What to Read in The Hindu Editorial ( Topic and Syllabus wise)

 

Article 1: A seismic decision

Why in news: The Centre rolled back the Bureau of Indian Standards (BIS) earthquake zoning revision after concerns over methodology, higher construction costs, and development impacts, highlighting tensions between scientific risk assessment and economic feasibility.

Key Details

BIS proposed new seismic zoning using the Probabilistic Seismic Hazard Assessment (PSHA) model.

The framework introduced Zone VI, covering Kashmir, Himalayan regions, Kutch, and the north-east.

Stricter seismic standards could increase construction costs by 20–33%.

Concerns that higher costs may slow infrastructure development and expand informal housing.

Multiple ministries and regulators opposed the revision due to implementation and financial challenges.

Rollback of India’s Earthquake Zoning Revision

The Centre rolled back the revision to India’s earthquake zoning proposed by the Bureau of Indian Standards (BIS) after experts raised concerns about the methodology used.

Some engineers argued that the revised zoning was not aligned with site-specific seismic evaluations.

However, the rollback was mainly driven by concerns over massive costs and implementation challenges.

The decision has major implications for urban planning, disaster preparedness, and climate resilience in India.

As India undergoes rapid urban infrastructure expansion, getting the earthquake zoning framework right is crucial to make cities and infrastructure safer.

Importance of the Earthquake Zoning Framework

The zoning exercise provides an opportunity to strengthen disaster resilience across cities and infrastructure.

It can help earthquake-proof key assets such as cityscapes, power infrastructure, dams, highways, homes, and offices.

With India’s rapid urbanisation, integrating disaster preparedness into infrastructure planning is essential.

A robust zoning framework can reduce long-term damage from earthquakes and protect lives and investments.

Therefore, designing an accurate and practical zoning system has become more important than ever.

Scientific Debate on Earthquake Risk Assessment

The core issue is the scientific estimation of potential earthquakes and their intensity.

This estimation must be balanced with the capacity of buildings and infrastructure to withstand seismic shocks.

Most advanced economies now use Probabilistic Seismic Hazard Assessment (PSHA).

PSHA uses probability-based simulations of ground motion to estimate earthquake risks more dynamically.

India has traditionally relied on a simpler fixed seismic zoning model, which is less sophisticated.

BIS Proposal and the New Zone VI

The BIS attempted to adopt the PSHA-based approach, aligning India with global seismic risk assessment practices.

However, the revisions notified in November 2025 were later withdrawn on March 3.

The proposal introduced a new highest-risk category called Zone VI.

This zone included most of Kashmir, parts of the Himalayan region, Kutch in Gujarat, and the north-east.

The move was seen as scientifically progressive but operationally controversial.

Concerns About Economic and Developmental Impact

Urban planners fear stricter zoning could slow infrastructure development in already economically fragile regions.

It may also push more housing into the informal sector, which already accounts for nearly 80% of homes in India.

Construction costs could rise significantly with stricter seismic standards.

A one-zone increase may raise building costs by about 20%, while two zones could increase costs by nearly one-third.

For large infrastructure projects like metro rail, dams, and power stations, the costs could be even higher.

Institutional Pushback Against the Revision

Opposition to the revised zoning came from both the private sector and government bodies.

Key institutions raising concerns included:

Ministry of Housing and Urban Affairs

Ministry of Home Affairs

Central Water Commission

National Dam Safety Authority

These stakeholders highlighted the financial and operational burden of implementing stricter standards.

The pushback ultimately contributed to the Centre’s decision to withdraw the revision.

Climate and Sustainability Dimension

The construction sector in India is a major source of carbon emissions.

Stricter earthquake-resilient construction could increase material use, potentially affecting climate mitigation goals.

Therefore, the earthquake zoning revision must consider both disaster resilience and environmental sustainability.

A balanced approach is required to avoid increasing emissions while strengthening infrastructure safety.

Integrating climate considerations with seismic safety is becoming increasingly important.

