APSC Current Affairs: Assam Tribune Notes with MCQs and Answer Writing (15/06/2026)

For APSC CCE and other Assam competitive exam aspirants, staying consistently updated with reliable current affairs is essential for success. This blog provides a well-researched analysis of the most important topics from The Assam Tribune dated 15 June 2026. Each issue has been carefully selected and explained to support both APSC Prelims and Mains preparation, ensuring alignment with the APSC CCE syllabus and the evolving trends of the examination.

✨ APSC CCE Prelims Crash Course, 2026

 

GI Tag for Four Cultural and Artisan Products of Assam

• GS Paper I: Indian & Assam Culture
• GS Paper III: Intellectual Property Rights (IPR), Rural Economy
• GS Paper V: Heritage, Culture and Economy of Assam

🔴 Introduction

• In June 2026, four traditional products from Assam were awarded the Geographical Indication (GI) tag by the Geographical Indications Registry of India:
  • Bihu Pepa
  • Karbi Handloom Products
  • Assam Bamboo Craft
  • Deuri Handloom Products
• This recognition is a major milestone in safeguarding Assam’s indigenous cultural heritage and boosting rural livelihoods.
• The National Bank for Agriculture and Rural Development (NABARD) was highly instrumental in facilitating this certification process.

🔴 Key Points

• Significance of the Products:
  • Bihu Pepa: A traditional musical instrument crafted from buffalo horn.
  • Karbi Handloom Products: Showcases the rich tribal weaving traditions of Karbi Anglong.
  • Assam Bamboo Craft: Highlights traditional indigenous bamboo-based craftsmanship.
  • Deuri Handloom Products: Represents the distinct indigenous weaving culture of the Deuri community.
• Supporting Institution: NABARD (With these 4 additions, Assam now has 12 NABARD-supported GI-certified products).
• Major Outcomes: Guarantees enhanced legal protection, boosts marketability, improves branding and export prospects, and ensures the preservation of traditional knowledge.

🔴 What is a Geographical Indication (GI)?

• Definition: A label applied to products possessing a specific geographical origin alongside unique qualities or a reputation directly tied to that region.
• Legal Framework: Administered under the Geographical Indications of Goods (Registration and Protection) Act, 1999.
• Nodal Authority: Governed by the GI Registry, Chennai, functioning under the Department for Promotion of Industry and Internal Trade (DPIIT).
• Validity Duration: Granted for 10 years (can be renewed indefinitely).

🔴 Importance of GI Tags

• Protection of Traditional Knowledge: Halts the unauthorized commercial use of indigenous products.
• Rural Livelihood Enhancement: Directly elevates the income of craftsmen, weavers, and artisans.
• Cultural Preservation: Secures ancestral traditions for future generations.
• Export Promotion: Builds international recognition, allowing for premium pricing and branding.
• Local Economic Development: Spurs growth in regional tourism and heritage-centric industries.

🔴 Prelims Pointers

• GI Core Facts:
  • Categorized as an Intellectual Property Right (IPR).
  • Legally protected under the World Trade Organization – Trade-Related Aspects of Intellectual Property Rights (WTO-TRIPS) Agreement.
  • Functions as a collective right for a community, not an individual right.
  • Registered by the GI Registry, Chennai with a 10-year validity.
• Important Assam GI Products: Includes Assam Orthodox Tea, Joha Rice, Muga Silk, Boka Chaul, Chokuwa Rice, Gamosa, Judima Wine, and Karbi Anglong Ginger.
• Bihu Pepa Details: A traditional wind instrument made of buffalo horn, serving as an integral component of the Rongali Bihu festival.
• Bamboo in Assam: Assam is a primary bamboo-producing state. Bamboo is popularly referred to as the “Green Gold of the Northeast”.

🔴 Mains Pointers A. Significance

• Cultural: Defends Assam’s indigenous identity and keeps tribal customs alive.
• Economic: Generates direct rural employment and multiplies artisan income.
• Strategic: Aligns with national goals like “Vocal for Local” and Atmanirbhar Bharat.
• Social: Stops the gradual loss and dilution of traditional knowledge systems.

