UPSC Civil Services Exam Mains 2024 – General Studies 3 Synopsis

NOTE: Please remember that the following ‘answers’ are NOT ‘model answers’. What we are providing is content that both meets the demand of the question and at the same time gives you extra points to attempt similar questions. Diagrams/Images have been provided for your understanding.

Click here for PDF format

Q1.Examine the pattern and trend of public expenditure on Social Services in the post-reforms period in India. To what extent this has been in consonance with achieving the objective of inclusive growth? (10M).

Introduction

Since the 1991 economic reforms, India’s public expenditure on social services has evolved to balance market-driven growth with inclusive development. The government has increasingly invested in education, health, and welfare schemes to promote equity and reduce inequalities.

Pattern and trend of public expenditure on social services

• Increased Overall Allocation-Public expenditure on social services rose from 5% of GDP in 2000-01 to 8.6% in 2021-22 (Economic Survey 2021-22).

E.g. Education allocation increased from ₹3.43 lakh crore (2014-15) to ₹6.07 lakh crore (2021-22).

• Focus on Health Sector- Government spending on health increased from 3% of GDP in 2017-18 to 2.1% in 2021-22.

E.g. Ayushman Bharat launched in 2018, covering over 50 crore people (Budget 2022-23).

• Targeted Welfare Schemes- Post-reforms, the government shifted to targeted schemes for vulnerable sections.

E.g. PM Awas Yojana (PMAY) provided 1.14 crore rural houses by 2022 (NITI Aayog).

• Rise of Centrally Sponsored Schemes- Centrally sponsored schemes like Swachh Bharat Mission (SBM) have been a priority since 2014.

E.g. SBM achieved 100% rural sanitation coverage by 2019.

• Social Security Spending- Increased focus on social security schemes like pensions and insurance.

E.g. PM Jan Dhan Yojana opened over 47 crore bank accounts as of 2022 (PMJDY Dashboard).

Extent of alignment with inclusive growth

Aligned with inclusive growth

• Poverty Reduction-Targeted welfare schemes have significantly reduced poverty levels.

E.g. 271 million people lifted out of poverty from 2006-16 (UNDP).

• Health Access for the Poor Schemes like Ayushman Bharat have improved healthcare access for economically weaker sections.

Schemes like Ayushman Bharat have improved healthcare access for economically weaker sections.

E.g. 3.26 crore hospital admissions by 2022 (NHA Data).

• Rural Employment and Livelihood Security-Programs like MGNREGA provide rural employment, ensuring income security.

E.g. 390 crore person-days of work created in 2021-22 (MoRD).

• Women Empowerment- Women-centric programs like PM Ujjwala Yojana enhance social inclusivity.

E.g. Over 9 crore LPG connections provided to women by 2022 (Budget 2022).

• Balanced Regional Development- Focus on backward regions through initiatives like the Aspirational Districts Programme promotes regional equity.

E.g. Improved socio-economic indicators in 112 backward districts (NITI Aayog).

Not aligned with inclusive growth

• Skewed Urban-Rural Distribution- Social spending often favors urban areas, leaving rural regions underfunded.

E.g. Urban healthcare infrastructure receives more funding than rural health services (Economic Survey 2021-22).

• Inadequate Education Outcomes-Despite increased education funding, quality in public schools remains low.

E.g. ASER 2020 shows low learning levels in rural areas despite rising allocations.

• Underperformance of Health Infrastructure-Public healthcare infrastructure remains overburdened, especially in rural areas.

E.g. India has only 1.4 hospital beds per 1,000 people, below the global average (NHP, 2020).

• Leakages in Welfare Schemes-Corruption and leakages reduce the effectiveness of social schemes.

E.g. PDS leakages still account for significant food grain diversion (NITI Aayog).

• Neglect of Social Security for Informal Workers-A large section of informal workers remains outside formal social security programs.

E.g. Only 20% of India’s labor force has formal social security (ILO, 2020).

Conclusion

While public expenditure on social services has contributed to poverty reduction, healthcare access, and women’s empowerment, challenges like urban-rural disparities, weak healthcare infrastructure, and welfare leakages hinder complete alignment with inclusive growth. Strengthening implementation and governance will be key to achieving more balanced development.

Q2. What are the causes of persistent high food inflation in India? Comment on the effectiveness of the monetary policy of RBI to control this type of inflation.(10M)

Introduction

Persistent high food inflation in India has been a pressing concern, largely driven by structural and cyclical factors. While the Reserve Bank of India (RBI) uses monetary tools to manage inflation, its effectiveness in controlling food inflation remains debatable due to supply-side dynamics.

Causes of persistent high food inflation

• Supply Chain Disruptions: Weather anomalies and inadequate storage facilities lead to periodic supply disruptions.

E.g.: In 2023, unseasonal rains affected onion production, causing price surges.

• Rising Input Costs: The increasing cost of fertilizers, diesel, and electricity raises agricultural production expenses.

E.g.: The spike in global crude prices post-Ukraine conflict has elevated transport costs.

• Structural Demand-Supply Mismatch: Increasing demand for protein-rich and perishable foods with limited production capacity.

E.g.: Rising demand for pulses and vegetables but inadequate yield improvements.

• Market Imperfections: Poor market infrastructure, lack of cold storage, and intermediaries cause price escalation.

E.g.: High wastage rates in fruits and vegetables due to inadequate cold chains.

• Global Price Transmission: India’s dependence on imports for certain agricultural products, such as edible oils, makes it vulnerable to global price fluctuations.

E.g.: Palm oil prices surged due to Indonesia’s export restrictions in 2022.

Effectiveness of RBI’s monetary policy in controlling food inflation

• Limited Impact on Supply-Side Inflation: Monetary policy tools like interest rate hikes mainly target demand-pull inflation, which is ineffective against supply shocks.

E.g.: Despite raising the repo rate in 2022, food prices continued to rise due to poor harvests.

• Transmission Lag: Changes in the repo rate take time to influence broader inflation, particularly in sectors like agriculture, where production cycles are long.

E.g.: The impact of rate hikes in 2022 took months to reflect in food inflation moderation.

• Impact on Borrowing Costs for Farmers: Higher interest rates increase the cost of credit, affecting farmers’ ability to invest in production and thereby exacerbating supply constraints.

E.g.: Farmers faced higher borrowing costs post-2022 rate hikes, limiting investments in storage infrastructure.

• RBI’s Focus on Core Inflation: The RBI focuses on core inflation, which excludes food and fuel, reducing the direct targeting of food inflation in its policies.

E.g.: Core inflation remained a key focus in the 2023 monetary policy statements.

• Inflation Expectation Management: While monetary policy helps manage inflation expectations, its impact is more pronounced in sectors with elastic supply, unlike food items.

E.g.: Household inflation expectations improved in 2023, but food prices remained volatile.

Possible solutions

• Strengthening Supply Chains: Investment in cold storage and transportation to reduce wastage and stabilize prices.

E.g.: PM-Kisan SAMPADA Yojana aims to modernize food processing infrastructure.

• Targeted Subsidies for Farmers: Providing input subsidies and stabilizing input prices to keep production costs in check.

• Diversification of Crops: Encouraging the cultivation of high-demand crops through incentives and research to address the demand-supply mismatch.

• Price Stabilization Fund: Expanding the government’s Price Stabilization Fund to ensure smoother interventions in markets.

• Coordinated Fiscal and Monetary Policies: Both fiscal measures like food subsidies and structural reforms should work in tandem with monetary measures to manage inflation.

Conclusion

While the RBI’s monetary policy plays a critical role in curbing overall inflation, its direct impact on food inflation is limited. Addressing food inflation requires structural reforms in agriculture, improved supply chains, and targeted fiscal measures for long-term stability.

Q3. What were the factors responsible for the successful implementation of land reforms in some parts of the country? Elaborate.(10M)

Introduction: Land reforms in India aimed to promote equity in land distribution and empower the agrarian community. The successful implementation of these reforms in certain states can be attributed to a combination of political will, social movements, effective administration, and supportive policies.

Factors responsible for successful implementation of land reforms in some parts of the country.

• Strong Political Will: Political leaders who prioritized land reforms played a crucial role.

E.g. The leadership of leaders like E.M.S. Namboodiripad in Kerala led to decisive land reform policies in the state.

• Social Movements: Grassroots movements mobilized support for land reforms, emphasizing social justice.

E.g. The Peasant Movement in West Bengal galvanized public support for reforms and helped implement the West Bengal Land Reforms Act, 1955.

• Effective Bureaucratic Structure: A well-functioning bureaucracy facilitated the efficient implementation of reforms.

E.g. In Tamil Nadu, the administrative machinery effectively managed land surveys and record-keeping, leading to successful reform outcomes.

• Land Tenure Security: Providing security of tenure to landholders encouraged investment in land.

E.g. In Andhra Pradesh, land ceiling laws led to the regularization of tenants, resulting in increased agricultural productivity.

• Government Support Programs: Complementary programs like irrigation, credit, and technical assistance enhanced the impact of land reforms.

E.g. The introduction of the National Agricultural Insurance Scheme in various states supported farmers post-reforms by minimizing risk.

• Local Leadership and Participation: Local leaders played a pivotal role in implementing land reforms effectively.

E.g. In Gujarat, local panchayati raj institutions actively engaged in the redistribution process, ensuring community participation.

• Judicial Support: The judiciary often upheld and reinforced land reform laws, ensuring their implementation.

