Data on pollen is very valuable for many scientific questions relating to climate change, ecology and allergology. This data is analysed according to European standards by analysts at the Medical University of Vienna. At the Biologische Station Neusiedler See, a so-called pollen trap is used, which is positioned on the roof of the station and is maintained on a weekly basis. Air is sucked in and pollen particles adhere to a rotating adhesive film, allowing not only the detection of certain pollens, but also their temporal classification. This makes this method suitable for determining the pollen count and pollen forecasting.

Snow depth (mm), days since the last snowfall, snow melt (mm), snow wetness. Based on interpolated temperature and precipitation data, plus ground measurements.

Spatial layer of running water

Aerial photographs and LiDAR data of the LTER Zöbelboden catchment

Bird census survey (abundance and diversity)

Deposition data from LTER Zöbelboden. The data comprises monthly wet only and bulk precipitation chemistry from an open area and canopy throughfall chemistry from 2-3 forest plots

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GPS location of wild reindeer in the Hardangervidda wild reindeer area.

The network of irrigation channels that are still working in Sierra Nevada was designed ‎and built by Arabs, to assure water for agriculture, pastures and forests in summer time, ‎when there is no rain in Mediterranean mountains.