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14-Nov-2025
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INTEGRATED MAINS AND PRELIMS MENTORSHIP (IMPM) KEY (14/11/2025)

INTEGRATED MAINS AND PRELIMS MENTORSHIP (IMPM) 2025 Daily KEY

 
 
 
 
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Retail Inflation  and  Carbon Border Adjustment Mechanism (CBAM) its significance for the UPSC Exam? Why are topics like Stubble burning, Sixth Schedule of the Indian Constitution , Green hydrogen technologies important for both preliminary and main exams? Discover more insights in the UPSC Exam Notes for November 14, 2025
 
 
 

Retail inflation hits a historic low of 0.25% in October

For Preliminary Examination: Current events of national and international Significance

For Mains Examination: GS III - Economy

Context:

Retail inflation fell to a historic low of 0.25% in October, with the government attributing this fall to the first full month’s impact of GST rate cuts, a favourable base effect, and drop in inflation of several food items such as vegetables and fruits.

Read about:

What is Retail Inflation?

Goods and Service Tax

 

Key takeaways:

 

  • Retail inflation refers to the rise in the prices that consumers pay for everyday goods and services—such as food, clothing, fuel, transport, and household items—over a period of time. It reflects how much more expensive life becomes for an average household.
  • In India, retail inflation is measured using the Consumer Price Index (CPI), which tracks changes in the cost of a fixed basket of goods typically purchased by consumers.
  • When retail inflation increases, it means that the purchasing power of money decreases, as people must spend more to buy the same items they used to afford earlier.
  • This form of inflation is particularly important because it directly affects living standards. For instance, a rise in the price of essential commodities like vegetables, cereals, or cooking gas immediately impacts household budgets, especially for lower- and middle-income groups.
  • It also influences economic decision-making at various levels. The Reserve Bank of India closely monitors retail inflation to decide monetary policies such as interest rates. If inflation rises beyond the RBI’s comfort zone, the central bank may raise interest rates to control spending and stabilize prices.
  • Conversely, when inflation is low, it may lower rates to encourage borrowing and boost economic activity.

 

Additional Information

  • Retail inflation dropped to an unprecedented 0.25% in October, a decline the government credits to the full-month impact of GST rate reductions, a favourable base effect, and lower price increases in several food items like fruits and vegetables.
  • The government noted that this is the lowest inflation rate recorded in the current Consumer Price Index series, which began in January 2012. The data indicate that much of the decline in overall inflation stems from the statistical influence of the base effect on food prices.
  • Figures show that the food and beverages segment registered a 3.7% fall in prices in October 2025, deepening the 1.4% drop seen in September. Economists, however, point out that this decline is largely due to the high inflation of 9.7% in the same month last year, making the current year’s figures appear more favourable rather than reflecting a true reduction in prices.
  • In contrast, inflation in the housing sector rose slightly to 3% in October 2025, up from 2.8% in October 2024.
  • Among other groups, clothing and footwear experienced a slowdown in price rise, easing to 1.7% compared to 2.7% last year, likely influenced by GST cuts. Meanwhile, inflation in the pan, tobacco, and intoxicants group edged up to 2.9% from 2.5% a year earlier.
  • The miscellaneous category—which covers items outside the main sectors—saw inflation pick up significantly, rising to 5.7% in October 2025 from 4.3% in the same month the previous year

 

Follow Up Question

Mains

1.The recent decline in retail inflation to a historic low has been attributed largely to the statistical base effect rather than a genuine reduction in prices. In this context, critically examine the role of base effects in shaping inflation trends in India. Discuss how sector-specific variations—such as food, housing, and miscellaneous categories—complicate the interpretation of headline inflation

Note: This is a refrence approach to the Question and Model Answer Only
 

Introduction (2–3 lines)

Briefly introduce the phenomenon.
Example:
Retail inflation recently touched a historic low, driven largely by the statistical impact of a favourable base effect rather than an actual fall in prices. Understanding how base effects distort inflation readings is crucial for accurate policy interpretation.

Explain the Base Effect (Definition + Relevance)

Clarify what it is and why it matters.

 

Critical Examination: How Base Effect Influenced the Recent Inflation Decline

Use the context from the passage but in analytical terms.

  • Food inflation’s sharp drop is largely statistical because the previous year’s inflation was around 9–10%.

  • Even though prices contracted in “food and beverages,” this contraction reflects comparison with an unusually high base.

  • Headline inflation at 0.25% may therefore exaggerate the perception of easing prices.

  • GST rate cuts and seasonal variations may have contributed but are not the primary drivers.

Conclusion (2–3 lines)

Provide a balanced ending.
Example:
While the recent fall in retail inflation is statistically impressive, it is largely a base-effect phenomenon rather than a reflection of broad-based price stability. A more nuanced, sector-wise interpretation is essential for sound economic policymaking.

Introduction
Retail inflation in India recently touched an unprecedented low of 0.25%. While this appears to signal strong price stability, the decline is largely driven by the statistical base effect rather than a broad-based reduction in the cost of goods and services. Understanding this distinction is vital for correctly interpreting inflation trends.

