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The Environmental Change and Biodiversity (ECB) brings together physical geographers and environmental scientists to determine the drivers and impacts of environmental and biodiversity change over a range of spatial and temporal scales. The ECB involves many of the people and activities of the Environmental Change Research Centre (ECRC), and we have over 30 years of experience in conducting long-term chemical and biological monitoring and use of natural archives such as sediment records to reconstruct pressures and responses in both terrestrial and aquatic systems. We use these to inform policy and conservation practice with respect to environmental change and biodiversity loss.
Our research on environmental change relates to听responses of fresh waters to eutrophication in terms of function and delivery of ecosystem services (Helen Bennion, Carl Sayer); the recovery of surface waters from acidification (Ewan Shilland, Rick Battarbee, Neil Rose) using long-term听monitoring techniques听to track chemical and biological change and assess confounding factors; enhancing our understanding of the spatial and temporal distributions of environmental contamination by toxic substances and their impact on aquatic biota (Neil Rose, Simon Turner, Handong Yang); and the impacts of climate change on freshwater ecosystems and the implications for mitigation and听听(Helen Bennion, Simon Turner).
Our freshwater biodiversity research includes wetland ecology,听and conservation management, often combining field-based surveys with palaeoecology and听听to track ecological patterns and processes and to inform restoration听(Helen Bennion, Viv Jones, Anson Mackay, Carl Sayer, Jan Axmacher, Roger Flower). Our multi-trophic forest and agricultural biodiversity research focuses on invertebrate and vascular plant assemblages and the distribution of invasive plant species (Jan Axmacher), while our focus on the changing ecology of tropical forests uses long-term phytodemographic inventory plots (听补苍诲 ), vegetation and invertebrate surveys as well as new technology-led methods such as laser scanning and听to provide insights into functional trajectories of the tropical forest biome (Simon Lewis, Jan Axmacher, Mat Disney).
Our science directly underpins practical conservation and restoration action through the听UCL Pond Restoration Group听补苍诲 the听Aquatic Restoration Partnership听which aims to restore lost and fragmented pond networks and their biota, especially in agricultural landscapes. The ECB also runs the听UCL Environmental Radiometric Facility听(Handong Yang听补苍诲听Neil Rose).