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 Monimet data can be loaded as zip compressed ESRI Shape files, a CSV file or a JSON file.

The service includes 6 feature types representing JSBACH simulations.

tereco_grossphotosynthesisjsbach - Gross primary production, JSBACH model (gC/m2/a) tereco_netcarbonbalancejsbach - Net ecosystem exchange, JSBACH model (gC/m2/a) tereco_totalrespirationjsbach - Total ecosystem respiration rate TER, JSBACH model (gC/m2/a) tereco_vapendjsbach - End of vegetation active period, JSBACH model (day of year) tereco_vaplengthjsbach - Length of vegetation active period, JSBACH model (days) tereco_vapstartjsbach - Start of vegetation active period, JSBACH model (day of year)

The attributes of each feature type are labelled as [climateModel][emissionScenario][timePeriod]0[valueType].

There are five climate models.

canesm2bc - CanESM2 cnrmcm5bc - CNRM-CM5 gfdlcm3bc - GFDL-CM3 hadgem2esbc - HadGEM2-ES miroc5bc - MIROC5

There are three emission scenarios.

rcp26 - RCP 2.6 rcp45 - RCP 4.5 rcp85 - RCP 8.5

The timePeriod includes the start year and the end year of the period respectively.

There are three options for valueType.

rc - relative change ac - absolute change av - value

For example, the attribute labeled as hadgem2es_rcp45_20712100_0_ac describes the climate model HadGEM2-ES, the emission scenario RCP 4.5, a time period from 2011 to 2040 and absolute changes.