Somerset Field Class

Students happy to see some autumn sunshine!

Students happy to see some autumn sunshine!

145 Geography & Environmental Science students visited Somerset during Enhancement Week for their first field class! Dr Steve Musson gives the details below…

Students often tell us that field classes are one of the most memorable and enjoyable parts of their University experience. At the University of Reading, we are always looking for ways to get beyond the lecture theatre, where we can put research skills into practice. Our first year students have just come back from Somerset, on a brand new three-night field class that developed new skills and left plenty of time for students to get to know one another – and our teaching staff – better.

We travelled to Kilve Court Field Centre, near Bridgewater in Somerset, during the mid-term Enhancement Week, in which students take a break from their normal teaching routine and develop new skills. Somerset is an ideal place to encounter a wide range of geographical and environmental processes and our research activities covered cultural and social geography, biogeography and quaternary science.

Reaching the top of Glastonbury Tor

Reaching the top of Glastonbury Tor

We arrived at Kilve Court in dramatic fog, which made it difficult to get a sense of the surrounding landscape that included the Quantock Hills Area of Outstanding Natural Beauty. After dropping off our bags and checking in to the accommodation, we made the short climb up to Quantock Common and were delighted when the fog cleared above 180 metres. We emerged onto warm, sunny heath land, while the fog remained in the valleys below us. Students discussed the vegetation change we had seen during the short climb and the cultural significance of this special place.

Over the next two days, we divided into smaller groups, with each rotating through four half-day fieldwork activities. In Glastonbury, Dr Steve Musson led a climb up the famous Tor and students spoke to local people about the myth and legend associated with the area. Professor Hannah Cloke shared her expertise in hydrology to explain the recent flooding of the Somerset Levels and the special role water plays in the local culture of the Isle of Avalon.

At nearby Shapwick Heath, Dr Nick Branch and Dr Hazel McGoff gave students their first experience of sediment core sampling. Analysis has continued back in our labs at Reading, to reconstruct the environmental history of the area over tens of thousands of years. Dr Geoff Griffiths introduced students to landscape ecology, modelling the impacts of woodland planting on flooding. Again, we are using sophisticated spatial analysis software to interpret our results back in Reading.

The Somerset Field Class is the first part of the Research Training Pathway that runs through our degrees in Geography and Environmental Science. There are more field class opportunities in the Second and Third Years, to places like Berlin, Crete, Naples and Almeria. These develop advanced-level skills that build on the work we did in Somerset and allow students to plan and carry out their own fieldwork as part of their Third Year dissertation.

 

Check out the Storify of the trip for the best tweets & photos!

Dr Nick Branch & Mike Simmonds attend 11th National Heathland Conference

Mike Simmonds (PhD candidate) and Dr Nick Branch attended a national conference organised by the Surrey Wildlife Trust – “11th National Heathland Conference”. The conference brings together practitioners engaged in heathland conservation and management at a national level including SWT, Natural England, National Trust, Forest Research, and Borough and County Councils.

photoNick chaired a workshop at the conference on “working with academia”, which included speakers from Imperial College (Silwood Park) and Mike. The aim was to share experiences about the working relationship between heathland managers and Universities (e.g. ecologists, geographers, environmental scientists, archaeologists), and to discuss how this relationship can be improved through co-production of research projects, and better communication of data.