B. Challenges

• Limited Awareness: A majority of artisans remain uneducated about GI advantages.
• Counterfeit Products: Market flooding with fakes severely damages brand value.
• Weak Marketing: Absence of strong branding and poor e-commerce integration.
• Financial Constraints: Marginalized artisans suffer from a lack of working capital.
• Supply Chain Issues: Restricted access to broader, more lucrative markets.
• Documentation Problems: Heavy reliance on unrecorded, orally transmitted traditional knowledge.

C. Government Initiatives

• National Level: Implementation of the GI Act, 1999, One District One Product (ODOP), Prime Minister (PM) Vishwakarma Scheme, and the Atmanirbhar Bharat Initiative.
• Assam-Specific: NABARD certification support, Assam Handloom & Textiles Promotion Programmes, the Assam Bamboo Policy, and localized Assam Skill Development Initiatives.

D. Way Forward

• Strengthen Market Linkages: Connect GI artisans directly with major e-commerce platforms.
• Develop GI Tourism Circuits: Merge craft ecosystems with regional tourism.
• Branding and Packaging: Establish a unified, premium Assam GI brand.
• Digital Authentication: Deploy Quick Response (QR)-based digital traceability for product authenticity.
• Capacity Building: Equip artisans with modern design innovation and marketing skills.
• Export Promotion: Strategically target high-value, niche international markets.

🔴 Way Ahead

• GI certification must transcend basic legal recognition. Assam needs to leverage these products as active engines of rural prosperity by prioritizing branding, digital marketing, tourism integration, and global market access, all while rigorously preserving indigenous knowledge.

🔴 Conclusion

• Awarding the GI tag to Bihu Pepa, Karbi Handlooms, Bamboo Craft, and Deuri Handlooms is a powerful convergence of cultural preservation and economic empowerment. Through safeguarding traditional methods and expanding market access, these tags solidify Assam’s cultural identity and forge sustainable livelihoods for thousands of rural households.

Rare Medieval Manuscripts of Karbi Anglong & Gyan Bharatam Scheme

• GS Paper I: Indian History, Culture & Heritage
• GS Paper III: Conservation of Heritage, Digital Preservation
• GS Paper V: History, Heritage and Culture of Assam
• Prelims: Manuscripts, Ahom History, Gyan Bharatam Mission

🔴 Introduction

• Rare medieval manuscripts housed in the District Museum, Diphu, and the Nothengpi Karbi Heritage Museum (Karbi Anglong) are gaining significant scholarly focus.
• The collection features two Tai palm-leaf manuscripts and a copper-plate manuscript detailing Assam’s medieval history and the Ahom period.
• The district administration intends to include these under the Gyan Bharatam Mission (a national project for surveying, conserving, and digitising manuscript heritage).
• Highly relevant for Assam Public Service Commission (APSC) due to the convergence of history, heritage, archaeology, and digitisation initiatives.

🔴 Key Points from the News

• Rare Manuscripts Found:
  • 1. Tai Palm-Leaf Manuscripts:  Located at the District Museum, Diphu.
    • Contains 67 folios and 158 folios engraved on palm leaves.
    • Currently undeciphered; believed to hold Ahom era information.
  • 2. Copper Plate Manuscript:  Preserved at the Nothengpi Karbi Heritage Museum.
    • Written in Sanskrit language using Assamese script.
    • Consists of three folios, one ring, and an elephant symbol.
    • Dates back to approximately the 9th century Common Era (CE).
• Proposed Actions:
  • Decoding by experts from the Institute of Tai Studies and Research (ITSAR).
  • Scientific conservation and digital archiving.
  • Inclusion in the Gyan Bharatam Mission.

🔴 Understanding Manuscripts

• What is a Manuscript? A handwritten document created prior to the invention of printing technology.
• Materials Used: Palm leaves, birch bark, copper plates, cloth, paper, and wooden tablets.
• Indian Tradition: India holds one of the world’s largest manuscript collections covering philosophy, literature, astronomy, mathematics, medicine, governance, religion, and agriculture.

