1. Empowering Urban India for Climate Resilience: World Bank–MoHUA Report Highlights – Environment
Why in News?
A recent World Bank report titled “Towards Resilient and Prosperous Cities in India”, developed in collaboration with the Union Ministry of Housing and Urban Affairs (MoHUA), calls for greater urban autonomy and significant investment to build climate-resilient cities. The report estimates that India will need $2.4 trillion by 2050 to strengthen its urban infrastructure against climate risks.
Key Themes and Findings of the Report
1. Urban Climate Risks in India
Major Risks
Impacts Identified
Pluvial Flooding
Due to poor stormwater systems, excessive concretization, and lack of green buffers
Extreme Heat Stress
Worsened by the urban heat island effect, increasing public health risks
Coastal Hazards
Vulnerability in cities like Mumbai, Chennai, and Kolkata due to rising sea levels
Projected annual losses from floods:
$5 billion by 2030
$30 billion by 2070
Heat-related deaths could double to 300,000+ annually by 2050
2. Urban Demographic and Financial Projections
Aspect
Projections
Urban Population (2050)
~951 million (nearly double from 2021)
New Employment (by 2030)
70% expected to emerge from cities
Required Investment
$2.4 trillion by 2050 for climate resilience
Flood Adaptation Needs
$150 billion for 60% of high-risk cities
3. Need for Urban Autonomy & 74th Amendment
74th Constitutional Amendment Act (1992): Advocates decentralization by empowering Urban Local Bodies (ULBs) for:
Local decision-making
Revenue generation
Planning and climate governance
Current Challenge: ULBs lack adequate fiscal and functional autonomy, leading to weak climate adaptation at the local level.
4. Best Practice Models from Indian Cities
City
Initiatives
Ahmedabad
Heat Action Plan: Early warning systems, healthcare readiness, urban greening, adjusted work hours
Kolkata
City-level flood forecasting and real-time warning systems
Indore
Solid waste management with environmental and employment benefits
Chennai
Climate Action Plan: Combines adaptation and low-carbon urban planning
5. Key Recommendations from the Report
For National & State Governments:
Develop a climate financing roadmap
Establish minimum standards for resilient infrastructure
Encourage public-private partnerships for funding adaptation projects
For Cities and Urban Local Bodies (ULBs):
Conduct local climate risk assessments
Mobilize finance through:
Green bonds
Carbon credits
Municipal reforms
Implement practical solutions:
Cool roofs, early warning systems
Green infrastructure
Improved stormwater management
Revised work schedules during heatwaves
Relevance to Himachal Pradesh
Urban centers in Himachal like Shimla, Dharamshala, Solan, and Mandi are vulnerable to:
Flash floods, landslides, and urban heat traps
Eco-sensitive hill planning is essential, including:
Vertical zoning
Green roofs
Rainwater harvesting
Disaster-resilient infrastructure
State-level Urban Climate Resilience Action Plans can be modeled on best practices from Ahmedabad or Indore.
Exam Connect – Possible Questions
Prelims
Which of the following cities is known for implementing India’s first Heat Action Plan? A. Chennai B. Indore C. Ahmedabad D. Pune Answer: C. Ahmedabad
Which Constitutional Amendment Act relates to the empowerment of Urban Local Bodies in India? A. 42nd B. 44th C. 73rd D. 74th Answer: D. 74th
As per the World Bank–MoHUA report, India’s estimated investment need for urban climate resilience by 2050 is: A. $500 billion B. $2.4 trillion C. $1 trillion D. $150 billion Answer: B. $2.4 trillion
Mains
“Climate resilience in urban India requires more than just funding—it demands institutional reform and local empowerment.” Discuss in light of the World Bank and MoHUA report on urban resilience.
Evaluate the role of Urban Local Bodies (ULBs) in addressing climate change risks in Indian cities. What reforms are needed to strengthen their capacity?
Explain how Indian cities can become climate-resilient while ensuring inclusive and equitable urban development. Support your answer with examples.
2. Winter Fog Experiment (WiFEX): Enhancing Fog Forecasting for Safer Winters – Science and Technology
Why in News?
The Winter Fog Experiment (WiFEX), launched in 2015, has completed ten years of groundbreaking research aimed at improving the prediction and management of dense winter fog, especially over North India. It is one of the few long-term global experiments focused on fog phenomena.
