Data of type hydrology-hydrogeology measured on Port-Miou basin within the framework of the PORT-MIOU observatory, that is part of the KARST observatory network. The KARST observatory network aims to strengthen knowledge-sharing and to promote cross-disciplinary research on karst systems, in the framework of the OZCAR Critical Zone network Research Infrastructure. Data consist in 3 time series on 1 station(s). The measured parameters are: Discharge (m3/s), Water level (cm). Measurements start on 16-12-2010 and end on 17-05-2022

We used a Lisst-StreamSide (Sequoia Scientific, Inc.) to monitor the suspended load concentration in the Capesterre river from July 2010 7/10/2010 to August 2012. This instrument is a laser particle sizer specifically designed for monitoring shallow rivers, streams, or ponds. The LISST-StreamSide measures the suspended particle size and concentration in 32 logarithmically spaced size classes. The upper size in each size class is 1.1809 times the lower size.

The dataset contains the values of outgoing NIR and RED bands on Auradé flux site (FR-AUR) from April 2010 to December 2013 at halfhourly time step. The surface reflectance NDVI (Normalized Difference Vegetation Index) was calculated. Note that only outgoing NIR and RED bands were measured and with a homemade sensor.

Precipitation amount measured by a network of 19 raingauges Precis Mecanique (having interdistance of few meters to fews kilometers) with a timestep of 5 minutes and 1h, during the period 2010-2014.

Sap flow measurements for the dominant tree species in a shrub fallow (Vitellaria paradoxa - shea tree) and a dry forest (Isoberlinia doka), to estimate transpiration at the tree and stand scale.

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)