Soil moisture and temperature profiles at two stations about 35 km apart.

Data of type hydrology-hydrogeology measured on La Loire basin within the framework of the VAL D'ORLEANS 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 2 time series on 1 station(s). The measured parameters are: Discharge (m3/s), Water table elevation (m ASL). Measurements start on 26-10-1965 and end on 28-02-2021

Field measurements in soils are performed every month during the rainy season and every two months during the dry season. Complementary data are monitored by partners : Climatic data, soil moisture and CO2 fluxes (IGUC team) ; N and P wet and dry deposition (IDAF team).

Drop Size Distribution measured by a OTT Parsivel2 with a timestep of 1 minute at Pradel-Vignes, close to the Gazel river at the Olivier de Serres instrumented site, for the period 2012-2016, in NetCDF.

Several major/minor elements concentration at a specified data/hour/minute

Sub-catchment basin of the Gohards stream, the Pin sec watershed (31 ha) constitutes the heart of the observations of this sector, with one-off long-term quantitative and qualitative hydrological monitoring, and continuous climatological monitoring, and monitoring of the thermal building since 201

Climatic station above canopy 1300m operated by OSU-Reunion

Minirhizotron(MR)-facilitities are used to investigate the processes in the soil-plant continuum. The unique setup of these facilities enables the recording of 4D information for multiple crop growing seasons under different field conditions and agricultural practices. The MR-facilities in Selhausen, Germany enable the performance of long-term studies of the soil-plant-continuum. The data set was acquired for the years 2016, 2017, 2018, 2020 and 2021 and the study is still on-going. The data set will be complemented each year. This repository contains relevant in-situ root system architectural traits like total root length, branch points, branching frequency, diameter (average, maximum, median), network area, perimeter, amount of root tips, volume and surface area. The sensors used to acquire root traits are cameras, taking images through horizontal transparent rhizotubes installed in several depths. The data in this repository correspond to the article "Investigating processes within the soil-plant continuum: Sub-soil data of minirhizotron facilities in Selhausen". Root data, corresponding to "Investigating processes within the soil-plant continuum: Sub-soil data of minirhizotron facilities in Selhausen".

MOSES test campaign was performed between Börnchen and Dittersdorf from the 20.05.2019 to the 23.07.2019

Manual water sampling for chemical analysis