Dr Marie Busfield

PhD Earth Sciences (Royal Holloway, University of London)MGeol Geology (University of Leicester)

Dr. Marie Busfield is a Lecturer in Environmental Earth Science, specialising in glacial geology and sedimentology. Her research focuses on the use of clastic sedimentology, process geomorphology and micromorphology to study products of ancient and contemporary glaciation.

Module Coordinator

• GS10720 - Life on Earth
• GS21420 - Environmental Earth Science Research Design and Fieldwork Skills

Grader

• DA11520 - Sut i Greu Planed
• GS35140 - Environmental Earth Science Dissertation
• GS34040 - Geography Dissertation
• GS35320 - Advanced Fieldwork Skills
• GS35240 - Environmental Science Dissertation
• DA34040 - Traethawd Estynedig Daearyddiaeth

Lecturer

• DA11520 - Sut i Greu Planed
• GS35320 - Advanced Fieldwork Skills
• GS21420 - Environmental Earth Science Research Design and Fieldwork Skills
• GS21120 - Physical Geography and Environmental Science Research Design and Fieldwork Skills

Coordinator

• GS21420 - Environmental Earth Science Research Design and Fieldwork Skills
• GS10720 - Life on Earth

My research uses detailed macro- and micro-scale sedimentology, geological and geomorphological mapping, and glacial sequence stratigraphy to understand the dynamic behaviour, scale and glacier thermal regime of ancient and modern ice masses. My work is predominantly field-based, involving extensive field seasons in Namibia, South Australia, the European Alps and the western US. Current research interests span several key strands: 1) Debris-covered glaciers and high mountain landscape evolution, including assessing the evolution of, and links between, slope and glacier surface debris, glacier structure, and foreland geomorphology; 2) Geomorphology under ice streams, with current projects focussed on Ordovician (~443 Ma) and Late Palaeozoic (~300 Ma) subglacial bedforms in South Africa which offer valuable analogues for modern environments that remain largely inaccessible beneath today’s ice masses; 3) Extreme cold climates, including interrogating Cryogenian ‘Snowball Earth’ glaciation in the western US and analysis of the world’s oldest glacial deposits (~2.2-2.4 Ga) in South Africa; and 4) Geoheritage, geotourism, and widening participation to celebrate and promote sustainable use of sites of geomorphological and geological interest for education, conservation, and tourism.

• Centre for Glaciology