Key Features of WiFEX
1. What is WiFEX?
Aspect
Details
Launch Year
Winter of 2015
Location
Indira Gandhi International Airport, New Delhi
Lead Institution
Indian Institute of Tropical Meteorology (IITM), Pune
Collaborators
Ministry of Earth Sciences (MoES), India Meteorological Department (IMD), Airports Authority of India (AAI), others
Scope
Studies dense winter fog formation, dissipation, and its forecasting
2. Objectives of WiFEX
Improve now-casting (next 6 hours) and short-term forecasting of fog.
Enhance public safety by:
Reducing transport delays (especially aviation and rail)
Mitigating economic losses
Preventing road accidents due to low visibility
Develop a robust fog forecasting system tailored to the Indian subcontinent.
3. Scientific Methodology & Tools
Use of micrometeorological towers, ceilometers, and high-frequency sensors to collect data on:
Temperature
Humidity
Visibility
Wind dynamics
Aerosol and particulate interactions
Creation of a dense, location-specific dataset over 10 years—vital for scientific modeling and policy inputs.
4. Development of High-Resolution Fog Prediction Model
Model Feature
Impact
Spatial Resolution
High-resolution: 3 km grid scale
Model Type
Probabilistic Fog Prediction Model
Accuracy Rate
Over 85% in predicting:
5. Importance of WiFEX for India
Domain
Impact
Transport & Aviation
Reduced flight cancellations, train delays, and road accidents
Economy
Less disruption to trade and movement during peak fog season
Public Safety
Better decision-making for schools, farmers, emergency services
Scientific Research
Provides a model for other countries battling dense winter fog
Relevance to Himachal Pradesh
Himachal experiences seasonal fog in lower valleys (e.g., Una, Kangra, Bilaspur), affecting:
Highway travel
Rail movement
Agriculture (due to prolonged low sunlight and cold conditions)
Data-sharing and model integration from WiFEX can:
Improve early warning systems in fog-prone areas
Support disaster management authorities at the district level
Help in planning fog mitigation infrastructure like highway reflectors and lighting
Exam Connect – Possible Questions
Prelims
The Winter Fog Experiment (WiFEX) is primarily associated with: A. Studying Himalayan glacial retreat B. Forecasting cyclones in the Bay of Bengal C. Studying dense fog events in North India D. Monitoring air quality in metro cities Answer: C. Studying dense fog events in North India
Which of the following instruments is NOT typically used in fog monitoring under WiFEX? A. Ceilometers B. Seismometers C. Micrometeorology towers D. High-frequency sensors Answer: B. Seismometers
Which institution leads the WiFEX initiative? A. Indian Space Research Organisation B. Indian Institute of Tropical Meteorology C. National Centre for Seismology D. Indian Council of Agricultural Research Answer: B. Indian Institute of Tropical Meteorology
Mains
Discuss the significance of the Winter Fog Experiment (WiFEX) in enhancing weather forecasting capabilities in India. How can this benefit sectors like transport and disaster management?
Weather-related disasters are not always dramatic but can be persistently disruptive. Examine this statement with reference to winter fog events in North India.
How can states like Himachal Pradesh leverage national scientific initiatives like WiFEX to improve local environmental and transport planning?
3. MiG-21s to Retire by September 2025: End of an Era in Indian Air Defence – Defence & Security
Why in News?
The Indian Air Force (IAF) has announced that all remaining MiG-21 fighter aircraft will be phased out by September 2025, bringing an end to the six-decade-long service of this iconic but controversial combat aircraft. The indigenous Tejas Mark-1A will serve as its replacement.
Key Features and Legacy of the MiG-21
1. About the MiG-21
Parameter
Details
Type
Single-engine, single-seater, multirole fighter and ground attack aircraft
Origin
Soviet Union (Mikoyan-Gurevich Design Bureau)
Inducted into IAF
1963 (first assembled in India at Chandigarh)
Total Inducted
Over 700 units
Key Indian Variants
Type-77, Type-96, MiG-21 BIS, MiG-21 Bison (latest and most advanced)
Features
Supersonic speed, high climb rate, air-to-air and air-to-ground missile capability
2. Operational Record
1965 War with Pakistan: First major deployment
1971 Bangladesh Liberation War: Played a decisive role in achieving air superiority
1999 Kargil Conflict: Active in providing air support
2019 Balakot Aftermath: MiG-21 Bison shot down a Pakistani F-16; Gp. Capt. Abhinandan Varthaman became a national hero
3. Why Are MiG-21s Being Phased Out?
Concern
Details
Safety Record
High accident rate; nicknamed the “flying coffin“
Technological Obsolescence
Despite upgrades, lags behind modern multirole fighters
Pilot Losses
Numerous crashes, especially over the last two decades
Maintenance & Lifecycle
Difficult to maintain with outdated systems and limited spares
Currently, three MiG-21 Bison squadrons remain operational, each consisting of 16–18 aircraft.
