Titlebook: Climate Smart Agriculture; Concepts, Challenges Pratap Bhattacharyya,Himanshu Pathak,Sharmistha Pa Book 2020 The Editor(s) (if applicable)

Evocative

戰(zhàn)役

pulmonary-edema

Impact of Climate Change on Agriculture: Evidence and Predictions,rimarily depend on latitude and region of cultivation. The CO. fertilization effect is positive for most of the C3 crops but up to a certain temperature rise. In the livestock sector, pastoral system productivity is going to be reduced along with lower animal growth rates and productivity, higher pe

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Energy Management for Climate-Smart Agriculture,el production; designing hydropower generating dams; large-scale afforestation; and forest conservation program. As a primary step to mitigate climate change, the use of fossil fuel has to be replaced by renewable energy sources. Marginal and degraded lands, which are otherwise not suitable for the

出生

Crop Management for Climate-Smart Agriculture,oduction and food security under climate change scenarios. The principles of climate-smart crop management are sustaining the crop yield by increasing input (water, nutrient, fertilizer, etc.) use efficiencies, enhancing intrinsic system resilience (through natural biological processes) in an enviro

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Mitigation of Greenhouse Gases Emission and Low Carbon Technologies,the soil-plant system, and enhances the substitution of fossil fuel by biofuels. In demand side, GHG emission would be effectively curbed by shifting in the dietary pattern (from non-vegetarian to vegetarian/flexitarian), reduction in food loss and waste, and shortening the supply chains. However, m

通情達(dá)理

Barriers to Adaptation of Climate-Smart Agriculture,e some barriers and constraints for adaptation of CSA. Overall, in this chapter, we have discussed the barriers of CSA adaptation and probable solutions or alternatives. The barriers to the adaptation of CSA could be technology-centric or user-performance centric or both. However, many learned peopl