Body
The base effect arises when the previous year experienced unusually high inflation, causing the current year’s percentage changes to look relatively smaller even if actual prices have not fallen significantly. This explains the sharp contraction in the food and beverages category, where prices fell by 3.7% in October. Last year, food inflation in the same month was nearly 9.7%, creating a high comparison base. As a result, the current fall appears more dramatic than what consumers actually experience.

Sector-wise variations further complicate the interpretation of headline inflation. Housing inflation, for instance, increased to 3% from 2.8% the previous year, indicating that price pressures persist in the real estate and rental markets. The miscellaneous category, which includes a wide range of services, saw inflation rise sharply to 5.7%, suggesting continued demand-driven and structural inflation. Even categories like pan, tobacco, and intoxicants witnessed higher inflation. Only clothing and footwear showed a real easing, likely due to GST rate reductions rather than general price moderation.

These divergences reveal that headline inflation alone gives an incomplete picture. Policymakers must account for base effects and sector-specific data to avoid misjudging economic conditions.

Conclusion
Thus, while the fall in retail inflation appears significant, it is primarily statistical. A deeper, category-wise analysis is essential for accurate policy formulation and for understanding the true state of inflation in the economy

 
 
 
Prelims
 
1.Concerning the Indian economy, consider the following: (UPSC 2015)
  1. Bank rate
  2. Open Market Operations
  3. Public debt
  4. Public revenue

Which of the above is/are component(s) of Monetary Policy?

(a) 1 only   

(b) 2, 3 and 4   

(c) 1 and 2     

(d) 1, 3 and 4

Answer (c)
 

Monetary policy refers to tools used by the RBI to regulate money supply and credit in the economy.

  • Bank Rate → Part of monetary policy

  • Open Market Operations (OMO) → Part of monetary policy

  • Public Debt → Fiscal policy

  • Public Revenue → Fiscal policy

Hence, only 1 and 2 are components of monetary policy
 
 
 

Indian iron and steel exporters face the highest CBAM levy

For Preliminary Examination: Current events of national and international Significance

For Mains Examination: GS III - Environment and Ecology

Context:

Indian exporters of iron and steel to EU may have to pay about €301 million (approximately ₹3,000 crore) in Carbon Border Adjustment Mechanism (CBAM) fees, the highest among all countries exporting similar products to the EU, an analysis by European non-profit think-tank Sandberg has found

 

Read about:

 Carbon Border Adjustment Mechanism (CBAM)

Greenhouse gas (GHG) emissions

 

Key takeaways

 

  • The Carbon Border Adjustment Mechanism (CBAM) is a policy tool introduced by the European Union (EU) to address the issue of “carbon leakage” — a situation where industries shift production to countries with weaker climate regulations to avoid the costs of reducing greenhouse gas emissions.
  • Essentially, CBAM ensures that imported goods into the EU face a carbon price equivalent to what EU producers pay under the EU’s Emissions Trading System (ETS).
  • Under the EU’s climate policies, industries within the region are required to purchase carbon credits for every tonne of carbon dioxide they emit. This system creates a financial incentive to adopt cleaner technologies and reduce emissions.
  • However, if foreign producers exporting to the EU are not subject to similar carbon pricing in their home countries, they gain a cost advantage. The CBAM aims to neutralize this imbalance by imposing a carbon tariff on such imports.
  • The mechanism initially covers carbon-intensive sectors such as iron and steel, cement, aluminum, fertilizers, electricity, and hydrogen—areas that are both energy-intensive and highly traded globally. Importers in the EU will need to report the embedded emissions of their products and purchase corresponding CBAM certificates to cover these emissions. The price of these certificates will mirror the price of carbon within the EU’s ETS.
  • For developing countries, including India, CBAM raises significant concerns. It could act as a trade barrier by making exports to the EU more expensive if domestic producers cannot demonstrate low carbon footprints. This may also pressure developing economies to adopt stricter climate measures and carbon accounting mechanisms to maintain export competitiveness.
  • In essence, the CBAM represents a major step in linking global trade with climate policy. While it supports the EU’s goal of achieving net-zero emissions by 2050, it also introduces new dynamics in international trade, prompting debates on climate justice, fairness, and the responsibilities of developed versus developing nations in combating global warming

 

 Additional Information

  • According to a recent analysis by the European think tank Sandberg, Indian exporters of iron and steel to the European Union (EU) may incur approximately €301 million (about ₹3,000 crore) in charges under the Carbon Border Adjustment Mechanism (CBAM)—the highest liability among all nations exporting similar products to the bloc.
  • The CBAM functions as a carbon levy imposed on European importers who purchase goods from countries where production generates higher carbon emissions per tonne than comparable goods produced within the EU.
  • Sandberg’s newly released online calculator estimates that Russia will face the second-highest CBAM costs at €240 million, followed by Ukraine (€198 million) and China (€194 million).
  • The study further reveals that when India’s exports of aluminium and cement are included alongside iron and steel, its total CBAM liability amounts to around €330 million, equivalent to roughly 1.05% of the value of all traded goods.
  • However, it also highlights a potential opportunity — Indian industries could increase revenues by about €510 million if they adopt cleaner and more energy-efficient technologies, thereby offsetting nearly €180 million in net costs.
  • India has, however, consistently voiced opposition to the CBAM, with several industry associations labelling it a form of “non-tariff barrier” that could adversely affect the competitiveness of Indian exports in European markets

