1 PostDoc position focusing on the assessment of the mechanisms regulating the C balance across scales, applying isotope biogeochemistry techniques (Reference No. LS1). Priming in aquatic and terrestriall systems and their interfaces will be assessed in laboratory and field experiments. Mechanistic information will be transferred to the landscape scale by developing isoscapes. Experience in stable isotope techniques (labelling, natural abundance) is required.
1 PostDoc position focusing on the coupling C gas fluxes with their underlying drivers and processes at different scales (Reference No. LS2). The tasks will involve quantitative analysis of C gas fluxes as well as the drivers and processes regulating C sequestration/release in both aquatic and terrestrial landscape compartments. Experience in field gas flux measurements is required.
1 PostDoc position focusing on the impacts of landscape structure and heterogeneity on C fluxes across scales (Reference No. LS3). Patterns at the landscape scale of CO2 sequestration and release in terrestrial and aquatic systems will be identified using non-invasive methods, especially multi-temporal remote sensing with unmanned aerial vehicles. Experience in remote sensing and GIS is required.
3 Post Doc positions in limnology, biogeochemistry and remote sensing
