Inventory of EU Marine Climate Change Research

IMCOAST - Impact of climate induced glacial melting on marine coastal systems in the Western Antarctic Peninsula region

Project website:
http://www.imcoast.org/

Summary information
Funding:	EUROPOLAR ERA-NET project funded under the PolarCLIMATE Programme
Start date:	2010-01-01
End date:	2013-03-31
Duration:	18 months
Coordinator:	Doris Abele (Doris.Abele@awi.de)
Organisation:	Alfred Wegener Institute for Polar and Marine Research - Germany
Project name:	IMCOAST - Impact of climate induced glacial melting on marine coastal systems in the Western Antarctic Peninsula region
Project summary:	The coastline and the islands of the Western Antarctic Peninsula represent key areas immediately and most visibly affected by glacial retreat and melting, due to global climate warming. Although it is clear that coastal fresh water and sediment transport have increased both in length and volume, it is not clear how the sub-glacial and land run-off dynamics will change over time. IMCOAST combines different physico-hydrographical, sedimentological, geochemical and biological proxies to investigate past, ongoing and future climate related changes of land ice masses and sedimentary run-off and their effects on coastal benthic and pelagic ecosystems in the King George Island coastal area. This international research programme features a multidisciplinary approach involving geo- and biological sciences, field investigations, remote sensing and modelling, as well as knowledge into the hydrographical and biological history of the marine coastal ecosystems of the Western Antarctic Peninsula region. Objectives - To quantify variability and changes in fresh water budgets in coastal ecosystems and to provide the physical boundary conditions for geochemical, sedimentological and biophysical research - Understand the effect of glacial retreat on sub-glacial and land run-off dynamics in the past and present - Analyze the effects of the current climate change on coastal pelagic ecosystems - Analyze carbon recycling in the sediment surface of coastal systems with and without impact of sedimentation, and the bentho-pelagic coupling in KGI coastal food webs - Evaluate impact and strength of late Holocene warm phases on the KGI coastal system.