GS II (Governance): Role of CUoR, KVK, Rajasthan Horticulture Dept; policy relevance for Desert Development Programme.
Why It’s in the News ?
Environmental significance: Technology could stop the expansion of Thar desert towards the National Capital Region (NCR).
Societal impact: Demonstrates applied science turning into productive agriculture in hostile conditions.
Policy relevance: Supports sustainable agriculture, desert management, and water conservation, linked to GS III topics like Environment, Agriculture, and Disaster Management.
Scientific Background
Technology:
Sand transformed into soil-like structure using polymers and bioformulations.
Promotes cross-linking of sand particles and stimulates beneficial microbes.
Enhances stress resistance of crops in arid conditions.
Laboratory Trials:
Crops tested: Bajra, guar gum, chickpea.
Result: 54% higher yield in bioformulation-amended sand.
Field Trials:
Pilot wheat crop on 1,000 sq. metres of desert land.
Success demonstrates scalability in real desert conditions.
Institutional Support
Lead Institution: Central University of Rajasthan (CUoR), Department of Microbiology.
Collaborators:
Krishi Vigyan Kendra (KVK): Layout planning and scaling of field trials.
Rajasthan Horticulture Department: Field facilitation.
Research Team: Led by Prof. Akhil Agrawal, executed by research scholar Diksha Kumari.
Future Plans
Crop Expansion: Plan to grow millet, green gram, and other dryland crops.
Geographic Expansion: Extend technology across Rajasthan and other arid regions of India.
Sustainability: Reduce water dependency in agriculture, address desertification and soil degradation.
Broader Context
Environmental Concern:
Desertification in western Rajasthan, worsened by:
Degradation of Aravali ranges.
Unscientific plantation drives.
Changes in rainfall patterns and sand dune spread.
Agricultural Significance:
Provides a solution to low productivity in arid lands.
Demonstrates integration of biotechnology and sustainable farming.
Global Relevance: Could be a model for desert agriculture in other arid regions worldwide.
Strategic Implications
Climate Adaptation: Shows potential for water-efficient farming under extreme climatic conditions.
Technology Transfer: Can inform government schemes like Desert Development Programme and watershed management initiatives.
Socioeconomic Impact: Promotes livelihood security in marginal lands, improves local food production, and may reduce migration from desert areas.
Giving warriors a fighting chance
What’s Happening ?
Establishment: NCDE was set up in 2020 at the CRPF Group Centre, Hakimpet, Hyderabad.
Purpose: Exclusive facility for CAPF personnel who become physically disabled in the line of duty.
Produced medal-winning para-athletes and skilled IT professionals.
Target Group: Personnel injured in Left Wing Extremism (LWE) operations, counter-terrorism, insurgency, accidents, or road incidents during service.
Relevance :
GS III (Security): CAPF personnel welfare, rehabilitation, operational readiness.
GS II (Governance): Skill development, inclusive policies for Divyang personnel, government schemes integration.
Why It’s in the News ?
Focus on rehabilitation: Highlights India’s efforts to integrate disabled CAPF personnel into productive roles rather than mere financial compensation.
Human-interest angle: Stories of trauma, resilience, and medal-winning achievements bring attention to the physical and psychological challenges faced by personnel.
Policy relevance: Demonstrates government initiatives for welfare, skill development, and sports promotion for Divyang personnel, relevant for GS III topics: Security, Defence, and Welfare Programs.
Background
LWE operations:
38 districts affected in India; 15 in Chhattisgarh (2024).
Operations reduced LWE districts from 126 (2013) to 18 (April 2025).
Risk to personnel:
Frequent IED explosions and ambushes.
Since 2016, 46 CRPF personnel lost limbs in LWE operations.
2023: 10 personnel underwent amputations.
Government directive: Injured personnel allowed to continue service until retirement with full benefits, supported with best medical care and prosthetics.
NCDE Facilities & Rehabilitation Approach
Campus:
180 barracks, 100+ wheelchair-friendly.
Equipped with ramps, elevators, motorised buggies, and hospital for emergencies.
Physical rehabilitation:
Gym with specialized machines, physiotherapy rooms, gait training, and strength building.
Artificial limbs: 106 fitted, 135 pending (as of July 2025).
Mental health support:
Counselling for PTSD, trauma care, and phantom limb syndrome.
Desk/clerical jobs for personnel choosing non-sports paths.
Policy & Institutional Significance
Single-window system: Consolidates rehabilitation, medical care, prosthetics, counselling, and career planning.
Government support:
Financial: CAPF welfare fund, Bharat Ke Veer donations, CGHS coverage for prosthetics.
Employment: Retention in service, reassignment, and sports promotion.
Strategic importance:
Enhances morale and operational readiness.
Reduces psychological burden of injury among serving personnel.
Strategic Implications
Resilience & adaptation: Personnel demonstrate extraordinary willpower and adaptability—translating combat endurance into sports and professional excellence.
