We use modelling approaches and data on past environments to understand environmental change and to anticipate future change at a range of temporal and spatial scales.
Members of PLUS generate so-called multi-proxy environmental data and model past environments in order to further our understanding of environmental change and its relationship to human societies at a range of temporal and spatial scales.
The PLUS research group focuses on natural systems and their interface with the Social, Human and Mathematical Sciences. This includes the long-term impacts of climate dynamics on human societies and related subjects such as human-environment modelling, ecosystem services, geoarchaeology and forensic palynology.
We have broad expertise in a range of techniques and the use of natural systems such as peat bogs and lakes as archives of terrestrial environmental change. These techniques range from the study of fossil pollen to stable isotopes. We are involve in active collaboration with other research groups at Southampton including the Institute for Complex Systems Simulation, the Centre for Ancient Human Origins (CAHO) and Southampton Ocean and Earth Sciences.
PLUS research is relevant to several international agendas that concern climate change and associated human responses. We are part of the international science community in understanding earth systems science, and our work informs actions to facilitate adaptation to climate change. PLUS has specialist research facilities in the Shackleton Building and a wide range of field equipment.
PLUS undertakes research into environmental change from the very recent period up to 3 million years ago all geographical areas from the tropics to the polar regions. Major interests lie in the North Atlantic, Arctic, Patagonia and East Africa as well as in the British Isles. PLUS research is linked to international agendas of the Intergovernmental Panel on Climate Change (IPCC), the International Geosphere-Biosphere Programme (IGBP), International Geosciences Programme (IGCP) and the Arctic Council. We also have active collaboration with universities in the US, China, Russia, Norway, Chile, Denmark, France, Kenya, Uganda, Tanzania and Japan.
|Staff Member||Primary Position|
|Ali Alawer||Postgraduate Research Student|
|Keith Barber||Emeritus Professor of Environmental Change|
|Anna J Bourne||Lecturer in Palaeoenvironmental Science|
|Julia Branson||Principal Enterprise Fellow, GeoData|
|Tony Brown||Professor of Physical Geography|
|Charlotte Clarke||Postgraduate Research Student|
|Robert Collier||Postgraduate research student|
|Laura Crossley||Postgraduate research student|
|Kim Davies||Postgraduate research student|
|John Dearing||Professor in Physical Geography|
|Mary Edwards||Professor in Physical Geography|
|Thierry Fonville||Postgraduate research student|
|Hayley Goodes||Palaeoecology Technician|
|David L. Hawksworth||Visiting Professor|
|Emma-Jayne Hopla||Postgraduate research student|
|Paul Hughes||Professor of Palaeoecology|
|Pete Langdon||Professor of Quaternary Science|
|Michael Lobb||Postgraduate Research Student|
|Helen MacKay||Postgraduate Research Student|
|Ali Monteath||Postgraduate research student|
|Peter Morgan||Laboratory Manager|
|Sandra Nogué||Lecturer in Palaeoenvironmental Science|
|Benjamin T Pennington||Postgraduate Research Student|
|Sarah Pogue||Postgraduate Research Student|
|Chris Rolfe||Postgraduate research student|
|Robert Scaife||Visiting Professor in Paleoecology|
|Sarwar Hossain Sohel||Postgraduate research student|
|Rebecca Spake||Postdoctoral researcher|
|Sarah Jane Spinney||Postgraduate Research Student|
|Maarten van Hardenbroek||Visiting Researcher|
|Sarah Ward||Postgraduate research student|
|Patricia E.J. Wiltshire||Visiting Professor|
|Belmont Forum DELTAS||Active|
|ESPA Poverty and Ecology||Active|
|Palaeoclimate reconstructions from Tierra del Fuego to detect land-ocean-atmosphere interactions (PATAGON).||Active|
|Quantifying and Understanding the Earth System||Active|
|Thermokarst Lake Dynamics in the Arctic||Active|
|Holocene climate variability and environmental change from sediments of Windermere, UK||Active|