The dataset provides 2014-2017 processed turbulent flux data from LTER Zöbelboden, as well as other micrometeorological measurements at the site presented in the paper by Matthews et al. (to be submitted). The ZIP-file data package contains the data file as well as the dataset description. Data will be uploaded after editorial acceptance of the manuscript. Additionally, long-term flux data (2014-2021) can be viewed and downloaded via the link provided in the DEIMS-SDR dataset "LTER Zöbelboden, Austria, Metadata - Eddy covariance tower".

The LTER site Zöbelboden was equipped with highly modern infrastructure to assess the effects of extreme climate events on the forest ecosystem. The instruments include eddy covariance measurements for CO2 and water vapor fluxes at a tower (900 m a.s.l), and soil respiration auto-chambers, as well as combined sap flow sensors with automated dendrometers in the main footprint area of the eddy tower. This is the so called intensive plot 2 (IP2), which is equipped by a number of different field measurement devices for long-term monitoring (lysimeters water sampling, soil moisture and temperature sensors, manual dendrometers, deposition, litter fall) and supplemented by other monitoring activities (tree inventory, needle and leaf chemistry, soil chemistry). An optical multi-parameter probe for dissolved nitrogen and carbon was installed in the measuring weir of the catchment runoff at 577 m a.s.l. There, weekly water quality, runoff, and meteorology is monitored since many years. The related metadata refer to eddy covariance measurements. The data can be viewed and downloaded via the link provided using the station name “ZOE_0917F00”.

This dataset contains temporal series for the water and carbon dioxide exchanges in two arid ecosystems of southeastern Spain.

TERENO Harz - central german lowland - Hohes Holz Time series station data includes time series data for the year 2019 for the following parameter: LAI, Eddy Flux, Precipitation, Atmospheric Pressure, Relative Humidity, Air Temperature, Wind Direction, Wind Speed, incoming Long Wave Radiation, outgoing Long Wave Radiation, incoming Short Wave Radiation, outgoing Short Wave Radiation, Photosynthetic Photon Flux Density, Soil Water Content, Soil Temperature, Biomass, Groundwater Level. Please follow the method file for specific and detailed information.