Page Project Effects of data requirements and uncertainty on prediction accuracy for model based evaluation and mitigation of nitrous oxide emissions from raw material cropping systems (THG-EMOBA). Lead In

Page Project MinDen - Measures for the reduction of emissions from denitrification Lead Institute AK Institute of Climate-Smart Agriculture © Thünen-Institut/Amanda Matson Measures to reduce direct and ind

Page Project Land use change on thawing permafrost soils Lead Institute AK Institute of Climate-Smart Agriculture © Thünen-Institut/AK Breaking the Ice – Consequences of northwards extending agriculture fo

Page Project Modeling nitrogen excretions of dairy cattle Lead Institute AK Institute of Climate-Smart Agriculture © Thünen-Institut/Folkhard Isermeyer Dairy cattle grazing in pasture. Modeling nitrogen ex

Page Project Monitoring groundwater levels in peatlands with radar data Lead Institute AK Institute of Climate-Smart Agriculture © Thünen-Institut/AK Radar image of peatland around the lake Dümmer and loca

Page Project GHG-Europe Lead Institute AK Institute of Climate-Smart Agriculture © Thünen-Institut/Michael Welling Agrarian landscape near Schönhagen at the Baltic Sea GHG-Europe - Greenhouse gas managemen

Page Project Impact assessment of vascular plant encroachment on water and carbon cycling in a Sphagnum dominated bog Lead Institute AK Institute of Climate-Smart Agriculture © Thünen-Institut/Arndt Piayda

Page Project GülleBest - Innovative slurry and digestate application techniques Lead Institute AK Institute of Climate-Smart Agriculture © Thünen-Institut/Caroline Buchen-Tschiskale [Translate to English:]

Page Project FORESTFLUX Lead Institute AK Institute of Climate-Smart Agriculture © Thünen-Institut/Jeremy Smith 30 m platform as seen from the ground FORESTFLUX - Improving assessment tools for political c

Page Project Laughing gas from fungi? Lead Institute AK Institute of Climate-Smart Agriculture © Thünen-Institut/AK Anaerobic soil incubation using growth inhibitors to investigate fungal N2O production. R