Universitetsvägen 10
Stockholm, Stockholm SE-106 91
Sweden
Department of Physical Geography, Stockholm University
biogeochemistry, modeling, Climate change, microorganisms, Biodiversity, Forest soil
soil carbon cycling, Modelling, optimality, Microbial Ecology
Mineral associated organic carbon, particulate organic carbon, Fe oxyhydroxides, rice paddy soil, soil carbon storage
litter decomposition, N limitation, mathematical modelling, mycelial dynamics, decomposer fungi, fungal necromass
Carbon emissions, degree of saturation, macroporosity, wet conditions, rainfall climate, mean predictions errors
biogeochemistry, modeling, climate change, microorganisms, biodiversity, Forest soil
crop yield, Evapotranspiration, hydroclimatic impacts, soil texture, bulk density, growth stage