high resolution simulations of each geological stage that is being developed for the project. See high resolution animations and further details here: 模拟数据 The scope of the modelling work aims is …

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EGU 2019 session – Abstract submission open!

With the EGU conference 2019 just around the corner (10 January 2019, 13:00 CET) we would like to further publicise our session (CL1.08/BG2.34/GM5.7/SSP2.15) on the instrumental role Tibet has played on changing climate through the Cenozoic. Our session aims to bring together academics from many different disciplines from climate dynamics, vegetation/botany specialists and geologic/tectonic processes experts …

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Tastes of China!

Our 4th trip in China reminded us just how wonderful the food is and especially how varied it can be from region to region due to the many different cultures and people who inhabit this wonderful country. After a long day collecting field samples it tastes even better too! Thus far we have been able …

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云南景谷盆地地质情况

Part of the recent fieldwork involved studying the sediments mapped as mid Miocene in the Jinggu Basin (23.5°N, 100.7°E). The geological evolution of Yunnan and the southeastern margin of Tibet is complex but appears to include Cenozoic extrusion of the Indo-China block as a result of the India-Asia collision. As much as 350 km of …

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