#soiltemperatureresponse — Public Fediverse posts

Simplifying process models to reduce processing time and feed other models, soil temperature with depth at a daily resolution is well (within 1-2 degrees) approximated with simplified with biomass, air temperature, and thermal diffusion. Parton 1984 https://journals.lww.com/soilsci/abstract/1984/08000/predicting_soil_temperatures_in_a_shortgrass.1.aspx #SciLit #ReducedComplexityModel #SoilTemperatureResponse #soil

Simplifying process models to reduce processing time and feed other models, soil temperature with depth at a daily resolution is well (within 1-2 degrees) approximated with simplified with biomass, air temperature, and thermal diffusion. Parton 1984 https://journals.lww.com/soilsci/abstract/1984/08000/predicting_soil_temperatures_in_a_shortgrass.1.aspx #SciLit #ReducedComplexityModel #SoilTemperatureResponse #soil

Instantaneous incubation responses change depending on prior temperature. This change does not correspond to biomass size and is larger in Arctic/boreal soils and smaller in agricultural soils. One of my personal favorite incubation studies, this is a clever use of a single cooling-warming incubation cycle over the course of several months. Karhu etal 2014 https://doi.org/10.1038/nature13604 #SoilBiogeochemistry #Incubation #SoilTemperatureResponse #SoilCarbonModel #SciLit

Instantaneous incubation responses change depending on prior temperature. This change does not correspond to biomass size and is larger in Arctic/boreal soils and smaller in agricultural soils. One of my personal favorite incubation studies, this is a clever use of a single cooling-warming incubation cycle over the course of several months. Karhu etal 2014 https://doi.org/10.1038/nature13604 #SoilBiogeochemistry #Incubation #SoilTemperatureResponse #SoilCarbonModel #SciLit