9 physics Postdoctoral positions at Swedish University of Agricultural Sciences in Sweden
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that the light- driven degradation of MeHg is the quantitatively most important sink for MeHg in forest-wetland-lake ecosystems. The degradation process decreases the lake water concentration and thus
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groups with a focus on Soil Biology, Soil Nutrient Cycling, Soil Chemistry, Agricultural Water Management, Soil and Environmental Physics, Soil Mechanics and Soil Management, and the Biogeochemistry
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employees. Our research is carried out in seven subject groups with a focus on Soil Biology, Soil Nutrient Cycling, Soil Chemistry, Agricultural Water Management, Soil and Environmental Physics, Soil
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change adaptation and high-versus low intensity forestry. We use empirical and process based modelling, with input data from the National Forest Inventory and long-term experiments. Your profile
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will work with material preparation and pre-treatments, characterisation of feedstock, the use of bench-scale pyrolysis systems, the mapping and testing of activation methods (e.g. thermal/physical and
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subjects. The position requires a PhD in quantitative disciplines, such as earth and earth or environmental sciences, atmospheric sciences, ecology, applied mathematics or physics, or related fields
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. The challenge is to develop a model to test the hypotheses and quantify the key factors that explain the past trends and enables us to predict future tree growth. In preliminary work we have developed a process
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tracing the fate of stable isotopes in trees and in the soil. Thus, the post doc is expected to plan and carry out field work, process plant and soil samples for chemical analysis and analyse data
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based on below-canopy, conventional and tall-tower EC measurements, respectively. Thus, the post-doc is expected to process and analyze EC data from several measurement systems, and integrate already