E.g. Landmark judgments in the 1980s upheld the validity of ceiling laws and tenants’ rights, enhancing the credibility of reforms.

• Awareness Campaigns: Awareness initiatives about land rights empowered farmers and tenants.

E.g. NGOs in states like Kerala conducted workshops that informed farmers about their rights under land reform laws.

• Economic Incentives: Providing incentives for land consolidation and improved farming practices encouraged participation.

E.g. In Maharashtra, the government offered subsidies for agricultural equipment, leading to better land utilization.

• Cooperative Movements: Promoting cooperatives enabled small farmers to pool resources, enhancing productivity.

E.g. The Amul model in Gujarat allowed dairy farmers to work collectively, showcasing the success of cooperative movements.

Challenges to Land Reforms

• Weak Political Commitment –In several states, the lack of sustained political will has led to incomplete or ineffective implementation of land reforms.

E.g. In states like Uttar Pradesh, political priorities often shift, undermining long-term land reform initiatives.

• Bureaucratic Inefficiency- Corruption and red tape within bureaucratic structures can delay the implementation of land reform policies.

E.g. In Bihar, the slow processing of land records has hampered the effective execution of land reforms, leaving many landless farmers without legal titles.

• Landlord Resistance-Strong opposition from landlords and affluent farmers can obstruct land redistribution efforts.

E.g. In Rajasthan, landowners often engage in legal battles to retain control over their land, slowing down the reform process.

• Insufficient Awareness-Lack of awareness among farmers about their rights and the benefits of land reforms can lead to apathy and under-participation in the reform process.

E.g. Many farmers in Odisha remain unaware of their entitlements under various land reform laws, limiting their ability to claim benefits.

• Caste and Class Barriers-Persistent caste and class dynamics can hinder equitable access to land and resources, exacerbating inequalities.

E.g. In many regions, marginalized communities face discrimination that prevents them from benefiting from land reform policies.

Conclusion

The successful implementation of land reforms in certain regions of India has been driven by a confluence of political commitment, social activism, and administrative efficiency. While the achievements in these areas are commendable, ongoing efforts must focus on ensuring equitable access to land resources and addressing remaining disparities .

Q4. Explain the role of millets for ensuring health and nutritional security in India. (10M)

Introduction

Millets are ancient grains that have been a staple in Indian diets for centuries. Due to their high nutritional value, resilience to climate change, and low water requirements, millets are increasingly recognized as a solution to enhance health and nutritional security in India.

Role of Millets in ensuring health security

• Chronic Disease Prevention: Millets are known for their low glycemic index, which helps in managing blood sugar levels and preventing diabetes.

E.g. Studies have shown that incorporating millets can lower the risk of Type 2 diabetes.

• Heart Health: Rich in fiber, millets can lower cholesterol levels and reduce the risk of cardiovascular diseases.

E.g. A diet high in whole grains like millets has been linked to a reduced risk of heart disease according to the American Heart Association.

• Digestive Health: The high fiber content in millets aids in digestion and promotes gut health by preventing constipation.

E.g. Barnyard millet is particularly high in dietary fiber, making it beneficial for digestive health.

• Weight Management: Millets can help in weight control due to their high satiety index, which helps in reducing overall calorie intake.

E.g. Including millets in meals can lead to reduced hunger pangs and lower calorie consumption throughout the day.

• Bone Health: Millets like Ragi are exceptionally high in calcium and vitamin D, essential for maintaining bone health.

E.g. Regular consumption of Ragi can help in reducing the risk of osteoporosis, especially in postmenopausal women.

Role of Millets in Ensuring Nutritional Security

• High Micronutrient Content: Millets are rich in essential vitamins and minerals like B vitamins, iron, and zinc, which are crucial for overall health.

E.g. Foxtail millet contains significant amounts of iron, aiding in combatting anemia.

• Protein Source: Millets provide a substantial amount of plant-based protein, which is vital for vegetarians and the undernourished.

E.g. Pearl millet offers about 11% protein, helping to meet the daily protein requirements.

• Sustainable Food Security: Millets require less water and are resilient to climate change, ensuring food security in adverse conditions.

E.g. During droughts, millet crops continue to yield better than water-intensive crops like rice and wheat.

• Cultural Relevance: Incorporating millets into diets respects cultural practices and improves community acceptance of nutritional programs.

E.g. Traditional millet dishes are being promoted in various states, enhancing community participation in nutrition initiatives.

• Child Nutrition Improvement: Millets can enhance the nutritional quality of meals for children, contributing to better growth and development.

E.g. Programs in states like Andhra Pradesh have successfully integrated millets into school feeding schemes, leading to improved nutritional outcomes.

Conclusion

Leveraging millets in public health programs and community initiatives can further enhance their consumption, ultimately contributing to improved nutritional outcomes across various demographics in India.

Q5. What is the present world scenario of intellectual property rights with respect to life materials? Although, India is second in the world to file patents, still only a few have been commercialized. Explain the reasons behind this less commercialization. (10M)

Introduction

Intellectual Property Rights (IPRs) in life materials, like genes and organisms, are pivotal for innovation but complex. Although India ranks second in patent filings, commercialization remains low, which limits its potential to leverage these innovations globally.

Present world scenario of IPRs with respect to life materials

• Biotechnology and Patents-Biotech advancements lead to patents on GMOs and stem cells, but nations vary in their patent policies.

E.g. CRISPR-Cas9 patented in the US, restricted in Europe.

• Ethical Concerns– Patenting life forms, such as genes and seeds, raises ethical issues related to monopolization.

E.g. BRCA1 gene patent by Myriad Genetics restricted patient access to testing.

• Developing Nations’ Stand-Countries like India resist patents on essential life materials to avoid corporate monopolies.

E.g. India denied Novartis’ Glivec patent for ensuring affordable drugs.

• TRIPS and Global Standards-The TRIPS Agreement mandates life material patenting, but nations have some flexibility for biodiversity protection.

E.g. TKDL protects Indian traditional knowledge from exploitation.

• Open Source Movements-Open access initiatives challenge restrictive patents, promoting free innovation in life sciences.

E.g. Open Source Seed Initiative opposes seed patenting for farmers’ benefit.

Reasons for Less Commercialization in India

• Weak Industry-Academia Linkage-Poor collaboration limits patents moving from labs to markets.

E.g. Many CSIR patents remain uncommercialized due to this gap.

• Funding Constraints-Innovators face limited venture capital for scaling patented technologies.

E.g. Biotech startups struggle to access commercialization funding.

• Regulatory Delays- India’s complex regulatory framework delays patent commercialization.

E.g. DCGI approvals for drugs take years, discouraging investors.

• Focus on Filing Over Commercialization-Academic institutions prioritize patent filings over market viability.

E.g. IITs often lack business models for commercial use of patents.

• Lack of Commercialization Infrastructure-India lacks robust incubators and accelerators for patent commercialization.

E.g. US incubators help startups scale, while India has fewer such systems.

• Global Competition- Indian patents face stiff competition from well-funded international corporations.

E.g. Indian pharma patents struggle to compete with Pfizer.

Solutions to improve commercialization

• Strengthen Industry-Academia Partnerships- Better collaboration can ensure practical application of research.

E.g. Technology Transfer Offices (TTOs) can connect academia with industry.

• Simplify Regulatory Processes- Streamlining approvals will reduce commercialization delays.

E.g. A single-window clearance for biotech patents can fast-track market entry.

• Provide Financial Support-Tax incentives and subsidies can encourage patent commercialization.

E.g. Expanding BIRAC to support patent scaling in startups.

• Enhance IP Awareness-Educating innovators on IP protection and commercialization strategies is essential.

E.g. Establishing IPR cells in universities to guide commercialization.

• Build Commercialization Infrastructure-Develop technology incubators and accelerators to support startups.

E.g. Biotech hubs in major Indian cities can help foster patent commercialization.

Conclusion

India has made significant strides in patent filings but lags in commercialization. Addressing regulatory, financial, and infrastructural challenges can transform India’s patents into commercially viable products, boosting its global position in life sciences and biotech.

Q6. What is the technology being employed for electronic toll collection on highways. What are its advantages and limitations? What are the proposed changes that will make this process seamless? Would this transition carry any potential hazard? (10M)

Introduction

Electronic toll collection (ETC) on highways in India is primarily based on FASTag technology, which uses RFID (Radio Frequency Identification) for seamless toll collection. The technology aims to reduce congestion, save fuel, and facilitate cashless transactions.

Technology employed for electronic toll collection

• RFID-Based FASTag: This system uses a prepaid RFID tag affixed on vehicles that automatically deducts toll charges when passing through ETC lanes.

E.g.: FASTag was made mandatory for all vehicles in India from January 2021.

• Automatic Number Plate Recognition (ANPR): Cameras capture vehicle registration numbers to cross-check with a central database for toll collection.

E.g.: Pilot projects using ANPR have been launched on select highways.

• GPS-Based Tolling: Proposed technology to charge vehicles based on the distance traveled using GPS tracking.

E.g.: The Ministry of Road Transport has explored a GPS-based tolling system for future implementation.

• Interoperability Systems: The technology allows seamless movement across state borders with a single FASTag working on all national and state highways.

E.g.: The National Electronic Toll Collection (NETC) system facilitates this interoperability.

• Mobile Payment Integration: Integration with apps like My FASTag and e-wallets for quick recharges and monitoring of toll transactions.

E.g.: My FASTag app allows users to recharge and monitor deductions instantly.

