HS2.1.5Large scale hydrology
|Convener: Emanuel Dutra | Co-Conveners: Florian Pappenberger , Dan Rosbjerg , David Hannah , Hannah Cloke , Chong-Yu Xu , Shannon Sterling|
Global, continental and other large scale hydrological research is very important in many different contexts. Examples include increasing understanding of the climate system and water cycle, assessment of water resources in a changing environment, hydrological forecasting and water resource management.
We invite contributions from across the atmospheric, meteorological and hydrological communities. In particular, we welcome papers that address advances in:
(i) understanding and predicting the current and future state of our global and large scale water resources;
(ii) use of global earth observations and in-situ datasets for large scale hydrology and data assimilation techniques for large scale hydrological models;
(iii) understanding and modelling of extremes: droughts, floods;
(iv) representing/evaluating different components of the terrestrial water cycle fluxes and storage (e.g. soil moisture, snow, groundwater, lakes, floodplains, evaporation, river discharge) and their impact on current/future water resources and atmospheric modelling.