 

 Follow Up Question

Mains

1.“The European Union’s Carbon Border Adjustment Mechanism (CBAM) represents a new intersection between climate policy and international trade.”
Critically examine the implications of CBAM for India’s exports and its alignment with the principles of climate justice and the WTO framework. Suggest measures India can adopt to mitigate its economic and environmental impact.

 

Note: This is just a model answer and a Model Structure model
 

Introduction (40–50 words)

  • Begin by defining CBAM and its objective.

  • Mention its link with the EU’s Emissions Trading System (ETS) and the goal of preventing carbon leakage.

  • Briefly state that while it supports climate action, it raises trade and equity concerns for developing nations like India.

Example:
The Carbon Border Adjustment Mechanism (CBAM) is a carbon pricing policy introduced by the European Union to equalize the cost of carbon emissions between EU and non-EU producers. While intended to curb carbon leakage, it raises critical questions on fairness, trade equity, and climate justice, especially for developing economies such as India.

Body (150–170 words)

(a) Implications for India’s Exports

  • Mention key affected sectors: iron & steel, aluminium, cement, fertilizers, hydrogen, electricity.

  • Quote the Sandberg analysis — India may face €330 million in annual CBAM liability.

  • Discuss how this affects export competitiveness, especially for carbon-intensive sectors.

  • Highlight compliance and administrative costs for Indian exporters.

(b) Broader Concerns

  • Climate justice: Developing nations like India are being penalized despite lower historical emissions.

  • WTO compatibility: CBAM could violate non-discrimination principles and act as a “green protectionist” measure.

  • Equity issue: Contradicts the Common But Differentiated Responsibilities (CBDR) principle under the Paris Agreement.

(c) Opportunities

  • Potential to push Indian industries toward cleaner technologies and low-carbon manufacturing.

  • Scope for attracting green investment and developing carbon accounting mechanisms.

(d) Measures for Mitigation

  • Invest in renewable energy and green hydrogen.

  • Establish a domestic carbon pricing or trading system.

  • Strengthen climate diplomacy at WTO and COP forums.

  • Seek technology transfer and financial support from developed nations

onclusion (30–40 words)

  • Sum up with a balanced view: CBAM is a step toward global carbon accountability but must be fair and inclusive.

  • Emphasize the need for equitable climate action and cooperative trade mechanisms.

Example:
While CBAM reinforces global climate goals, its unilateral nature challenges the equity principle of international climate governance. India must combine green transition with assertive diplomacy to safeguard both its economic and environmental interests

Introduction

The Carbon Border Adjustment Mechanism (CBAM), introduced by the European Union (EU), aims to impose a carbon price on imports equivalent to that paid by EU producers under its Emissions Trading System (ETS). It seeks to prevent “carbon leakage,” where industries relocate to countries with weaker emission norms. However, it has sparked global debate for potentially acting as a green trade barrier.

Body

CBAM initially targets carbon-intensive sectors such as iron and steel, cement, aluminium, fertilizers, hydrogen, and electricity. According to a study by the European think tank Sandberg, Indian exporters could face CBAM costs of around €330 million annually, the highest among major trading nations.

For India, this poses multiple challenges:

  • Trade competitiveness: Higher tariffs could reduce export margins, particularly for small and medium producers.

  • Compliance burden: Complex reporting on embedded emissions adds costs and administrative hurdles.

  • Climate justice concerns: CBAM penalizes developing nations despite their lower per capita emissions and limited historical responsibility for climate change.

  • WTO conflict: The mechanism may violate non-discrimination principles under the World Trade Organization (WTO) if perceived as protectionist.

To mitigate these effects, India should accelerate the decarbonization of industry, promote green hydrogen and renewable energy adoption, develop a domestic carbon pricing framework, and pursue diplomatic engagement to ensure fair climate financing and technology transfers

Conclusion

While CBAM aligns with the EU’s goal of achieving net-zero emissions by 2050, its unilateral nature risks deepening global trade inequities. India must balance climate responsibility with economic pragmatism through green innovation, diplomatic dialogue, and resilient trade strategies that safeguard both sustainability and growth
 
 
Prelims
 

1.Which of the following adopted a law on data protection and privacy for its citizens known as ‘General Data Protection Regulation’ in April, 2016 and started implementation of it from 25th May, 2018? (UPSC CSE 2019)

(a) Australia
(b) Canada
(c) The European Union
(d) The United States of America

 
Answer (c)
 

The General Data Protection Regulation (GDPR) is a comprehensive data protection law adopted by the European Union (EU) in April 2016, and it came into effect on 25th May 2018.

