Not AvailableIdentification of suitable climate resilient nutrient management practices will reduce the ill-effects of extreme climate variability on agricultural production. Rice (Oryza sativa L.)-wheat (Triticum aestivum L.) rotation is one of the major cropping system traditionally followed in the Indo-Gangetic Plains, which are responsible for the food security of the country. The relation between rice yield variability and rainfall under different nutrient management practices and the relation between wheat yield variability and maximum temperature using the yield data from the long term Integrated Nutrient Management experiment on the rice-wheat system for the last 27 years at 9 sites representing different agro-ecological zones...
Not AvailableGiven the increasing scarcity of production resources such as water, energy and labour...
Not AvailableIn the most productive area of the Indo - Gangetic Plains in Northwest India where hig...
Not AvailableIncreasing scarcity of resources (labour, water, and energy) and cost of production, al...
Not AvailableIdentification of climate-smart nutrient management practices will overcome the ill eff...
Not AvailableYield datasets of long-term experiments on integrated nutrient management in rice-rice ...
CONTEXT Rice-wheat rotation system (RWS) is the most important food production system in South Asia...
Not AvailableVariability in climate regimes of rainfall and temperature is a source of biotic and ab...
Not AvailableRice–wheat rotation is the most important cropping system of the Indo-Gangetic Plains (...
Not AvailableRice–wheat rotation is the most important cropping system of the Indo-Gangetic Plains (...
Variability in climate regimes of rainfall and temperature is a source of biotic and abiotic stress...
Not AvailableRice (Oryza Sativa L.) is the principal food crop of the North Eastern Region of India ...
New farming systems and management options are needed in South Asia as the intensive rice–wheat prod...
Not AvailableRice (Oryza sativa L.)–wheat (Trititicum aestivum L.) system (RWS) in South Asia is und...
India will need to produce 30% more wheat by 2050, and these gains must principally come from intens...
India will need to produce 30% more wheat by 2050, and these gains must principally come from intens...
Not AvailableGiven the increasing scarcity of production resources such as water, energy and labour...
Not AvailableIn the most productive area of the Indo - Gangetic Plains in Northwest India where hig...
Not AvailableIncreasing scarcity of resources (labour, water, and energy) and cost of production, al...
Not AvailableIdentification of climate-smart nutrient management practices will overcome the ill eff...
Not AvailableYield datasets of long-term experiments on integrated nutrient management in rice-rice ...
CONTEXT Rice-wheat rotation system (RWS) is the most important food production system in South Asia...
Not AvailableVariability in climate regimes of rainfall and temperature is a source of biotic and ab...
Not AvailableRice–wheat rotation is the most important cropping system of the Indo-Gangetic Plains (...
Not AvailableRice–wheat rotation is the most important cropping system of the Indo-Gangetic Plains (...
Variability in climate regimes of rainfall and temperature is a source of biotic and abiotic stress...
Not AvailableRice (Oryza Sativa L.) is the principal food crop of the North Eastern Region of India ...
New farming systems and management options are needed in South Asia as the intensive rice–wheat prod...
Not AvailableRice (Oryza sativa L.)–wheat (Trititicum aestivum L.) system (RWS) in South Asia is und...
India will need to produce 30% more wheat by 2050, and these gains must principally come from intens...
India will need to produce 30% more wheat by 2050, and these gains must principally come from intens...
Not AvailableGiven the increasing scarcity of production resources such as water, energy and labour...
Not AvailableIn the most productive area of the Indo - Gangetic Plains in Northwest India where hig...
Not AvailableIncreasing scarcity of resources (labour, water, and energy) and cost of production, al...