Dr Paul J. Morris
- Position: Associate Professor of Biogeoscience
- Areas of expertise: peatlands | wetlands | climate | hydrology | biogeography | environmental change
- Email: P.J.Morris@leeds.ac.uk
- Phone: +44(0)113 343 9585
- Location: 10.30 Garstang Building
- Website: Twitter | Googlescholar | ORCID
My research aims to understand the role of wetlands in the Earth system, and their response to external drivers such as climate and human alteration. I am particularly interested in carbon-dense wetlands such as peatlands and mangroves. I use modelling, field and laboratory techniques in the pursuit of my research questions.
You can find a full list of my publications at the bottom of this page.
- Programme Leader: BSc Geography, BSc Geography and Geology
- Leeds Quaternary Co-Leader
- The long-term (millennial) development of peatland and mangrove ecosystems, soils, carbon stores and hydrological functions.
- The response of peatlands to disturbances such as wildfire, future climate change and land-use change, on timescales that are meaningful to humans (seasonal to decadal).
- Improving process-based understanding of peatland hydrological processes, including groundwater-surface water interactions and controls on peat hydraulic properties.
- 2010: PhD, Queen Mary University of London
- 2004: BSc Geography, University of Sheffield
- Since 2019: Fellow of the Higher Education Academy (FHEA)
I currently teach on the following undergraduate modules:
- GEOG1055 Environmental Change: Past and Future (module leader)
- GEOG1081 Data Analysis in Physical Geography (module leader in Semester 2)
- GEOG2014 Field Class: The Dyanmic Environment (module leader)
- GEOG2085 Ecosystems: Process, Pattern and Change
- GEOG2095 Level 2 Dissertation Support Group
- GEOG3605 Physical Geography Dissertation
Current PhD Students
Dan Colson. Remote Sensing of Recent Changes in Northern Peatlands. Funded by NERC Doctoral Training Partnership (2020-24).
Richard Fewster. The Past, Present and Future of Permafrost Peatlands. Funded by NERC Doctoral Training Partnership (2019-23).
Former PhD Students
Marie Arnaud. Belowground Carbon Cycling in Mangrove Forests. Funded by Leeds Anniversary Research Scholarship (2016-20). Current employment: Research Fellow, National Institute for Ocean Science (IFREMER), La Rochelle, France.
Tom Sim. Response of Pan-Arctic Permafrost Peatlands to Climate Change. Funded by NERC Doctoral Training Partnership (2018-22). Current employment: Postdoctoral Research Associate, University of Exeter.
Jiren Xu. The Role of Peatlands in Global and Regional Drinking Water Resources. Jointly funded by Chinese Scholarship Council and University of Leeds (2015-19). Current employment: Research Fellow in Wetland Science, University of Leeds.
Former MSc by Research Students
Richard Fewster. Holocene Climate Space of North American Permafrost Peatlands. Self-funded (2018-19). Currently studying for a PhD with me.
Peter Gill. Simulating Blanket Peatland Development over Millennial Timescales Using a New Version of the DigiBog Model. Self-funded (2016-18). After his MSc, Pete took a job as a Big-Data Engineer with HSBC.
Adam Hartley. Surface and near-surface runoff processes in peatland catchments. Self-funded (2020-20). Currently studying for a PhD at Queen Mary University of London.
Tom Sim. Pathways for Ecological Change in Canadian High Arctic Wetlands Under Rapid Twentieth Century Warming. Self-funded (2017-18). After his MSc, Tom studied for a PhD, and now works as a Postdoctoral Research Associate at the University of Exeter.
Liam Taylor. Changing Hydrology and Carbon Storage of Permafrost Peatlands. Part-funded by Ecology and Global Change Research Cluster (2017-18). After his MSc, Liam studied for a PhD in glaciology at the University of Leeds, with Prof. Duncan Quincey and Dr. Mark Smith, before being appointed as a Lecturer at the University of Leeds.
Research groups and institutes
- River Basin Processes and Management
Current postgraduate researchers
<li><a href="//phd.leeds.ac.uk/project/1641-pan-tropical-analysis-of-peat-hydraulic-conductivity">Pan-tropical analysis of peat hydraulic conductivity</a></li>