Skip to main content
University of Gothenburg
The field robot 2D Skygas.

Subsite A: Mycklemossen (mire)

The aim of the site is to promote biogeochemical/physiology mire ecosystem studies in relation to global change, process modelling and remote sensing. The site is also an important part of the Skogaryd catchment concept, which combines terrestrial, stream and lake ecosystems at a landscape level.

At the mire site land-atmosphere, stream chemistry and stream-atmosphere studies are ongoing. It is one of few mire sites where one can determine the Net Ecosystem Carbon Balance (NECB). The site has electric power, fiber optic internet connection, boardwalks, and equipment according to ICOS –EU. Mycklemossen is a hemi-boreal mire with larger N-deposition that the other SITES-Mires: Abisko – Degerö (Figure 1) and the microforms as well as main wind direction at the site is shown in Figure 2.

For further information use the interactive map


Net emissions of GreenHouse Gases GHG (CO2, CH4, H2O), water matter transport and ecosystem function of the mire. GHG flux studies by eddy covariance and supporting meteorological/biotic measurements (ICOS level 2 standard). Two automatic chamber systems (one with a connected CO2 and CH4 isotope laser instrument). Water discharge and matter measurements of streams for full Net Ecosystem Carbon Balance. Microbial studies (DNA/RNA), vegetation studies, remote sensing/spectral studies. The site has two EC flux towers at 3 m and one 9 m tower for profile measurements of GHG’s and spectral studies.

The two micrometeorological tower at the mire.
The tower used for SITES Spectral and the two automatic chamber systems.<br /> <br /> &nbsp;
The isotope laser connected to the fixed automatic chambers.<br /> <br /> &nbsp;
Video (0:57)
The 2D Skygas