Biodiversity is declining at an alarming rate. Multiple stressors, such as climatic extremes and chemical pollution, are driving many of these declines. Wetlands and fringing ecosystems are exceptionally biodiverse, critical for combating the climate emergency and essential for enhancing community resilience to extreme weather events such as storms and floods. These ecosystems are among the most threatened globally, impacted by multiple environmental stressors. However, our understanding of these impacts is limited, thereby hindering conservation and restoration efforts, and impeding their potential as nature-based and bioengineered solutions.

The ECOWILD Centre for Doctoral Training (CDT) programme has been designed to deliver the next generation of innovative researchers and conservationists needed to protect some of the Earth’s most vulnerable and valuable ecosystems.

ECOWILD is a unique partnership that brings together research expertise and innovation across various fields including environmental toxicology, ecology, multiple stressor theory and modelling, wetland conservation and restoration, socioeconomics, community engagement, management and governance; and involves some of the leading UK experts in these fields.

Research Foci

Laboratory exposures, field-to-laboratory experimental designs, modelling approaches to delineate mechanisms driving observed responses.
Field-based monitoring and mesocosm studies in a multi-species context, ecological modelling for effects on communities/biodiversity.
Monitoring strategies, to assess the impacts of multiple stressors on natural and non-natural systems, inform the design and success of mitigation strategies to address biodiversity objectives.
Identifying ecosystem biogeochemistry, hydrology and ecological functioning to understand state and change that alter the value of wetlands and transitional systems to human wellbeing.
Understanding the drivers (e.g. individual/community, institutional, legal) contributing to the presence/intensity of varied stressors and how these drivers affect ongoing sustainable management.