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Current Affairs – September 02, 2025

{GS1 – IS – Population} Skilling India’s Demographic Dividend **

  • Context (TH): With over 800 million under 35, India’s youth is its biggest strength, but rising unemployment and a widening skills gap risk turning this dividend into a liability.

Key Issues

  • Curriculum Gap: Outdated curricula are often misaligned with emerging technologies, such as AI.
  • Graduate Employability: Nearly 40-50% of engineering graduates remain unemployable, and only 43% of graduates are job-ready (Graduate Skills Index 2025).
  • Career Awareness: 93% of students are aware of only seven career options.
  • Skilling Failure: Skilling initiatives (Skill India Mission, Pradhan Mantri Kaushal Vikas Yojana (PMKVY), SANKALP, etc.) fell short due to fragmented implementation.
  • Automation Risk: McKinsey estimates nearly 70% of Indian jobs could be impacted by automation by 2030, making reskilling critical.

Way Forward

  • Curricula Alignment: Align curricula at all levels with emerging skills (AI, digital, creative sectors).
  • Industry Collaboration: Set up skill councils for close collaboration between education institutions and industry, urgently revising curricula every 1-2 years.
  • Job Formalisation: Incentivise formalisation of jobs in high-growth sectors like startups, renewable energy, logistics, and health.
  • Women Empowerment: Invest in targeted programs for women, dedicated skilling centres, job quotas in sunrise sectors, STEM scholarships, and flexible work policies.

Read More> India’s Demographic Dividend | Skill Development in India | Changing Landscape of Employment

{GS1 – IS – Population} Geo-Tagging of Buildings in Census 2027 *

  • Context (IE): Census 2027 will geo-tag all buildings, replacing the hand-drawn sketches used previously.
  • Digital Layout Mapping will geo-tag buildings and assign them to geo-referenced Houselisting Blocks.
  • Building Categorisation: Residential, non-residential, partly residential, or landmark.
  • Data Collection: Mobile apps will enable self-enumeration and real-time monitoring through the Census Management and Monitoring System (CMMS).
  • Significance: Geo-tagging will ensure accurate house enumeration, improve efficiency, and address the 2011 census gaps in vacancy counts and rural–urban mapping.
  • Geo-Tagging: Assigning unique latitude–longitude coordinates to buildings through a Geographic Information System (GIS).
  • Geo-Referencing: Matching census maps and boundaries with their exact positions on Earth.
  • Houselisting Block (HLB): Demarcated village or ward area mapped for houselisting operations.

{GS2 – IR – India-China} India’s Trade Deficit with China **

  • Context (DH | TH): India-China trade is skewed, with a 2024-25 deficit of $99.2 billion, ~35% of India’s total trade imbalance.

Why the Deficit is a Concern?

  • Structural Dependence: China dominates India’s imports across sectors, including pharmaceuticals, electronics, renewable energy, construction, and consumer goods.
  • Critical Inputs: China supplies 97.7% of erythromycin, 96.8% of silicon wafers, 86% of flat panel displays, 82.7% of solar cells, and 75.2% of lithium-ion batteries.
  • Everyday Goods: Products like laptops (80.5%), embroidery machinery (91.4%), and viscose yarn (98.9%) are overwhelmingly Chinese-sourced.

Risks of Increasing Dependence

  • Strategic Leverage: China can weaponise supply chains in times of political tension.
  • Export Decline: India’s share in bilateral trade has fallen to 11.2% now from 42.3% two decades ago.
  • Industrial Impact: Dependence on cheap imports discourages domestic manufacturing, weakens competitiveness, and increases vulnerability.

Impact of Rising Deficit

  • Pressure on forex reserves.
  • Currency depreciation leads to a higher cost of imports and inflation.
  • Risk of hollowing out the domestic industry and slower long-term industrial growth.

Policy Measures Taken

  • PLI Schemes: Production Linked Incentive schemes across 14 sectors to boost domestic manufacturing.
  • Quality Standards: Stricter standards, certification and testing protocols to curb substandard imports.
  • Supply Diversification: Encouragement of supply chain diversification and alternative sourcing.
  • Import Monitoring: DGTR (Directorate General of Trade Remedies) action on import surges.
  • Anti-dumping Duties: Imposed on several Chinese goods (chemicals, engineering items, etc.).