Need for a Holistic and Implementable Framework

Revising earthquake zoning is necessary for improving disaster preparedness in India.

However, it requires extensive consultation with ministries, regulators, engineers, and industry stakeholders.

Policies must address affordability, implementation challenges, and climate commitments simultaneously.

A well-designed and practical framework can ensure safer infrastructure without hindering development.

Ultimately, a holistic and implementable seismic policy is essential for strengthening India’s disaster resilience and sustainable growth.

Conclusion

Revising India’s earthquake zoning framework is essential to improve disaster preparedness as urbanisation accelerates. However, seismic safety must be balanced with economic feasibility, housing affordability, and climate commitments. A transparent, science-based approach with wider consultations among engineers, ministries, and industry stakeholders is necessary. Only a holistic and implementable framework can strengthen infrastructure resilience while ensuring sustainable and inclusive development.

 

Descriptive question:

1. Discuss the implications for disaster resilience, urban development, and climate commitments in India. (250 words, 15 marks)

 

Article 2: Policy missteps

Why in news: Escalating tensions in West Asia have renewed concerns about India’s energy security, highlighting risks to oil supplies through the Strait of Hormuz and exposing gaps in policy preparedness and crisis communication.

Key Details

India imports around 90% of its crude oil, making it highly vulnerable to global supply disruptions.

The Strait of Hormuz is a critical oil transit route, and instability in West Asia threatens supply chains.

Government initiatives promoting ethanol blending and biofuels aim to reduce dependence but currently offer only marginal strategic relief.

Policy shifts regarding imports from Russia, Iran, and Venezuela reflect the influence of pressure from the United States.

Delayed government responses and reliance on informal briefings created confusion about fuel availability during the crisis.

India’s Energy Security and Crisis Preparedness

Rising Vulnerability in Oil Dependence

Events in West Asia have highlighted India’s vulnerability due to heavy reliance on imported energy.

India imports nearly 90% of its crude oil, making supply disruptions highly risky.

The Strait of Hormuz remains a critical chokepoint in the global oil supply chain affecting India.

Any geopolitical instability in the region can severely impact fuel availability and prices in India.

Limited Impact of Alternative Fuel Policies

The government has attempted to reduce oil dependence through ethanol blending and biofuels.

These initiatives aim to diversify India’s energy sources and reduce import vulnerability.

However, rapid economic growth of 6–8% annually continues to increase energy demand.

As a result, ethanol and biofuel policies offer only limited strategic relief in the near term.

Need for a Long-Term Oil Import Strategy

India’s oil import policy needs to be more strategic and long-term oriented.

The crisis revealed the importance of discounted crude imports from Russia.

Earlier reductions in Russian imports occurred due to pressure from the United States.

In the past, India had also reduced imports from Iran and Venezuela under similar pressure.

Such policy shifts risk undermining energy security and diplomatic balance.

Consequences of External Economic Pressures

The U.S. had imposed 50% tariffs, creating economic strain for India.

India might have waited for the decision of the Supreme Court of the United States before altering policy.

Policy shifts may lead to the loss of discounted Russian oil supplies.

This situation risks weakening India’s strategic credibility with multiple partners.

Domestic Policy Challenges and Fuel Pricing

Government officials indicated that fuel prices will not be increased despite rising crude prices.

Politically, this is necessary as fuel prices were not reduced even when global oil prices were lower.

Maintaining price stability may increase fiscal pressure on the government.

Supply Strains from LPG Expansion

The Pradhan Mantri Ujjwala Yojana expanded LPG access to millions of households.

While beneficial for social welfare, it significantly increased LPG demand.

Insufficient reserves and supply planning have resulted in shortages affecting restaurants and hotels.

The situation reflects gaps in anticipating supply pressures during crises.

Weak Crisis Communication by the Government

Government communication relied mainly on anonymous briefings and occasional social media posts.

This lack of transparency contributed to public anxiety about fuel availability.

An inter-ministerial press conference was held but came several days late.

The absence of open questioning reduced public accountability and clarity.

