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remote-sensing techniques for observing water surfaces, land/biosphere and ice. Knowledge of synergies between complementary Earth observation techniques is required. Knowledge of establishing and managing
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-dimensional wind field, along with associated cloud and precipitation structures, across a wide range of atmospheric phenomena. In addition, it will provide valuable observations of sea ice and snow, as
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Root Reinforcement in Uncertain Ground Yichen Liu PhD candidate University of Groningen Assessing viral diversity in invasive and native shore crabs across the Wadden Sea ecosystem Laura Patino Medina
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-mm wave range as well as passive microwave imagers/sounders for ocean, land and atmospheric sensing. You will be engaged in the study and pre-development of one or more of these types of payloads. Your
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assays; and sediment, soil, water, air and organisms from the environment or laboratory experiments. As a research technician, you are involved in different scientific projects simultaneously, supporting
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this includes: Wave propagation relevant to space communications, navigation and remote sensing. Wave interaction for active, passive and combined remote sensing of ocean, land and atmosphere
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) behave under complex, coupled excitations from wind, waves, currents, ice, and seismic activity. Although significant progress has been made in individual fields such as aeroelasticity, hydrodynamics, and
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. groundwater or surface water) and soil samples. We aim not only to perform routine PFAS analyses, but also to develop methods for measuring ultra short-chain PFAS and to establish a method for direct injection
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to the land surface, terrestrial carbon and water cycles, including their interactions with the atmosphere, with specific regard to the requirements of climate users, such as long-term stability, accuracy