🔴 Historical Importance of Tai Manuscripts in Assam

• Who were the Tai-Ahoms? Entered Assam in 1228 CE under Sukapha, established the Ahom Kingdom, and ruled for almost 600 years (1228–1826).
• Importance of Tai Manuscripts: They act as primary historical sources to reconstruct medieval Assam, revealing:
  • Administrative and revenue systems (land grants)
  • Genealogies and indigenous knowledge
  • Diplomacy, warfare, and socio-cultural practices

🔴 Gyan Bharatam Mission

• What is Gyan Bharatam? A flagship Ministry of Culture initiative to preserve, document, digitise, and disseminate India’s manuscript heritage across all collections.
• Vision: “Preserve, digitise and disseminate India’s manuscript heritage and revive civilisational knowledge traditions.”
• Major Objectives:
  • Survey & Documentation: Nationwide cataloguing of manuscripts.
  • Conservation: Scientific restoration of fragile texts.
  • Digitisation: Digital copying for long-term preservation.
  • National Digital Repository (NDR): Establishing a centralized database.
  • Technology Integration: Artificial Intelligence (AI)-based transcription, Optical Character Recognition (OCR), digital metadata, and smart archival systems.

🔴 Important Facts for Prelims

• Ministry: Ministry of Culture
• Announced: Union Budget 2025-26
• Funding: ₹491.66 crore (2025–2031)
• Main Goal: Survey, document, conserve and digitise manuscripts
• Digital Platform: Gyan Bharatam Portal
• Repository: National Digital Repository (NDR)

🔴 Prelims Pointers

• Gyan Bharatam Mission: Functions under the Ministry of Culture; announced in Budget 2025-26.
  • A successor initiative strengthening the National Mission for Manuscripts (NMM).
  • Aims to catalogue and digitise over 1 crore manuscripts.
• National Mission for Manuscripts (NMM): Launched in 2003 (Ministry of Culture); created the Kriti Sampada database for conservation and digitisation.
• Palm-Leaf Manuscripts: India’s oldest writing traditions; widespread in Assam, Odisha, Kerala, and Tamil Nadu.
• Copper Plate Inscriptions: Crucial sources for land grants, political chronology, and administrative/revenue history.
• Institute of Tai Studies and Research (ITSAR): Key institution for Tai-Ahom history and Assam culture.

🔴 Mains Pointers

A. Significance

• Historical: Authentic primary sources for reconstructing Ahom administration and medieval Assam.
• Cultural: Safeguards indigenous knowledge and regional tribal heritage.
• Academic: Boosts linguistic, archaeological, and interdisciplinary research.
• Strategic: Bolsters India’s civilisational narrative and cultural diplomacy.
• Assam-Specific: Mainstreams Karbi Anglong’s historical ties and hidden heritage.

B. Challenges

• Fragility & Decay: Palm leaves deteriorate rapidly; accelerated by harsh climate and humidity.
• Expertise Gap: Severe lack of experts capable of deciphering ancient scripts.
• Resource Constraints: Conservation requires high funding; digital infrastructure is currently inadequate.
• Awareness Deficit: Countless private manuscripts remain undocumented due to public ignorance.

C. Government Initiatives

• National Level: Gyan Bharatam Mission, NMM, NDR, and the Digital India Programme.
• Assam Level: Conservation by Assam State Museum/District Museums, collaboration with ITSAR, and localized Karbi Anglong preservation programs.

D. Way Forward

• Scientific Conservation: Build specialized manuscript laboratories in Assam.
• Capacity Building: Train new scholars in Tai/ancient Assamese scripts and epigraphy.
• Digital Preservation: Implement high-resolution scanning and comprehensive metadata creation.
• Public Participation: Incentivize families and institutions to declare hidden collections.
• Research & Tourism: Connect universities with museums and build heritage tourism circuits in Karbi Anglong.

🔴 Way Ahead

• Preserving Karbi Anglong’s manuscripts is vital for understanding Assam’s historical evolution. Blending traditional scholarship with modern tools (digitisation, AI transcription, digital repositories) will convert these fragile records into enduring, future-proof knowledge resources.

🔴 Conclusion

• The rare Tai and copper-plate manuscripts of Karbi Anglong are profound repositories of Assam’s civilisational memory. Through systematic decoding and the Gyan Bharatam Mission, these artifacts bridge the past and future, preserving indigenous knowledge and solidifying India’s cultural heritage framework for generations to come.