~60% by value; ~75.5% of Line Replaceable Units made in India
Strategic Significance
Dimension
Implication
National Security
Ensures India is better equipped with modern and safer aircraft for combat
Indigenisation
Boosts India’s defence manufacturing under ‘Aatmanirbhar Bharat’
Diplomatic Image
Showcases self-reliant defence capability to global partners
Economic Efficiency
Reduces long-term dependence on costly foreign imports
Relevance to Himachal Pradesh
Airbases near HP, like Ambala and Pathankot, have previously housed MiG squadrons.
HP students in NCC and Sainik Schools should be aware of defence modernization trends.
The LCA program offers new career paths in aerospace and engineering for youth in the state.
Exam Connect – Possible Questions
Prelims
The MiG-21 Bison was developed by which country and later indigenously upgraded in India? A. France B. USA C. Russia D. USSR Answer: D. USSR
Which indigenous aircraft is set to replace the MiG-21 fleet in the Indian Air Force? A. HAL Marut B. Tejas Mark-1A C. Sukhoi Su-30MKI D. Rafale Answer: B. Tejas Mark-1A
Which of the following was a key limitation of the MiG-21 aircraft in recent decades? A. Lack of radar systems B. Poor manoeuvrability C. High accident rate and aging technology D. Excessive fuel efficiency Answer: C. High accident rate and aging technology
Mains
The phasing out of MiG-21s marks a crucial transition in India’s defence preparedness. Evaluate the operational legacy of the MiG-21 and discuss how its replacement by the Tejas will contribute to defence indigenisation.
Critically examine the challenges and opportunities in India’s Light Combat Aircraft (LCA) program.
Discuss the role of indigenous defence technology in enhancing national security. How does the Tejas aircraft exemplify this strategy?
4. Stablecoins: Bridging the Gap Between Cryptocurrency and Traditional Finance – Economy
Why in News?
The U.S. House of Representatives has passed the Genesis Act, aimed at regulating USD-pegged stablecoins. This reflects growing international recognition of stablecoins as an important component of the evolving digital financial ecosystem. India too is evaluating how to regulate such digital assets amid increasing adoption.
Understanding Stablecoins
1. What Are Stablecoins?
Stablecoins are a category of cryptocurrencies designed to maintain a stable value by being pegged to traditional assets such as:
Fiat currencies (e.g., USD, INR)
Commodities (e.g., gold)
Other cryptocurrencies
Objective: To combine the benefits of digital currencies (like fast, global, programmable payments) with reduced volatility, making them more suitable for daily use, unlike Bitcoin or Ethereum.
2. Types of Stablecoins
Type
Backing Mechanism
Fiat-Collateralized
Backed 1:1 by fiat currency reserves (e.g., USD, EUR) stored with a trusted custodian.
Examples: Tether (USDT), USD Coin (USDC)
Crypto-Collateralized
Backed by other cryptocurrencies, usually over-collateralized due to volatility.
Example: DAI (backed by Ethereum)
Non-Collateralized (Algorithmic)
No physical backing. Use algorithms and smart contracts to control supply and demand.
Example: TerraUSD (now collapsed)
3. Advantages of Stablecoins
Benefit
Explanation
Price Stability
Reduces extreme price fluctuations common to traditional cryptocurrencies
Global Transactions
Enables fast, low-cost cross-border payments
Financial Inclusion
Offers access to digital payments for the unbanked
Smart Contract Integration
Can be used in DeFi (Decentralized Finance) platforms for lending, borrowing, trading
Concerns and Challenges
Issue
Impact
Regulatory Uncertainty
Different countries have different stances; lack of unified laws
Reserve Transparency
Some stablecoin issuers lack full disclosure of their asset reserves
Redemption Risk
No legal guarantee that users can redeem stablecoins at face value
Algorithmic Collapse Risk
Non-collateralized stablecoins have experienced sudden failures
Use in Illicit Finance
Risk of being used for money laundering or evading capital controls
Global & Indian Context
USA: Genesis Act aims to establish federal oversight for USD-backed stablecoins.
India:
No separate law yet governing stablecoins.
RBI is pushing for Digital Rupee (CBDC) as a safer alternative.
