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specific, spatial and temporal variation. Technological innovation: development of eDNA (environmental DNA) based methods to determine species and population composition in samples from fisheries and the
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testing, blade design, operation and maintenance, SHM, NDT, focusing on structural damage in composite blades. Develop project ideas around the topics and participate in funding acquisition Have a good
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tools to predict the functional specificity of Carbohydrate Active Enzymes (CAZymes) and proteases. The overall goal is to enhance our understanding of seed carbohydrate content and composition, and to
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, from nano to macro, with application to the wind energy materials, composites and coatings. The scientific leadership should be demonstrated by documenting high quality publications, books, and
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. The current portfolio of testing facilities in Wind Energy Materials and Components division (WMC) is being reorganised in two clusters: MaterialsLab and ComponentsLab. MaterialsLab focuses on composite
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and thermophysical properties. Furthermore, the group excels in development of efficient phase equilibrium calculation algorithms for compositional simulations. The project is supported by a robust
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data to assessment and synthesis climate change impacts on food-webs. Here, special emphasis will be devoted to the composition of plankton communities including gelatinous groups, potential changes in