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Field
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studying the changes in the organic matter of these soils after a vegetation fire. This initial objective will be addressed through several tasks: -Reproducing the thermal conditions of a fire on soil
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infrastructures that ensure reliable water supply. However, aging pipelines are increasingly exposed to stresses such as pressure surges, ground movement, construction activities, vegetation growth and changing
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of plants and conservation biology, and (vi) landscape vegetation history including Quaternary paleoecology. Emphasis is on the use of modern methods, data analysis, international collaboration, active
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the use of sewage sludge in agriculture while imposing safeguards to mitigate adverse effects on soil, vegetation, animals, and human health. While quality standards for heavy metals are met, challenges
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vegetables, contributing to sustainable agriculture and improved food safety. Responsibilities: Conduct independent research under the supervision of senior researchers Design and perform experiments, analyse
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and administrative staff. For more information about the department visit: www.slu.se/aquatic-sciences Read more about our benefits and what it is like to work at SLU at https://www.slu.se/en/about-slu
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ecological assessment to characterise the structure and functionality of natural and semi-natural riparian vegetation, as well as to analyse how its attributes influence multi-taxon faunal communities. Biomass
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of this carbon from streams and lakes. The project will include comparative studies of the magnitude and control of land-water carbon fluxes across various vegetation, permafrost and climate conditions in
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PhD Studentship in: Water and Vegetation Driven Failure Modes on Railway Infrastructure School of Mechanical, Aerospace and Civil Engineering PhD Research Project Directly Funded Students Worldwide
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fluxes across various vegetation, permafrost and climate conditions in the Arctic, experimental tests of climate driven changes in carbon export from land and turnover and release of greenhouse gases (CO2