UPSC Editorial Analysis: Natural Calamities in North and North-Western India
Kartavya Desk Staff
*General Studies-3; Topic: Disaster and disaster management.*
Introduction
• In recent weeks, North and North-Western India have been severely impacted by natural calamities. Floods in Punjab and Haryana, landslides and cloudbursts in Himachal Pradesh and Uttarakhand, and rising river levels in Delhi and Jammu & Kashmir have caused immense human, economic, and ecological losses.
• These disasters highlight the growing vulnerability of Himalayan and sub-Himalayan ecosystems to extreme weather events, intensified by climate change, unplanned development, and environmental mismanagement.
Scale of the Disaster
• Punjab: Hundreds of villages and towns submerged; over 30 lives lost; crops and infrastructure worth hundreds of crores destroyed.
• Haryana: Villages and roads damaged, though less severe than Punjab.
• Himachal Pradesh: Landslides, flash floods, and cloudbursts disrupting transport, tourism, and local livelihoods.
• Uttarakhand & J&K: Similar patterns of rainfall-triggered disasters with road blockages and displacement.
• Delhi: Yamuna water level rising, creating continuous flood threat.
The overall impact includes loss of lives, displacement of thousands, destruction of crops, breakdown of transport networks, and tourism decline.
Causes of Disasters
• Climatic Factors
• Intensified monsoon patterns due to global warming. Increasing frequency of cloudbursts and short-duration, high-intensity rainfall events. Warming of the Indian Ocean and Himalayas altering precipitation cycles (IMD data).
• Intensified monsoon patterns due to global warming.
• Increasing frequency of cloudbursts and short-duration, high-intensity rainfall events.
• Warming of the Indian Ocean and Himalayas altering precipitation cycles (IMD data).
• Environmental Degradation
• Deforestation reducing slope stability and water retention capacity. Encroachment on floodplains and blockage of natural drainage. Sand mining and riverbed alteration disturbing river morphology.
• Deforestation reducing slope stability and water retention capacity.
• Encroachment on floodplains and blockage of natural drainage.
• Sand mining and riverbed alteration disturbing river morphology.
• Unplanned Development
• Road widening, tunnels, and hydroelectric projects in fragile Himalayas. Tourism-related infrastructure in Uttarakhand ignoring carrying capacity. Construction in hazard-prone zones without disaster-resilient standards.
• Road widening, tunnels, and hydroelectric projects in fragile Himalayas.
• Tourism-related infrastructure in Uttarakhand ignoring carrying capacity.
• Construction in hazard-prone zones without disaster-resilient standards.
• Policy and Planning Gaps
• Disaster management largely reactive, focusing on relief rather than prevention. Weak enforcement of land-use and building regulations. Lack of integration of climate change adaptation in state-level planning.
• Disaster management largely reactive, focusing on relief rather than prevention.
• Weak enforcement of land-use and building regulations.
• Lack of integration of climate change adaptation in state-level planning.
Human and Economic Impact
• Humanitarian Loss
• Lives lost and many injured. Large-scale displacement of families. Psychological trauma among survivors.
• Lives lost and many injured.
• Large-scale displacement of families.
• Psychological trauma among survivors.
• Agricultural Damage
• Paddy fields in Punjab and Haryana washed away. Fruit orchards and cash crops in Himachal Pradesh destroyed. Threat to food security and farmer incomes.
• Paddy fields in Punjab and Haryana washed away.
• Fruit orchards and cash crops in Himachal Pradesh destroyed.
• Threat to food security and farmer incomes.
• Infrastructure Damage
• Bridges, highways, and village roads swept away. Urban flooding in towns leading to power, water supply, and communication breakdown.
• Bridges, highways, and village roads swept away.
• Urban flooding in towns leading to power, water supply, and communication breakdown.
• Tourism and Livelihoods
• Himachal and Uttarakhand, dependent on religious and hill tourism, have seen severe economic disruption. Small businesses, hotels, and roadside economies hit hardest.
• Himachal and Uttarakhand, dependent on religious and hill tourism, have seen severe economic disruption.
• Small businesses, hotels, and roadside economies hit hardest.
Ecological Dimensions
• Himalayan region is a young mountain system—naturally fragile and prone to landslides.
• Encroachment and construction on riverbanks reduce flood absorption capacity.
• Blockage of natural drainage channels increases disaster severity.
• Biodiversity under stress: landslides and floods damaging forests and wildlife corridors.
