Editorials, Opinions & Explained2 Items

Core TopicImportantConcise

EditorialsGS Paper III · Environment

01COP31 at Antalya — Delivery Before New Pledges

OpinionsGS Paper III · Economy

02Green Jobs, Skilling & a Just Transition

EditorialsThe paper's own argument, analysed

01

COP31 at Antalya: Why Delivering Past Climate Promises Must Come Before New Targets

Core TopicEditorialGS-III · Environment — Climate Change, International AgreementsGS-II · IR — Global Groupings & Agreements Affecting IndiaPrelims + MainsEditorial · “New deal”

The 31st Conference of the Parties (COP31) to the UNFCCC has opened in Antalya, Türkiye. The editorial argues that its success should be judged by whether old commitments — chiefly on finance — are honoured, not by how many new targets are announced.

◈ From the Basics: What Is a COP?

The United Nations Framework Convention on Climate Change (UNFCCC) was adopted at the Rio Earth Summit, 1992 and entered into force in 1994. It now has 198 Parties. Its objective (Article 2) is to stabilise greenhouse gas concentrations at a level that prevents dangerous interference with the climate system.

The Conference of the Parties (COP) is the Convention's supreme decision-making body. It meets every year; the first COP was held in Berlin in 1995. Decisions are taken by consensus, which is why outcomes are often diluted.

• Kyoto Protocol (1997, in force 2005): binding emission cuts only for developed (Annex I) countries.
• Paris Agreement (COP21, 2015; in force 4 November 2016): all countries set their own targets through Nationally Determined Contributions (NDCs), updated every five years.
• Paris temperature goal (Article 2): hold warming well below 2°C above pre-industrial levels and pursue efforts to limit it to 1.5°C.
• Guiding principle: Common But Differentiated Responsibilities and Respective Capabilities (CBDR-RC) — Article 3.1 of the UNFCCC and Principle 7 of the Rio Declaration.

▤ COP31 at a Glance

• Venue: Antalya, Türkiye — the host country.
• Unusual arrangement: Türkiye hosts, while Australia presides over the negotiations; ministerial pre-visits went to Fiji and Tuvalu to foreground Small Island Developing States (SIDS).
• Finance on the table: delivery of $300 billion a year by 2035 (COP29) and the COP30 call to triple adaptation finance by 2035.
• Deferred: the modalities of how these funds will actually flow — pushed to COP32.
• Process milestone: the second Global Stocktake (GST) begins.
• Presidency proposal: raise electricity's share of final energy consumption from 23% to 35% by 2035; India has declined to sign it.

Static Background: The Road from Paris to Antalya

Figure 1 — Key COP milestones, 2015–2026

COP21 · 2015ParisParis Agreement2°C / 1.5°C goalCOP26 · 2021GlasgowIndia: net zeroby 2070COP27 · 2022Sharm el-SheikhLoss & Damagefund agreedCOP28 · 2023Dubai · 1st GST“Transition awayfrom fossil fuels”COP29 · 2024BakuNCQG: $300 bna year by 2035COP30 · 2025BelémTriple adaptationfinance; no FF roadmapCOP31 · 2026Antalya2nd GlobalStocktake beginsGST = Global Stocktake · NCQG = New Collective Quantified Goal · FF = fossil fuel

Since Paris, each COP has added a goal — on mitigation, loss and damage, finance or adaptation. COP31 is the moment those goals are tested for delivery.

Core Argument of the Editorial

• Urgency vs attendance: the pre-COP focus on the Pacific islands recalled who is most exposed to warming, yet several leaders — including from European countries that usually lead the climate cause — stayed away.
• Old promises first: the real agenda is delivery of existing commitments on finance and adaptation, not fresh pledges.
• Deferral as a pattern: deciding how money will flow has been postponed to COP32, weakening the credibility of the numbers already agreed.
• Science lag: the IPCC has not settled the timeline of its next reports, which are meant to feed the stocktake.
• Ground lost on fossil fuels: COP30 ended without a formal roadmap away from fossil fuels; the voluntary roadmap sits outside the negotiated text.
• Conclusion: negotiators should hold nations to past promises rather than add new lofty targets.

Climate Finance — The Promise Ladder

Climate finance is money flowing from developed to developing countries for mitigation (cutting emissions) and adaptation (coping with impacts). Under Article 9 of the Paris Agreement, developed countries "shall provide" such finance. The size of the goal has grown, but delivery has repeatedly lagged.

Figure 2 — How the collective climate finance goal has evolved

$100 bn/yrPledged at COP15Copenhagen, 2009Target year: 2020OECD: first met in 2022(accounting contested)$300 bn/yrNCQG, COP29Baku, 2024By 2035Developed countries“taking the lead”$1.3 trn/yrAspiration by 2035“Baku to BelémRoadmap”All sources, publicand privateHow it flows?Modalitiesdeferred toCOP32The editorial'scentral concern

Headline numbers have tripled and more, but the delivery mechanism — who pays, through which channels, as grants or loans — remains unsettled.

