Research group
Landscape Dynamics and Ecology
We use multi-proxy environmental data, and model past and present environments to further our understanding of environmental change.
About
Our research often involves the application of new methodological approaches that integrate high-resolution field and laboratory data acquisition with numerical and physical modelling.
Our main research priorities include:
- geomorphic processes in aeolian, coastal, fluvial and shallow marine, glacial and periglacial environments
- changes in environmental systems in response to climate change, in fluvial, glacial and coastal environments
- the effects of extreme events on society, including catchment management, flooding, coastal changes and ecosystem responses
- reconstructing climate change during the quaternary (Europe, the Americas, Arctic and South Pacific
- understanding the process, timing and forcing of human migration into the tropical South Pacific
- exploring what makes small islands vulnerable to multiple hazards
People, projects and publications
People
Research projects
Research project
Dunwich: City Site as a model for archaedogical survey in low visability
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Research project
Dyke, Agent based models for the analysis of early warning signals of ecosystem tipping points as a consequence of environmental change, EPSRC
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Research project
Edwards, NERC, Lakes and the Arctic Carbon Cycle
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Research project
Edwards, Royal Society, Impacts of climate and fire on thermokarst lake development and carbon flux
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Research project
ESPA Grant (NERC) - Assessing health, livelihoods, ecosystem services and poverty alleviation in populous deltas
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Research project
Ongoing Impacts from the Surge in Sand Mining during COVID-19: Enhanced River Bank Erosion Hazard & Risk in Vietnam's Mekong Delta
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Research project
GLACSWEB 2
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Research project
GLOSS: Global Suspended Sediment: identifying the quantities, drivers and trajectories of fluvial sediment loads
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Research project
Hart, NERC, Using Internet of Things technology to aid in Earth and Environmental Science Research
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Hart, Using the latest technology to record to understand the retreat of two contrasting Icelandic Glaciers
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Publications
Jennifer Ball, Jennifer Hauck, Robert Holland, Amy, Louise Lovegrove, Jake Snaddon, Gail Taylor & Kelvin S.-H. Peh,
2022, People and Nature, 4(5), 1352-1368
DOI: 10.1002/pan3.10390
Type: article
Antony Brown, Thierry Fonville, Maarten R Van Hardenbroek van ammerstol, Graeme Cavers, Anne Crone, Finbar McCormick, Emily Murray, Helen Mackay, Nicki Whitehouse, Andrew Henderson, Phil Barratt, Kimberley Davies, Katie Head, Peter Langdon, Inger Alsos & Duncan Pirrie,
2022, Antiquity, 96(389), 1179-1199
DOI: 10.15184/aqy.2022.70
Type: article
Lupita Landeros, Ian Williams, Peter Shaw, Malcolm Hudson & Gabriela Dominguez Cortinas,
2022, Detritus, 20, 41-55
Type: review
John Nicholas Peter Robotham, Gareth Old, Ponnambalam Rameshwaran, David Sear, Emily Trill, James Bishop, David Gasca-Tucker, Joanne Old & David McKnight,
2022, Earth Surface Processes and Landforms
DOI: 10.1002/esp.5483
Type: article
Sally Brown, Susan Hanson, David Sear, Christopher Hill & Craig Hutton,
2022, Anthropocene Coasts, 5(1)
Type: article
Alistair Monteath, Paul Hughes, Matthew Cooper, Dulcinea Groff, Rob Scaife & Dominic Hodgson,
2022, Geology, 50(8), 880-885
DOI: 10.1130/G49805.1
Type: article
David Sear, Peter Langdon, Melanie Leng, Mary Edwards, Tim Heaton, Catherine Langdon & Julian Leyland,
2022, The Holocene, 32(8), 780 - 793
Type: article
Giles F.S. Wiggs, Matthew C. Baddock, David S.G. Thomas, Richard Washington, Joanna Nield, Sebastian Engelstaedter, Robert G. Bryant, Frank D. Eckardt, Johannah R.C. von Holdt & Shayne Kotting,
2022, Journal of Geophysical Research: Earth Surface, 127(8)
DOI: 10.1029/2022JF006675
Type: article
Solomon Gebrechorkos, Daniela Anghileri, Justin Sheffield, Ming Pan, Peirong Lin, Nathan Forsythe, David M.W. Pritchard, Hayley J. Fowler, Emmanuel Obuobie & Debroah Darko,
2022, Journal of Hydrology, 42
Type: article
My research is centred on large-scale hydrology and its interactions with climate variability and change.