- The aim of my research is to understand how marine communities interact with the environment and affect community dynamics and ecosystem properties in natural and disturbed ecosystems. A key focus of my research is to investigate how environmental complexity, disturbance (organic enrichment and habitat modification) and climate change (ocean acidification, warming, hypoxia & extreme events) affect species-specific functional effect and response traits, as well as community composition in order to develop a mechanistic understanding of biodiversity-ecosystem functioning relations in natural ecosystems. To this end I am exploring the importance of variability in biological trait expression, in terms of organism behaviour, growth and more recently reproductive physiology, of individuals within and between populations that have experienced different environmental histories. To realise my research agenda, I use a combination of laboratory and in-situ model systems, as well as observational studies in coastal and shelf-sea environments across temperate and polar sediment ecosystems. I have experience in interrogating and analysing large (historical) data sets to establish generality of the impacts of anthropogenic disturbance and environmental conditions on organism physiology and population structure. A growing area of interest is the linkage between biodiversity, the environment and ecosystem services with respect to socio-economic benefits, management and policy decisions.
- My work involves the handling, manipulation and analysis of large and complex datasets, large scale mesocosm experiments, in situ manipulative experiments, and the use of in situ observation technology, to examine natural communities.
Toward enabling sustainable expansion of offshore wind while protecting marine benthic biodiversity and functioning (BEcoWIND)
Impacts of climate change on the health and functioning of invasive and native bivalves - will it lead to increased competition - Solan - BES
Sponsor: British Ecological Society
M Solan - A hierarchical approach to the examination of the relationship between biodiversity and ecosystem flows across coastal margins