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the management and developing knowledge about sustainable use of ecosystems in coastal and marine areas. In particular, you will contribute to the development of ecosystem services analysis, ecosystem modelling
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about sustainable use of ecosystems in coastal and marine areas. In particular, you will contribute to developing the national knowledge base on environmental effects of offshore renewable energy
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graduate courses in tropical marine ecology, conservation, restoration, and management, with a strong emphasis in coastal ecosystems (coral reefs, mangroves, seagrasses, marshes). In collaboration with
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: Strong expertise in marine ecology: Experience and competence in conservation and restoration of marine coastal habitats and preferably bivalve beds. Experience and competence in biodiversity or ecosystem
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stakeholder groups. · Interpreting complex spatial-ecological data sets, and producing high impact publications and reports
Required Qualifications Candidate must have a PhD in Ecology, Fisheries, Marine -
, commercial, or ecological keystone species. The ultimate purpose of the simulations is to understand and predict the complex biological responses of marine ecosystems to environmental pressures and offer a
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early-career Postdoctoral Research Fellow for a one-year appointment at the St Lucia campus. Candidates should have experience in marine spatial planning using novel environmental and ecological
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and marine ecosystems respond to fishing and environmental change. In doing so, we aim to bridge the gap between ecosystem science, stock assessment, and management, while also advancing ecological
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serious impacts on ecosystem services, marine biodiversity and human health. This position will focus on two species: the dinoflagellate Alexandrium pseudogonyaulax, which is currently spreading from west
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health status of marine ecosystems. In contrast to conventional simulation frameworks that typically operate entirely in virtual environments, the DTO will connect both physical components (i.e., sensor