Content

• Parents, companies must act against social media harms
• A bit of a blur over India’s new carbon credit plan

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Parents, companies must act against social media harms

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Why in News ?

• Editorial highlights growing concern over social media-driven mental health crisis among adolescents, backed by global evidence and Indian trends.
• India-specific policy momentum: Karnataka (2026) proposed ban under 16, Andhra Pradesh exploring restrictions, and Economic Survey 2025–26 recommending age limits.

Relevance

• GS 2 (Governance & Polity):
  Regulation of digital platforms (IT Rules 2021, DPDP Act 2023), Centre–State jurisdiction issues, child protection laws, digital governance
• GS 3 (Science & Technology / Internal Security):
  Algorithmic harms, dark patterns, cyberbullying, online exploitation, platform accountability

Practice Question

Q. Social media platforms are increasingly being held responsible for adverse mental health outcomes among adolescents. Discuss the need for a balanced regulatory framework in India. (15 Marks)

Nature of the Problem 

Mental Health Crisis among Youth

• Heavy social media use linked to 2–3 times higher risk of self-harm and suicidal ideation (global research cited in editorial), reflecting serious psychological externalities.
• India shows rising vulnerability with 1.71 lakh suicides (NCRB 2022), with 15–29 age group most affected, indicating broader youth distress ecosystem.
• Economic Survey 2025–26 flags increasing anxiety, sleep disorders, and reduced attention spans among youth due to excessive screen time.

Social Validation & Behavioural Pressure

• Editorial highlights adolescents’ dependence on “likes and engagement”, reinforced by Indian study showing ~50% adolescents feel distressed over low engagement.
• Peer pressure drives early adoption; ASER 2024 shows ~90% adolescents (14–16) have smartphone access, making digital participation almost unavoidable.

Neurodevelopmental Vulnerability

• Editorial stresses that prefrontal cortex (decision-making centre) is underdeveloped in adolescents, limiting ability to resist addictive design features.
• This aligns with scientific evidence (NIH) that impulse control matures in late adolescence, making early exposure risky in India’s high-access environment.

Platform Design & Algorithmic Harms

• Social media platforms rely on algorithms, endless scrolling, and notifications, intentionally designed to maximise engagement rather than user well-being (editorial core argument).
• Indian policy discussions (Karnataka consultations, 2026) identified “dark patterns” contributing to addiction, reduced academic performance, and behavioural issues.

Safety & Exploitation Risks

• Editorial flags technology-facilitated child sexual exploitation (~300 million globally), indicating severe online safety risks.
• In India, rising cases of cyberbullying and online abuse (NCRB cybercrime data trends) highlight weak child protection mechanisms in digital spaces.

Core Argument of the Editorial (Responsibility Framework)

Limitations of Parental Responsibility

• Editorial argues parents alone cannot regulate exposure due to peer pressure and lack of digital literacy, especially in India where rapid digital adoption outpaces awareness.
• Indian context: Parents often enable device use for convenience, as noted in Karnataka policy consultations (2026), weakening informal regulation.

Corporate Accountability

• Platforms profit from engagement (e.g., advertising-driven models dominating Big Tech revenues), yet fail to integrate safety-by-design mechanisms proactively.
• Editorial emphasises that safeguards are reactive rather than preventive, placing disproportionate burden on children and families.

Role of Government

• Editorial supports raising minimum age (13 → 16 years) as a behavioural reset mechanism, now reflected in Karnataka’s policy proposal (2026).
• Governments must enforce:
  • algorithmic transparency
  • age-appropriate design
  • platform accountability standards

Indian Policy Developments 

Karnataka Model (2026)

• Proposed ban on social media for children under 16, citing mental health concerns, addiction, and academic decline among students.
• Reflects shift from laissez-faire digital access → protective regulatory approach, making Karnataka a policy pioneer in India.

Andhra Pradesh Approach (2026)

• Proposed restriction under 13 with graded access (13–16), indicating a more nuanced regulatory model balancing access and safety.

National-Level Signals

• Economic Survey 2025–26 recommends age-based restrictions and regulation of addictive platform features, marking formal recognition of digital harms.
• Growing discourse for national policy on child digital safety, indicating transition toward structured governance.

Key Issues 

Reactive Governance Model

• Platforms introduce safeguards only after harm (editorial insight), similar to global cases like Instagram reforms post internal reports (Facebook Files 2021).

