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E2.4 Evolutionary Responses to the Changing Climate: from System Biology to Global Biogeochemistry 25th September 2012, 14:00-18:00 Room 328, Geoffrey Pope Building, Streatham Campus AIM: This workshop aims to explore interactions between organismal biology and earth systems, and how our improving understanding of basic biology of growth control, carbon assimilation, phenology and the evolution of these traits, possibly incorporating systems approaches, will be useful for understanding the earth system response to climate change. AGENDA 13:45 Arrival, coffee and tea 14:00 Introduction Steve Penfield 14:10 Five-minute presentations: Impacts of climate change on soil process: applying ecological and evolutionary theory to the ‘black box’? - Dr Iain Hartley, University of Exeter Plant Function and global climate change – Dr Joana Zaragoza-Castells, University of Edinburgh Biohydrometallurgy/Biomining, Microbiology and the Lithosphere - Dr Chris Bryan, University of Exeter The role of land surface in the climate system - Proffessor Stephen Stich, University of Exeter Improving representation of physiological processes within JULES (Joint UK Land Environment Simulator) , land surface Scheme of the Met Office Hadley Center Earth system model - Dr Lina Mercado, University of Exeter Ocean Acidification - Alex Rose, University of Exeter On the rate of gradual Darwinian evolution – Professor Vadim N. Biktashev, University of Exeter Global climate models - Dr Patrick Hamilton, University of Exeter Rivers and the Sedimentary Carbon Cycle - Professor Rolf Aalto, University of Exeter Dr Claire Belcher, University of Exeter Ross Brown, AstraZeneca UK Ltd Professor Steve Hughes, University of Exeter Dr Hywel Williams, University of Exeter Linking biota to biogeochemical cycles to better understand the ecological impacts of global change - Dr Gabriel Yvon Durocher, University of Exeter 15:45 Break for tea and coffee 16:00 Discussion Session Chaired by Steve Penfield 17:00 Refreshments and networking