Read More> Growing trade deficit with China | India’s Trade Strategy Needs a China Reset

{GS2 – IR – India-China} Panchsheel Doctrine for India–China Ties **

  • Context (IE): In the recent Modi–Xi meeting, China underscored the relevance of the Five Principles of Peaceful Coexistence (Panchsheel), signalling its strategic importance in shaping India–China relations.
  • Panchsheel, codified in the 1954 Agreement on Trade and Intercourse with Tibet, serves as a framework for sovereignty, equality, and peaceful coexistence.
  • The Five Principles of Panchsheel are mutual respect for sovereignty and territorial integrity, non-aggression, non-interference, equality and mutual benefit, and peaceful coexistence.

Historical Evolution

  • Bandung Conference in 1955 integrated Panchsheel into the Ten Principles of International Peace.
  • UNGA Resolution in 1957 legitimised Panchsheel as a principle of international law.
  • Belgrade NAM Summit in 1961 recognised Panchsheel as a core principle of the movement.

Contemporary Relevance

  • Strategic Autonomy: Panchsheel supports India’s non-alignment, sovereignty, and South–South cooperation in a multipolar world.
  • Multilateral diplomacy: Reflected in BRICS and SCO, highlighting sovereign equality and mutual benefit.
  • Conflict Resolution: It offers a diplomatic framework for peaceful global dispute resolution.
  • Maritime Security: It guides Indo-Pacific navigation and fosters balanced global economic partnerships.

Structural Challenges

  • Border Tensions: The fragile peace is exposed by clashes such as Doklam (2017) and Galwan (2020).
  • Trade Asymmetry: India’s $100 billion trade deficit with China highlights economic imbalance.
  • Sovereignty Concerns: Territorial integrity is threatened by BRI projects and CPEC through PoK.
  • Geopolitical Balance: Strategic suspicion rises due to India’s QUAD alliance with the United States.
  • Enforcement Gap: The lack of monitoring leaves Panchsheel vulnerable to realpolitik violations.

Way Forward

  • Border Stability: Confidence-building measures and commander-level talks to reinforce border peace.
  • Economic Balance: Diversifying sources, decreasing trade deficits, and facilitating technology transfers.
  • Institutional Reform: Monitoring frameworks and river-sharing to improve enforcement & sovereignty.
  • Multilateral Engagement: BRICS, SCO, and G20 platforms collectively revitalise Panchsheel’s global role.
  • Cultural Exchanges: Promote education, tourism, and pilgrimages to foster societal understanding.

Read More> India-China Relations | India’s Conundrum with China

{GS3 – Envi – CC} India’s Climate Finance Challenge

  • Context (ET): A study estimates India will need USD 467 billion by 2030 to decarbonise power, steel, cement, and transport.

Key Findings

  • Steel & Cement: Require over 80% of total finance due to dependence on costly Carbon Capture & Storage (CCS) technology.
  • Power: Needs only USD 57 billion, lower than expected, aided by falling renewable energy costs.
  • Transport: Needs major investment in EV adoption, charging infrastructure, and financing mechanisms.
  • Annual Requirement: Around USD 54 billion/year (1.3% of GDP) between 2022-2030.

Policy Recommendations

  • Incentivise private investment in steel and cement via subsidies, R&D, and technology transfer.
  • Establish a national EV framework to accelerate adoption.
  • Strengthen power grid with battery storage and pumped hydro for renewable integration.
  • Carefully expand fiscal deficit (up to 2.5% of GDP) to accommodate external climate finance.

Significance

  • The study adopts a bottom-up, sectoral approach, contrasting with conventional top-down models.
  • India’s climate transition is financially achievable if policy and financing mechanisms are aligned.
  • India’s strategy can provide a template for other developing nations aiming for low-carbon transitions.

Read More > Climate Finance

{GS3 – Envi – CC} Study on Gangotri Glacier Discharge

  • Context (TH): A recent research by IIT Indore and Kathmandu-based ICIMOD shows Gangotri Glacier System’s (GGS) water discharge has undergone major hydrological changes since 1980.