It establishes strict rules on how personal data of EU citizens can be collected, processed, stored, and transferred — both within the EU and by entities outside it that handle EU residents’ data.

The GDPR gives individuals greater control over their personal information through rights such as:

  • Right to access and correct their data,

  • Right to be forgotten, and

  • Right to data portability.

It also mandates organizations to obtain explicit consent for data processing and to report data breaches promptly.

The regulation has become a global benchmark for privacy and data protection laws, influencing similar frameworks in several countries, including India’s Digital Personal Data Protection Act, 2023
 
 
 
 

Is Punjab’s stubble burning problem really declining?

For Preliminary Examination:  Current events of national and international Significance

For Mains Examination: GS III - Environment and Ecology

Context:

Paddy harvesting has picked up momentum in Punjab, the country’s key grain-producing State, and so have stubble burning incidents. This year, stubble burning has been relatively fewer because the State faced one of its worst floods in decades, leaving vast stretches of farmland inundated

 

Read about:

What is Stubble burning?

Are stubble burning incidents declining?

 

Key takeaways:

 

  • The harvesting of paddy has gained pace in Punjab, one of India’s major grain-producing States, and with it, the annual problem of stubble burning has reappeared. However, the number of farm fires this year has been comparatively lower.
  • This decline is largely attributed to the severe floods that struck Punjab earlier in the year, submerging large tracts of farmland and delaying agricultural operations.
  • Every year, as autumn approaches, the burning of paddy residue becomes a major environmental concern, contributing significantly to the deterioration of air quality across northern India, including the National Capital Region (NCR).
  • Paddy harvested with combine harvesters leaves short stalks on the field, and farmers often find it most convenient to burn these remains to quickly prepare the soil for wheat sowing, which must begin within a narrow window of about three weeks.
  • This short turnaround period, combined with the cost and labour involved in alternative disposal methods, drives many farmers toward this practice.
  • Both the Central and State governments have claimed success in reducing the frequency of stubble burning through stricter monitoring, awareness campaigns, and by providing subsidised residue management equipment.
  • Official satellite-based data from the Punjab government indicates a 70% fall in reported fire incidents in 2024 — from 36,663 cases in 2023 to 10,909 cases this year.
  • Yet, despite this apparent progress, the total area affected by burning has shown little change. Data from the Punjab Remote Sensing Centre (PRSC) and the Punjab Pollution Control Board (PPCB) reveal that around 19.17 lakh hectares of farmland were affected by residue burning in 2024, almost the same as the 19.14 lakh hectares recorded the previous year.
  • Earlier figures show that around 15.4–15.6 lakh hectares were affected in 2021–2022, indicating a gradual expansion over time.
  • Experts caution that while the number of fire events detected has declined, the actual burnt area may have increased due to several factors. Satellite sensors often miss small, low-intensity, or short-duration fires, particularly those occurring in fragmented farmlands.
  • Since satellites such as MODIS and VIIRS pass over Punjab only a few times a day, and most fires are lit in the late afternoon or evening, many are not captured. Additionally, haze, smoke, and cloud cover can obscure active fires, leading to underreporting.
  • A recent study by the Indian Institute of Science Education and Research (IISER), Mohali, published in Science of the Total Environment, underscores these limitations. It also notes that some farmers, aware of satellite monitoring, may attempt to conceal burnt fields before the next satellite pass.

 

What is Stubble Burning?

 
  • Stubble burning is the practice of setting fire to crop residue — the dry stalks, roots, and leaves left behind in the field after harvesting — primarily to clear the land quickly for the next planting season.
  • In India, this practice is most common in Punjab, Haryana, and parts of western Uttar Pradesh, where paddy (rice) is grown during the kharif season and followed immediately by wheat cultivation in the rabi season.
  • Because the time gap between harvesting paddy (usually in October) and sowing wheat (by mid-November) is short — roughly two to three weeks — farmers often find burning the leftover straw to be the fastest and cheapest way to prepare their fields.
  • Modern combine harvesters, while efficient at harvesting paddy, leave behind stubble that is too short for mechanical collection and too tough for cattle feed.
  • Removing or managing it mechanically requires expensive equipment and additional labour, which many small and marginal farmers cannot afford. As a result, burning becomes the most convenient option.
  • However, this method has serious environmental and health consequences. It releases large amounts of particulate matter (PM2.5 and PM10), carbon monoxide (CO), nitrous oxide (Nâ‚‚O), and volatile organic compounds, which contribute to air pollution and smog, especially in northern India. The practice also depletes soil nutrients, reduces microbial activity, and damages soil health over time.
  • Thus, while stubble burning offers short-term convenience, it leads to long-term environmental degradation, public health hazards, and climate challenges, making it a major policy concern in India’s agricultural and environmental governance

 

Follow Up Question

Q. “Stubble burning reflects the intersection of environmental neglect, agrarian distress, and policy gaps.”
Examine the causes and consequences of stubble burning in India and suggest sustainable alternatives to address this issue.

