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large amounts of carbon from terrestrial ecosystems, which is processed and respired into carbon dioxide (CO2) and methane (CH4), the most important greenhouse gases. Rivers emit large amounts of CO2 and
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networks receive large amounts of carbon from terrestrial ecosystems, which is processed and “respired” into carbon dioxide (CO2) and methane (CH4), the most important greenhouse gases. Norther rivers emit
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the carbon flux in Chlorophyta to elucidate the metabolic pathway from CO2 to the cell wall and use molecular biological tools to generate algal strains with improved cell wall properties. This project offers
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represent the single most important carbon sink on the planet. An incomplete mechanistic understanding of carbon sequestration to wood limits our ability to predict the capacity of trees to assimilate CO2
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achieved by combining advanced experimental probing with the development of constitutive models that capture the rate-dependent (creep and porewater pressure) response of sensitive clays. Thus, we will be
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developed in our group to accurately capture the coupling between magnetism, lattice vibrations and disorder to search for novel magnetic materials. Your studies will include theoretical analysis
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monitoring. These applications rely on remote sensors to capture PCs and wirelessly transmit them to edge servers for downstream tasks, such as registration, i.e., aligning multiple PCs within the same 3D
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of vegetation, presenting the ability to derive the internal functional traits and physiological properties of trees. This PhD position focuses on developing a method to capture localized measurements of water
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for data collection and documentation: (1) audiovisual recording and annotation (to capture the dynamics of moving speech situations); (2) geotagging (for geographical mapping); and (3) digital archiving in
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associated bacteria at the strain level. A major task will be to perform large scale shotgun metagenomic analysis (on up to 50000 samples) and to capture the distribution of strains and map their functions