Best practices for other forces: NCDE model can be replicated across CAPFs and armed forces for comprehensive injury rehabilitation.
Policy integration: Highlights need for continuous welfare, mental health support, and skill development for personnel with service-related disabilities.
MiG-21 jets fly into history after 6 decades of service
What’s Happening ?
Event: Indian Air Force (IAF) formally retired its last MiG-21 fighter jets on September 26, 2025, at Chandigarh Air Force Station.
Squadrons retired:
No. 23 Panthers
No. 3 Cobras
Together operated 36 aircraft.
Significance: MiG-21 served the IAF for over six decades (1963–2025) and participated in major conflicts and operations.
GS II (IR / Strategic Affairs): India-Russia defence cooperation, regional security implications (China, Pakistan).
Why It’s in the News ?
Historical moment: Marks the end of an era for India’s first-generation supersonic fighter fleet.
Operational implications: IAF’s fighter squadron strength reduces to 29, below the sanctioned strength of 42, highlighting a gap in operational readiness.
Emotional and symbolic: Ceremony attended by Defence Minister, IAF chiefs, veterans; includes aerial displays by Tejas, Jaguar, and Surya Kiran team.
Historical Significance of MiG-21
Induction: 1963, frontline interceptor and multi-role fighter.
Key Conflicts / Operations:
1971 Indo-Pak war
Kargil conflict
Balakot air strikes
Operation Sindoor
Attributes: Single-engine, single-seater, versatile, low-maintenance, and symbol of Indo-Russian defence collaboration.
Upgrades over time: MiG-21 Bison and other variants sustained relevance until retirement.
India-Russia Strategic Context
MiG-21 legacy: Not just a fighter jet, but also a marker of India-Russia defence ties.
Technology transfer: MiG-21 program enabled Indian engineers and pilots to gain expertise in fighter operations, maintenance, and upgrades.
Strategic cooperation: Retirement highlights the transition from Soviet-era platforms to indigenous Indian aircraft (LCA-Tejas, AMCA).
Current Operational Status
Squadron strength: 29, lowest since the 1960s.
Fleet gap: Retirement of MiG-21 reduces interceptor capability and frontline fighter coverage.
Replacement plans:
LCA-Tejas operational in several squadrons; additional orders signed.
Advanced Medium Combat Aircraft (AMCA) in development.
Emphasis on indigenization and modern multirole fighters.
Lessons and Strategic Implications
Legacy of MiG-21:
Operational resilience and adaptability.
Foundation for training, doctrine, and indigenous aircraft development.
Current challenge: Fighter fleet is below sanctioned strength, stressing the need for fast induction of Tejas and other modern jets.
GS II / III (Governance & Policy): Public-private participation, policy planning, global competitiveness.
Why It’s in the News ?
Government & industry gap: While 73% of government R&D institutions responded, only 35% of Indian industry bodies and 9% of multinational companies submitted data by September 2025.
Impact: Delays the release of critical data that informs policy-making, planning, and benchmarking India’s scientific capacity.
Event Highlight: FICCI workshop held to encourage private sector participation.
Survey Methodology
Data collected via detailed questionnaires sent to institutions.
Identities of firms are masked, but data provide trends for:
Domestic R&D expenditure
R&D’s share of GDP
Scientist demographics, including gender ratio
Patents and innovation output
Comparative position of India globally
Key Findings ?
Government contribution dominates: ~75% of India’s R&D spending comes from public sector.
Private sector contribution is limited, unlike advanced economies where private firms dominate R&D funding.
Challenges cited by industry:
Unclear definition of “R&D spending” in questionnaires.
Comparison with advanced economies deemed premature given India’s GDP per capita.
Administrative burden in filling detailed survey data.
Policy Implications
Need for private sector engagement: India’s R&D ecosystem is heavily public-funded, limiting innovation, global competitiveness, and industrial growth.
Data-driven policy: Survey results inform policies on:
Funding allocation
Incentives for private R&D
STEM workforce planning
Patent & IP ecosystem strengthening
International benchmarking: Weak private participation may skew India’s comparative R&D ranking globally.
Contextual Analysis
Global comparison:
Advanced economies rely on private R&D (60–70% of total), e.g., US, Germany, Japan.
India relies 75% public funding, indicating need for industrial innovation push.
Economic relevance: Strong private R&D is essential for technology-intensive industries, startups, and exports.
Government initiatives:
Workshops with FICCI to mobilize private sector participation.
Likely extension of deadline to Nov 30, 2025, to increase submissions.
Challenges
Data clarity: Ambiguity in defining R&D spending metrics.
Compliance burden: Lengthy forms and reporting requirements.
Perception gap: Private sector feels India’s R&D spending is already significant relative to GDP; reluctant to report.
Global benchmarking pressure: Concerns that India may be unfairly compared with industrially advanced nations.
Way Forward
Simplify reporting: Provide clearer guidelines and definitions for R&D expenditure.
Incentivize participation: Link data submission to policy benefits or recognition.