The water table and its dynamics are one of the key variables that control peatland
greenhouse gas exchange. Here, we tested the applicability of the Optical TRApezoid Model …

Detailed knowledge of vegetation patterns allows to evaluate mire ecosystems and their
dynamics. The use of hyperspectral information has the benefits of exploring spectral …

Northern peatlands store up to 25% of global soil organic carbon and function as important
hotspots for biodiversity. However, they are facing degradation from climate change driven …

Forest floor vegetation plays a crucial role in ecosystem processes of temperate and boreal
forests. Remote sensing offers a valuable tool to characterize the forest floor through …

Peatlands store enormous amounts of carbon in a peat layer, the formation and preservation
of which can only occur under waterlogged conditions. Monitoring peatland moisture …

Restoration can initiate a succession of plant communities towards those of pristine
peatlands. Field inventory-based vegetation monitoring is labour-intensive and not feasible …

Peatlands play a key role in climate change mitigation strategies and provide multiple
ecosystem services, presuming near natural, waterlogged conditions. However, there is a …

A main aspect limiting the operation of low-altitude remotely piloted aircraft systems (RPAS)
over 25 kg, integrating pushbroom hyperspectral sensors, comes from the challenges …

Biophysical changes in the Arctic and boreal zones drive shifts in vegetation, such as
increasing shrub cover from warming soil or loss of living mat species due to fire …

Ofte sett på ugunstig som ugjestmildt og komplekst land, har torvmarker de siste tiårene fått
status som betydelige, langsiktige karbonreservoarer, og fungerer som viktige motvekter mot …