Indian Geography

As India braces for the annual monsoon season, effective preparedness is crucial to mitigate flooding, landslides and disruptions. A comprehensive approach integrating infrastructure upgrades, early warning systems, community engagement and climate resilience can minimize risks, protect lives and ensure seamless urban functionality during the rainy months.

Indian cities struggle with monsoon preparedness –

1. Outdated infrastructure including aged drainage systems, inadequate stormwater management and poorly maintained waterways, exacerbates monsoon flooding, hindering preparedness and posing significant risks to life, property and public health.
2. Climate change intensifies Indian cities’ monsoon struggles by bringing unpredictable extreme rainfall, intensified flooding and prolonged waterlogging, overwhelming infrastructure and emergency services, and demanding adaptive preparedness strategies to mitigate rising risks.
3. Poor urban planning in Indian cities characterized by unchecked development, encroachment of water bodies and inadequate drainage, exacerbates monsoon vulnerabilities, increasing flood risk, disrupting essential services and threatening public safety.
4. India’s poorer communities residing in low lying, flood prone areas with inadequate housing and infrastructure, bear the brunt of monsoon disasters, facing heightened risks, displacement and health hazards due to limited access to resources.

Effective monsoon preparedness in Indian cities requires a multi faceted approach, integrating infrastructure upgrades, climate resilience and community engagement to safeguard vulnerable populations and mitigate the impacts of extreme weather events.

Central Pollution Control Board (CPCB) defines Environmental pollution as the contamination of the physical environment by harmful or excessive quantities of substances or energies, degrading the natural quality of the air, water and land, and affecting the health, safety and well-being of humans, animals and plants.

Environmental pollution in India impacts crops severely i.e. 20-30% yield loss due to air pollution, 40% soil degradation, 30% water pollution and 25% pesticide contamination.

Impacts of Environmental pollution on Crops – 

1. Ozone depletion increases UV B radiation, damaging crops by reduced yields (5-20%), altered photosynthesis, decreased water use efficiency and changed plant morphology, affecting wheat, rice, soybeans and other sensitive species.
2. Particulate matter damages crops by reducing photosynthesis, blocking sunlight and altering stomatal function , resulting in 5-20% yield losses, lower fruit quality and decreased nutritional value in wheat, rice, and vegetables.
3. Chemical contamination harms crops through pesticide residues, heavy metals and industrial effluents causing reduced yields, altered nutrient uptake, contaminated produce and decreased soil fertility, affecting human health and ecosystem balance.
4. Salinization harms crops by reducing water uptake, altering nutrient balance and increasing toxicity, causing stunted growth, yellowing leaves and decreased yields (20-50%) in sensitive crops like rice, wheat, and vegetables.

Environmental pollution poses a catastrophic threat to India’s ecosystem, human health and food security. Urgent measures including policy reforms, sustainable practices and public awareness are crucial to mitigate pollution’s devastating impacts and ensure a resilient and sustainable future.

Organic Green Revolution –

A sustainable agricultural movement that promotes the use of organic and eco-friendly practices to increase crop yields, improve food security, and protect the environment, while ensuring social and economic benefits for farmers and rural communities.

Indian agricultural sector has not been able to bring an organic green revolution because –

1. High conversion costs from conventional to organic farming i.e transitioning from chemical-based fertilizers to organic compost cost ₹50,000 to ₹100,000 per hectare.
2. Inadequate irrigation facilities in India i.e only 45% of India’s cultivable land is irrigated.
3. Limited funding for organic farming research and development.
4. Lack of clarity on organic farming standards .
5. Lack of education and awareness among farmers.
6. Traditional farming practices and mindsets.
7. Poor storage and transportation infrastructure i.e only 10% of India’s storage capacity is scientific and modern.
8. Limited access to organic markets and certification.
9. Limited use of precision agriculture and digital technologies.
10. Inadequate monitoring and evaluation mechanisms.

These factors hinder the widespread adoption of Organic Green Revolution in Indian agriculture. Addressing these challenges can help promote sustainable and environmentally friendly farming practices.