Advantages of the technology

• Reduced Congestion at Toll Plazas: Vehicles no longer need to stop, leading to faster clearance.

E.g.: The Ministry of Road Transport reported a reduction in waiting time by up to 30 minutes per vehicle at tolls.

• Cashless Transactions: Eliminates the need for manual cash handling, making the process more efficient.

E.g.: Over 95% of toll payments on national highways are now through FASTag.

• Fuel Efficiency: Continuous movement reduces fuel consumption caused by idling at toll plazas.

E.g.: NHAI estimates a potential fuel saving of ₹12,000 crores annually with full implementation.

• Transparent Revenue Collection: Prevents leakages and improves accountability in toll revenue.

E.g.: Toll collection increased by 50% after FASTag was mandated.

• Data Collection for Policy Making: Traffic data collected from tolls helps in infrastructure planning and policy-making.

Limitations of the technology

• Technical Glitches: Occasional system failures or RFID readers malfunction, leading to double charging or delays.

E.g.: Several users reported issues with FASTag deductions during its initial rollout in 2020.

• Inadequate Infrastructure: Many toll plazas lack sufficient ETC lanes, resulting in congestion.

E.g.: As per NHAI, only 60% of lanes on some highways are dedicated to FASTag users.

• Low Adoption in Rural Areas: Limited awareness and digital literacy hinder the penetration of FASTag in rural areas.

E.g.: Despite mandates, rural vehicle owners face challenges in understanding the process.

• Dependency on Internet Connectivity: Remote toll plazas with poor connectivity face challenges in real-time transaction processing.

E.g.: Connectivity issues on remote stretches of highways cause delays in payment processing.

• Data Privacy Concerns: The collection and use of vehicle movement data raise concerns about privacy.

E.g.: There are no stringent regulations to protect user data generated through toll systems.

Proposed changes for seamless toll collection

• GPS-Based Tolling System: A distance-based tolling system using GPS to eliminate physical toll booths.

E.g.: NHAI has proposed a pilot project on this system, ensuring seamless travel.

• Expansion of ETC Lanes: Increasing the number of ETC lanes to accommodate all vehicles.

E.g.: Aiming for 100% FASTag coverage on all national highways by 2025.

• Integration of ANPR and FASTag: Combining ANPR with FASTag to enhance accuracy and prevent fraud.

E.g.: ANPR cameras are being tested on major corridors like the Delhi-Mumbai Expressway.

• Linkage with Aadhaar for Security: Ensuring users’ identity is verified to reduce fraud and misuse of FASTag.

E.g.: The Ministry of Transport is considering linking FASTag accounts with Aadhaar for more secure transactions.

• Real-Time Monitoring and Alerts: Introducing real-time alerts for users in case of multiple or erroneous deductions.

Potential hazards of the transition

• Cybersecurity Risks: Increased reliance on digital systems may expose toll collection networks to cyberattacks.

E.g.: In 2021, there were reports of attempted breaches in toll systems.

• Data Misuse: Vehicle movement data could be exploited without robust privacy laws in place.

• Increased Costs for Users: Transitioning to new technologies like GPS-based tolling may impose additional costs on vehicle owners for upgrading.

• Disruption During Transition: Implementing new systems may cause temporary disruptions in toll collection and traffic management.

• Digital Divide: Rural and less tech-savvy users might struggle during the transition, leading to inequalities in access.

Conclusion

While the adoption of electronic toll collection technology has significantly improved efficiency and transparency, ongoing challenges in infrastructure and digital literacy must be addressed. The future lies in GPS-based tolling and ANPR integration, but concerns around data privacy and cybersecurity need to be proactively managed for a seamless and secure tolling system.

Q7. Industrial pollution of river water is a significant environmental issue in India. Discuss the various mitigation measures to deal with this problem and also the government’s initiative in this regard.(10M)

Introduction

Industrial pollution of river water has emerged as a critical environmental challenge in India, degrading water quality and impacting ecosystems. Industrial waste, including heavy metals and toxic chemicals, is often discharged into rivers, posing severe risks to public health and biodiversity.

Mitigation measures to address industrial pollution

Effluent Treatment Plants (ETPs): Installation of ETPs in industries ensures treatment of wastewater before discharge into rivers.

E.g.: The Ganga Action Plan mandates setting up ETPs in industries along the Ganga.

• Zero Liquid Discharge (ZLD) Policy: Industries are required to treat and recycle their wastewater, discharging no liquid waste.

E.g.: Textile industries in Tamil Nadu have adopted ZLD technology to minimize river pollution.

• Strict Enforcement of Pollution Control Laws: Implementing existing laws like the Water (Prevention and Control of Pollution) Act, 1974 more rigorously to penalize violators.

E.g.: In 2022, the Central Pollution Control Board (CPCB) shut down 52 highly polluting industries along the Yamuna.

• Green Technologies: Promoting environmentally sustainable technologies and cleaner production processes to reduce industrial discharge.

E.g.: The use of bioremediation techniques in pharmaceutical industries to neutralize toxic waste.

• Real-Time Monitoring Systems: Continuous monitoring of industrial effluents using sensors and IoT-based technology for immediate detection of violations.

E.g.: The National Mission for Clean Ganga (NMCG) has introduced real-time effluent monitoring in industries.

Government initiatives to combat industrial pollution

• Namami Gange Program: A flagship initiative focused on rejuvenating the Ganga river, which includes strict measures to control industrial pollution.

E.g.: The government has established over 150 sewage treatment plants (STPs) along the Ganga under this mission.

• Pollution Control Boards (CPCB & SPCBs): Central and State Pollution Control Boards regulate and monitor the compliance of industries with environmental standards.

E.g.: The CPCB’s Comprehensive Environmental Pollution Index (CEPI) identifies critically polluted industrial clusters.

• Corporate Environmental Responsibility (CER): Mandating industries to invest in pollution control measures and river clean-up activities as part of their CSR obligations.

E.g.: The Tata Group has contributed to river restoration projects as part of their CER initiatives.

• National Water Mission: Under the National Action Plan on Climate Change, this mission focuses on ensuring water quality and preventing industrial contamination of rivers.

E.g.: It emphasizes recycling and reuse of industrial wastewater to reduce freshwater usage.

• Public-Private Partnerships (PPPs): Engaging private players in managing river pollution through collaborative approaches.

E.g.: Several private industries are now involved in cleaning and maintaining stretches of rivers under the Adopt-a-River initiative.

Solutions for effective mitigation

• Upgrading Wastewater Treatment Infrastructure: Modernizing ETPs and STPs to handle the increasing industrial load and ensure compliance with international standards.

• Incentivizing Green Industry Practices: Offering subsidies and tax breaks for industries adopting clean technologies and ZLD methods.

• Community-Based Monitoring: Engaging local communities and civil society organizations in monitoring pollution levels and reporting violations to authorities.

• Polluter Pays Principle: Strengthening the implementation of the Polluter Pays Principle to ensure industries bear the cost of environmental damage.

• Capacity Building of Pollution Control Authorities: Training pollution control boards and equipping them with modern technology to enforce regulations more effectively.

Conclusion

Addressing industrial pollution of river water requires a holistic approach, combining strict enforcement with technology and incentives for industries. Collaborative action between industries, the government, and local communities will be key to achieving cleaner rivers and a more sustainable future.

Q8. What role do environmental NGOs and activists play in influencing Environmental Impact Assessment (EIA) outcomes for major projects in India? Cite four examples with all important details.(10)

Introduction

Environmental NGOs and activists play a vital role in shaping Environmental Impact Assessments (EIA) in India by advocating for sustainable practices and ensuring compliance with environmental regulations.

Role of environmental NGOs and activists in influencing EIA outcomes

• Public Consultation and Advocacy: NGOs facilitate public involvement in the EIA process, ensuring community concerns are heard.

E.g.: In 2020, Kalpavriksh raised issues about deforestation in the Mumbai-Ahmedabad bullet train project.

• Providing Scientific Data: NGOs supplement EIAs with independent research, highlighting overlooked risks.

E.g.: Greenpeace presented studies on air and water quality impacts from a coal plant in Tamil Nadu.

• Litigation and Legal Challenges: Activists file public interest litigations (PILs) against flawed EIAs.

E.g.: Goa Foundation filed a PIL against the Mormugao Port expansion, prompting a review of its EIA.

• Monitoring Compliance: NGOs track adherence to EIA recommendations post-approval.

E.g.: Save Mon Region Federation monitors the Nyamjang Chu Hydel Project in Arunachal Pradesh.

• Lobbying for Policy Changes: Activists advocate for stricter EIA guidelines to prevent degradation.

E.g.: Protests against the EIA Notification 2020 aimed at safeguarding environmental standards.

Examples of NGO and activist influence on EIA outcomes

• Narmada Bachao Andolan (NBA): NBA’s activism led to fresh EIAs for the Sardar Sarovar Dam, focusing on displacement issues.

E.g.: NBA highlighted flaws in resettlement plans.

• Save Western Ghats Movement: NGOs influenced the Kasturirangan Report, restricting industrial projects in eco-sensitive zones.

E.g.: Kerala Shastra Sahitya Parishad opposed deforestation in the Western Ghats.

• Vedanta Niyamgiri Mining Project: NGOs helped indigenous communities oppose mining in Odisha, leading to favorable Supreme Court rulings.

E.g.: The court favored the Dongria Kondh tribe after exposing EIA gaps.

• Posco Steel Plant Project: Activists challenged the EIA for the Odisha plant, resulting in a fresh assessment by the National Green Tribunal.