◈ Key Terms Explained from the Basics

• NCQG (New Collective Quantified Goal): the post-2025 climate finance goal, replacing the $100 billion goal; agreed at COP29, Baku.
• Adaptation finance: funding to cope with climate impacts — sea walls, drought-resistant crops, early warning systems. The Global Goal on Adaptation sits in Article 7 of the Paris Agreement.
• Loss and Damage: impacts too severe to adapt to — destroyed homes, lost land, cultural loss. The Fund for responding to Loss and Damage (FRLD) was agreed at COP27 and operationalised at COP28.
• Global Stocktake (GST): a five-yearly review under Article 14 of collective progress towards Paris goals. The first concluded at COP28 (2023); the second, starting now, concludes in 2028 and informs the next round of NDCs.
• IPCC: the Intergovernmental Panel on Climate Change, set up in 1988 by the WMO and UNEP. Its Assessment Reports are the scientific basis of negotiations; the Sixth (AR6) was completed in 2023.
• Electrification: replacing direct use of fuels (petrol, coal, gas) with electricity — for example EVs and heat pumps — which cuts emissions only as fast as the grid itself decarbonises.

Why Delivery Has Stalled

• Geopolitics: conflict in West Asia has raised energy-security concerns and pulled attention and budgets away from climate.
• US exit: the United States — the largest historical emitter — has again withdrawn from the Paris Agreement, removing a major contributor of finance.
• Fiscal strain in Europe: rising defence and energy spending limits climate budgets.
• Scale mismatch: the Loss and Damage fund recently approved about $21 million for Nepal, while estimated needs of developing countries run into billions.
• Quality of finance: a large share of counted climate finance comes as loans, which add to the debt burden of vulnerable countries.

India's Position

India declined to sign the COP31 Presidency's electrification pledge. Its stated position rests on three demands: predictable climate finance, technology transfer, and the nationally determined character of mitigation that lies at the heart of the Paris framework.

• Development space: India's per capita emissions are well below the world average, and its energy demand is still rising; a uniform sectoral target can constrain choices.
• Existing commitments (updated NDC, 2022): cut emissions intensity of GDP by 45% from 2005 levels by 2030, and reach about 50% of installed power capacity from non-fossil sources by 2030.
• Long-term goal: net zero by 2070, announced at COP26, Glasgow (2021) as part of the Panchamrit.
• Consistency: India's position against pledges outside the negotiated text mirrors the editorial's point that voluntary targets can dilute accountability under the formal process.

A Balanced Assessment

• Strength of the editorial's case: trust is the currency of a consensus-based regime; unmet promises reduce developing countries' willingness to raise ambition.
• The counter-view: the 1.5°C carbon budget is shrinking fast, so delivery and new ambition cannot be fully sequenced — both must run together.
• Voluntary coalitions: plurilateral pledges (on methane, electrification or fossil-fuel roadmaps) can move willing countries faster, but risk fragmenting the multilateral process.
• The way forward: an agreed definition of climate finance, a higher grant share, simpler access for vulnerable countries, and finance delivered on a predictable schedule.

▤ Prelims Hooks

• COP31: Antalya, Türkiye; negotiations presided over by Australia.
• NCQG: $300 billion a year by 2035 — COP29, Baku.
• Global Stocktake: Article 14, every five years; first concluded 2023.
• “Transitioning away from fossil fuels”: language agreed at COP28, Dubai.
• IPCC: est. 1988 by WMO and UNEP; CBDR-RC is in Article 3.1 of the UNFCCC.

✎ Mains Practice Question

“The credibility of the global climate regime depends less on new targets than on the delivery of past commitments.” Discuss with reference to climate finance and India's negotiating position. 15 marks · 250 words

OpinionsSigned op-eds, analysed

02

Green Jobs and the Skilling Gap: Building a Workforce for India's Energy Transition

Core TopicOpinionGS-III · Economy — Employment, Inclusive Growth; Environment — Energy TransitionGS-II · Human Resources — Skill DevelopmentPrelims + MainsOp-ed · Director, Just Transition & Climate Change, iFOREST

The author argues that the sectors of India's energy transition — renewables, EVs, green hydrogen, recycling and nature-based work — can absorb the next wave of young workers. The binding constraint, she argues, is skills, not jobs.

◈ From the Basics: Green Jobs and Just Transition

The International Labour Organization (ILO) defines green jobs as decent jobs that help preserve or restore the environment — in traditional sectors such as manufacturing and construction, or in new ones such as renewable energy and energy efficiency.

A just transition means moving to a low-carbon economy in a way that is fair to workers and communities who depend on fossil-fuel industries. The ILO Guidelines for a Just Transition (2015) set out the principles, and the Paris Agreement's preamble refers to the "just transition of the workforce".

• Who is affected: coal mining, thermal power, internal-combustion vehicle and component manufacturing — and the regions built around them, such as India's coal districts.
• Who gains: rooftop solar, EV repair and charging, battery recycling, green hydrogen, agroforestry and mangrove restoration.
• The policy task: retrain displaced workers, prepare new entrants, and plan for regional economies.