 

Note: This is a reference Structure answer and Model answer only
 

Introduction:

  • Define stubble burning and mention its prevalence in northern India, particularly Punjab, Haryana, and western Uttar Pradesh.

  • Briefly note how the issue has become a recurring environmental and policy challenge during the post-harvest season.

Body:

1. Causes:

  • Short interval between paddy harvesting and wheat sowing.

  • High cost and limited availability of residue management machinery.

  • Ineffective enforcement of anti-burning laws.

  • Lack of viable market for paddy straw and small farm holdings.

2. Consequences:

  • Severe air pollution and smog in north India, including NCR.

  • Loss of soil fertility and destruction of soil microorganisms.

  • Contribution to greenhouse gas emissions (COâ‚‚, CHâ‚„, Nâ‚‚O).

  • Health impacts — respiratory and cardiovascular diseases.

  • Economic losses from reduced visibility, transport disruption, and healthcare costs.

3. Policy Gaps and Challenges:

  • Fragmented implementation of schemes like the Crop Residue Management (CRM) Scheme.

  • Limited farmer awareness and incentives.

  • Inadequate coordination between Centre and States.

4. Sustainable Alternatives:

  • Promotion of in-situ management through Happy Seeder, Super Straw Management System (SMS).

  • Incentivising bio-decomposers, biogas and bio-CNG plants.

  • Crop diversification and reduction in paddy cultivation.

  • Strengthening farmer cooperatives and local-level awareness.

Conclusion:

  • Emphasize that addressing stubble burning requires a multi-dimensional strategy combining technological innovation, financial support, and behavioural change.

  • Long-term solutions must align agricultural practices with climate and environmental sustainability.

Introduction

Stubble burning refers to the deliberate setting of fire to crop residues, mainly paddy straw, after harvest to prepare fields for the next crop. The practice is widespread in Punjab, Haryana, and western Uttar Pradesh, where farmers face a narrow three-week gap between paddy harvesting and wheat sowing.

Body

The main drivers include the high cost of residue management, limited availability of machinery, and the economic pressures on small and marginal farmers. Mechanised harvesting leaves tough stubble that cannot be easily ploughed back or used as fodder, making burning the quickest and cheapest option. Weak enforcement of bans and inadequate awareness further perpetuate this practice.

The consequences are severe. Stubble burning contributes massively to air pollution, forming toxic smog over northern India, including the National Capital Region (NCR). It emits large quantities of carbon dioxide, carbon monoxide, and particulate matter, causing respiratory and cardiovascular diseases. Frequent burning also destroys soil nutrients and microbial activity, undermining soil fertility and increasing dependence on chemical fertilisers.

To address this, a mix of technological, policy, and behavioural interventions is needed. In-situ management through Happy Seeder and Super SMS, bio-decomposers, and bio-CNG production from crop residue offer sustainable solutions. Promoting crop diversification, financial incentives, and farmer awareness campaigns are equally critical.

Conclusion

In conclusion, eliminating stubble burning requires coordinated efforts between the Centre, States, and farmers to balance agricultural productivity with environmental sustainability and public health priorities

 

Prelims

1.Acid rain is caused by the pollution of the environment (UPSC 2013, 2022)

(a) Carbon Dioxide and Nitrogen

(b) Carbon Monoxide and Carbon Dioxide

(c) Ozone and Carbon Dioxide

(d) Nitrous Oxide and Sulphur Dioxide

 

Answer (d)
 

Acid rain occurs when pollutants such as Sulphur Dioxide (SOâ‚‚) and Nitrogen Oxides (NOâ‚“) are released into the atmosphere—mainly from the burning of fossil fuels in industries, vehicles, and power plants.

These gases react with water vapour, oxygen, and other chemicals in the atmosphere to form sulphuric acid (H₂SO₄) and nitric acid (HNO₃). These acids then mix with rainwater, lowering its pH, and fall as acid rain

Impact:

  • Soil and water acidification, harming plants and aquatic life

  • Corrosion of buildings and monuments, especially those made of limestone and marble

  • Damage to forests by leaching essential nutrients from the soil

 
Remember — Acid rain = SOâ‚‚ + NOâ‚“ → Hâ‚‚SOâ‚„ + HNO₃ (acidic compounds)
 
 
 
 
For Preliminary Examination:  Current events of national significance like Sixth Schedule of the Indian Constitution
 
For Mains Examination: GS I - Indian Polity
 
Context:
 
Four persons were killed and at least 50 injured in Leh Wednesday as police opened fire after protesters, demanding statehood and seeking extension of Sixth Schedule protections to Ladakh, turned violent. The BJP office in Leh was also torched.
 
 
Read about:
 
What is the Sixth Schedule of the Indian Constitution?
 
What are Autonomous District Councils?
 