Climate Change Linkages
• IPCC reports highlight South Asia’s growing vulnerability to extreme rainfall and glacial melt floods.
• WMO State of Climate in Asia Report (2023): India faces rising flood-related economic damages.
• Higher surface temperatures leading to increased evaporation and sudden cloudbursts.
• Retreating glaciers in Himalayas raising risks of Glacial Lake Outburst Floods (GLOFs).
Governance and Institutional Aspects
• State Response
• Punjab, Haryana, Himachal Pradesh, and Uttarakhand conducting rescue and rehabilitation. States demanding special financial packages from the Centre.
• Punjab, Haryana, Himachal Pradesh, and Uttarakhand conducting rescue and rehabilitation.
• States demanding special financial packages from the Centre.
• Centre’s Role
• National Disaster Response Force (NDRF) deployed. Central funds released under State Disaster Response Fund (SDRF) and National Disaster Response Fund (NDRF).
• National Disaster Response Force (NDRF) deployed.
• Central funds released under State Disaster Response Fund (SDRF) and National Disaster Response Fund (NDRF).
• Challenges
• Blame game between Centre and states delaying effective response. Disaster relief funds often inadequate and delayed. Weak coordination across states sharing river systems.
• Blame game between Centre and states delaying effective response.
• Disaster relief funds often inadequate and delayed.
• Weak coordination across states sharing river systems.
Preventive and Long-Term Strategies
• Disaster Preparedness
• Expand real-time weather forecasting and early warning systems (IMD, ISRO). Strengthen community-level disaster preparedness through mock drills and awareness campaigns.
• Expand real-time weather forecasting and early warning systems (IMD, ISRO).
• Strengthen community-level disaster preparedness through mock drills and awareness campaigns.
• Eco-sensitive Planning
• Strict regulation of construction in Himalayan and floodplain zones. Implementation of carrying capacity studies before new tourism or hydropower projects. Use of bioengineering techniques (vegetative cover, slope stabilization).
• Strict regulation of construction in Himalayan and floodplain zones.
• Implementation of carrying capacity studies before new tourism or hydropower projects.
• Use of bioengineering techniques (vegetative cover, slope stabilization).
• River and Water Management
• Protecting natural river courses and wetlands for flood absorption. Integrated basin-level planning across states. Restoring traditional water systems (ponds, stepwells, johads).
• Protecting natural river courses and wetlands for flood absorption.
• Integrated basin-level planning across states.
• Restoring traditional water systems (ponds, stepwells, johads).
• Agricultural Adaptation
• Encourage climate-resilient crops and diversified cropping in flood-prone regions. Crop insurance expansion under Pradhan Mantri Fasal Bima Yojana (PMFBY).
• Encourage climate-resilient crops and diversified cropping in flood-prone regions.
• Crop insurance expansion under Pradhan Mantri Fasal Bima Yojana (PMFBY).
• Institutional Reform
• Strengthening the National Disaster Management Authority (NDMA). Involving local governments, panchayats, and community groups in planning. Mainstreaming climate change adaptation into state plans.
• Strengthening the National Disaster Management Authority (NDMA).
• Involving local governments, panchayats, and community groups in planning.
• Mainstreaming climate change adaptation into state plans.
International Best Practices
• Japan: Advanced early warning systems and strict zoning in flood-prone areas.
• Netherlands: River basin management and dike systems to control flooding.
• Bhutan: Community-based preparedness for GLOF risks.
India can adapt these practices to Himalayan-specific conditions.
Way Forward
• Shift from reactive to preventive disaster management.
• Align infrastructure development with environmental carrying capacity.
• Strengthen Centre-state coordination for river basin and disaster planning.
• Prioritize ecosystem restoration: forests, wetlands, and river courses.
• Mainstream climate resilience into agriculture, housing, and urban planning.
• Encourage community-driven disaster risk reduction for long-term sustainability.
Conclusion
• The repeated floods, landslides, and cloudbursts across North and North-Western India reflect a convergence of natural fragility, human-induced vulnerabilities, and climate change impacts.
• This is the moment for administrators, policymakers, and communities to adopt climate-resilient, ecologically sensitive, and preventive disaster management approaches to safeguard lives and livelihoods.
Climate change has intensified the frequency of floods and cloudbursts in India. Examine the role of preventive planning and eco-sensitive infrastructure in addressing this challenge. (250 Words)