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...
by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – 5b. Biogeochemical N Cycle
Variability of atmospheric ammonia and its sources over Indian region This study will present the spatial and temporal variability of the atmospheric ammonia gas (NH3) over one of the major hotspots for NH3 in the world i.e. Indo Gangetic Plain (IGP) region. Due to...
by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – 5b. Biogeochemical N Cycle
High-resolution maps of ammonia concentration and nitrogen deposition for Baden-Württemberg Maps of wet and dry deposition of reactive nitrogen (Nr) compounds are generated on a hectare raster for Baden-Württemberg (BW), Germany. An integrative modelling approach is...
by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – 5b. Biogeochemical N Cycle
An open-path QCL-based sensor for fast-response and high-sensitivity measurements of atmospheric ammonia The paper presents a high-precision, fast-response, and low-power open-path quantum cascade laser (QCL) based sensor for measuring atmospheric ammonia (NH3). The...