E.g.: NGOs revealed the EIA downplayed local environmental impacts.

Solutions to enhance EIA effectiveness

• Strengthening Public Participation: Ensure more inclusive public consultations in the EIA process.

• Capacity Building: Equip local authorities with tools for effective EIA oversight.

• Improving Access to Information: Make EIA reports accessible online and in local languages.

• Reinforcing Penalties: Implement stricter penalties for non-compliance with EIA norms.

• Independent EIA Audits: Introduce third-party audits to ensure assessment credibility.

Conclusion

Environmental NGOs and activists are crucial in ensuring thorough and fair EIAs, promoting sustainable development. Strengthening civil society’s role in monitoring and advocacy will enhance accountable governance and protect India’s environmental heritage.

Q9. Explain how narco-terrorism has emerged as a serious threat across the country. Suggest suitable measures to counter narco-terrorism. 10

Introduction:

Narco-terrorism, the symbiotic relationship between drug traffickers and terrorist organizations, has become a serious threat to national security. Terror groups use drug trafficking to finance their operations, while cartels exploit insurgent networks for safe passage, causing significant socio-political instability.

Emergence of narco-terrorism as a serious threat

• Funding for Terrorism: Drug trafficking provides financial resources to terrorist groups, increasing their operational capacities.

E.g.: Lashkar-e-Taiba (LeT) and Jaish-e-Mohammed (JeM) have reportedly used drug smuggling networks to finance terror activities.

• Destabilization of Border Areas: Drug trafficking destabilizes border areas, fostering lawlessness and insurgency.

E.g.: Punjab’s border districts are heavily affected by drug smuggling from Pakistan, increasing local instability (Narcotics Control Bureau report, 2022).

• Link with Organized Crime: Narco-terrorism promotes the rise of organized crime, which further exacerbates law enforcement challenges.

E.g.: In Northeast India, narcotic money has been linked to insurgent groups like NSCN (National Socialist Council of Nagaland).

• Corruption and Weakening of Institutions: The high revenue from drug trafficking leads to corruption within law enforcement and political structures

E.g.: Arrest of police officials in Punjab for colluding with drug traffickers (2021, NCB).

• Social Disruption and Public Health Crisis: The easy availability of drugs creates a social and public health crisis, especially among the youth.

E.g.: High drug addiction rates in Punjab, where 10.7% of the population is reportedly affected (AIIMS study, 2019).

Suitable measures to counter narco-terrorism:

• Strengthening Border Surveillance: Improve technology-driven surveillance systems along porous borders to curb cross-border drug trafficking.

E.g.: Use of drones and satellite imagery by the BSF along the India-Pakistan border has shown positive results (Ministry of Home Affairs, 2023).

• Enhancing International Cooperation: Strengthen international collaboration to dismantle global drug cartels and terrorist financing networks

E.g.: India signed the Mutual Legal Assistance Treaty (MLAT) with the USA to combat narco-terrorism (2020).

• Robust Financial Intelligence: Implement strong financial tracking systems to monitor illegal monetary flows linked to drug trafficking and terrorism.

E.g.: The Financial Action Task Force (FATF) recommends tracking terrorist financing networks (FATF recommendations, 2019).

• Community-based De-radicalization Programs: Establish social awareness campaigns and rehabilitation centers for drug-addicted youth to reduce the recruitment pool for terror groups.

E.g.: “Mission Parivartan” in Punjab focuses on rehabilitation and awareness against drug addiction (2022).

• Stronger Legal and Institutional Framework: Update the legal framework, empowering agencies to act swiftly against narco-terrorist networks

E.g.: The Narcotic Drugs and Psychotropic Substances (NDPS) Act was amended to provide stricter punishments for drug offenses (2021).

Conclusion:

Narco-terrorism is a complex threat requiring a multi-faceted strategy involving robust surveillance, international collaboration, financial intelligence, and legal reforms. Addressing this menace holistically will not only ensure national security but also foster long-term social stability.

Q10. Describe the context and salient feature of Digital Personal Data Protection Act 2023. (10)

Introduction

The Digital Personal Data Protection Act 2023 addresses the need to protect personal data while promoting the digital economy. It establishes a legal framework to regulate data collection, processing, and protection, aiming to ensure privacy and accountability.

Context of the Digital Personal Data Protection Act 2023

• Supreme Court’s Right to Privacy Judgment (2017): The judgment in Puttaswamy v. Union of India recognized privacy as a fundamental right.

E.g.: Called for a legal framework for personal data protection.

• Increasing Digital Economy: Growing online services collect vast amounts of personal data, necessitating regulation.

E.g.: India’s digital economy to reach $1 trillion by 2025 (MeitY).

• Global Data Protection Standards: The need to align with international data protection laws, like the GDPR, became essential.

E.g.: Similarities with GDPR, such as data minimization.

• Rising Data Breaches: Frequent data breaches in India prompted the need for robust legal protections.

E.g.: 52 million cyberattacks in India in 2022 (CERT-In report).

• Drafts and Recommendations: The Justice B.N. Srikrishna Committee recommended a legal framework for data protection.

E.g.: Recommended accountability and transparency in data handling.

Salient Features of the Digital Personal Data Protection Act 2023

• Data Processing with Consent: Data can only be collected with clear, informed consent from individuals.

E.g.: Requires explicit consent before processing personal data.

• Right to Data Portability: Individuals have the right to request transfer of their data from one service provider to another.

E.g.: Enhances user control over personal data.

• Data Localization Relaxation: Allows cross-border transfer of data to trusted jurisdictions, unlike previous drafts.

E.g.: Facilitates global digital business operations.

• Significant Data Fiduciaries: Entities processing large volumes of data must appoint a Data Protection Officer.

E.g.: Ensures accountability for big tech firms.

• Penalties for Non-compliance: Non-compliance with the Act results in heavy penalties, up to ₹250 crore.

E.g.: Deters data breaches and misuse.

• Right to Correction and Erasure: Individuals can request the correction or deletion of their personal data if it is inaccurate or no longer necessary.

E.g.: Empowers citizens to control their digital footprint.

• Grievance Redressal Mechanism: Data principals can lodge complaints with Data Fiduciaries or approach the Data Protection Board for resolution.

E.g.: Ensures faster resolution of privacy violations.

• Obligations on Data Fiduciaries: Companies must ensure the security of personal data through technical and organizational measures.

E.g.: Mandates regular audits and safeguards against data breaches.

• Children’s Data Protection: Special provisions protect data of children under the age of 18, including stricter consent requirements.

E.g.: Requires parental consent for processing children’s data.

• Exemptions for Government Agencies: Certain government agencies are exempt from some provisions, especially for national security and law enforcement purposes.

E.g.: Allows agencies to bypass consent for strategic interests.

Conclusion

The Digital Personal Data Protection Act 2023 strengthens privacy protection while fostering innovation in India’s digital ecosystem. By establishing robust data governance mechanisms and empowering individuals, it lays the foundation for a secure digital future.

Q11. Discuss the merits and demerits of the four Labour Codes’ in the context of labor market reforms in India. What has been the progress so far in this regard? (15M)

Introduction

The four Labour Codes—the Code on Wages (2019), Industrial Relations Code (2020), Code on Social Security (2020), and Occupational Safety, Health, and Working Conditions Code (2020)—were introduced to simplify and consolidate India’s complex labor laws. These reforms aim to enhance ease of doing business while protecting worker rights.

Merits of the four labour codes:

• Simplification of Laws: The Codes consolidate 29 central labor laws into four, reducing complexity and improving compliance.

E.g.: Replaces the Minimum Wages Act, Payment of Wages Act, etc., with the Code on Wages.

• Universal Minimum Wages: Ensures a minimum wage for all categories of workers, including the unorganized sector.

E.g.: Extends wage protection to around 500 million workers (Ministry of Labour & Employment, 2021).

• Ease of Doing Business: The Codes provide flexibility in hiring and retrenching workers, fostering a more dynamic labor market.

E.g.: Factories with up to 300 workers can now lay off workers without government approval.

• Social Security for Gig Workers: The Code on Social Security extends social security benefits to gig and platform workers.

E.g.: Aggregators like Ola and Zomato are required to contribute to a social security fund.

• Grievance Redressal: The Industrial Relations Code mandates the formation of Grievance Redressal Committees for better dispute resolution within organizations.

E.g.: Faster resolution of labor disputes ensures better industrial relations.

Demerits of the four labour codes:

• Erosion of Collective Bargaining: Trade unions argue that the Codes reduce the power of unions by making strikes harder.

E.g.: Strikes now require a 60-day notice period, affecting worker protests.

• Inadequate Social Security for Informal Workers: Despite promises, the Codes provide limited social security for India’s informal workforce, which constitutes 90% of the labor market.

E.g.: Gig workers still face issues regarding coverage and implementation.

• Employer-friendly Provisions: Provisions like increased thresholds for layoffs without government approval are seen as pro-employer, risking job insecurity.

E.g.: Factories with fewer than 300 workers can retrench without seeking permission.

• Limited Occupational Safety Measures: The Occupational Safety Code lacks stringent provisions for safety in hazardous sectors, which could compromise worker health.

E.g.: Insufficient enforcement mechanisms in industries like construction.

• Ambiguity in Implementation: States have the power to notify rules for many provisions, leading to potential variability in implementation across India.

E.g.: Delayed implementation due to differing state regulations.

Progress of Labour Codes Implementation:

• Delayed Implementation: While the Codes were passed in 2019-2020, implementation has been delayed due to the pandemic and resistance from trade unions.