India may need to create a balanced regulatory framework to prevent risks without stifling innovation.
Relevance to Himachal Pradesh
Youth and startups in HP’s emerging tech ecosystem may interact with digital assets.
Financial literacy programs under Digital India could educate users about the risks and uses of stablecoins.
Important for entrepreneurs, freelancers, and remote workers who might receive cross-border payments in digital currencies.
Exam Connect – Possible Questions
Prelims
Stablecoins are a type of cryptocurrency primarily designed to: A. Increase transaction speed only B. Serve as a long-term investment asset C. Maintain a stable value by being pegged to a real-world asset D. Replace all fiat currencies Answer: C. Maintain a stable value by being pegged to a real-world asset
Which of the following stablecoins is algorithmic and not backed by any reserve assets? A. USDT B. DAI C. USDC D. TerraUSD Answer: D. TerraUSD
Which Indian institution is responsible for issuing the Digital Rupee (CBDC)? A. SEBI B. RBI C. Ministry of Finance D. NITI Aayog Answer: B. RBI
Mains
Stablecoins offer a bridge between traditional finance and the crypto economy but pose serious regulatory challenges. Discuss the merits and concerns surrounding the adoption of stablecoins. How should India regulate them?
What are the different types of stablecoins? Evaluate their potential role in promoting financial inclusion and reducing remittance costs.
Critically examine the difference between stablecoins and Central Bank Digital Currencies (CBDCs). Should India promote stablecoins alongside its digital rupee?
5. IUCN World Conservation Congress 2025: Powering Transformative Conservation – Environment
Why in News?
The IUCN World Conservation Congress 2025 is scheduled to be held in Abu Dhabi, with a central focus on applying genetic tools in conservation. This global event will shape the future direction of biodiversity conservation and climate resilience strategies for the coming decade.
About the IUCN World Conservation Congress
1. What Is the IUCN Congress?
Aspect
Details
Organizer
International Union for Conservation of Nature (IUCN)
Frequency
Held every four years
Participants
Global leaders, policymakers, scientists, NGOs, civil society, academia
Purpose
To set global conservation priorities, review progress, and adopt new goals and motions
2. Theme for 2025
“Powering Transformative Conservation”
Focuses on five major areas aimed at:
Reversing biodiversity loss
Integrating conservation with climate action
Harnessing science and genetic tools
Enhancing global collaboration
Empowering communities for sustainable development
3. Key Components of the Congress
Component
Description
Forum
Global platform for sharing knowledge, science, innovation, and policy practices
Exhibition
Space for members, businesses, and academia to showcase conservation initiatives
Members’ Assembly
Highest decision-making body of IUCN; votes on motions, elects leadership, sets global conservation strategy
4. About IUCN
Attribute
Details
Founded
1948
Headquarters
Gland, Switzerland
Composition
Over 1,400 member organizations (governments, NGOs, scientists, activists)
Key Tools
Maintains the IUCN Red List of Threatened Species
Legal Status
Observer status at the UN General Assembly
5. Governance of IUCN
Body
Function
IUCN Council
Governing body between Congress sessions, led by the IUCN President
Members’ Assembly
Makes key decisions, adopts global motions, and elects Council members
Significance of Genetic Tools in Conservation
Enable species identification and monitoring through DNA barcoding
Support wildlife forensics, anti-poaching strategies, and habitat mapping
Help in restoration of degraded ecosystems using genetic diversity
Aid in climate-resilient crop and species conservation
Relevance to Himachal Pradesh
Himachal is a biodiversity-rich hill state, home to endangered species like:
Western Tragopan, Snow Leopard, Himalayan Monal
Genetic conservation tools can assist in:
Breeding programs in Himalayan zoos
Monitoring medicinal plant species under threat
Enhancing efforts of Great Himalayan National Park (UNESCO World Heritage Site)
Exam Connect – Possible Questions
Prelims
Which of the following organizations publishes the IUCN Red List of Threatened Species? A. UNEP B. WWF C. IUCN D. UNDP Answer: C. IUCN
The IUCN World Conservation Congress is held: A, Annually B. Biennially C. Every four years D. Every ten years Answer: C. Every four years
Which of the following is NOT a component of the IUCN World Conservation Congress? A. Forum B. Exhibition C. Scientific Parliament D. Members’ Assembly Answer: C. Scientific Parliament
Mains
Discuss the role of the IUCN and its World Conservation Congress in shaping global biodiversity policies. How can India benefit from such international platforms?