Enforcement Constraints

• Age restrictions difficult to implement due to lack of robust age verification systems in India, enabling easy circumvention through fake accounts.

Federal & Legal Issues

• Digital regulation falls under Union List (IT Act domain), raising constitutional questions over state-level bans like Karnataka’s intervention.

Risk of Digital Exclusion

• Blanket bans may restrict access to educational resources (YouTube learning, digital classrooms), especially for disadvantaged students.

Gender & Social Inequality

• Risk of widening gender digital divide (female internet usage ~33% vs male ~57%), if families disproportionately restrict girls’ access.

Way Forward 

Safety-by-Design Regulation

• Mandate platforms to integrate default privacy, time limits, and content moderation, shifting burden from users to companies as emphasised in editorial.

Algorithmic Transparency

• Require disclosure and audit of recommendation systems, ensuring harmful content is not amplified for engagement gains.

National Child Digital Safety Framework

• Enact comprehensive law integrating IT Rules + DPDP Act, specifically targeting child protection, age verification, and platform liability.

Graded Access Model

• Adopt tiered access (as proposed by Andhra Pradesh) instead of blanket bans, balancing protection with access to digital opportunities.

Digital Literacy & Behavioural Change

• Expand PMGDISHA + school curriculum integration, enabling parents and children to understand risks and adopt responsible usage practices.

Multi-Stakeholder Governance

• Collaboration between government, tech companies, schools, and civil society, ensuring holistic and sustainable digital ecosystem.

Prelims Pointers 

• IT Rules 2021 → intermediary obligations
• DPDP Act 2023 → parental consent for minors
• ASER 2024 → ~90% adolescents have smartphone access
• Economic Survey 2025–26 → digital addiction concerns
• Karnataka 2026 → social media restriction under 16

Conclusion

• The editorial underscores a critical shift: social media harms are systemic, not individual failures, rooted in platform design and governance gaps.
• India’s response, as seen in Karnataka and policy debates, must evolve into a balanced, child-centric digital governance model, ensuring technology empowers rather than harms the next generation.

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A bit of a blur over India’s new carbon credit plan

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Why in News ?

• Union Budget 2026 allocated ₹20,000 crore for a “carbon credit programme”, primarily aimed at Carbon Capture, Utilisation and Storage (CCUS) in heavy industries.
• Confusion emerged as media narratives linked the scheme to farmer carbon credits, despite official alignment with DST CCUS Roadmap (Dec 2025) focusing on industrial sectors.

Relevance

• GS 1 (Geography & Environment):
  Climate change mitigation, land-based carbon sequestration (carbon farming), sustainable agriculture
• GS 2 (Governance & International Relations):
  Climate policy, Paris Agreement commitments, policy coordination issues, global trade implications (EU CBAM)

Practice Question

Q. India’s carbon credit programme reflects a dual challenge of industrial decarbonisation and agricultural sustainability. Analyse the policy gaps and suggest a balanced approach. (15 Marks)

Core Policy Reality: CCUS for Industrial Decarbonisation

Targeting Hard-to-Abate Sectors

• CCUS focuses on power, steel, cement, refineries, chemicals, identified as “hard-to-abate” sectors due to process emissions difficult to eliminate.
• These sectors face EU Carbon Border Adjustment Mechanism (CBAM) risks, making decarbonisation essential for export competitiveness.

Scale & Climate Imperative

• India emits ~2.9 billion tonnes CO₂ annually, with a significant share from industrial sectors, necessitating carbon capture technologies.
• DST roadmap targets 750 million tonnes CO₂ capture annually by 2050, indicating long-term strategic commitment.

Budget 2026 Objective

• ₹20,000 crore allocation aims to bridge gap between pilot projects and commercial deployment, scaling CCUS technologies across industries.
• Forms part of India’s Net Zero 2070 pathway, integrating climate policy with industrial growth.

Why Agriculture is NOT Part of This Scheme ?

Nature of Agricultural Emissions

• Agriculture emits methane (livestock) and nitrous oxide (fertilisers), which are diffuse and biologically generated, unlike concentrated industrial emissions.

Technical Limitation of CCUS

• CCUS works on point-source capture (chimneys, flue gases), making it unsuitable for dispersed farm emissions across millions of small holdings.

