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UNESCO-UNEP-funded Postdoctoral Research Associate, Modeling Coastal Zone Nutrient Impact, Vancouver
Sustainability Goals. There will also likely be opportunities to participate in projects related to: 1) the biogeochemistry of reservoirs; 2) continental-scale coastal nutrient loading; and/or 3) another topic
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R-11350 UNESCO-UNEP-funded Postdoctoral Research Associate, Modeling Coastal Zone Nutrient Impact, V
Potential (ICEP), an indicator for the attainment of UNEP Millennium Sustainability Goals. There will also likely be opportunities to participate in projects related to: 1) the biogeochemistry of reservoirs
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focus on measuring ecosystem service benefits related to water management projects (dams, reservoirs, wetland mitigation projects, levees, canals, flood control, beach nourishment, and others) and
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focus on measuring ecosystem service benefits related to water management projects (dams, reservoirs, wetland mitigation projects, levees, canals, flood control, beach nourishment, and others) and
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Sustainability Goals. There will also likely be opportunities to participate in projects related to: 1) the biogeochemistry of reservoirs; 2) continental-scale coastal nutrient loading; and/or 3) another topic
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biogeochemical solutes that include phosphorus are mobilized into soil solution across redox and salinity gradients; (3) quantify inorganic and organic phosphorus reservoirs within wetland soils across different
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, stream temperature simulation, reservoir optimization, hydropower development and power system operations. The successful candidate should possess a robust understanding of hydrology, hydraulics and water
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/geophysical/geochemical data processing and modeling, geothermal resource assessment, and subsurface/reservoir characterization. The researcher will work on various projects designing and analyzing performance
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-hand experience with reservoir monitoring and application of physics-based data analysis tools to seismic data, well logs and petrophysical laboratory experiments. Demonstrated experience with software
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reservoirs directly below the seeps, suggesting a common origin and arduous pathways tothe surface. Our goal is to better understand the processes that govern fluid transport in interconnected networks. Tasks