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developing fundamental and applied research to assess the vulnerability of infrastructure through the integration of large remote sensing datasets with geospatial information and structural models. As a part
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Challenge: Develop algorithms to assess the vulnerability of the built environment. Change: Use regional-scale analysis of remote sensing data. Impact: Innovation in urban environment resilience
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how clouds impact the surface mass balance of the Greenland Ice sheet. This challenging research position requires developing a good understanding of climate modelling and remote sensing. You will work
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. Requirements Specific Requirements An MSc in remote sensing of water quality, or related field Strong understanding of radiative transfer processes within the visible part of the solar spectrum, coupled with a
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carry out research in the field of quantum sensing with a particular emphasis on developing new methods applicable to Earth observation. Your areas of research will be chosen both on the basis of your own
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environment at the department of Geoscience and Remote Sensing . Our team consists of some 35 driven teachers and professors, and numerous PhD students and postdocs. You will also collaborate with colleagues
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ecosystem Digital Twins. Remote sensing plays a crucial part in setting up ecosystem Digital Twins by providing key information on the surface dynamics at nitrogen deposition model resolution. Various remote
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produced by the eye, the aqueous humor. Post-surgery, close IOP monitoring is essential to assess surgical outcomes, however, conventional in-office measurements are inconvenient and unable to capture
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and capabilities; leading the development of dedicated open science tools and virtual labs supporting atmosphere remote sensing and collaborative science; fostering international scientific
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passive monitoring) into account; II) Perform pilot studies in different participating centers to ensure reliable remote assessment; III) Perform a large-scale study testing digital cognitive biomarkers in