 
Key takeaways:
 
 
  • The Sixth Schedule of the Indian Constitution provides a framework for the governance of tribal areas in the northeastern states of Assam, Meghalaya, Tripura, and Mizoram. Inclusion of Ladakh under this Schedule would enable the creation of Autonomous District Councils (ADCs) and Autonomous Regional Councils (ARCs), which are elected bodies with authority over tribal areas.
  • These councils would have legislative powers over various subjects such as forestry, agriculture, village and town administration, inheritance, marriage, divorce, and social customs.
  • The Schedule also empowers ADCs and ARCs to collect land revenue, impose taxes, regulate money lending and trade, levy royalties from mineral leases or licenses, and develop public infrastructure like schools, markets, and roads.
  • In 2019, the National Commission for Scheduled Tribes recommended that Ladakh be brought under the Sixth Schedule, citing several reasons: the region has a tribal population exceeding 97%, there are restrictions on land acquisition by outsiders, and Ladakh possesses a distinct cultural heritage that needs protection.
  • Following violent incidents linked to these demands, climate activist Sonam Wangchuk, who had been on a 35-day hunger strike, ended his fast. The Leh administration imposed restrictions on gatherings of four or more people as a precaution.
  • The unrest occurred ahead of scheduled talks between the Centre and the Leh Apex Body on October 6, after a four-month hiatus. Government sources indicated that Wangchuk was seen as a potential obstacle to the negotiations.
  • The roots of the issue go back to 2019, when the repeal of Article 370 and the Jammu and Kashmir Reorganisation Act led to the bifurcation of the state into two Union Territories: Jammu and Kashmir with a legislature, and Ladakh without one.
  • The political and legal status of Ladakh has remained a matter of debate, with the people advocating for Sixth Schedule inclusion due to the high proportion of Scheduled Tribes (over 90%).
  • Under Article 244, the Sixth Schedule allows the establishment of ADCs, which govern tribal-majority areas. These councils, each having up to 30 members serving five-year terms, can legislate on issues related to land, forests, water, agriculture, village councils, health, sanitation, and policing at village and town levels.
  • Currently, there are 10 ADCs in the Northeast, distributed as three each in Assam, Meghalaya, and Mizoram, and one in Tripura.
  • Sonam Wangchuk, an engineer and innovator of sustainable technologies, is widely recognized for inspiring the character portrayed by Aamir Khan in the 2009 film 3 Idiots.
  • In 2018, he was awarded the Ramon Magsaysay Award for his systematic, community-driven reforms in education and his efforts to improve opportunities for Ladakhi youth, serving as a model for minority communities worldwide
 
Follow Up Question
Mains
1. Discuss the constitutional provisions relating to Autonomous District Councils (ADCs) under the Sixth Schedule. Evaluate their role in promoting tribal self-governance and preserving cultural identity in Northeast India
Note: This is for reference Only - Reference Mains Structure and Reference midel Answer Only
 

Introduction (40–50 words)

  • Begin with the context — why ADCs were introduced.

  • Mention the constitutional foundation (Sixth Schedule; Articles 244(2) and 275(1)).

  • Briefly state their purpose — to empower tribal communities through self-rule.

Body (150–170 words)

A. Constitutional Provisions (Discuss part):

  • Applicability: Assam, Meghalaya, Mizoram, Tripura.

  • Institutional Structure:

    • District Councils (for each autonomous district).

    • Regional Councils (for sub-tribal groups).

  • Legislative Powers: Laws on land use, forest, agriculture, social customs, village administration, and inheritance (subject to Governor’s approval).

  • Judicial Powers: Village courts for customary law disputes.

  • Executive Powers: Control over land and resource management.

  • Financial Autonomy: Local taxation powers and grants-in-aid from the Consolidated Fund of India.

B. Evaluation (Evaluate part):

  • Positive Contributions:

    • Preserved tribal culture and traditions.

    • Promoted grassroots participation and local decision-making.

    • Reduced conflict through political accommodation and self-rule.

  • Challenges:

    • Overlapping authority with State Governments.

    • Limited administrative and fiscal capacity.

    • Internal power struggles within councils.

    • In some areas, elite capture limits representation of smaller tribes

Conclusion (30–40 words)

  • Provide a balanced judgment.

  • Suggest reforms or improvements.

Example:
ADCs embody India’s experiment with asymmetric federalism, ensuring autonomy with unity. Strengthening financial devolution, administrative capacity, and inclusive representation can make them more effective in achieving sustainable tribal self-governance and balanced regional development
Introduction:
The Sixth Schedule of the Indian Constitution (Articles 244(2) and 275(1)) provides for Autonomous District Councils (ADCs) in the states of Assam, Meghalaya, Tripura, and Mizoram. These councils were created to safeguard the rights, culture, and governance systems of tribal communities, ensuring self-rule within India’s federal framework.

Body:

1. Constitutional Provisions:

  • The Sixth Schedule provides for District and Regional Councils with legislative, executive, and judicial powers in specified subjects like land, forests (other than reserved forests), village administration, social customs, and public health.

  • Each ADC consists of 30 members — 26 elected and 4 nominated by the Governor.

  • They can make laws on land use, village administration, inheritance, and marriage, subject to the Governor’s assent.

  • They can levy and collect taxes and run courts for customary laws.

