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Postdoctoral stipend: Biological nitrogen fixation and interactions among diazotrophs, fungi, and plants in boreal forests Umea Reference number SLU.seksko.2026.4.1-74 Department of Forest Ecology
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examined with focus on nitrogen dynamics. The project will also focus on biological nitrogen fixation, transfer of nitrogen between species and effect of specific rhizobium strains on fixation
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and nitrogen cycling, in the transition from agriculture to forest. The combined benefits of afforestation for climate change and N (i.e., reduced GHG emissions as well as decreased N pollution) vary
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investigating how crop bacteriomes determine plant growth traits, nitrogen fixation, and yield. This is a 12-month, full-time research appointment, renewable annually based on performance and funding
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investigating how crop bacteriomes determine plant growth traits, nitrogen fixation, and yield. This is a12-month, full-time research appointment, renewable annually based on performance and funding
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sustainability. For more details, please view https://www.ntu.edu.sg/ase . The Wetland Carbon Lab at NTU’s Asian School of the Environment (ASE) focuses on understanding the role of wetlands and
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above- and belowground traits. Root contributions to nitrogen and water use efficiency. Greenhouse gas emissions and soil biogeochemistry. Root-mediated ecosystem services in annual and perennial
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procurement and inventory of laboratory equipment and supplies, as well as basic lab maintenance tasks such as refilling liquid nitrogen monthly, autoclaving tips and liquids as needed, sealing the
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Resources at 501-671-2219 or 479-502-9820. Department: Research Agronomy Department's Website: https://crop-soil-environmental-sciences.uark.edu/ Summary of Job Duties: The Research Agronomy Program at
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availability when using BBF. Because of the relatively large carbon (C) and nitrogen (N) contents of BBF, soil organic matter may be signicantly modified, thereby affecting soil microbial activity