Data for "Scarcity-based water pricing for water and environmental sustainability: A WEFE nexus hydro-economic modeling approach"

Research data supporting the study "Scarcity-based water pricing for water and environmental sustainability: A WEFE nexus hydro-economic modeling approach." This dataset contains the hydrological data used to support the hydro-economic modelling framework developed in the study. Specifically, it includes simulated streamflow inflows at the sub-basin level generated with the TETIS hydrological model. These inflow series constitute the main hydrological inputs and are used to assess water allocation, scarcity conditions, and their implications for water, energy, food, and ecosystem (WEFE) sustainability. The dataset provides continuous time series of inflow values for each sub-basin covering both a historical period (1979–2014) and a future projection period (2015–2050). Future inflows were generated under a range of climate change conditions, considering five Global Climate Models (GCMs) and three Shared Socioeconomic Pathway (SSP) scenarios, thereby capturing uncertainty associated with future climate and socioeconomic developments.