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climate action discussions and able to communicate effectively with scientists in related fields. A willingness to integrate perspectives from multiple scientific domains is highly desirable. We encourage
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with the UM6P network, ImpactSF and partner investors across different African regions. The overarching goal is to identify bankable climate-resilient and nature-positive agrifood investments and provide
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Overview We are seeking a highly motivated Postdoctoral Fellow to join our dynamic team. you will be responsible for conducting research on climate variability assessment and hydrological modeling
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: 3 years Location: Benguerir – Morocco Areas of research: Crop modeling, climate change scenarios, yield prediction, data analytics, sustainable agriculture. About UM6P: Mohammed VI Polytechnic
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developing methods/tools that use multisource remotely sensed data. The research aims to improve our understanding of the integrated functioning of continental surfaces and their interaction with climate and
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system for simulating climate change scenarios, and (ii) 150 m² of growth chambers and speed breeding platform to accelerate the genetic gain and germplasm development. Job description: We are seeking a
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approach to understand how to control soil erosion and land degradation in the context of climate change. His responsibilities will include but not limited to: Conduct a comprehensive review of the state
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, "PhenoMerzouga.v2", which is a small-scale lysimetric system for simulating climate change scenarios, and (ii) 150 m² of growth chambers and speed breeding platform to accelerate the genetic gain and germplasm
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. An indoor system with (i) the phenotyping machines, "PhenoMerzouga.v2", which is a small-scale lysimetric system for simulating climate change scenarios, and (ii) 150 m² of growth chambers and speed breeding
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. An indoor system with (i) the phenotyping machines, "PhenoMerzouga.v2", which is a small-scale lysimetric system for simulating climate change scenarios, and (ii) 150 m² of growth chambers and speed breeding