Key Findings of the GGS Discharge Study

  • Annual Mean: The mean annual GGS water discharge is about 28 m³/s, with a July peak.
  • Peak Shift: The discharge peak shifted from August to July after 1990 due to reduced snowfall.
  • Decadal Rise: The largest increase in discharge, at 7.8%, occurred between 1991–2000 and 2001–2010.
  • Source Contribution: Sectoral shares are snowmelt 64%, glacier 21%, rainfall 11%, baseflow 4%.
    • Snowmelt: Despite rising temperatures, Snowmelt’s share declined 10% due to reduced snowfall.
  • Drivers: GGS discharge is mainly regulated by summer precipitation, followed by winter temperature.

Implications of the Findings

  • Hydrology Shift: Rising rainfall-runoff and baseflow indicate warming-driven water dynamics.
  • Flood Risk: The earlier peak coincides with the monsoon, intensifying July flood hazards.
  • Seasonal Scarcity: Earlier peak reduces water availability in late summer and autumn.
  • Water Security: Shrinking snow cover endangers long-term supply for downstream communities.

About the Gangotri Glacier System (GGS)

  • It is one of the largest glaciers in the Himalayas and a primary source of the river Ganga.
  • Location: Situated in the Uttarkashi district of Uttarakhand, within the Central Garhwal Himalayas.
  • Origin: Begins from the northern slopes of the Chaukhamba massif at ~7,000 metres.
  • Type: A large compound valley glacier resting on rocks like granite, gneiss, and schist.
  • Snout: Ends at Gaumukh cave, the source of the Bhagirathi that later forms the Ganga.
  • Features: Shows moraines, supraglacial lakes, deep crevasses, and avalanche-formed fans.
  • Debris: ~20% of its surface is debris-covered, which slows overall melting but causes uneven retreat.
  • Feeding: Fed mainly by heavy snowfall and tributary glaciers such as Raktavarn and Chirbas.

Read More> Glacier Retreat

{GS3 – Envi – Conservation} Revised Tree Plantation Norms

  • Context (IE): The Ministry of Environment, Forest and Climate Change (MoEFCC) revised the Green Credit Programme (GCP) norms on tree plantation, prioritising ecological sustainability over tree counts.
  • The GCP, launched in 2023 at the UN Climate Conference under the MoEFCC, incentivises voluntary actions such as tree planting, water conservation, and waste management through tradable credits.

Key Changes

  • Eligibility: Credits previously granted after two years now need five years with 40% canopy density.
  • Credit Value: Credits previously granted for all trees are now limited to a single five-year-old tree.
  • Tradability: Previously tradable credits are now non-tradable except within holding–subsidiary groups.
  • Usage: Credits previously reusable across projects are now valid only once to meet CSR obligations.
  • Verification: Previously brief; now, agencies evaluate survival and canopy density before issuing credits.

Read More> India’s Carbon Credit Mechanism

{GS3 – Envi – Degradation} Microatolls as an Indicator of Sea Level Rise

  • Context (TH): A new study used coral microatolls in the Maldives to reconstruct a 90-year Indian Ocean sea-level history, revealing an earlier and faster rise.

About Microatolls

  • Microatolls are flat, disk-shaped coral colonies formed below the lowest tide level.
  • Pattern: Upward growth halts at the height of the lowest tide, forcing lateral expansion along margins.
  • Indicator: Their upper surfaces accurately record minimum local water levels across decades.

How Microatolls Provide Sea-Level Records

  • Outer surface: Surveying upper surfaces and edges reconstructs long-term sea-level positions.
  • Growth bands: Annual bands, like tree rings, document year-wise sea-level variations.
  • Climate signals: Growth interruptions correspond with El Niño & negative Indian Ocean Dipole events.
  • Lunar cycle: Records preserve 18.6-year tidal oscillations driven by the lunar nodal cycle.

Microatolls

Source: The Hindu

Key Findings of the Study

  • Early onset: Sea-level rise began in the late 1950s, decades earlier than instrumental records suggested.
  • Magnitude: Central Indian Ocean rose ~0.3 metres (1930–2019), earlier & higher than coastal locations.
  • Acceleration: Rates rose from ~1.5 mm/year (1930–59) to ~4.5 mm/year (1990–2019).
  • Regional rise: Maldives and Lakshadweep recorded ~30–40 cm increase over the last 50 years.
  • Sea-level rise: The Indian Ocean rose 3.3 mm/year, above the global average of 3.1 mm/year. (MoES)
  • Ocean warming: Indian Ocean warmed 0.15 °C/decade, above the global average of 0.11 °C/decade.