Static Background: India's Transition and Skilling Architecture

• Climate goals: net zero by 2070 (COP26, 2021) alongside the development goal of Viksit Bharat by 2047.
• National Green Hydrogen Mission (January 2023): target of 5 million tonnes of green hydrogen production a year by 2030.
• Ministry of Skill Development and Entrepreneurship (MSDE): created in November 2014; the Skill India Mission launched in July 2015.
• National Policy for Skill Development and Entrepreneurship, 2015: the current policy framework, now being revised.
• Skill Council for Green Jobs (SCGJ): set up in 2015 under the National Skill Development Corporation (NSDC) to define occupational standards for green-sector roles.
• Industrial Training Institutes (ITIs): the backbone of vocational training under the Craftsmen Training Scheme; apprenticeships are governed by the Apprentices Act, 1961.

Core Argument of the Op-ed

• From poverty reduction to good jobs: the author cites World Bank estimates of a steep fall in extreme poverty between 2011 and 2023. She argues the next task is to convert that gain into stable, better-paid employment.
• Scale of opportunity: an iFOREST assessment, India's Green Jobs Moment, estimates that key green sectors could support over 1.3 crore jobs by 2035.
• Spread across the map: many such jobs — rooftop solar, EV repair, recycling, agroforestry, mangrove restoration — are local and rural, within reach of households just above the poverty line.
• Demographic fit: more than 27% of Indians are aged 15–29 and are better educated than earlier cohorts.
• Not starting from zero: much of the existing industrial workforce can be re-skilled rather than replaced.
• The real gap: converting education into technical skill at scale.

Figure 3 — Transferable skills versus the skilling gap (per cent)

Skills that can move into green sectorsThermal power roles → renewables / H₂71%Automobile roles → EVs90%The skilling gapYoung people with technical education5.3%Young people with formal vocational training5%Trained workers whose course was < 6 months43%0%100%Transferability: share of roles assessed with high or medium transferability (iFOREST assessment, as cited in the op-ed)

The existing industrial workforce is largely re-skillable; the weak link is the small, short-duration pipeline of technically trained young people.

The Scale Problem in Numbers

1.3 cr+

Green-sector jobs possible by 2035 (iFOREST estimate)

~4.5 lakh

Projected annual growth in direct green employment

~81,000

Trained so far by dedicated green programmes

15,000+

ITIs, with 26 lakh+ seats

Even a modest expansion of green employment would need training capacity many times what dedicated green programmes have delivered so far. The gap is one of quantity (seats), quality (labs, trainers) and duration (short courses that do not build deep technical skill).

◈ Key Terms Explained from the Basics

• Labour Force Participation Rate (LFPR): share of the working-age population that is working or seeking work.
• Worker Population Ratio (WPR): share of the working-age population that is actually employed. A small gap between LFPR and WPR means most job-seekers find some work — but not necessarily good-quality work.
• Both are measured by the Periodic Labour Force Survey (PLFS) of the National Statistics Office, run since 2017.
• Skill transferability: how much of a worker's existing skill (for example, an electrician in a coal plant) can be reused in a new sector with limited retraining.
• Demographic dividend: the growth boost possible when the working-age share of the population is high — realised only if those people are employable and employed.

What the Author Proposes

• Modernise ITIs: the PM-SETU scheme is upgrading about 1,000 government ITIs; these need green-technology laboratories, trained instructors and longer-term programmes.
• Mix of formats: combine high-skill programmes with short courses and apprenticeships.
• A continuum: build a pathway linking school, technical education, vocational training and work.
• Policy anchor: use the revision of the National Policy for Skill Development and Entrepreneurship to make green skilling a core pillar.

A Balanced Assessment

• Strength: it shifts the debate from job loss in fossil sectors to job transfer, backed by occupation-level data.
• Demand-side caveat: skills create employment only if green sectors actually expand — which depends on investment, domestic manufacturing and stable policy for solar, batteries and hydrogen.
• Geography mismatch: fossil-dependent jobs are concentrated in districts of Jharkhand, Chhattisgarh and Odisha, while renewable capacity is concentrated in states such as Rajasthan and Gujarat; transfer may require migration or targeted regional investment.
• Job quality: many green jobs (installation, recycling) are informal or contractual; safety standards, social security and fair wages decide whether they are truly "decent".
• Inclusion: women's participation and informal waste-pickers in recycling need deliberate attention.

▤ Prelims Hooks

• MSDE: created 2014; Skill India Mission: 2015; NSDC: 2008.
• Skill Council for Green Jobs: 2015, under NSDC.
• Apprentices Act: 1961; PLFS by NSO since 2017.
• National Green Hydrogen Mission: 2023; 5 MMT a year by 2030.
• ILO Just Transition Guidelines: 2015.

✎ Mains Practice Question

“India's energy transition is as much a skilling challenge as a technological one.” Examine the potential of green jobs to absorb India's young workforce, and suggest measures to ensure a just transition for workers in fossil-fuel-dependent sectors. 15 marks · 250 words