2. Role and Significance:

  • Promoting self-governance: ADCs empower tribal communities to manage local affairs autonomously, aligning with the spirit of decentralisation.

  • Cultural preservation: By legally recognising customary practices and traditional institutions, ADCs protect tribal heritage and identity.

  • Conflict management: They serve as instruments for integrating tribal aspirations within the constitutional order, reducing alienation.

3. Challenges:

  • Overlap with state laws and weak financial autonomy.

  • Political interference and uneven capacity across councils

Conclusion:
ADCs under the Sixth Schedule embody India’s commitment to asymmetric federalism, balancing national integration with local autonomy. Strengthening fiscal powers, capacity building, and ensuring coordination with state governments can enhance their role in inclusive and culturally sensitive governance in the Northeast
1.What is/ are true in relation to Autonomous Districts (CGPSC 2021)
1. Each Autonomous District Council has 30 members
2.24 members of the Autonomous District Council are elected via voting and rest 6 are nominated by Governor
3.Rights to direct the Acts passed by the Parliament of India is Autonomous. Districts of Assam lie with Governor
A.1 , 2 and 3
B. 1 and 3
C. 1 and 2
D. 1 Only
 
Answer (C)
 

  • Each Autonomous District Council (ADC) has up to 30 members – Correct.

  • 24 members are elected and the remaining 6 are nominated by the Governor – Correct.

  • The statement that ADCs have rights to direct Acts passed by Parliament is incorrect. While ADCs have legislative powers over certain subjects in their areas (like land, forest, water, agriculture, and village administration), Acts of Parliament apply to them like any other part of India, and the Governor acts as a supervisory authority, not giving them absolute autonomy
 
 
 

Will China capture the electrolyser market?

For Preliminary Examination:  Current events of national and international Significance

For Mains Examination: GS III - Enviornment and ecology

Context:

In the clean energy market, the limelight has recently shifted from solar and wind towards green hydrogen. Hydrogen is widely used in industries for oil refining and ammonia and methanol production, but most of it is currently produced using fossil fuels, which add to carbon emissions. Green hydrogen technologies used in production, storage, transportation and application are rapidly advancing, with electrolysers at the core of this transformation. Electrolysers are central to its production, much like photovoltaic (PV) modules are to solar power. And just as no discussion on solar PVs is complete without examining China’s dominance in its supply chain, a similar story seems to be unfolding with electrolysers

 

Read about:

Photovoltaic (PV) modules 

Green hydrogen technologies

 

Key takeaways:

 

In the global clean energy sector, attention has been shifting from traditional renewables such as solar and wind to green hydrogen. While hydrogen already plays a critical role in industries like oil refining and the production of ammonia and methanol, the majority of it is generated from fossil fuels, adding to carbon emissions. The focus now lies on developing green hydrogen technologies across production, storage, transport, and application stages. Electrolysers, in particular, have emerged as the backbone of this transformation, much like photovoltaic (PV) modules are for solar energy. Just as debates on solar PVs cannot overlook China’s dominance in the supply chain, a similar trend is now unfolding with electrolysers.

China’s position in green hydrogen

  • By 2024, China had become the leading producer of hydrogen globally, generating around 36.5 million tonnes annually. Of this, nearly 1,20,000 tonnes was green hydrogen—accounting for close to half of the world’s total.
  • In the electrolyser market, China commands almost 85% of global production capacity for alkaline (ALK) electrolysers. Currently, both Alkaline (ALK) and Proton Exchange Membrane (PEM) electrolysers are used commercially.
  • ALK systems, being an established technology, are cheaper but less efficient in handling renewable power fluctuations. PEM electrolysers, though costlier, perform better under variable loads and yield hydrogen of higher purity.
  • For the moment, China’s edge lies in its mass-scale ALK electrolyser production, catering both to domestic use and exports.
  • China’s rapid build-up of electrolyser capacity, alongside its rollout of large-scale green hydrogen projects, has raised global concerns about its growing influence over the sector’s supply chains.

How China gained this advantage

  • China replicated in electrolysers the strategy it had earlier applied in solar PVs: subsidised pricing, tightly integrated supply chains, control over raw material inputs, and speedy expansion of manufacturing capacity.
  • ALK electrolysers from China are priced significantly lower than international averages, offering up to 45% cost savings for hydrogen plants in Europe. Price declines continue due to supply chain maturity and increased competition.
  • In 2024, a 5 MW ALK electrolyser system cost about six million yuan (~$167/kW), 20% cheaper than in 2023. A 1 MW PEM system was also priced at six million yuan (~$838/kW), reflecting a 32% drop within a year.
  • China benefits from abundant domestic supplies of nickel and steel, essential for ALK electrolysers. However, PEM electrolysers depend on scarce and expensive metals such as iridium, platinum, and titanium, which China imports heavily.
  • Since hydrogen production requires specific system integration depending on its intended use and purity requirements, competition may increasingly depend on providing integrated solutions rather than price alone.
  • Major Chinese renewable energy players such as LONGi and Envision have diversified into hydrogen, not only manufacturing electrolysers but also investing in overseas production facilities.
  • For example, Guofu Hydrogen has partnered with German firms to build plants, while Envision Energy has unveiled the world’s largest green hydrogen and ammonia facility powered entirely by renewables.