E.g.: As of 2023, many states have not finalized the rules required for implementation.

• State-specific Progress: Some states like Madhya Pradesh and Gujarat have moved ahead with notifying certain aspects of the Codes, while others are still in the consultation stage.

E.g.: Gujarat has notified rules under the Industrial Relations Code.

• Tripartite Consultations: The government continues discussions with trade unions and industry representatives to address concerns over job security and worker rights.

E.g.: Meetings held by the Ministry of Labour to bridge gaps in stakeholder expectations.

• Formation of Social Security Boards: Social security boards for gig and platform workers are in the process of being established, albeit slowly.

E.g.: The Code on Social Security has yet to fully operationalize the gig worker social security provisions.

• Technology Integration: Efforts are underway to integrate digital systems for faster grievance redressal and compliance reporting by employers.

E.g.: Unified Shram Suvidha Portal is being developed for easier compliance.

Conclusion:

While the Labour Codes offer the potential for simplifying India’s labor regulations and improving business flexibility, their success hinges on effective implementation and balancing worker rights with employer needs. The government must ensure that the benefits reach all segments of the workforce, particularly informal and gig workers, through targeted amendments and proactive enforcement.

Q12. What is the need for expanding the regional air connectivity in India? In this context, discuss the government’s UDAN Scheme and its achievements. ( (15M)

Introduction

Expanding regional air connectivity is crucial for fostering economic growth, boosting tourism, and enhancing socio-economic inclusion in remote and underserved areas. Given India’s vast geographical diversity, regional connectivity bridges gaps, integrates regions, and promotes balanced development.

Need for Expanding Regional Air Connectivity:

• Balanced Regional Development: Connecting remote areas with metro cities reduces regional disparities and promotes economic growth.

E.g.: Northeast India benefits from improved air links with economic hubs like Delhi and Kolkata.

• Boosting Tourism and Trade: Better air connectivity supports the growth of tourism and trade by connecting lesser-known destinations.

E.g.: Increased tourist footfall in places like Darbhanga, Bihar after air connectivity was introduced under UDAN.

• Reducing Travel Time: Air travel reduces travel time significantly, making inter-state travel faster and more efficient.

E.g.: Flights from Guwahati to Pasighat reduced travel time from 12 hours by road to 1 hour.

• Employment Generation: Airports and aviation services create direct and indirect jobs in regions where employment opportunities are limited.

E.g.: UDAN led to the development of new jobs in local airport services.

• National Security and Strategic Importance: Enhancing air links to border and remote areas supports security and strategic interests.

E.g.: Strengthened connectivity in Ladakh and the Northeast supports military and civilian mobility.

About UDAN

• Regional Connectivity: Focuses on connecting underserved and unserved airports, facilitating access to remote areas.

• Affordable Air Travel: Implements fare caps to ensure that tickets remain affordable for passengers. Price Capped at Rupees 2500 per hour

• Viability Gap Funding (VGF): Provides financial support to airlines to operate on regional routes, ensuring sustainability and affordability.

• Infrastructure Development: Encourages the development of airport infrastructure in smaller cities to enhance overall transport connectivity.

UDAN scheme achievements:

• Affordable Air Travel: The Ude Desh ka Aam Nagrik (UDAN) scheme, launched in 2016, aims to make air travel affordable and accessible to the common citizen.

E.g.: More than 1 crore passengers have benefited from affordable airfares

• Revival of Underutilized Airports: The scheme focuses on reviving under-served and unserved airports, enhancing regional connectivity.

E.g.: Over 100 airports and heliports have been operationalized under UDAN (MoCA, 2023).

• Viability Gap Funding (VGF): The government provides VGF to airline operators, incentivizing them to connect remote destinations.

E.g.: 425 routes were awarded under UDAN, with government subsidies to maintain viability.

• Boosting Regional Airline Growth: The scheme promotes the growth of smaller regional airlines by providing incentives for new routes.

E.g.: Airlines like Star Air and TruJet have expanded operations through UDAN.

• Enhanced Connectivity for Tier-2 and Tier-3 Cities: Cities like Jharsuguda, Kurnool, and Hubballi are now connected to major urban centers, spurring local economic growth.

E.g.: Flights from Jharsuguda to Bhubaneswar have increased regional business prospects.

What more can be done

• Improving Airport Infrastructure: Upgrade and expand infrastructure at regional airports, including runways, terminals, and cargo handling.

E.g.: Many UDAN airports lack basic facilities like night landing systems.

• Strengthening Last-Mile Connectivity: Improve road and rail links to newly operational airports for better access and seamless travel.

E.g.: Many regional airports are not well-connected to nearby cities and towns.

• Private Sector Participation: Encourage public-private partnerships to develop and maintain airport infrastructure, ensuring better management and funding.

E.g.: Private investments could help improve regional airport facilities and services.

Conclusion

The UDAN Scheme has been pivotal in expanding air connectivity across India, making air travel affordable and accessible. Improving infrastructure, ensuring adequate funding, and boosting private sector involvement will be key to realizing the full potential of regional air connectivity.

Q13. What are the major challenges faced by Indian irrigation system in recent times? State the measures taken by the government for efficient irrigation management. (15M)

India’s agricultural sector, which supports nearly half of the population, faces growing challenges in ensuring efficient irrigation. Despite significant investments in irrigation infrastructure, issues such as water inefficiency, regional disparities, and infrastructure decay persist. The government has initiated several measures to address these challenges.

Challenges faced by indian irrigation system

• Water Scarcity and Over-extraction: Groundwater accounts for 60% of India’s irrigation, leading to critical over-extraction, particularly in northwest India.

E.g. According to the Central Ground Water Board (2023), 230 districts in India face critical groundwater depletion.

• Inefficient Water Use: Traditional flood irrigation methods, which cover 65% of the irrigated area, are inefficient and result in high water wastage.

E.g. NITI Aayog’s Composite Water Management Index (CWMI) (2022) reveals that India’s water-use efficiency remains at a low 38%.

• Poor Maintenance of Irrigation Infrastructure: Many of India’s irrigation canals are poorly maintained, resulting in high seepage losses, clogging, and inadequate water distribution.

E.g. The National Water Development Agency (2022) estimates that 45-50% of canal water is lost due to leakage and seepage.

• Regional Disparities in Irrigation Coverage: Western and northwestern states, like Punjab and Haryana, have well-developed irrigation systems, while eastern regions lag behind.

E.g. Only 20% of the net sown area in West Bengal is irrigated, while over 90% in Punjab (Agricultural Census, 2022).

• Climate Change Impacts: Erratic rainfall patterns and increasing droughts due to climate change are exacerbating the stress on India’s irrigation systems.

E.g. IMD reports show a 40% reduction in normal monsoon rainfall over large parts of central India in 2023.

Measures taken by the government for efficient irrigation management

• Pradhan Mantri Krishi Sinchayee Yojana (PMKSY): Focuses on “Har Khet Ko Pani” and increasing water-use efficiency through micro-irrigation techniques like drip and sprinkler systems.

E.g. PMKSY (2023) has added 13.78 lakh hectares under micro-irrigation.

• National Mission for Sustainable Agriculture (NMSA): Focuses on climate-resilient agricultural practices, including water management technologies like rainwater harvesting, water-efficient cropping patterns, and integrated watershed development.

• Jal Shakti Abhiyan: Launched to promote water conservation and recharge groundwater through rainwater harvesting, watershed development, and rejuvenation of water bodies.

E.g. In 2022-23, over 40,000 water bodies were rejuvenated under the campaign.

• Atal Bhujal Yojana (ABHY): Aims to improve groundwater management through community participation in seven water-stressed states.

E.g. ABHY has led to a 12% increase in groundwater levels in key regions of Maharashtra by 2023.

• Repair, Renovation, and Restoration (RRR) of Water Bodies: This scheme focuses on reviving traditional water bodies and improving the storage capacity for irrigation.

E.g. Over 4,500 water bodies were restored under RRR between 2021-2023, increasing irrigation potential by 8 lakh hectares (Ministry of Jal Shakti).

• National Water Mission (NWM): Aims to conserve water, minimize wastage, and ensure more equitable distribution across and within states. The mission also promotes integrated water resource management.

Solutions for efficient irrigation management

• Promote Micro-irrigation Techniques: Expand drip and sprinkler irrigation systems, which can save up to 40% water compared to traditional methods.

*Recommendation*: Mihir Shah Committee (2016) recommends scaling up micro-irrigation to 50% of the total irrigated area.

• Decentralized Water Management: Empower local communities and panchayats to manage and maintain irrigation projects for better accountability and sustainability.

• Enhance Groundwater Recharge: Promote rainwater harvesting and recharge techniques in over-exploited areas.

*Recommendation*: The Central Ground Water Board (2021) advises an expansion of artificial recharge techniques in critical zones.

• Improve Canal Maintenance and Water Distribution: Focus on modernizing and lining canals to reduce water loss.

E.g. Lining canals under the RRR scheme (2022) has resulted in a 20% reduction in water seepage losses.

Conclusion

Sustainable water use and community-based solutions are crucial for long-term agricultural productivity. A balanced approach integrating technological innovation, policy reform, and local participation will ensure water security for future generations.

Q14. Elucidate the importance of buffer stocks for stabilizing agricultural prices in India. What are the challenges associated with the storage of buffer stock? Discuss.(15M)

Buffer stocks play a critical role in India’s food security and price stabilization by ensuring the availability of essential commodities, especially during times of shortfall or price volatility. Buffer stocks cushion farmers from price crashes and protect consumers from soaring prices.

