Change in the number of days with an average air temperature above or equal to 5 degrees (tas>=5 °C) between the reference period (1991-2020) and a future period, at a 1x1 km spatial resolution. The first time step represents the future period 2041-2070, and the second time step represents the future period 2071-2100. Based on daily temperature normals.

Change in the average of each day's highest air temperature (approx. 2 meters above the ground) for year or season, between the reference period (1991-2020) and a future period, at a 1x1 km spatial resolution. The first time step represents the future period 2041-2070, and the second time step represents the future period 2071-2100.

Change in the average difference between maximum and minimum temperature (approx. 2 meters above the ground) for year or season, between the reference period (1991-2020) and a future period, at a 1x1 km spatial resolution. The first time step represents the future period 2041-2070, and the second time step represents the future period 2071-2100.

Change in the number of days with maximum temperature above or equal to 20 degrees (tasmax>=20 °C) between the reference period (1991-2020) and a future period, at a 1x1 km spatial resolution. The first time step represents the future period 2041-2070, and the second time step represents the future period 2071-2100.

Percentage change in mean evapotranspiration amount between the reference period (1991-2020) and a future period for year or season, at a 1x1 km spatial resolution. The first time step represents the future period 2041-2070, and the second time step represents the future period 2071-2100.

Change in the average difference between maximum and minimum temperature (approx. 2 meters above the ground) for year or season, between the reference period (1991-2020) and a future period, at a 1x1 km spatial resolution. The first time step represents the future period 2041-2070, and the second time step represents the future period 2071-2100.

Percentage change in the highest annual precipitation amount over five consecutive days, between the reference period (1991-2020) and a future period, at a 1x1 km spatial resolution. The first time step represents the future period 2041-2070, and the second time step represents the future period 2071-2100.

Percentage change in the 99.7 percentile of daily precipitation for year or season, between the reference period (1991-2020) and a future period, at a 1x1 km spatial resolution. The first time step represents the future period 2041-2070, and the second time step represents the future period 2071-2100.

Change in the number of days with minimum temperature below 0 degrees (tasmin<0 °C) in the beginning of the growing season, at a 1x1 km spatial resolution. The number of days are computed for each year separately, and the changes are between the reference period median (1991-2020, see also MET report 9/2025) and a future period. The beginning of the growing season lasts until July 1 or until the end of the growing season when this is earlier than July 1. The first time step represents the future period 2041-2070, and the second time step represents the future period 2071-2100.

Percentage change in mean precipitation sum on wet days (pr >= 1mm) for year or season, between the reference period (1991-2020) and a future period, at a 1x1 km spatial resolution. The first time step represents the future period 2041-2070, and the second time step represents the future period 2071-2100.