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The hardback edition of 'Approaches for Incorporating Drought and Salinity Resistance in Crop Plants' by V.L. Chopra and R.S. Paroda stands as a fundamental resource amidst the increasing challenges faced by crop production due to environmental stressors such as drought and soil salinity. This comprehensive book delves into the significant impact of adverse soil conditions on crop productivity, especially in the context of diminishing arable land and rising food demand in developing countries. Highlighting the importance of breeding initiatives aimed at developing crop varieties resilient to these stresses, it details critical challenges facing genetic resistance exploitation. The detailed contributions from prominent experts provide vital insights into the physiological, biochemical, and genetic frameworks needed to enhance crop stress tolerance. The book explores essential topics such as stress definitions that directly relate to crop productivity, effective screening techniques for stable genotype identification, and the comprehensive understanding of the mechanisms underlying stress resistance. Chapters cover a range of vital subjects, including an overview of salt-affected soils, specific breeding approaches for salt-tolerant crops, and methodologies for screening drought-resistant genotypes, making this book a premier reference for students and researchers engaged in agronomy, plant breeding, and environmental science.
Key Features
| Features | Description |
|---|---|
| Authors | V.L. Chopra & R.S. Paroda |
| Format | Hardback |
| Focus | Drought and salinity resistance in crop plants |
| Scope | Comprehensive overview of stress impacts on crop productivity |
| Experts' Contributions | Insights from leading experts in plant science |
| Chapters Included | 1. Salt-affected Soils: An Overview, 2. Breeding Crop Varieties for Salt-affected Soils, 3. Drought Resistance in Crop Plants, 4. Breeding Approaches for Drought Resistance in Crop Plants, 5. Screening Techniques for Drought Resistance in Rice |
| Target Audience | Students and researchers in agronomy and environmental science |
| Publication Importance | Indispensable resource for understanding genetic resistance |
| Attributes | Description |
|---|---|
| ISBN | 978-981-15-0679-2 |
| Publication Year | 2021 |
| Page Count | 350 pages |
| Publisher | Springer |
| Language | English |
*Disclaimer: This above description has been AI generated and has not been audited or verified for accuracy. It is recommended to verify product details independently before making any purchasing decisions.
Brand: NIPA
Country of Origin: India
"Crop growth and productivity are significantly impacted by a wide range of adverse environmental and soil conditions, such as drought and soil salinity, which are among the most prevalent stressors. Given the limited availability of arable land and the growing population pressure in many developing countries, it is essential that crop yields are not compromised on any cultivable land. Breeding crop varieties that are resistant to drought and salinity stress is therefore of great importance. However, several challenges have limited the exploitation of genetic resistance, including the lack of (i) a clear definition of the level of stress relevant to crop productivity, (ii) reliable screening procedures for identifying genotypes that exhibit stability of performance under stress conditions, and (iii) understanding of the processes that directly and indirectly influence the development of resistance.
"Crop growth and productivity are significantly impacted by a wide range of adverse environmental and soil conditions, such as drought and soil salinity, which are among the most prevalent stressors. Given the limited availability of arable land and the growing population pressure in many developing countries, it is essential that crop yields are not compromised on any cultivable land. Breeding crop varieties that are resistant to drought and salinity stress is therefore of great importance. However, several challenges have limited the exploitation of genetic resistance, including the lack of (i) a clear definition of the level of stress relevant to crop productivity, (ii) reliable screening procedures for identifying genotypes that exhibit stability of performance under stress conditions, and (iii) understanding of the processes that directly and indirectly influence the development of resistance. This book provides a comprehensive overview of drought and salinity stress and the breeding approaches for achieving resistance to these stresses. The contributions in this book are from a leading expert in the field, making it an indispensable resource for students and researchers interested in this topic.
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Content
"1 Salt-affected Soils: An Overview by I.P. Abrol 2 Breeding Crop Varieties for Salt-affected Soils by R.S. Rana 3 Drought Resistance in Crop Plants: A Physiological and Biochemical Analysis by Suresh K. Sinha 4 Breeding Approaches for Drought Resistance in Crop Plants by R.S. Paroda 5 Screening Techniques for Drought Resistance in Rice by T.T. Chang and Genoveva C. Loresto
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