Importance of buffer stocks for stabilizing agricultural prices

• Price Stabilization for Farmers and Consumers: Help in maintaining price stability by releasing grains into the market when prices rise, and procuring during surplus to prevent a price crash.

E.g. The FCI released 5.5 million tonnes of wheat from buffer stocks in early 2023 to control rising wheat prices (Economic Survey 2022-23).

• Prevention of Market Manipulation: Buffer stocks help prevent hoarding and black marketing by unscrupulous traders, which can artificially inflate prices during times of shortage.

E.g. The release of pulses from buffer stocks in 2023 curbed speculative price hikes during the festive season (Ministry of Consumer Affairs, 2023).

• Food Security During Crises: Buffer stocks ensure the continuous supply of food grains during natural disasters, pandemics, or conflicts, preventing price spikes.

E.g. During the COVID-19 pandemic, buffer stocks ensured the distribution of free food grains under the Pradhan Mantri Garib Kalyan Anna Yojana (PMGKAY).

• Support to Public Distribution System (PDS: Are essential to the smooth functioning of the PDS, which provides subsidized food grains

E.g. In 2023, over 60 million tonnes of food grains were distributed through PDS (Ministry of Consumer Affairs, Food, and Public Distribution).

• Countering Inflationary Pressures: When market prices rise due to supply disruptions, buffer stocks can be released to curb inflation in essential commodities like rice and wheat.

E.g. In July 2023, the government released pulses from buffer stocks to stabilize prices amidst rising inflation.

• Mitigating Impact of Seasonal Fluctuations: Agricultural production in India is seasonal, and buffer stocks help maintain steady market supply between harvests, smoothing out price fluctuations.

E.g. Rice and wheat stocks are released post-monsoon to balance out market demand during lean seasons.

Challenges associated with storage of buffer stock

• Inadequate Storage Infrastructure: India faces a shortage of scientific storage facilities, leading to wastage through spoilage, pest attacks, and moisture damage.

E.g. According to the FCI, nearly 7-10% of stored grains are lost annually due to poor storage (2022).

• High Storage Costs: Maintaining large buffer stocks involves significant financial outlays, including warehouse maintenance and transportation, placing a heavy burden on government finances.

E.g. The FCI’s annual storage cost for buffer stocks reached ₹40,000 crore in 2023 (Economic Survey 2023).

• Overstocking and Rotting of Grains: Often, excessive procurement without timely distribution leads to overstocking, resulting in the rotting of grains.

E.g. In 2021, more than 6 lakh tonnes of food grains rotted in FCI godowns (CAG Report, 2022).

• Regional Imbalance in Storage: Storage facilities are disproportionately located in certain states like Punjab and Haryana, leading to logistical challenges and higher transportation costs.

E.g. Over 60% of FCI godowns are concentrated in just five states (NITI Aayog, 2022).

• Lack of Modern Technology in Storage: Many FCI warehouses use outdated methods of grain storage, lacking modern technologies such as silos, temperature control systems, and humidity monitoring, leading to higher losses.

E.g. In 2023, only 20% of buffer stock was stored in modern silos, the rest being stored in traditional godowns.

Solutions for better buffer stock management

• Expansion of Modern Silos: Invest in building more modern silos with temperature and humidity controls, which can reduce spoilage and ensure better quality maintenance of grains.

Recommendation: The Shanta Kumar Committee (2015) recommended increasing silo capacity to store at least 50% of buffer stock.

• Recalibration of Buffer Norms: Regular review of buffer norms based on consumption patterns and climate risks to avoid overstocking.

Recommendation: The 2022 Economic Survey recommends revising buffer norms to reflect changing demand and production cycles.

• Decentralization of Storage Facilities: The construction of decentralized storage units closer to production and consumption centers to reduce logistical costs and regional imbalances.

E.g. The FCI’s “Private Entrepreneur Guarantee Scheme” encourages private investment in building godowns across the country.

• Utilization of ICT for Efficient Management: Implement real-time monitoring of stocks using ICT tools, such as barcoding and satellite-based systems, to ensure better transparency and accountability.

E.g. The FCI launched an online depot management system (DMS) in 2023 for real-time tracking of grain stocks.

Conclusion

Buffer stocks are indispensable for stabilizing agricultural prices and ensuring food security in India. A balanced approach involving modernization of storage facilities, ICT integration, and public-private partnerships can significantly improve the efficiency of buffer stock management, ensuring food security while minimizing wastage and financial strain.

Q15. The world is facing an acute shortage of clean and safe alternative freshwater. What are the technologies which can solve this crisis? Briefly discuss any three such technologies, citing their key merits and demerits. (15M).

Introduction

The global shortage of clean and safe freshwater has reached alarming levels, threatening health, agriculture, and economic stability. Innovative technologies are emerging as crucial solutions to address this pressing crisis.

The world is facing an acute shortage of clean and safe alternative freshwater

• Global Water Scarcity: Nearly 2 billion people lack access to safely managed drinking water (WHO, 2022).

• Climate Change Impact: By 2050, 52% of the global population will live in water-stressed regions due to climate change (UN Water, 2023).

• Agricultural Overuse: 70% of global freshwater is consumed by agriculture, leading to depletion of water sources (FAO, 2021).

Technologies which can solve this crisis?

• Desalination: Converts seawater into fresh water, essential for coastal regions.

• Reverse Osmosis (RO): Filters out impurities and salts from water using semi-permeable membranes.

• Rainwater Harvesting (RWH): Collects and stores rainwater for reuse, reducing dependence on other water sources.

• Wastewater Recycling: Treats and reuses wastewater, turning it into a sustainable water source.

• Atmospheric Water Generation (AWG): Extracts moisture from the air to produce potable water.

• Solar-Powered Water Purification: Uses solar energy to purify water through evaporation and condensation processes.

• Solar-Distillation

Three technologies for safe alternative fresh water.

• Desalination:

Desalination is the process of converting seawater into potable water through methods such as reverse osmosis and thermal distillation. It has gained prominence, especially in coastal regions, to meet the growing freshwater demand.

• Merits: Unlimited supply: Provides access to a virtually inexhaustible source of water, the oceans. Independence from rainfall: Unaffected by changing climate patterns or droughts. Large-scale potential: Can produce massive quantities of freshwater suitable for urban use.

• Unlimited supply: Provides access to a virtually inexhaustible source of water, the oceans.

• Independence from rainfall: Unaffected by changing climate patterns or droughts.

• Large-scale potential: Can produce massive quantities of freshwater suitable for urban use.

• Demerits: High energy consumption: Desalination is energy-intensive, increasing carbon footprints. Costly infrastructure: Significant capital investment required for plants and maintenance. Environmental impact: Brine discharge harms marine ecosystems due to its high salt content.

• High energy consumption: Desalination is energy-intensive, increasing carbon footprints.

• Costly infrastructure: Significant capital investment required for plants and maintenance.

• Environmental impact: Brine discharge harms marine ecosystems due to its high salt content.

E.g.: The Carlsbad Desalination Plant in California is the largest in the Western Hemisphere, supplying about 50 million gallons of water per day to San Diego (California State Government, 2022).

• Solar-Distillation Water Purification:

Solar water distillation is the process of using energy from the sunlight to separate freshwater from salts or other contaminants. The untreated water absorbs heat, slowly reaching high temperatures. The heat causes the water to evaporate, cool, and condense into vapour, leaving the contaminants behind.

• Merits:

• Renewable energy: Operates on solar energy, reducing dependence on fossil fuels. Cost-effective: Low operational costs after initial installation, especially in areas with abundant sunlight. Sustainable: Minimal environmental impact compared to fossil-fuel-based systems.

• Renewable energy: Operates on solar energy, reducing dependence on fossil fuels.

• Cost-effective: Low operational costs after initial installation, especially in areas with abundant sunlight.

• Sustainable: Minimal environmental impact compared to fossil-fuel-based systems.

• Demerits: Weather-dependent: Efficiency drops in cloudy or low-light conditions, making it unreliable in some regions. Slow process: Purification rates can be slow, making it unsuitable for large-scale needs. Limited water output: Suitable for small-scale use, not for industrial or urban consumption.

• Weather-dependent: Efficiency drops in cloudy or low-light conditions, making it unreliable in some regions.

• Slow process: Purification rates can be slow, making it unsuitable for large-scale needs.

• Limited water output: Suitable for small-scale use, not for industrial or urban consumption.

E.g.: Solar Distillation Plant in Abu Dhabi .

• Atmospheric Water Generation (AWG):

AWG technology extracts water from the air by cooling it below the dew point, causing water vapor to condense into liquid form. It is increasingly being used in arid or drought-prone regions.

• Merits: No reliance on existing water bodies: Can generate water anywhere, even in remote areas. Independent of groundwater: Helps preserve aquifers and groundwater reserves. On-demand generation: Water can be produced as needed, reducing storage challenges.

• No reliance on existing water bodies: Can generate water anywhere, even in remote areas.

• Independent of groundwater: Helps preserve aquifers and groundwater reserves.

• On-demand generation: Water can be produced as needed, reducing storage challenges.

• Demerits: Limited water yield: The amount of water produced depends on the humidity levels, which may be low in arid areas. High upfront costs: The initial investment in AWG technology can be expensive. Inefficient in dry climates: Works best in humid environments, limiting its application in deserts.

