by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – 5b. Biogeochemical N Cycle
Oxygen regulates nitrous oxide production directly in agricultural soils The effects of in situ oxygen (O2) dynamics on nitrous oxide (N2O) production was investigated in a typical intensively managed Chinese cropping system under a range of environmental conditions...
by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – 5b. Biogeochemical N Cycle
Effect of organic carbon and nitrogen addition on the emission of nitrous oxide in aggregates from straw-incorporated soil Vegetable field is one of the important sources of N2O emission. Effect of exogenous organic carbon and nitrogen input on the N2O emissions in...
by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – 5b. Biogeochemical N Cycle
Nitrous oxide emissions from Soddy podzolic sandy loam soil after long-term fertilizer and manure application The objective of this study was to estimate direct N2O emissions from Soddy podzolic sandy loam soil after long-term manure and N-fertilizer application....
by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – 5b. Biogeochemical N Cycle
The global distribution of soil nitrification and the fraction of associated N2O emissionby using stochastic gradient boosting models Nitrification is one of pathways of N2O production in soils. Using stochastic gradient boosting models based on a global database, we...
by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – 5b. Biogeochemical N Cycle
Global estimates of N2O emissions associated with plant- and animal-based food production Food production is a major contributor to climate change and land-use change. Current estimates of greenhouse gas (GHG) emissions from the food system are mostly based on...
