Titlebook: Innovative Saline Agriculture; J.C. Dagar,P.C. Sharma,A.K. Singh Book 2016 Springer India 2016 Poor-quality waters.Reclamation.Salt-tolera

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Enhancing Crop Productivity in Salt-Affected Environments by Stimulating Soil Biological Processes the backdrop of increasing natural calamities and climate change. Another green revolution does not seem likely with the same approaches as followed in the past. A large extent of marginally productive lands (including salt affected) in India and the world presents opportunity for bolstering food s

QUAIL

sterilization

Oafishness

Removing Bottlenecks in Fertilizing Salt-Affected Soils for Agricultural Production,ion. Sustainable management of salt-affected soil for productive agriculture is a key to the prosperity of farmers in these areas. It also boosts expensive initiatives to further reclaim severely affected salty lands currently lying barren. Managing fertility of salt-affected lands sustainably requi

耕种

infringe

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Innovations in Sodic Water Irrigation Management,plies for irrigated agriculture is now becoming a major issue that is forcing farmers to use low-quality waters. Due to limited surface water resources, good-quality underground aquifers are continuously getting depleted. Groundwaters in many arid and semiarid regions contain high concentration of s

甜瓜

Innovations in Utilization of Poor-Quality Water for Sustainable Agricultural Production,ith the increasing demand for good-quality land and water for urbanization and development projects, agriculture will be pushed more and more to the marginal lands, and the use of poor-quality waters for irrigation is inevitable. Groundwater aquifers in the most of arid and semiarid regions are sali

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saturated-fat