Corn is among the most intensive uses of fertilizer, both per acre and in total use, and represents a significant opportunity for
nitrogen use efficiencies that could reduce emissions as well as farmers» input costs while maintaining yields.
Corn is among the most intensive uses of fertilizer and represents a significant opportunity for
nitrogen use efficiencies that could reduce GHG emissions while maintaining or improving yields.
The project aims to identify practices to optimize
nitrogen use efficiency.
Introduction of «C4» traits into rice is predicted to increase photosynthetic efficiency by 50 %, improve
nitrogen use efficiency and double water use efficiency.
Not exact matches
The dairy component of the
nitrogen -
use efficiency project will involve research partners who will contribute an additional A$ 500,000 ($ 364,000).
If their
efficiency could be transferred to crops, we could grow more food in less time
using less water and less
nitrogen fertilizer.
«We
use a proprietary platform called ultra-silicon-rich nitride, with a material composition of seven parts silicon, three parts
nitrogen, with the large nonlinearity and photon
efficiency needed for high gain amplification, through the efficient transfer of photons from a pump to the signal.
The NiTrac sensor developed by Cheng Hsun Ho and Wolf Frommer of the Carnegie Institution for Science will enable non-invasive real - time monitoring of
nitrogen acquisition in action in plant roots, providing a new tool set that can be
used to improve
nitrogen efficiency.
A team at Rice University has
used nitrogen - doped graphene quantum dots to create ethylene and ethanol, with stability and
efficiency close to that of electrocatalysts like copper.
Chinese and IRRI partners are studying changes in rice yield and
nitrogen - and water -
use efficiencies, as well as the environmental effects of different water -
use practices.
The
use of a single amino acid supplement may lead to negative
nitrogen balance, decreasing the metabolic
efficiency and increasing the workload of the kidneys.
They believed that applications in western Canada were less likely, given the relatively good
efficiency of
nitrogen fertilizer
use in this region (by such techniques as banding).
We can begin to improve agricultural nutrient -
use efficiencies and reduce industrial forms of
nitrogen and phosphorus with current knowledge and technology and without suffering major economic blows.
Concerted efforts to reduce
nitrogen and phosphorus pollution from industry, improve the
efficiency of their
use in agriculture, and enhance their availability for
use in fertilizer in food - insecure regions would have multiple benefits, including a reduction of climate risks.
In order of reduction, they call for controlling
nitrogen oxide emissions from the burning of fossil fuels
using «maximum feasible reductions,» which could reduce reactive
nitrogen emissions by 55 billion pounds of a year; increasing the
efficiency of fertilizing crops (33 billion pounds a year); improved animal management policies (33 billion pounds); and ensuring that at least half the world's urban population has sewage treatment (11 billion pounds).