Separate Framework: Carbon Dioxide Removal (CDR)

• Agriculture contributes through soil carbon sequestration, agroforestry, biochar, classified under CDR, not CCUS, requiring different policy tools.

Source of Confusion: “Farmer Carbon Credit Narrative”

Misinterpretation of Budget Language

• Use of generic term “carbon credit programme” created expectation that farmers will directly benefit, despite scheme being industrial-focused.

Existing Voluntary Carbon Market Trends

• India is developing carbon market under Energy Conservation Act 2022, expected to begin trading carbon certificates by 2026.

Emerging Farmer-Based Models

• Private and state-level pilots already allow farmers to earn through soil carbon projects and sustainable practices, reinforcing perception of a national scheme.

Media Amplification

• Articles highlighting “farms as climate solutions” blurred distinction between industrial CCUS funding and agricultural carbon markets, intensifying confusion.

Significance of CCUS Programme

Industrial Competitiveness

• Helps Indian exports comply with global carbon standards (EU CBAM), preventing trade disadvantages for carbon-intensive sectors.

Energy Transition Realism

• Allows continued use of coal-dependent infrastructure, which will remain significant in India’s energy mix, while reducing emissions.

Technology & Innovation Push

• Encourages indigenous CCUS R&D and deployment, strengthening India’s clean-tech ecosystem and global positioning.

Strategic Climate Policy

• Integrates climate goals with economic growth, balancing development needs with emission reduction commitments under Paris Agreement.

Parallel Opportunity: Carbon Farming in India

Huge Land-Based Potential

• India has ~140 million hectares of agricultural land (FAO), offering massive scope for carbon sequestration through soil and biomass.

Income Diversification for Farmers

• Carbon farming can create additional income streams beyond MSP and crops, especially via FPO-based aggregation models.

Policy Alignment

• Schemes like Natural Farming Mission, PM-PRANAM already promote low-carbon agriculture, which can be integrated into carbon markets.

Global Market Opportunity

• Voluntary carbon market projected to grow rapidly, with India poised to become a major supplier of nature-based carbon credits.

Challenges

Policy Communication Failure

• Ambiguity in Budget terminology led to misaligned expectations among farmers and stakeholders, highlighting governance communication gap.

High Cost of CCUS

• CCUS remains capital-intensive, requiring large-scale subsidies and technological breakthroughs for commercial viability.

Absence of Agricultural Carbon Framework

• India lacks robust MRV (Measurement, Reporting, Verification) systems for soil carbon, limiting credibility of farmer carbon credits.

Institutional Fragmentation

• Climate governance spread across DST, MoEFCC, Agriculture Ministry, leading to lack of coordinated approach between industrial and agricultural decarbonisation.

Equity Concerns

• Current scheme benefits large industries, while small farmers remain outside formal carbon market ecosystem, raising distributive justice concerns.

Way Forward

Dual Climate Strategy

• Clearly separate CCUS (industrial emissions reduction) and CDR (agriculture-based sequestration) with dedicated schemes and funding streams.

Operationalise Indian Carbon Market

• Fast-track implementation of domestic carbon trading system (Energy Conservation Act 2022) with inclusion of agriculture sector.

Dedicated Carbon Farming Scheme

• Launch national programme for farmers integrating soil health cards, FPOs, and digital MRV systems, ensuring direct income benefits.

Strengthen MRV & Digital Systems

• Use satellite monitoring, AI tools, and blockchain for credible measurement of carbon sequestration and transparent credit issuance.

Public-Private Partnerships

• Encourage collaboration between government, agri-tech firms, and FPOs to scale farmer participation in carbon markets.

Prelims Pointers

• CCUS → industrial carbon capture (point-source)
• CDR → carbon removal (soil, forests)
• DST CCUS Roadmap 2025 → industrial sectors focus
• ₹20,000 crore (Budget 2026) → CCUS funding
• Energy Conservation Act 2022 → carbon market framework

Conclusion

• Budget 2026 clearly prioritises CCUS-led industrial decarbonisation, supported by DST roadmap and global competitiveness concerns.
• However, the farmer carbon credit narrative reflects a real but separate opportunity, requiring dedicated policy and institutional backing.
• India’s success lies in clearly demarcating and simultaneously advancing both ‘smokestack’ and ‘soil’ strategies, ensuring inclusive and sustainable climate action.

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