Nitra LL - Dataset on TAPs, climate change and land use scenarios results

Details of simulations: Each simulation considers an increase/decrease in land cover (AGR = agriculture or NAT = natural), as HYPE works with areas and only uses four classes. The change is reciprocal, meaning that if the area of AGR increases by 15%, the area of NAT decreases by 15%. IDs: 3972: Prievidza 4407: Nedozery 3639: Chalmova 3198: Nitrianska Streda In the Excel file: The discharge values: 3198-DJF corresponds to the Seasonal Discharge (Winter: December-January-February) for the subbasin 3198 (N. Streda) in m3/s 3198-MAM corresponds to the Seasonal Discharge (Spring: March-April-May) 3198-JJA corresponds to the discharge for Summer 3198-SON is for Autumn 3198-Annual corresponds to the mean annual discharge for the subbasin 3198 All the values are for the last 10 years (2014-2023) Values for CC scenarios are for the period (2041-2050)- Mid century The CC scenarios: No Changes: using historical data (from E-OBS database) Extremely dry: miroc-miroc5_clmcom-clm-cclm4-8-17 /scenario: rcp85 Extremely wet: cnrm-cerfacs-cm5_knmi-racmo22e /scenario: rcp85 Trend (average): mohc-hadgem2-es_smhi-rca4 / scenario: rcp26