The Nature, Cultures, Knowledges research group is delighted to host Dr David Turnbull for an early career workshop at the Geography Department on Wednesday, October 22nd, 11-12.30pm. The title of the workshop is "The Nation State and Sovereignty: Renarrations, Reterritorialisations, and Keeping the Commons Alive: Bringing Performativity, Connectivity, Movement and Embodied Cognition to the Task".
Dr Turnbull is a Senior Research Fellow at the Victorian Eco-Innovation Lab at Melbourne University and will be known to many people for his thought-provoking writings on topics as varied as postcolonialism; indigenous mapping; narrative traditions of space; and performativity. The workshop will be attended by a group of early career researchers encompassing postgraduates and postdoctoral students.
The Cambridge Festival of Ideas 2014 is taking place between Monday 20th October and Sunday 2th November. Members of the Department of Geography will be taking part in a number of talks.
Ian Sample, the Guardian science editor discusses the possible definition of a new geological epoch, the Anthropocene, as geologists, climate scientists, ecologists – and a lawyer – gather in Berlin for talks on whether to rename age of human life. While acknowledging humanity's terrifying impact on the Earth's natural systems, Professor Phil Gibbard of the Department of Geography questions the necessity of this definition.
The Scott Polar Research Institute, part of the Department of Geography, has been awarded £500,000 by the Heritage Lottery Fund (HLF) Collecting Cultures funding programme. This money has been awarded for By Endurance We Conquer: the Shackleton Project, which will unite the Scott Polar Research Institute's Archive, Museum, Library and Picture Library in a targeted purchasing strategy designed to develop its collection of material relating to Sir Ernest Shackleton.
The effectiveness of salt marshes – wetlands which are flooded and drained by tides – in protecting coastal areas in times of severe weather has been quantified in a study led by researchers from the Department of Geography, University of Cambridge.
In the largest laboratory experiment ever constructed to investigate this phenomenon, the researchers have shown that over a distance of 40 metres, the salt marsh reduced the height of large waves in deep water by 18%, making them an effective tool for reducing the risk of coastal erosion and flooding. Sixty percent of this reduction is due to the presence of marsh plants alone. The results are published in the journal Nature Geoscience.