by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – Preprogram
Effect of elevated atmospheric CO2 on the quantities and communities of microbes Elevated atmospheric CO2 concentration (eCO2) has been the most driving factor and characteristic of climate change. To clarify the effects of eCO2 on the soil microbes and on the...
by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – Preprogram
Effect of nitrification inhibitors and soil pH on N2O emissions Continued N addition in agricultural soils leads to soil acidification, which affects crops yield and soil nitrification and denitrification processes. Liming is the most common strategy to reduce soil...
by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – Preprogram
Identification of a new N‐heterocyclic core structure with nitrification inhibition activity in Australian soils Nitrification inhibitors (NIs) can be utilised to reduce nitrogen losses and environmental implications of synthetic fertilisation. However, current...
by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – Preprogram
Assessment of the efficiency of nitrogen removal from municipal wastewater One of the biggest risks to surface waters is the deterioration of their quality as a result eutrophication. The main sources of nutrient loads causing eutrophication are agriculture and...
by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – 2b. Optimizing the efficiency of nitrogen use in crop production
Comparing yield, nutritional quality, water and nitrogen use efficiencies of deficit drip and flood irrigated sorghum Drought conditions have mandated that California growers use low quality groundwater resources for irrigation of forage crops. In the current study we...
![Delayed N timing for maize reduced N2O emissions and drainage [NO3 – ] while increasing yield](https://ini2021.com/wp-content/uploads/2021/05/328_Scharf_Delayed-N-timing-for-maize-reduced-N2O-emissions-and-drainage-NO3-while-increasing-yield-pdf-724x1024-1-724x675.jpg)
by Alexander Sedov | May 26, 2021 | Abstracts for INI2021, Abstracts for INI2021 – 2b. Optimizing the efficiency of nitrogen use in crop production
Delayed N timing for maize reduced N2O emissions and drainage [NO3 – ] while increasing yield Traditional farmer practice in the central U.S. is to apply all N fertilizer before planting maize. Two long-term experiments (11 and 6 years, respectively) resulted in...
