India's agriculture sector employing 50% of the workforce, contributes 18% to GDP. Major crops include rice, wheat, pulses and cotton. Government initiatives like PM Kisan and crop insurance schemes support farmers amidst challenges like water scarcity and climate change. Here are ways to improve agRead more
India’s agriculture sector employing 50% of the workforce, contributes 18% to GDP. Major crops include rice, wheat, pulses and cotton. Government initiatives like PM Kisan and crop insurance schemes support farmers amidst challenges like water scarcity and climate change.
Here are ways to improve agriculture with developing technologies –
- Precision farming optimizes crop yields and resources using technology including GPS, drones, sensors and data analytics enabling targeted irrigation, fertilization and pest control for increased efficiency.
- Digital agriculture leverages technology such as mobile apps, satellite imaging and data analytics to enhance decision making, streamline operations and boost productivity through real tme monitoring and expert insights.
- Sustainable agriculture practices prioritize environmental stewardship, conserving resources and promoting eco friendly methods including organic farming, crop rotation, rainwater harvesting,and integrated pest management, ensuring long term viability.
- Genetics and biotechnology enhance agriculture through precision breeding, genetic engineering and gene editing (CRISPR), developing disease resistant, climate tolerant and nutrient rich crops, boosting yields and food security.
- Education and supportive technologies empower farmers through digital platforms, mobile apps, online training and expert advisory services enhancing knowledge, skills and decision making for improved productivity and profitability.
- Mechanization and automation in agriculture boost efficiency through autonomous tractors, drones, robotic farming and precision equipment reducing labor costs, enhancing accuracy and increasing yields despite reduced workforce.
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Pest Control Integrated Management (PCIM) IPM is an all-round approach that involves a range of methods aimed at minimizing pest and disease attacks in an eco-friendly and economically viable manner. The components are comprised of: Monitoring and Identification: Regular check-ups on crops to detectRead more
Pest Control Integrated Management (PCIM)
IPM is an all-round approach that involves a range of methods aimed at minimizing pest and disease attacks in an eco-friendly and economically viable manner. The components are comprised of:
Monitoring and Identification: Regular check-ups on crops to detect any manifestations of pests and diseases. Accurate identification of the pests will help select the best control means.
Preventive Cultural Practices Crop rotation, adequate spacing, sanitation practices among others could be employed to mitigate the occurrence of pest and disease outbreaks.
Chemical Control The use of chemical control as a last option may involve choosing pesticides that are specific to the pest being targeted yet have minimal effects on non-targeted organisms within the environment.
Crop Rotation and Diversification
The life cycles of pests and diseases are interrupted through crop rotation. Since various crops are affected by different pests, this can help to lessen populations.
Cultivate diverse crops with varying species or varieties that are less prone to pest infestation and diseases. This may also create a breeding ground for helpful organisms.
Resistant Varieties
Introduce crop cultivars that can resist or tolerate particular pests and/or diseases. Companies producing seeds usually have varieties bred to withstand common problems.
Soil Health Management
Keep healthy soil by using proper fertilizers, addition of organic matter, as well as pH control measures. Good soil supports robust plant growth which can better withstand pests and diseases.
Avoid excessive fertilizing that promotes vegetative growth leading to plants which are more susceptible to attack by pests.
Water Management
Follow appropriate irrigation methods in order to avoid water stress or excess moisture encouraging pest infestation and diseases in plants.
Watering directly at the roots through drip irrigation or soaker hoses avoids wetting foliage, reducing the risk of fungal infections.
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