myli1993
Assistant Research Fellow in the Reconnaissance Design Research Section at Shandong Water Resources Research Institute
Shandong Water Resources Research InstituteJinan, China
Pinned Repositories
DDPM_ver1.0
Distributed dynamic process model (DDPM) is a bidirectional coupling eco-hydrological model for (but not limited to) steppe inland river basins in arid and semi-arid regions, which is driven by meteorological data and developed by Dr. Mingyang Li and Prof. Tingxi Liu. And we also call it "MY eco-hydrology model". MY means “my”, which will be released as open source and gradually optimized and updated to get more support from researchers and better improve the model. The MYEH model mainly includes evapotranspiration, runoff, confluence, grazing disturbance, carbon and nitrogen cycle, etc. It absorbs the advantages of various existing ecological models, hydrological models, as well as the framework and algorithm of eco-hydrological models.
code_for_colab
River-Connectivities
T-P-response-to-SA-CO
myli1993's Repositories
myli1993/DDPM_ver1.0
Distributed dynamic process model (DDPM) is a bidirectional coupling eco-hydrological model for (but not limited to) steppe inland river basins in arid and semi-arid regions, which is driven by meteorological data and developed by Dr. Mingyang Li and Prof. Tingxi Liu. And we also call it "MY eco-hydrology model". MY means “my”, which will be released as open source and gradually optimized and updated to get more support from researchers and better improve the model. The MYEH model mainly includes evapotranspiration, runoff, confluence, grazing disturbance, carbon and nitrogen cycle, etc. It absorbs the advantages of various existing ecological models, hydrological models, as well as the framework and algorithm of eco-hydrological models.
myli1993/code_for_colab
myli1993/River-Connectivities
myli1993/T-P-response-to-SA-CO