• Limited water yield: The amount of water produced depends on the humidity levels, which may be low in arid areas.

• High upfront costs: The initial investment in AWG technology can be expensive.

• Inefficient in dry climates: Works best in humid environments, limiting its application in deserts.

E.g.: Watergen’s AWG units are used in parts of Africa and India to provide clean drinking water by harnessing moisture from the atmosphere (Watergen, 2023).

Conclusion

Incorporating technologies like desalination, wastewater recycling, and atmospheric water generation can significantly alleviate freshwater scarcity. A concerted effort to implement these solutions is essential for ensuring sustainable water access for future generations.

Q16. What are asteroids? How real is the threat of them causing extinction of life? What strategies have been developed to prevent such a catastrophe? (15M)

Introduction

Asteroids are rocky, metallic objects orbiting the sun, mainly found in the asteroid belt between Mars and Jupiter. While most are small, some pose a significant threat to Earth if they collide with it, potentially causing catastrophic consequences, including mass extinctions, as seen during the dinosaur era.

Threat of asteroids causing extinction of life

• Historical Extinction Events: Past asteroid impacts, like the one 66 million years ago, caused mass extinctions.

E.g., Chicxulub crater impact led to the extinction of dinosaurs (Source: NASA).

• Potential for Global Impact: Large asteroids (>1 km in diameter) can cause global climate disruption, triggering tsunamis, wildfires, and prolonged winters.

E.g., Asteroid 1950 DA is predicted to have a 1 in 300 chance of hitting Earth by 2880 (Source: ESA).

• NASA’s Near-Earth Object (NEO) database: The catalog of NEOs identifies thousands of potentially hazardous asteroids, some capable of causing wide-scale devastation.

E.g., More than 30,000 NEOs have been detected as of 2023 (Source: NASA).

• Local vs. Global Threats: Smaller asteroids cause localized destruction, like the 1908 Tunguska event, flattening 2,000 square kilometers of forest.

E.g., Tunguska Event impact in Russia, 1908 (Source: USGS).

• Uncertainty in Prediction: Current technology does not guarantee perfect tracking, leaving room for unforeseen impacts.

E.g., 2013 Chelyabinsk meteor went undetected, injuring over 1,000 people (Source: NASA).

Strategies to Prevent Catastrophe

• Asteroid Detection Systems: Programs like NASA’s Planetary Defense Coordination Office (PDCO) and ESA’s Space Situational Awareness Program track potentially hazardous asteroids.

E.g., NASA’s DART mission tested asteroid deflection by changing Dimorphos’ trajectory in 2022 (Source: NASA).

• Kinetic Impact Deflection: A method to alter the asteroid’s course by hitting it with a high-speed spacecraft.

E.g., DART mission successfully altered an asteroid’s orbit in 2022 (Source: NASA).

• Nuclear Deflection Strategy: Using nuclear explosives near an asteroid to alter its course, though risky due to fragmentation.

E.g., 2007 NASA study proposed nuclear options for larger NEOs (Source: US Congressional Research Service).

• Gravitational Tractor: Using a spacecraft’s gravity to gradually pull the asteroid off course.

E.g., ESA’s Hera mission is set to explore this technology in the 2030s (Source: ESA).

• International Cooperation and Policy: Bodies like the United Nations Committee on the Peaceful Uses of Outer Space (COPUOS) recommend joint efforts for asteroid detection and mitigation.

E.g., The Planetary Defense Conference promotes global partnerships on asteroid defense (Source: UN COPUOS).

Conclusion

While the risk of an asteroid impact causing mass extinction remains low, continued vigilance and the development of sophisticated prevention strategies are essential. Through international cooperation and technological advancements, humanity can mitigate these cosmic threats and ensure long-term planetary safety.

Q17. What is disaster resilience? How is it determined? Describe various elements of a resilience framework. Also mention the global targets of Sendai Framework for Disaster Risk Reduction (2015-2030). (15M)

Introduction

Disaster resilience refers to the ability of communities, systems, or societies to resist, absorb, recover from, and adapt to the adverse effects of hazards in a timely and efficient manner. It is crucial for minimizing the socio-economic impact of disasters and ensuring sustainable development.

Determination of disaster resilience

• Capacity to Absorb Shocks: The ability of a community to maintain essential functions during a disaster.

E.g., Japan’s infrastructure absorbs earthquake shocks due to earthquake-resistant building codes (Source: UNDRR).

• Speed of Recovery: The time taken to recover from the impacts of a disaster. Faster recovery reflects higher resilience.

E.g., Kerala’s recovery post-2018 floods was swift due to pre-existing disaster management plans (Source: NDMA).

• Adaptation and Learning: Ability to adapt and improve systems based on past disasters to reduce future risks.

E.g., Coastal areas in Odisha adapted cyclone-resilient infrastructure post-Cyclone Fani in 2019 (Source: State Disaster Management Plan).

• Institutional Capacity: Strong governance frameworks that enable effective disaster response and preparedness.

E.g., Bangladesh’s early warning system significantly reduced cyclone fatalities (Source: UNDP 2021 Report).

• Community Engagement: High levels of awareness and involvement of local communities in disaster preparedness and response efforts.

E.g., Community-based disaster risk reduction in Uttarakhand improved resilience to landslides (Source: Ministry of Home Affairs).

Elements of a Resilience Framework

• Risk Assessment: Identifying hazards, vulnerabilities, and capacities to prepare for and mitigate risks.

E.g., UNDRR’s Global Assessment Report (GAR) helps countries assess disaster risks (Source: UNDRR 2022).

• Infrastructure Resilience: Designing resilient physical infrastructure, such as buildings, roads, and water systems, that can withstand disasters

E.g., Cyclone-resistant shelters built in Odisha post-1999 cyclone improved disaster resilience (Source: NDMA).

• Institutional Coordination: Strong coordination among governments, agencies, and non-governmental organizations ensures effective disaster response.

E.g., India’s National Disaster Management Authority (NDMA) coordinates disaster management at all levels (Source: NDMA).

• Financial Mechanisms: Adequate funding for disaster preparedness, response, and recovery, including insurance, disaster relief funds, and risk-sharing mechanisms.

E.g., The World Bank’s Catastrophe Deferred Drawdown Option (Cat-DDO) provides quick financial support after disasters (Source: World Bank).

• Social Resilience: Building community capacity through awareness, education, and livelihood support programs to better withstand disasters.

E.g., Self-Help Groups (SHGs) in Gujarat supported post-disaster recovery after the 2001 earthquake (Source: NDMA).

Global targets of the Sendai framework for disaster risk reduction (2015-2030)

• Substantially reduce global disaster mortality by 2030, aiming to lower the average per 100,000 mortality rate between 2020-2030 compared to 2005-2015.

• Reduce the number of affected people globally by 2030, with a focus on lowering the average number of affected persons per 100,000 during 2020-2030, compared to 2005-2015.

• Reduce direct disaster-related economic losses relative to global GDP by 2030.

• Substantially reduce disaster damage to critical infrastructure and disruption of basic services, particularly in health and educational facilities, by 2030.

• Increase the number of countries with national and local disaster risk reduction (DRR) strategies by 2020.

• Enhance international cooperation to developing countries to support disaster risk reduction by 2030.

• Increase the availability and access to multi-hazard early warning systems and disaster risk information and assessments for people by 2030.

Conclusion

Building disaster resilience is essential for safeguarding lives and livelihoods from increasing natural and man-made hazards. By focusing on infrastructure, institutional coordination, and global cooperation through frameworks like the Sendai Framework, countries can significantly reduce disaster risks and pave the way for a sustainable future.

Q18. Flooding in urban areas is an emerging climate-induced disaster. Discuss the causes of this disaster. Mention the features of two such major floods in the last two decades in India. Describe the policies and frameworks in India that aim at tackling such floods. (15M)

Introduction

Flooding in urban areas is an increasingly frequent climate-induced disaster in India, exacerbated by rapid urbanization, poor planning, and extreme weather events driven by climate change. Urban floods cause significant economic losses, disrupt infrastructure, and lead to loss of life and property.

Causes of urban flooding

• Extreme Rainfall Events: Climate change has led to more frequent and intense rainfall, overwhelming drainage systems in cities.

E.g., Mumbai experienced record rainfall in 2019, causing massive flooding (Source: IMD).

• Poor Urban Planning: Unplanned urban expansion and encroachment on natural water bodies hinder natural drainage, increasing flood risks.

E.g., Chennai’s flood in 2015 was partly due to encroachments on lakes and wetlands (Source: CAG report).

• Inadequate Drainage Systems: Outdated and undersized drainage infrastructure fails to handle excessive water discharge.

E.g., Bengaluru faced severe flooding in 2022 due to clogged stormwater drains (Source: BBMP).

• Loss of Green Cover and Wetlands: Urbanization leads to the destruction of natural flood buffers like wetlands and forests, reducing water absorption capacity.

E.g., Hyderabad’s shrinking lakes contributed to its 2020 flood (Source: Hyderabad Urban Lab).

• Increased Paved Surfaces: Large-scale paving in urban areas reduces groundwater recharge and causes surface runoff, worsening flood situations.

E.g., Kochi’s flood situation worsened in 2018 due to excessive concretization (Source: Kerala State Disaster Management Authority).

Major Urban Floods in India (Last Two Decades)

• Mumbai Floods (2005) Cause: Record rainfall of 944 mm in 24 hours, compounded by poor drainage systems and blocked waterways. Impact: Over 1,000 deaths, severe infrastructure damage, and economic losses exceeding ₹4500 crore.

