This dataset contains time series of meteorology, water quality and turbulent exchange of CO2, CH4, heat and momentum measured at SMEAR II Lake Kuivajärvi site near Hyytiälä Forestry Field Station, Juupajoki, Finland during years 2012–2018.

This dataset contains time series of turbulent exchange of CO2, heat and momentum measured at two heights at SMEAR I research station in Värriö, Salla, Finland during years 2012–2018. The flux measurements were done in tower above the forest and at 2.5 m height below the canopy.

Climate, soil climate and air quality measurements at Värriö SMEAR I research station in 1992-2018 at 1 min time resolution

Data of mean daily air temperature, wind speed, precipitation and solar radiation at the Stations Heuberg, Kuhwald and Mehlbeerleiten from 1990 to 2017

This dataset contains time series of turbulent exchange of CO2, heat, momentum, O3 and particles measured at two heights at SMEAR II research station near Hyytiälä Forestry Field Station, Juupajoki, Finland, during years 1997–2018. The flux measurements were done with several measurement setups above the forest and at 3 m height below the canopy.

Climate, soil climate and air quality measurements at Hyytiälä SMEAR II research station in 1996-2018 at 1 min time resolution

Monthly bulk deposition of SO4, NO3, NH4, P-PO4, major cations (Ca, Mg, Na, K) in kg ha-1 at the sampling station of Pallanza, in Lake Maggiore watershed. Data are volume weighted monthly average values calculated from weekly data.

Données météorologiques gapfillées du site de Lamasquere (Fr-Lam) sur la période du 1er janvier 2005 au 31 décembre 2016. Il contient des données Température, Humidité relative, Pression de l''air, précipitation, Rayonnement et vent.

Ce jeu de données contient les données météo et rayonnement de niveau 2 (c''est à dire filtré de données aberrantes) au pas de temps semi-horaire du 1er janvier 2005 au 31 décembre 2020:Il contient les variables suivantes : - Rayonnement photosynthétiquement actif, Photosynthetic Photon Flux Density = PPFD (en µmol/m²/s),- Rayonnement global = SW_IN (en W/m²),- Rayonnement net = NETRAD / Rn (en W/m²),- Humidité relative de l''air = RH (en %),- Température de l''air = Ta (en °C),- Vitesse du vent = WS (en m/s),- Pluie = P (en mm),- Rayonnement longue longueur d''onde incident = LWin (en W/m²),- Pression atmosphérique = Pa en (hPa)