Competition and challenges

  • China appears well on track to dominate the green hydrogen equipment market through its aggressive scaling up of production and international outreach. However, replicating its solar success will not be straightforward.
  • Unlike solar, green hydrogen has been designated as a strategic sector by many countries, which are keen to safeguard domestic industries. Consequently, Chinese imports are expected to face stricter regulations, barriers, and scrutiny.
  • Concerns over supply chain resilience and energy security will likely shape how far Chinese products penetrate international markets, potentially curbing their expansion in this domain

 

Follow Up Question

Mains

1.Green hydrogen production utilizes electrolysis, a process powered by renewable energy sources. However, large-scale production of renewable energy also has environmental implications. Discuss the ethical considerations involved in promoting green hydrogen as a sustainable solution. (250 words)

Note: This is for reference Only - Reference Mains Structure and Reference midel Answer Only

Introduction (30–40 words)

  • Briefly define green hydrogen and highlight its role in achieving a sustainable and decarbonized economy.

  • Introduce the ethical dilemma—clean energy with hidden environmental costs

Body

A. Ethical Considerations in Promoting Green Hydrogen

  1. Environmental Ethics:

    • Renewable energy projects require vast land, minerals, and water, potentially disturbing ecosystems.

    • Ethically, sustainability must ensure no new environmental harm in the pursuit of clean energy.

  2. Resource and Social Justice:

    • Electrolysis consumes freshwater; diverting it from agriculture or local needs violates fairness.

    • Land acquisition for solar and wind farms may displace communities, raising ethical concerns over procedural justice and consent.

  3. Intergenerational Equity:

    • Ethical sustainability must balance present needs with the rights of future generations.

    • Overuse of scarce resources (like lithium, cobalt) for renewable tech can undermine long-term planetary health.

  4. Global Equity and Responsibility:

    • Developed nations must not shift environmental costs to developing countries.

    • Ethical promotion of green hydrogen requires fair financing, technology transfer, and inclusive growth

Conclusion (30–40 words)

Promoting green hydrogen must align with ethical principles of justice, equity, and sustainability. A truly green transition is not only low-carbon but also morally responsible and inclusive—protecting people and the planet together.

Introduction

Green hydrogen, produced through the electrolysis of water using renewable energy sources such as solar and wind, is often hailed as a cornerstone of the global transition to clean energy. However, scaling up its production raises significant ethical questions concerning environmental justice, intergenerational equity, and sustainable resource use.

Body

1. Environmental Ethics:
While green hydrogen reduces carbon emissions, the vast land, water, and mineral requirements for renewable energy infrastructure (solar farms, wind turbines) can disrupt local ecosystems, biodiversity, and agricultural land use. Ethically, the pursuit of decarbonization must not lead to new forms of ecological degradation.

2. Resource Justice:
Electrolysis demands large quantities of freshwater — a scarce resource in many regions. Diverting water for industrial hydrogen production could disadvantage local communities and farmers, raising questions of distributive justice and equitable access.

3. Intergenerational Responsibility:
Ethical sustainability requires ensuring that future generations inherit a healthy environment and viable resources. Overexploitation of land and rare minerals for renewable installations could compromise this balance.

4. Global Equity:
Developed nations leading green hydrogen adoption must avoid transferring environmental burdens to developing countries through resource extraction or technology monopolies. Fair technology sharing and financing are ethical imperatives

 

Conclusion

Green hydrogen embodies a vital pathway toward climate neutrality, but ethical sustainability demands holistic accountability—where emission reduction aligns with ecological preservation, social equity, and long-term planetary welfare
 

Prelims

1.With reference to 'fuel cells' in which hydrogen-rich fuel and oxygen are used to generate electricity, consider the following statements: (UPSC 2015)
1. If pure hydrogen is used as a fuel, the fuel cell emits heat and water as by-products.
2. Fuel cells can be used for powering buildings and not for small devices like laptop computers.
3. Fuel cells produce electricity in the form of Alternating Current (AC)
Which of the statements given above is/are correct?
A. 1 only       
B. 2 and 3 only         
C. 1 and 3 only       
D. 1, 2 and 3

 

Answer (A)
 

Statement 1: If pure hydrogen is used as a fuel, the fuel cell emits heat and water as by-products. ✅ Correct.
Hydrogen fuel cells combine hydrogen and oxygen to generate electricity, with water and heat being the only by-products.

Statement 2: Fuel cells can be used for powering buildings and not for small devices like laptop computers. ❌ Incorrect.
Fuel cells are versatile; they can power large systems like buildings and vehicles, as well as small devices like laptops and mobile phones (portable fuel cells exist).

Statement 3: Fuel cells produce electricity in the form of Alternating Current (AC). ❌ Incorrect.
Fuel cells generate Direct Current (DC) electricity, which can then be converted to AC using an inverter if required.

 

 

 

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