Summer School "Ecology and Society: Frontiers and Boundaries" / 3 - 7 June 2019

Ecosystems societies Climate change Forests Hydrosystems Atmosphere Biodiversity Agrosystems Pressures Impacts Modelling Pollution Ecotoxicology Biogeochimical cycles Ecology Adaptability
Boat tripBoat trip
Field TripField Trip
Wine tasting - Crédits photo LabEx COTEWine tasting - Crédits photo LabEx COTE
Hydrosystems weekHydrosystems week
Field trip - SallesField trip - Salles
Field trip - SallesField trip - Salles
Dune du PylaDune du Pyla
Field trip - SallesField trip - Salles
Classroom - Crédits photo LabEx COTEClassroom - Crédits photo LabEx COTE
Forest tripForest trip
EveningEvening
Vineyard - Crédits photo LabEx COTEVineyard - Crédits photo LabEx COTE
Field trip 2015 - Château Suduiraut, Crédits photo LabEx COTEField trip 2015 - Château Suduiraut, Crédits photo LabEx COTE
Field TripField Trip
CellarsCellars
Class room - Crédits photo LabEx COTEClass room - Crédits photo LabEx COTE
Group Picture - Crédits photo LabEx COTEGroup Picture - Crédits photo LabEx COTE
Classroom - Crédits photo LabEx COTEClassroom - Crédits photo LabEx COTE
Field trip - SallesField trip - Salles
Ciron Valley - Crédits photo LabEx COTECiron Valley - Crédits photo LabEx COTE

Facing up to a changing World: how to deal with it? - Eric GOBERVILLE

Last update Wednesday 23 April 2014

Warming of the climate system has now become unequivocal, being clearly detected in all functional units of the Earth system. Climate variability influences living systems ranging from marine to terrestrial and from the atmosphere to the deep ocean, impacting virtually all biological processes and systems from the cell to the biosphere level. In both the terrestrial and marine realms, studies have shown that current climate change strongly impacts the abundance, spatial distribution and phenology of species, both directly and indirectly. The erosion of biodiversity, estimated to be 100 to 10,000 greater than the natural rate of extinction, is currently faster than at any time in history. As warming is likely to range between ~1 to ~5°C by 2100, these changes may amplify towards the end of this century. Here, we introduce what global climate change is and provide clear evidence of the impacts of warming on ecological and biological systems. We review how ecosystems and species have already responded to environmental change at different spatial and temporal scales. Finally, using modelling approaches as tools for predicting the consequences of global warming on species, we explore the future of biodiversity in a changing World.

Wednesday 23 April 2014 by DUMERCP Julien.


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