Genetic tools have revolutionized wildlife conservation. Examine their potential and challenges, especially for biodiversity hotspots like the Himalayas.
Critically assess India’s preparedness in integrating global conservation goals into its national biodiversity and climate strategies.
6. China, India, and the Conflict Over Buddhism: A Spiritual Front in Himalayan Geopolitics – International Relations
Why in News?
As global attention focuses on India–China strategic tensions in the Indo-Pacific, a quieter yet significant contest for influence in Himalayan Buddhism is intensifying. This involves the use of Buddhism as a geopolitical instrument, especially in the context of the Dalai Lama’s succession, which could reshape allegiances across Himalayan and Southeast Asian regions.
Understanding the Buddhist Geopolitical Dimension
1. Buddhism as a Tool of Statecraft
China’s Approach
Details
Control over Religion
Since the 1950s, China has asserted authority over Tibetan Buddhism, especially the reincarnation process.
2007 Law
Mandates state approval for all Living Buddhas (reincarnated lamas).
Cultural Narrative
Seeks to legitimize territorial claims (e.g., in Arunachal Pradesh, Nepal) through historical-spiritual linkages.
Soft Power Strategy
Expands Buddhist infrastructure, temples, and monastic training programs internationally.
2. India’s Buddhist Diplomacy: Late but Growing
India’s Actions
Details
Dalai Lama’s Exile in India
Since 1959, the Dalai Lama has been based in Dharamshala, Himachal Pradesh.
Spiritual Leadership
India remains the global center of Buddhist heritage, home to key sites:
Bodh Gaya, Sarnath, Kushinagar.
Buddhist Diplomacy Initiatives
Include the Buddhist circuit tourism, International Buddhist Conclave, and India’s Act East Policy efforts.
Limitations
Lack of coordinated messaging; underinvestment in soft power and international outreach compared to China.
3. The Dalai Lama Succession Crisis
The current 14th Dalai Lama has suggested that his reincarnation will not take place in China, likely outside its influence—possibly in India or Nepal.
China plans to appoint its own 15th Dalai Lama, creating a dual succession crisis:
Two Dalai Lamas could emerge, dividing Tibetan Buddhist followers globally.
The schism may influence loyalties across Ladakh, Sikkim, Nepal, Bhutan, and even Southeast Asia.
4. China’s Cultural Expansionism in the Himalayas
Region
China’s Actions
Arunachal Pradesh
Claims it as South Tibet; emphasizes Tibetan Buddhist influence to assert legitimacy.
Nepal
Supports Buddhist monasteries and NGOs; pressurizes Nepal on the Dalai Lama issue.
Bhutan & Mongolia
Uses religious diplomacy and aid to exert soft pressure.
Strategic Implications for India
Area
Strategic Concern
Soft Power Competition
China’s organized Buddhist diplomacy risks overtaking India’s civilizational advantage.
Border State Sentiments
China may influence cultural affiliations in border regions (e.g., Tawang, Ladakh).
Regional Alliances
Buddhist-majority countries in South and Southeast Asia may be swayed by China’s investments.
Internal Security
Risk of divided loyalties among Tibetan refugees or Himalayan Buddhist communities.
Relevance to Himachal Pradesh
Dharamshala (HP) is the seat of the Tibetan government-in-exile and the residence of the 14th Dalai Lama.
HP is at the epicenter of this soft-power battle, hosting global Buddhist delegations and Tibetan institutions.
Understanding the religious-geopolitical overlap is crucial for state-level foreign policy awareness and border area governance.
Exam Connect – Possible Questions
Prelims
Which Indian city is the headquarters of the Tibetan government-in-exile? A.Gangtok B. Leh C. Dharamshala D. Bodh Gaya Answer: C. Dharamshala
Which of the following countries are involved in the succession controversy of the Dalai Lama? A. India and Bhutan B. China and India C. Nepal and China D. Mongolia and India Answer: B. China and India
The requirement of state approval for recognizing reincarnated Tibetan lamas was enforced by China in: A. 1959 B. 1999 C. 2007 D. 2015 Answer: C. 2007
Mains
“Soft power is becoming the new battleground in India–China relations.” Discuss this statement with reference to the emerging conflict over Himalayan Buddhism and the Dalai Lama’s succession.
How has China used Buddhism as a tool of diplomacy and statecraft? Examine the strategic challenges this poses for India’s cultural and foreign policy interests.
Critically evaluate India’s Buddhist diplomacy in contrast with China’s approach. What steps should India take to reclaim its spiritual and cultural influence in Asia?