{GS3 – DM – Issues} Rising Natural Disasters in the Himalayas **

  • Context (DTE): The 13 Himalayan states faced near-daily disasters in 2025, causing extensive mortality.

Hazard Landscape and Trends

  • Disaster days steadily increased from 63% in 2022 to 70% in 2024.
  • In 2024, Glacial lake outburst floods in Sikkim destroyed infrastructure and displaced thousands.
  • Dharali and Harsil floods submerged markets and diverted the course of the Bhagirathi.
  • Mandi received nearly twenty times the normal rainfall, destroying villages and infrastructure.

Causes of Himalayan Disasters

Climatic Drivers

  • Climatic Anomalies: Early monsoon and increased frequency of western disturbances, intensified rainfall.
  • Orographic Amplification: Arctic warming and steep terrain together intensified cyclonic activity, causing cloudbursts and flash floods.
  • Atmospheric Warming: Rising temperatures increased moisture retention, causing erratic heavy rainfall.
  • Soil Instability: Low water retention in fragile soils and deforestation worsened Himalayan landslides.

Anthropogenic Factors

  • Unregulated Construction: Riverbed encroachments and failed protective structures raised vulnerability.
  • Neglected Warnings: The floods in Dharali in 2013 and 2018 did not lead to preventive measures.
  • Policy Myopia: Economic priorities often overshadowed ecological fragility in development approvals.
  • Mapping Deficits: Weak hazard mapping left settlements vulnerable to floods and landslides.

Pathways for Resilience

  • Development Moratorium: Suspend large projects in fragile zones pending detailed geological studies.
  • Hazard Mapping: Enforce transparent maps that restrict settlements in high-risk corridors.
  • Planned Relocation: Offer permanent, respectful resettlement rather than token compensation payouts.
  • Monitoring Systems: Expand real-time instruments, early warnings, and localised community alerts.

Read More> Monsoon-Driven Disasters

{Prelims – Envi – Species} Broad Scarlet (Crocothemis erythraea) *

  • Context (TH): Odonatologists recorded the elusive dragonfly Broad Scarlet (Crocothemis erythraea) in the southern Western Ghats highlands.
  • Two Species: India has two Crocothemis speciesC. erythraea in highlands, & C. servilia in lowlands.
  • Preferred Habitat: Prefers cool, high-altitude freshwater ecosystems usually above 550 metres.
  • Range: Found across Europe, North Africa, Asia; in India, only the Himalayas & Western Ghats.
  • Ice Age Relict: Colonised South India during the Pleistocene, persisted in isolated montane refuges.
  • Ecological Role: Serves as an indicator of intact montane ecosystems and climatic stability.
  • Conservation Status: IUCN: Least Concern

Broad Scarlet (Crocothemis erythraea)

Source: IUCN

{Prelims} One Liners

  • IMF Executive Director (IE): Former RBI Governor Urjit Patel has been appointed IMF Executive Director (ED) for a three-year term. The IMF Board has 25 Executive Directors.
  • Sports Goods Manufacturing (PIB): The first Sports Goods Manufacturing Conclave was held in New Delhi, organised by the Ministry of Youth Affairs & Sports.
  • Afghanistan Earthquake (IE): A 6.4-magnitude quake struck eastern Afghanistan on September 1, 2025, epicentre 27 km northeast of Jalalabad (Nangarhar); over 1000 killed.
  • Delhi’s AQI (PIB): Delhi recorded its best Jan–Aug average AQI in 8 years (except 2020 lockdown), at 172 in 2025, improving from the range of 172–203 between 2018–2025.
  • India-Saudi Joint Naval Exercise (TH): Indian Navy warships INS Tamal and INS Surat conducted a joint exercise with the Saudi Navy during their visit to Jeddah. India–Saudi Joint Exercises: Sada Tanseeq (Army), Al-Mohed Al-Hindi (Navy)
  • Aarogya Pathshala (TBI): Telangana school-health programme delivers health and social lessons through daily assemblies. Objectives: It addresses absenteeism and substance abuse while promoting hygiene, nutrition, and mental health.

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