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Full Description
Sustainable Science and Technologies for Agriculture and Environment: SDG Perspectives explores the mechanistic link between the environmental stress responses mediated by plant growth stimulants and the resulting agricultural stability and food security aligned with targeted SDGs. It enables the reader to understand the impact of persistent environmental concerns, contaminants, and health risks, in the face of increasing global population and the resulting environmental and agricultural needs. The Sustainable Development Goals and agricultural productivity correspond to establish efficient nutrient and food security around the globe. However, the proliferation of environmental stress-induced adversity is simultaneously hampering the goals with regard to the food, economic and green considerations. Sustainable Science and Technologies for Agriculture and Environment: SDG Perspectives provides insights on novel green initiatives designed to align crop production and environmental remediation with the aid of growth stimulants-mediated mechanisms for growth, physiology and yield improvements. Scientists, students and academics in agriculture, crop and environmental sciences will find this resource valuable in understanding the current status of the SDG goals, as well as for inspiring future research.
Contents
1. Environmental drivers of sustainable agricultural developmental and regional case studies
2. Climate smart agriculture and food safety under environmental perturbations
3. Plausible environmental pollutants and agricultural productivity
4. Soil management and introduction of cover crops under environmental variants
5. Deficit irrigation strategies with mineral and organic fertilization
6. Agricultural practices under environmental stresses in current climate change
7. Crop health under pests and diseases
8. Green technologies role in advancing the environmental stress conditions with case studies
9. Transitions of food systems to monitor crop sustainability
10. Stay green trait to promote crop yield adaptations under environmental stress
11. Biotechnological significance in crop resilience against environmental stress
12. Carbon footprints in agriculture
13. High-throughput phenotyping of crops under environmental stressors
14. Recent advancement of SDGs in environmental stresses
15. Plant growth stimulants-mediated mechanisms to impart environmental stress tolerance.
16. Crosstalk between plant growth stimulants under environmental stress-affiliated responses to ensure global agricultural sustainability
17. Omics (transciptomics, metabolomics, and proteomics) role in environmental stress adaptation
