https://paikkatiedot.ymparisto.fi/geoserver/ilm ...

The data can be accessed via a Web Feature Service (WFS) supporting versions 1.0.0 and 1.1.0. WFS services can be opened in various GIS applications, for example ArcGIS for Desktop and open source desktop application QGIS. Typically, the GIS applications loads data from a WFS service in a GML (Geography Markup Language) format. Additionally, the data can be loaded as zip compressed ESRI Shape files, a CSV file or a JSON file. The service includes 14 feature types representing WSFS simulations: hydro_landevaporation -- Evaporation sum (mm) hydro_runoffmaximumaverage – Maximum runoff (mm) hydro_runoffsumaverage_1 – winter (Dec-Feb) total runoff (mm) hydro_runoffsumaverage_2 – spring (Mar-May) total runoff (mm) hydro_runoffsumaverage_3 – summer (Jun-Aug) total runoff (mm) hydro_runoffsumaverage_4 – autumn (Sep-Nov) total runoff (mm) hydro_runoffsumaverage – annual total runoff (mm) hydro_snowcoverdays – Snow cover duration (days) hydro_snowwaterequivalent – Maximum Snow Water Equivalent (kg/m2) hydro_soilmoisturedeficit – Soil moisture deficit (mm) hydro_timingmaxrunoff_1 – Percentage of years with the maximum flood in winter (Dec-Feb) (percent of years) hydro_timingmaxrunoff_2 – Percentage of years with the maximum flood in spring (Mar-May) (percent of years) hydro_timingmaxrunoff_3 – Percentage of years with the maximum flood in summer (Jun-Aug) (percent of years) hydro_timingmaxrunoff_4 – Percentage of years with the maximum flood in autumn (Sep-Nov) (percent of years)

The attributes of each feature type are labelled as [climateModel][emissionScenario][timePeriod]0[valueType]. There are 14 climate models and four forcing (or emission) scenarios rcp26, rcp45, rcp60 and rcp85. The timePeriod includes the start year and the end year of the period. There are three options for valueType, absolute value “av”, absolute change “ac” and relative change “rc”. For example, the attribute labeled as mpiesmmr_rcp85_20702099_0_rc describes the climate model MPI-ES-MMR, the forcing scenario RCP8.5, the time period from 2070 to 2099 and relative change (expressed as %).