India as a Technology Provider: Bharat Innovates Event

• GS Paper II: International Relations (India–France Relations, Global Partnerships)
• GS Paper III: Science & Technology, Innovation, Startups, Emerging Technologies
• GS Paper V (Assam): Innovation Ecosystem, Digital Economy, Startup Development

🔴 Introduction

• Event & Location: At the ‘Bharat Innovates’ Event held in Nice, France, Prime Minister Narendra Modi declared India’s paradigm shift from a technology adopter to a provider of global technological solutions.
• Participants: Brought together innovators, startups, policymakers, and industry leaders from India, France, and other countries.
• Core Focus: Highlighted India’s growing role in human-centric innovation, Digital Public Infrastructure (DPI), Artificial Intelligence (AI), climate technologies, and startup-led development.
• Vision: Aligns with India’s goal of becoming a leading knowledge and technology power in the 21st century.

🔴 Key Points from the News

• Major Statements by the Prime Minister:
  • India has transitioned from being a consumer to an international provider of technological solutions.
  • Innovation and inclusion are complementary forces.
  • Core parameters for technology: Must be human-centric, inclusive, reliable, and focused on global welfare (“Technology for Humanity”).
• Event Highlights: * Hosted in Nice, France; attended by French President Emmanuel Macron.
  • Focused heavily on innovation partnerships and startup collaborations.
• Areas of Cooperation: AI, Climate Technologies, Civil Nuclear Energy, Small Modular Reactors (SMRs), and startup ecosystems.

🔴 India’s Transformation into a Technology Provider

• Earlier Phase (Technology Adopter): Decades of heavy reliance on imported technologies, foreign software platforms, external innovation ecosystems, and technology transfer agreements across defense, telecom, and industrial sectors.
• Present Phase (Technology Provider):Digital Public Infrastructure (DPI): Exporting and globally sharing platforms like Aadhaar, Unified Payments Interface (UPI), DigiLocker, CoWIN, and Open Network for Digital Commerce (ONDC).
  • Space Technology: Emerging as a trusted global space partner via the Indian Space Research Organisation (ISRO) through satellite launches, navigation systems, and space-based applications.
  • Pharmaceutical Innovation: Known globally as “The Pharmacy of the World” for its distribution of vaccines, generic medicines, and public health technologies.
  • Startup Innovation: Positioned among the world’s largest startup ecosystems across Fintech, Agritech, Healthtech, Edtech, AI, and DeepTech.

🔴 Human-Centric Innovation

• Definition: Technology designed explicitly to solve real human problems, promote social inclusion, improve quality of life, reduce baseline inequalities, and remain ethically governed.
• Indian Case Studies:
  • Aadhaar: Driven to achieve widespread financial inclusion.
  • UPI: Sparked a domestic digital payments revolution.
  • CoWIN: Allowed for highly efficient, large-scale vaccination management.
  • e-Sanjeevani: Expanded rural and remote telemedicine access.
  • PM Gati Shakti: Integrated and data-driven infrastructure planning.

🔴 India–France Technology Partnership

• Artificial Intelligence: Collaborative frameworks for joint AI research, ethical governance models, and industrial applications.
• Climate Action: Synergizing on green technologies, renewable energy solutions, and sustainable development initiatives.
• Defence Technology: High-profile defense manufacturing partnerships and Rafale aircraft cooperation.
• Space Cooperation: Institutional partnership between ISRO and the French Space Agency (CNES).
• Civil Nuclear Cooperation: Long-term strategic alliance for peaceful nuclear energy development.

🔴 Small Modular Reactors (SMRs)

• Definition: Advanced, factory-manufactured nuclear reactors that are significantly smaller in configuration and capacity than conventional nuclear plants.
• Key Advantages:
  • Lower initial capital costs and easier layout deployment.
  • Enhanced safety features.
  • Reduced overall carbon emissions and highly suitable for remote areas.

🔴 India’s Startup Ecosystem

• Current Status: Ranked among the top startup ecosystems globally; acts as a hotbed for DPI-based innovators with rapid scaling in AI and DeepTech.
• Institutional Support Framework: Startup India, Digital India, Atal Innovation Mission, National Quantum Mission, and the IndiaAI Mission.

