Advances and Trends in Agriculture Sciences
Keywords:
Artificial Intelligence, Agriculture, Allied Sciences, Molecular Breeding, Current Scenario, Crop Improvement, Botanical Insecticides, Combat Insect Pest, Agrochemical, Botanicals, Management, Soilless Culture Technique, Horticulture Production, Soil Less Cultivation, Aeroponics and Hydroponics, Genetically Modified (GM), Crop in Indian Agriculture, Millets Production in India, Constraints, Future Potential, Photoperiodism, Vernalization, Biochar Applications, Medicinal Plants, Industrial Potential, Agro- Forestry Practices, Sustainable Agriculture, Role of Conservation Agriculture, Speed Breeding, Transgenic Crop Cultivation, IntellectualSynopsis
" Advances and Trends in Agriculture Sciences" presents a compelling array of innovations that are reshaping the agricultural landscape and driving progress towards sustainable food production and environmental stewardship. One notable chapter explores "Speed Breeding," a revolutionary technique that accelerates the breeding process of crops. By manipulating environmental factors like light and temperature, it enables multiple plant generations in a single year. This method holds the promise of developing crop varieties with enhanced traits, such as drought resistance and higher yields, crucial for feeding a growing global population.
Integrated Weed Management, another pivotal chapter, underscores the importance of holistic weed control strategies. By combining cultural practices, biological control, and targeted herbicide use, it minimizes the environmental impact while preserving crop health and productivity. Conservation Agriculture champions minimal soil disturbance, crop residue retention, and diverse crop rotations. This approach fosters soil health, reduces erosion, and promotes sustainable land use. Biochar, a topic of growing interest, explores the use of carbonized organic matter to improve soil quality, sequester carbon, and enhance nutrient retention. Genetically Modified (GM) Crops are transforming agriculture by conferring traits like pest resistance and herbicide tolerance, boosting yields and reducing chemical inputs. Artificial Intelligence in Agriculture leverages big data, machine learning, and sensor technology to optimize farming practices, from precision planting to disease detection. These chapters collectively represent a mosaic of innovation that's propelling agriculture towards greater productivity, sustainability, and resilience in the face of global challenges.
Chapters
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Artificial Intelligence in Agriculture and Allied Sciences
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Molecular Breeding and Its Current Scenario in Crop Improvement
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Botanical Insecticides and their Potential to Combat Insect Pest
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Impact of Soilless Culture Technique in Horticulture Production
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Soil Less Cultivation: Aeroponics and Hydroponics
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Genetically Modified (GM) Crop in Indian Agriculture: A Brief Overview
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Millets Production in India: Constraints and Future Potential
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Photoperiodism and Vernalization
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Biochar Applications in Agriculture
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Medicinal Plants and Their Industrial Potential
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Agro- Forestry Practices for Sustainable Agriculture
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Role of Conservation Agriculture in Sustainable Agriculture
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Speed Breeding for Crop Improvement
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Transgenic Crop Cultivation: Current Status and Future Potential
