A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Detailed overview of the multimodel multiproduct streamflow forecasting platform
We present a detailed overview of the Multi-model Multi-product Streamflow Forecasting (MMSF) Platform, which has been developed recently at the University of Arizona under the NASA SERVIR Program, to ease its operational implementation. The platform is based on the use of multiple hydrologic models, satellite-based precipitation products, advanced bias correction schemes, model calibration, and probabilistic model averaging, with the goal of improving forecast accuracy and better-characterizing forecast uncertainties, especially in poorly gauged basins. This paper includes a brief description of the platform, followed by all the relevant information a user would need to implement the platform on any new river basin.
Detailed overview of the multimodel multiproduct streamflow forecasting platform
We present a detailed overview of the Multi-model Multi-product Streamflow Forecasting (MMSF) Platform, which has been developed recently at the University of Arizona under the NASA SERVIR Program, to ease its operational implementation. The platform is based on the use of multiple hydrologic models, satellite-based precipitation products, advanced bias correction schemes, model calibration, and probabilistic model averaging, with the goal of improving forecast accuracy and better-characterizing forecast uncertainties, especially in poorly gauged basins. This paper includes a brief description of the platform, followed by all the relevant information a user would need to implement the platform on any new river basin.
Detailed overview of the multimodel multiproduct streamflow forecasting platform
Roy, Tirthankar (author) / Valdés, Juan B. (author) / Serrat-Capdevila, Aleix (author) / Durcik, Matej (author) / Demaria, Eleonora M. C. (author) / Valdés-Pineda, Rodrigo (author) / Gupta, Hoshin V. (author)
Journal of Applied Water Engineering and Research ; 8 ; 277-289
2020-10-01
13 pages
Article (Journal)
Electronic Resource
Unknown
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