🔴 Prelims Pointers

• Digital Public Infrastructure (DPI): Open, interoperable digital systems enabling public service delivery (e.g., Aadhaar, UPI, DigiLocker, FASTag).
• UPI: Real-time retail payment system developed by the National Payments Corporation of India (NPCI); currently the world’s largest retail payment platform.
• ONDC: Open Network for Digital Commerce; designed to democratize e-commerce and minimize platform monopolies.
• IndiaAI Mission: Targeted state initiative to build robust AI infrastructure and foster indigenous innovation capabilities.
• Small Modular Reactors (SMRs): Advanced modular construction nuclear tech with a reduced environmental footprint and lower output capacity than traditional plants.

🔴 Mains Pointers

A. Importance

• Technological Leadership: Establishes India’s role as a primary global innovation hub.
• Economic & Strategic Growth: Stimulates high-value sectors, encourages entrepreneurship, and secures strategic autonomy by lowering dependency on tech imports.
• Global South Leadership: Delivers low-cost, highly scalable tech architectures to developing nations, enhancing India’s soft power.

B. Challenges

• Research and Development (R&D) Spending: National expenditure on R&D stays below that of leading global innovation economies.
• Brain Drain: Persistent migration of skilled technology talent to overseas markets.
• Socio-Economic Gaps: The digital divide causes unequal tech access, coupled with deep-tech funding constraints and limited risk capital.
• Security & Ethics: Escalating cybersecurity risks and the complex demand for responsible, ethical AI governance.

C. Government Initiatives

• National Level: Startup India, Digital India, National Quantum Mission, IndiaAI Mission, Semiconductor Mission, and the National Research Foundation (NRF).
• Assam-Specific: National Bank for Agriculture and Rural Development (NABARD) support for regional GI certification, Handloom & Textiles Promotion Programmes, the Assam Bamboo Policy, and tailored skill development initiatives.

D. Relevance for Assam

• Startup Opportunities: Niche sector growth potential in AgriTech, TeaTech, bamboo-based innovations, and tourism technology.
• Digital Governance: Accelerating e-governance, digital public service deployment, and AI-enabled administration.
• Skill Development & Infrastructure: Enhancing regional literacy in coding, robotics, and AI; positioning Science City Guwahati as the primary innovation hub for Northeast India.

🔴 Relevant Reports and Indices

• Global Innovation Index (GII): Published annually by the World Intellectual Property Organization (WIPO).
• UNESCO Science Report: Measures international R&D expenditure and long-term innovation capacity by the United Nations Educational, Scientific and Cultural Organization (UNESCO).
• World Bank Digital Development Reports: Monitors global digital transformation and technology-driven development models.

🔴 Way Forward

• Escalate R&D Investment: Significantly scale up public and private funding allocations for core scientific research.
• Bridge Academia and Industry: Promote closer institutional linkages to facilitate seamless commercialization of lab research.
• Nurture Deep-Tech Hubs: Build out dedicated ecosystems for AI, quantum computing, semiconductors, and biotechnology.
• Ensure Inclusive Innovation: Safeguard tech delivery frameworks to reach rural, remote, and vulnerable demographic groups.
• Expand Strategic Global Alliances: Deepen international cooperative efforts with France, the European Union (EU), Japan, and other technology leaders.
• Enforce Ethical Governance: Formulate strong frameworks addressing data protection, cybersecurity, and AI ethics.

🔴 Way Ahead

• The event highlights India’s transition into an active creator of technology. By combining strategic partnerships, DPI, and targeted research investments, India can achieve its aspiration of becoming a leading technology power while keeping innovation deeply inclusive and human-centric.

🔴 Conclusion

• The ‘Bharat Innovates’ Event showcases a profound shift toward tech-driven global leadership. Protecting indigenous development models, scaling startups, and partnering internationally with nations like France enables India to act as a primary engine for global technological solutions, creating a sustainable economic and social impact.

El Niño and Its Implications for India

• GS Paper I: Physical Geography
• GS Paper III: Environment, Agriculture, Disaster Management, Climate Change
• GS Paper V: Environment & Disaster Management of Assam
• Prelims: Ocean-Atmosphere Phenomena, Monsoon System, Climate Patterns

🔴 Introduction

• The editorial “Heralding Disaster” underscores worries over strengthening El Niño conditions in the Pacific Ocean and their severe consequences for India’s monsoon, agriculture, economy, and disaster management.
• According to the Earth System Science Organization (ESSO) and the India Meteorological Department (IMD), El Niño is active and expected to intensify during the southwest monsoon.
• Since nearly 50% of India’s net sown area is rain-fed, monsoon disruptions directly threaten food security, inflation, water resources, and rural livelihoods.

