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/Programming skills are essential to complete this project through geospatial modeling automation, image fusion algorithm development with advanced STARFM process, quality peer-reviewed publications, etc
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IN THE FIELD OF BLUE ECONOMY AND MARINE RENEWABLE ENERGIES RESEARCH. (C-076/25). More information: https://tablon.upct.es/anuncio/ YE b pRMJy98 Deadline for submission of applications: 10th
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Are you a passionate scientist with expertise in mathematical water quality - and ecological modeling, including the field of microplastics? Do you have experience and affinity with quantitative research
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Poort, and PAGW programmes), water boards, nature organisations, and WATERGRID's pan-European partners. The project combines field monitoring with numerical modelling approaches, with opportunities
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(especially for lake and reservoir water quality) using a suite of models and datasets; 2) leading and co-authoring peer-reviewed publications, presentations, and data products; 3) providing guidance and
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Underwater Vision Profiler or the ZooScan, as well as an increase number of software packages to process and control the quality of the data generated by the instruments, sort images taxonomically (https
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of sustainable energy circularity systems and focusing on the quality of thermal streams and the possible conversion process for obtaining power and biofuels as by products. 1.2 Scientific/technical challenges It
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data by measuring new high-resolution ice core radionuclide data that will serve as the basis for solar activity and solar storm reconstructions over the Holocene period. Crucial for progress in
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of Norwegian weather conditions on the energy performance of BIPV components, with a focus on factors like snow and ice coverage, low solar radiation, diffuse solar radiation conditions, and low temperatures
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) and hydraulic observations (e.g. ADCP, water-level signals and water pressure), and the integration of these datasets into structural and hydrodynamic models. You will contribute to the design and