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are looking for a highly motivated PhD candidate to assess how regenerative practices influence carbon and nitrogen cycling in farmers’ fields. This PhD position will explore how and under which biophysical and
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nitrogen, thermal balance, MLI performance characterisation, thermal conductivity measurement, vibration testing, CTE measurement; Maintenance and operation of the TEC-M technical IT infrastructure covering
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an ARC Linkage Project dedicated to developing and demonstrating an innovative zero-emission nitrogen removal process. This project aims to advance next-generation biological technologies for wastewater
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for (including our assessment rubric); details of financial support, training, and placement opportunities available; and details of our recruitment process, can be found at https://accedtp.ac.uk/, in
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experience. The ideal candidate should possess substantial expertise in oceanic nitrogen cycles, ocean circulation, and carbon cycling in the context of climate change. A comprehensive understanding of climate
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(through microbes’ role in global carbon cycling) and agriculture (by helping us to suppress soil pathogens and boost nitrogen-fixing organisms). As part of the project, you will have the opportunity
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the socio-economic world (Safran Ceramics, SCe). It focuses on the development of CMCs whose composition is based on the silicon-carbon-nitrogen (Si-C-N) system offering thermomechanical characteristics
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more than 2.3k international students and 10k students of color • 217k+ alumni worldwide • For more interesting facts about OSU visit: https://oregonstate.edu/about Locations: Oregon State has a statewide
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more than 2.3k international students and 10k students of color • 217k+ alumni worldwide • For more interesting facts about OSU visit: https://oregonstate.edu/about Locations: Oregon State has a statewide
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which plant communities respond to environmental changes such as increased nitrogen deposition, increased atmospheric CO2, decreased biodiversity, altered precipitation patterns, and increased