🔴 Key Points from the Editorial

• Cyclical Nature: Occurs every 2–7 years, causing abnormal warming of Sea Surface Temperatures (SSTs) in the equatorial Pacific Ocean.
• Global Weather Alterations: Triggers wide-scale droughts, floods, heatwaves, and deep food insecurity.
• Climate Warning: The United Nations (UN) Secretary-General categorized the current strengthening forecasts during the monsoon season as a serious climate warning.

🔴 What is El Niño?

• Definition: The warm phase of the El Niño-Southern Oscillation (ENSO) phenomenon. It features abnormally warm SSTs in the central and eastern equatorial Pacific, weakening trade winds, and disrupted ocean-atmosphere circulation.
• Normal Conditions (Walker Circulation): * Trade winds blow from east to west.
  • Warm water pools near Indonesia and Australia; cold water upwells along Peru.
  • Result: India generally receives a healthy monsoon.
• El Niño Conditions: * Trade winds weaken; the warm water pool shifts eastward toward Peru.
  • Upwelling declines and the Walker Circulation is disrupted, altering global rainfall.

🔴 ENSO (El Niño Southern Oscillation)

• ENSO comprises three distinct phases:
  • El Niño: Warming of the Pacific Ocean.
  • Neutral: Normal baseline conditions.
  • La Niña: Cooling of the Pacific Ocean.

🔴 Impact of El Niño on India

• 1. Weakening of Southwest Monsoon: Disrupts Walker Circulation and monsoon circulation, reducing moisture transport. This causes below-normal rainfall, delayed onset, and uneven distribution.
• 2. Agricultural Impacts: Critically vulnerabilities emerge for rice, pulses, sugarcane, oilseeds, and cotton. Leads to crop failure, lower productivity, and slashed farm incomes (e.g., the strong 2015–16 El Niño caused severe global and domestic agricultural droughts).
• 3. Water Stress: Rapid depletion of reservoirs, groundwater, rivers, and drinking water supply in monsoon-dependent states.
• 4. Heat Waves: Corresponds with above-normal temperatures, frequent heatwaves, increased mortality, and public health risks.
• 5. Food Inflation: Drop in agricultural yields causes supply chain disruptions and heavy inflationary pressures.
• 6. Energy Sector Impact: Surges energy demand (air conditioning, irrigation pumps) while lowering hydropower generation capacities due to water deficits.

🔴 Impact on Assam

• Positive/Altered Possibilities: Unlike Northwest India, Assam can sometimes experience localized heavy rainfall events and flood episodes due to modified atmospheric circulation.
• Major Risks:
  • Agriculture: Paddy cultivation faces intense rainfall variability.
  • Flood-Drought Cycle: Erratic weather produces immediate floods in one period and sudden dry spells in another.
  • Tea Industry: Heat stress and erratic rain degrade the productivity and quality of Assam Tea.
  • Biodiversity: Wetland ecosystems suffer high ecological stress.

🔴 El Niño and Climate Change

• Amplified Frequency: Global warming is projected to increase the frequency of extreme ENSO events.
• Compound Risk: Climate Change + El Niño creates a multi-hazard combination, escalating the probability of simultaneous droughts, floods, food insecurity, and economic shocks.

🔴 Historical El Niño Events

• 1982–83: Severe global climate disruption.
• 1997–98: Recognized as one of the strongest El Niño events in history.
• 2002: Brought a weak Indian monsoon.
• 2009: Generated a significant rainfall deficit.
• 2015–16: Caused major droughts and severe global food stress.

🔴 Prelims Pointers

• ENSO Dynamics: A coupled ocean-atmosphere phenomenon in the tropical Pacific Ocean featuring El Niño, La Niña, and Neutral phases.
• Walker Circulation: The east-west atmospheric circulation spanning the tropical Pacific.
• Southern Oscillation: Atmospheric pressure swings between Tahiti and Darwin (Australia), measured via the Southern Oscillation Index (SOI).
• La Niña: Characterized by cooler Pacific SSTs and stronger trade winds; usually brings better Indian monsoon rainfall.
• Nodal Indian Institutions: IMD (weather forecasting), ESSO (under the Ministry of Earth Sciences), and the Indian National Centre for Ocean Information Services (INCOIS).

