Session JRLAT: Territorial hydrology modelling with AirGRiwrm

Outlines:

• From natural hydrology modeling to integrated modeling
• Main features of airGRiwrm
  • Semi-distributed hydrological model simulation and calibration
• Climate Change Impact and Adaptation study methodology
  • Delimitation of the study area and it's points of interest
  • Data harvesting and pre-processing
    • Meteorological (Historical reanalyses, climate scenarios)
    • Hydrological (Hydroportail)
    • Usages (BNPE, crop areas combined with water demand modeling for irrigation...)
    • Reservoir management
    • Water restrictions
  • Model setup for calibration
  • Calibration assessment
  • Flow naturalization
  • Hydrological indicators for sustainable development (choose with actors)
  • Foresight study
    • Climate change impact on resources
    • Leverage identification with the actors
    • Scenario development (Socioeconomic and greenhouse gas trajectory compliance)
    • Modeling of integrated scenarios and assessment