Effective crisis management requires clear, timely, and transparent communication strategies.

Conclusion

The West Asia crisis underscores the urgency of strengthening India’s energy security framework. While diversification through biofuels and alternative sources is important, India must adopt long-term import strategies, build strategic reserves, and diversify suppliers. Equally crucial is transparent crisis communication and coordinated policy planning to ensure stability in energy supplies and protect economic growth during geopolitical disruptions.

 

Article 3: Reforming choice-based education

Why in news: The debate on choice and flexibility in higher education has resurfaced with the implementation of the Four-Year Undergraduate Programme (FYUGP) under NEP 2020, highlighting gaps between policy ideals and classroom realities.

Key Details

Shift toward flexibility: Educational reforms emphasise student choice, multidisciplinary learning, and personalised academic pathways instead of a rigid one-size-fits-all system.

CBCSS limitations: The Choice-Based Credit and Semester System (CBCSS) introduced in 2009 promised flexibility but offered limited electives and inconsistent credit structures.

FYUGP reforms: The Four-Year Undergraduate Programme (FYUGP) allows major–minor combinations and course mobility, aiming to enhance autonomy and interdisciplinary learning.

Structural challenges: Teacher workload, large class sizes, traditional pedagogy, and outdated evaluation systems restrict effective implementation of flexibility.

Need for systemic change: Successful reform requires teacher training, institutional support, and curriculum innovation to make choice meaningful rather than symbolic.

Shift Toward Student-Centric Education

Choice and flexibility have become key themes in recent educational reforms and policy discussions.

Educators are increasingly focusing on individual student needs, abilities, and aspirations.

The traditional one-size-fits-all model of education is gradually being replaced.

The new approach recognises the diversity of student interests and talents.

Education systems are attempting to become more inclusive and personalised.

Emergence of Multidisciplinary Learning

The new educational model promotes multiple academic pathways for students.

Students can combine subjects from different fields (for example, science with music).

This reflects a transition from teacher-centred to learner-centred education.

Greater emphasis is placed on multidisciplinary and transdisciplinary learning.

Cross-disciplinary exposure provides students with a broader and more holistic understanding of the world.

Limits of Flexibility in a Rigid System

When such ideals are applied within rigid academic structures, real choice becomes limited.

Factors such as heavy teacher workload, traditional pedagogy, and poor student-teacher ratios restrict implementation.

Outdated evaluation systems further reduce the scope of innovation.

As a result, flexibility often remains a policy promise rather than classroom reality.

The system sometimes offers choice only in name, not in practice.

The Illusion of Choice in Academic Reforms

The Choice-Based Credit and Semester System (CBCSS) introduced in Kerala in 2009 aimed to expand student freedom.

In practice, inconsistencies in credit allocation and teaching hours emerged.

Most courses remained compulsory core subjects, with limited elective options.

Departments often determined the electives, reducing true student choice.

The “open course” offered in the fifth semester was one of the few genuine options available.

Need for Systemic and Institutional Changes

Major reforms like the Four-Year Undergraduate Programme (FYUGP) require deep structural adjustments.

Policies promoting interdisciplinary learning may sometimes create unintended restrictions.

Effective reforms require teacher training, smaller class sizes, and improved infrastructure.

Evaluation methods and teaching practices must evolve to support skill-based and concept-driven learning.

Without systemic transformation, educational reforms may struggle to produce meaningful results.

Conclusion

Educational reforms emphasising choice, flexibility, and interdisciplinary learning represent an important shift toward student-centric education. However, without corresponding institutional restructuring, teacher preparedness, and improved classroom conditions, such reforms risk remaining symbolic. For these policies to succeed, systemic support, pedagogical innovation, and administrative flexibility are essential to translate policy promises into meaningful learning opportunities for students.

Descriptive question:

1. Evaluate the extent to which recent higher education reforms in India promoting choice, flexibility, and multidisciplinary learning have transformed undergraduate education. Discuss the challenges in their effective implementation. (250 words, 15 marks)