Aquatic Ecology Lab
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Our lab is based within the School of Biodiversity, One Health and Veterinary Medicine, Glasgow University. Here we carry out biodiversity experiments with phytoplankton microcosms in incubators using our microalgae collection. We also test for effects of stressors such as light and microplastics on ecosystem services provided by marine bivalves. In collaboration with the Llewellyn lab and the University of Helsinki we develop an eDNA based tool for the detection of aquaculture pathogens. We also collaborate with the department of Polyomics in Glasgow University for microalgae metabolomics and genomics.
Field sites and experimental mesocosms
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In collaboration with the Department of Marine Sciences, University of the Aegean in Greece as well as shellfish and salmon Aquaculture sites in Scotland (eg. Scottish Sea farms) we carry out research related to coastal ecosystems such as drivers of alpha and beta diversity, predictions of primary productivity and Harmful Algal Blooms, Water Quality Assessment, and anthropogenic impacts on coastal ecosystem goods and services.
We also carry out experiments under semi-controlled conditions, in mesocosms that we develop ourselves or within the framework of the Aquacosm network
Theoretical ecology​
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We address exciting questions on species coexistence and "the paradox of plankton" using numerical simulations and multivariate modelling approaches suitable for community datasets. I'm particularly interested in the role of temporal fluctuations of resources on the emergence of species-rich assemblages and the relative role of niche over dispersal processes in shaping phytoplankton composition. On these topics, we collaborate with Roelke lab, at Texas A&M as well as the numerical simulations lab of G. Tsirtsis, in Aegean University.
