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that have readily available atmospheric forcing, and fluxes of CO2 and CH4 needed to test the model. These sites are also studied by the othe Work Packages of the project. It will then be applied regionaly
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machine learning methods to monitor CO2 and NOx emissions using the upcoming satellite missions (e.g., CO2M, TANGO, Sentinel-4/5). Your research will contribute directly to monitoring global efforts
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sysTem and Energy Research Scholarship (BI Master) - 1 vacancy 16 of December 2025 Applications are accepted for one Scholarship for a Master degree within the scope of the project “CTS - CO2 Transport and
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), the successful candidate will evaluate the response and feedbacks of natural vegetation to changes in (i) climate forcing (e.g. temperature and precipitation) and (ii) GHGs forcings (CO2 fertilization and related
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the ocean to draw down and store atmospheric CO2 as stable bicarbonate. However, quantifying the efficiency and permanence of this storage remains a key challenge, due to complex and unresolved ocean
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: Materials Science and Engineering The project focuses on thermal catalytic conversion of CO2 to solid carbon, an emerging and promising pathway for sustainable carbon utilization. The goal is to develop
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to 2°C or below depend on almost all electricity being supplied from net-zero or low-carbon sources by 2050. These sources include renewables or fossil fuels accompanied CO2 capture and storage (CCS
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approach to recycling critical metals (Co, Li, Ni, Mn) contained in LIBs. The approach is based on the use of supercritical CO2 (scCO2) assisted by polymers composed of CO2-philic units to confer solubility
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of rewetted fens with and without ground-mounted photovoltaic systems. Peatlands emit large amounts of CO2 when drained. With good vegetation development, rewetted peatlands absorb CO2 and release CH4
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Description Rationale: Rising CO2 and temperature combined with changes in water availability will modify terrestrial ecosystem photosynthetic uptake and respiratory losses in the near future, but it still