Hydrological Processes Lch Epfl This project aims at supporting sustainable and climate resilient urban development by using digital twin technology to simulate, analyze, and optimize urban water systems contact: yacine m’hamdi. Using the region of southern quebec (canada) as a case study and a water budget model, this work proposes an innovative coupling of land cover change scenarios and specific future climate conditions to simulate spatially distributed transient gwr over the 1951–2100 period.
Stochastic Processes Lch Epfl The pl lch focuses on fundamental research and innovation in hydraulic engineering for a sustainable use of water resources. the main missions of the laboratory include activities in research, teaching and services. It helps to create new knowledge and solutions that address current and future challenges. the laboratory contributes to research and innovation in hydraulic engineering by undertaking state of the art and advanced approaches examining complex phenomena in various domains and fields of research. The pl lch focuses on fundamental research and innovation in hydraulic engineering for a sustainable use of water resources. the main missions of the laboratory include activities in research, teaching and services. River catchments are usually characterized by different land use (cover), climate conditions and geological properties, which result to different flow regime, sediment properties and fluvial morphologies.
Stochastic Processes Lch Epfl The pl lch focuses on fundamental research and innovation in hydraulic engineering for a sustainable use of water resources. the main missions of the laboratory include activities in research, teaching and services. River catchments are usually characterized by different land use (cover), climate conditions and geological properties, which result to different flow regime, sediment properties and fluvial morphologies. Calibration of a lumped karst system model and application to the qachqouch karst spring (lebanon) under climate change conditions e. dubois; j. doummar; s. pistre; m. larocque hydrology and earth system sciences. 2020. vol. 24, num. 9, p. 4275 4290. doi : 10.5194 hess 24 4275 2020. The laboratory contributes to epfl ‘s core mission and cutting edge programs with bachelor and master courses in hydraulics. many projects are additionally offered to enrich the training. Calibration of a lumped karst system model and application to the qachqouch karst spring (lebanon) under climate change conditions e. dubois; j. doummar; s. pistre; m. larocque hydrology and earth system sciences. 2020. vol. 24, num. 9, p. 4275 – 4290. doi : 10.5194 hess 24 4275 2020. Nature based solution enhances resilience to flooding and catalyzes multi benefits in coastal cities in the global south. climate change impacts on groundwater recharge in cold and humid climates: controlling processes and thresholds.
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