• Cause: Record rainfall of 944 mm in 24 hours, compounded by poor drainage systems and blocked waterways.

• Impact: Over 1,000 deaths, severe infrastructure damage, and economic losses exceeding ₹4500 crore.

E.g., Reported by the Mumbai Metropolitan Region Development Authority (MMRDA).

• Bengaluru Floods (2022)

• Cause: Excessive rainfall and inadequate drainage, exacerbated by unchecked urbanization and encroachment on lakes and stormwater drains. Impact: Severe waterlogging in key areas, displacement of people, and infrastructure damage amounting to ₹225 crore.

• Cause: Excessive rainfall and inadequate drainage, exacerbated by unchecked urbanization and encroachment on lakes and stormwater drains.

• Impact: Severe waterlogging in key areas, displacement of people, and infrastructure damage amounting to ₹225 crore.

E.g., Reported by Bruhat Bengaluru Mahanagara Palike (BBMP) in 2022.

Policies and frameworks in india to tackle urban flooding

• National Disaster Management Guidelines (2010): Issued by the NDMA for urban flooding, emphasizing proper drainage planning, risk assessment, and early warning systems.

E.g., NDMA issued guidelines for improving urban flood resilience (Source: NDMA 2010).

• Atal Mission for Rejuvenation and Urban Transformation (AMRUT): Focuses on improving urban infrastructure, including stormwater drainage and rainwater harvesting.

E.g., AMRUT’s budget in 2022-23 included ₹1 lakh crore for infrastructure development (Source: Ministry of Housing and Urban Affairs).

• Smart Cities Mission (2015): Promotes the creation of sustainable cities through efficient urban planning, including flood mitigation strategies.

E.g., Ahmedabad’s Sabarmati Riverfront project reduced urban flood risks (Source: Smart Cities Mission 2022 Report).

• Integrated Coastal Zone Management (ICZM): Aims to address flood risks in coastal cities through sustainable management of coastal ecosystems.

E.g., Implemented in Odisha, Gujarat, and West Bengal to reduce coastal flood risks (Source: World Bank).

• Flood Management and Border Areas Programme (FMBAP): Focuses on river and coastal flood management, drainage improvement, and embankment construction.

E.g., FMBAP was allocated ₹3,342 crore for 2021-26 to address urban flooding (Source: Ministry of Jal Shakti).

Conclusion

Urban flooding is a growing climate-induced disaster, and with increasing urbanization, the need for resilient urban infrastructure is paramount. Policies and frameworks like the NDMA guidelines and AMRUT must be strengthened with climate-resilient solutions, green infrastructure, and community participation to ensure sustainable urban growth and flood mitigation in the future.

Q19. India has a long and troubled border with China and Pakistan, fraught with contentious issues. Examine the conflicting issues and security challenges along the border. Also give out the development being undertaken in these areas under the Border Area Development Programme (BADP) and Border Infrastructure and Management (BIM) Scheme. (15M)

Introduction

India’s borders with China and Pakistan face ongoing tensions, with unresolved territorial disputes and security threats. Addressing these challenges requires strategic infrastructure development and effective management of border areas.

Conflicting issues and security challenges along the border

With China

• Border Disputes: Unresolved boundary along the LAC, especially in Ladakh and Arunachal Pradesh.

E.g., 2020 Galwan Valley clash caused fatalities on both sides.

• Chinese Infrastructure Build-up: Rapid infrastructure development by China along the LAC.

E.g., Road construction in Doklam triggered a standoff in 2017.

• Frequent Standoffs: Regular military standoffs due to differing perceptions of the LAC.

E.g., Ongoing tensions in Eastern Ladakh post-Galwan clash.

• Military Buildup: China’s deployment of advanced weaponry along the LAC.

E.g., PLA increased missile bases in Tibet.

With Pakistan

• Cross-border Terrorism: Pakistan-backed terrorist infiltrations along the LoC.

E.g., Infiltration attempts in Jammu & Kashmir in 2021.

• Ceasefire Violations: Regular ceasefire violations along the LoC, causing civilian and military casualties.

E.g., Over 100 ceasefire violations in 2021 alone.

• Smuggling of Arms and Drugs: Pakistan uses the porous border to smuggle weapons and narcotics.

E.g., Arms smuggling reported along Punjab border in 2022.

• Proxy War: Pakistan supports insurgency in Kashmir, destabilizing the region.

E.g., Terror attacks in Pulwama (2019) traced to Pakistan-based groups.

Development under the Border Area Development programme (badp)

• Road Construction: Enhanced connectivity to remote border areas.

E.g., New roads built in Ladakh.

• Health and Education: Building healthcare centers and schools in border villages.

E.g., Primary schools established in Jammu & Kashmir.

• Skill Development: Local employment opportunities for border communities.

E.g., Vocational training introduced in Uttarakhand.

• Electrification Projects: Solar power installations in remote areas.

E.g., Villages in Arunachal Pradesh electrified in 2021.

• Community Infrastructure: Building community centers and water supply systems.

E.g., Community centers established in Himachal Pradesh.

Development Under the Border Infrastructure and Management (BIM) Scheme

• Road and Tunnel Development: Focus on building critical roads and tunnels for defense and civilian use.

E.g., Completion of Atal Tunnel in Himachal Pradesh.

• Border Fencing: Installation of fences and surveillance equipment.

E.g., Smart fencing along the Pakistan border.

• Border Outposts: Establishment of more Border Outposts (BOPs) for security.

E.g., New BOPs constructed in Arunachal Pradesh.

• Helipads and Airstrips: Developing helipads for troop deployment in remote areas.

E.g., Helipads built in Ladakh.

• Smart Border Technology: Use of drones, sensors, and CIBMS for better monitoring.

E.g., Smart fencing on the India-Bangladesh border.

Conclusion

India faces complex challenges along its borders with China and Pakistan, requiring a mix of security measures and infrastructure development. Continued investments under BADP and BIM, coupled with diplomatic engagements, are essential for ensuring long-term peace and security in these sensitive regions.

Q20. Social media and encrypting messaging services pose a serious security challenge. What measures have been adopted at various levels to address the security implications of social media? Also suggest any other remedies to address the problem. (15M)

Introduction

In India, social media and encrypted messaging services pose major security challenges such as misinformation, radicalization, and cybercrime. Several measures have been implemented to address these issues, but more comprehensive steps are needed.

Security Challenges Posed by Social Media and Encrypted Messaging Services

• Spread of Misinformation: Social media accelerates the viral spread of fake news and rumors, causing public unrest.

E.g. Fake news during COVID-19 lockdown led to mass panic.

• Radicalization and Extremism: Encrypted platforms are used to radicalize individuals and promote extremist ideologies.

E.g. Terrorist groups using Telegram for recruitment.

• Challenges to Law Enforcement: End-to-end encryption hampers the ability of law enforcement to monitor criminal activities.

E.g. Difficulty tracing messages on WhatsApp related to lynching incidents.

• Cybercrime and Privacy Violations: Increase in cyber scams, identity theft, and data breaches due to lack of regulation on user data.

E.g. Data breaches from major platforms like Facebook affecting Indian users.

• Election Interference: Social media is often misused to influence elections through targeted misinformation campaigns.

E.g. Allegations of misuse during India’s 2019 General Elections

Security measures in India

1. IT Rules 2021-Mandates social media platforms to trace the first originator of harmful content and ensure compliance with content removal requests.

E.g. Twitter asked to take down posts during farmer protests (2021).

2. Digital Personal Data Protection Act 2023-Ensures data protection, privacy rights, and data localization to safeguard Indian users’ information.

E.g. Platforms must store user data within Indian borders.

3. Collaboration with Platforms-Indian government works with platforms like WhatsApp and Twitter to curb fake news and hate speech.

E.g. WhatsApp introduced limits on forwarding messages after lynching incidents.

4. Encryption Regulations-Balancing privacy and security by ensuring traceability in encrypted services when required by law.

E.g. Government asked WhatsApp for traceability in cases of crime and terrorism (2021).

5. Cybercrime Monitoring-Creation of Indian Cyber Crime Coordination Centre (I4C) to track and tackle cyber threats across platforms.

E.g. I4C launched Operation Blackface to combat child pornography.

Remedies to address the problem

1. 1.Balanced Encryption Laws-Ensure lawful access to encrypted data for crime prevention without violating privacy.

E.g. Law enforcement requested decryption for terrorism-related investigations.

1. 1.Digital Literacy Campaigns-Enhance digital literacy to prevent the spread of fake news and protect user privacy.

E.g. Cyber Swachhta Kendra educates citizens on cybersecurity.

1. 1.AI-Based Content Monitoring-Use AI to automatically detect and remove harmful content in real time.

E.g. YouTube’s AI flagged and removed extremist videos.

1. 1.Stronger Cyber Laws-Update laws to address cybercrime and data breaches effectively.

Recommendations by the BN Srikrishna Committee on data protection.

1. 1.International Collaboration-Collaborate globally to tackle cross-border cyber threats.

E.g. India signed the Budapest Convention on Cybercrime.

Conclusion:

India’s approach to regulating social media and encrypted messaging is evolving, balancing national security with individual privacy. A comprehensive strategy combining legal, technological, and educational measures will be essential for future security.

Join our Official Telegram Channel HERE

Please subscribe to Our podcast channel HERE

Follow our Twitter Account HERE

Follow our Instagram ID HERE