Titlebook: Enhancing Resilience of Dryland Agriculture Under Changing Climate; Interdisciplinary an Anandkumar Naorem,Deepesh Machiwal Book 2023 The E

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Advances in Micro-Irrigation Practices for Improving Water Use Efficiency in Dryland Agriculturee efficiency (WUE) can be achieved through advance practices such as crop residue management, mulching, row spacing, and micro-irrigation. At field level advanced technology reduces the soil water evaporation and conserves more water for crop utilization. Climate change also affects plant growth; ho

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Soil Organic Carbon Sequestration in Dryland Soils to Alleviate Impacts of Climate Changeuestionable, whether possible or not; if possible, how long will it take; and within that time the livelihood will be able to be sustained or not. It is also expected that dryland areas will keep on increasing due to global warming. To urgently combat the increase of this area and the reduction of g

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Remediation of Polluted Soils for Managing Toxicity Stress in Crops of Dryland Ecosystemsthrough various remediation measures that reduce their toxicity and restore soil to its original functional capacity is gaining considerable attention in recent years. This chapter elucidates the different forms of soil pollutants and their major sources, their adverse effect on crop morphology and

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https://doi.org/10.1007/978-94-010-2120-3dryland agriculture is essential to meeting the world’s food demand. Other goals, such as improving the nutritional content of food and stabilising crop yields over time, are also important within this framework. Ecological intensification may aid in meeting such needs in drylands by decreasing soil

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