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CRSA - Postdoctoral research fellowship: “Developing Advanced Weather Prediction Models for Agricultural Production Monitoring in Morocco” About UM6P: Located at the heart of the future Green City
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to cutting-edge research aimed at developing sustainable soil fertility management systems for marginal agricultural soils, particularly under conditions of salinity and drought. The research will focus
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. The successful candidate will answer questions such as how to assign limited communication resources to train the federated machine learning model efficiently. She/he will investigate realistic scenarios including
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of microbiome dysbiosis in human health and disease. The project focuses on deciphering how imbalances in the gut microbiota contribute to chronic inflammatory conditions, colorectal cancer (CRC), and immune
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to candidates with: Experience in the separation/purification of industrial effluents, particularly with membrane/electromembrane processes, Proven experience in the precipitation of value-added elements through
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imbalances in the gut microbiota contribute to chronic inflammatory conditions, colorectal cancer (CRC), and immune dysfunction, with an emphasis on discovering biomarkers and developing microbiome-based
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a simulator for the response of mutations at different levels. The candidate will be responsible for building a simulator that allows researchers to see the response of their proposed mutations at DNA
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communication resources to train the federated machine learning model efficiently. She/he will investigate realistic scenarios including non-iidness of data distribution, system heterogeneity, and dynamic
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to environmental temperature stress during early development stages. This research will involve high-throughput omics, physiological assays, and computational modeling to design and validate stress-priming protocols
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systems for marginal agricultural soils, particularly under conditions of salinity and drought. The research will focus on the use of phosphate rock (RP) and its integration with diverse cropping systems