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able to accurately quantify the evolution of surface and groundwater storage. For a long time, the main tools for providing such information for planning purposes have been hydrological models
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Design and execute experiments to study molecular and physiological processes in plants. Utilize tools such as proteomics, and metabolomics. Analyze plant phenotypes under controlled and stress conditions
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with climate and human activities, with an emphasis on the sustainable management of natural resources (soil, land, water, and agriculture) in the context of climate change. One of CRSA’s primary
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of electrochemistry, membrane science, and environmental engineering. Main Responsibilities Design and operate lab-scale BMED setups, including multi-compartment electrochemical cells. Test and characterize membranes
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varying phosphorus availability, including interactions with carbon metabolism and biomass partitioning. Key Responsibilities: Conduct controlled environment and field experiments to study plant responses
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Responsibilities: Conduct controlled environment and field experiments to study plant responses to phosphorus and carbon limitations. Analyze biomass allocation and mobilization patterns in response to nutrient
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refinement for phase analysis. Electron microscopy (SEM, TEM, EDS) for morphology and elemental distribution. Spectroscopic techniques (XPS, Raman, FTIR) for surface chemistry studies. Electrochemical
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refinement for phase analysis. Electron microscopy (SEM, TEM, EDS) for morphology and elemental distribution. Spectroscopic techniques (XPS, Raman, FTIR) for surface chemistry studies. Electrochemical
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the extraction yield. Perform comprehensive kinetic and thermodynamic studies to understand and optimize the extraction processes. Investigate structure-property relationships to correlate the extraction process
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capable of writing scientific reports Demonstrate aptitude for teamwork Have a good command of English Main Tasks: The successful candidate must have the ability to: Design, implement, and validate