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new methodology utilising the LPJ-GUESS dynamic vegetation model and applying it for assessment of dynamics and carbon cycling in forests around the world. They can expect opportunities to
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at Lund University, Sweden, with Principal investigator (PI) Adam Koberinski. Particle physics is at a crossroads: on the one hand, the Standard Model of particle physics has withstood decades of
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group at the Umeå Plant Science Center, Sweden to study carbon assimilation in trees using aspen as the model system. The position is part of a Swedish Research Council and NovoNordisk Synergy
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BioCenter’. The department undertakes fundamental research on model organisms, agricultural crops, forest trees and bioenergy crops. Our main areas of research comprise the interaction of plants with
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.125.26119 ) and now aim to define mechanisms by generating transgenic models and assessing their impact on vascular function and disease. A key objective is to model increased complement expression in
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better plants. A postdoctor position is available in the Niittylä group at the Umeå Plant Science Center, Sweden to study carbon partitioning in trees using hybrid aspen as the model system. About the
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(Professor Stefano Moretti), which works on beyond-the-Standard-Model and dark-matter phenomenology and is a member of the CMS experiment at CERN. Together, the groups offer an international
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closely with the other Polar Gliders team members to integrate the satellite, model and in-situ components of our work. Show independence, initiative and critical thinking, and contribute to the
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real-time process signals. Using battery-related hydrometallurgical leaching as a model system, the project combines controlled experiments, real-time monitoring, chemical analysis, and data-driven
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evidence regarding both the effectiveness and implementation of this care model. Further information about the project is available on the LiLAC-HF website. Effect of non-invasive lung fluId monitoring