Environmental change research overview
Within climate and environment change we use isotopes
to work within atmospheric, earth, biological, terrestrial and aquatic
sciences, from the deep oceans to the upper atmosphere, and from the
poles to the equator. We aim to help gather and apply knowledge, create
understanding and predict the behaviour of the natural environment
and its resources. Climate change has occurred at every timescale,
and we use isotopes to help understand the drivers of climate change
both in the recent and geological past. In particular, while climate
change is a global phenomenon, understanding the local and regional
impacts is essential, associated with this is the link between climate
and sea level. Pollution has
and will have severe consequences for the future environment, as well
as being a driver for climate change. Questions such as the impacts
of climate and changing land and river management practices on hydrological
processes are all key to NERC’s aims.
Palaeoclimate
Pollution |
NIGL contributes
to several national and international programmes, details of these
programmes can be found at:
'Freshwater Umbrella' research programme - www.freshwaters.org.uk
PAGES (PAst Global changES): http://www.pages.unibe.ch/
IBiS (Isotopes in Biogenic Silica): http://www.bgs.ac.uk/ibis/home.html
IsoMED (Isotopes in the Mediterranean): http://www.geog.plymouth.ac.uk/research
/groups/is18omed.htm
CONTINENT (Lake Baikal): http://continent.gfz-
potsdam.de/front_content.php
CLIMAN project (Aral Sea):http://climan.gfz-potsdam.de/
Climate in Peru: www-qpg.geog.cam.ac.uk/
people/chepstow-lusty
"MILLENNIUM: European climate of the last millennium" http://geography.swan.ac.uk/millennium/index.htm
For further details about NIGL collaboration contact Professor
Melanie Leng (climate) and Dr Tim Heaton (pollution). |