🔴 Mains Pointers

• A. Importance: Intersects climate science, agricultural yield sustainability, national Gross Domestic Product (GDP) trends, and multi-hazard disaster management (droughts, floods, heatwaves).
• B. Challenges:  Rainfall deficits leading to crop losses.
  • Heatwaves causing public health crises.
  • Water scarcity creating drinking water stress.
  • Food inflation bringing an economic burden.
  • Flood-drought extremes and climate uncertainty hampering disaster planning.
• C. Government Initiatives:
  • National Level: National Disaster Management Authority (NDMA) heatwave and drought action plans, Pradhan Mantri Fasal Bima Yojana (PMFBY), PM-KUSUM, Atal Bhujal Yojana, National Mission for Sustainable Agriculture (NMSA), and the Monsoon Mission.
  • Assam Level: NABARD certification support, Assam Handloom & Textiles Promotion Programmes, Assam Bamboo Policy, and Assam Skill Development Initiatives.
• D. Way Forward: Upgrading seasonal forecasting and ocean observation networks; deploying drought-resistant crop varieties; implementing rainwater harvesting and optimized reservoir management; standardizing state-level Heat Action Plans; and building community-level early warning resilience.

🔴 El Niño vs La Niña

• Pacific SST: Warmer during El Niño | Cooler during La Niña.
• Trade Winds: Weak during El Niño | Strong during La Niña.
• Indian Monsoon: Usually Weaker during El Niño | Usually Stronger during La Niña.
• Drought Risk: Higher during El Niño | Lower during La Niña.
• Flood Risk: Higher in specific regions during El Niño | Variable during La Niña.

🔴 Way Ahead

• India must transition from a reactive approach to a predictive, resilient framework by synthesizing advanced climate forecasting, climate-smart farming, strict water conservation, and adaptive disaster governance. Enhancing adaptive capacity is a strategic necessity for long-term sustainable development.

🔴 Conclusion

El Niño acts as a major driver of India’s climate, agricultural productivity, food security, and macroeconomic stability. For a monsoon-reliant country, prioritizing climate resilience, scientific modeling, and proactive risk preparedness is critical to safeguarding rural livelihoods, ecosystems, and economic growth.g its foundational Charter is essential for 21st-century peace and stability.

APSC Prelims MCQs

Q1. With reference to Geographical Indications (GI), consider the following statements:

1. A GI tag can be granted only to agricultural products.
2. Geographical Indications are protected under the TRIPS Agreement of the WTO.
3. The registration of a GI is valid for 10 years and can be renewed.

Which of the statements given above are correct?

(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3

Answer: (b)

Explanation:

• Statement 1 is incorrect: GI tags can be granted to agricultural, handicraft, manufactured and natural products.
• Statement 2 is correct: GIs are protected under the TRIPS Agreement.
• Statement 3 is correct: Registration is valid for 10 years and renewable.

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Q2. Which one of the following is correctly matched?

Product	Category
1. Bihu Pepa	Traditional Musical Instrument
2. Judima	Fermented Beverage
3. Muga Silk	Natural Fibre Product

Select the correct answer using the code below:

(a) 1 only
(b) 1 and 2 only
(c) 2 and 3 only
(d) 1, 2 and 3

Answer: (d)

Explanation:

All three pairs are correctly matched and are important Assam-specific GI-related products.

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Q3. With reference to copper plate inscriptions in India, consider the following statements:

1. They are important sources for studying land grants.
2. They provide information regarding administrative systems.
3. They are generally associated only with religious literature.

Which of the statements given above are correct?

(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3

Answer: (a)

Explanation:

Copper plate inscriptions provide evidence about land grants, taxation, administration and political history. They are not restricted to religious literature.

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Q4. Consider the following statements regarding palm-leaf manuscripts:

1. Palm leaves were among the most widely used writing materials in ancient India.
2. Palm-leaf manuscripts are generally more durable than copper plate inscriptions.
3. They require scientific conservation due to climatic deterioration.

Which of the statements given above is/are correct?

(a) 1 and 3 only
(b) 1 only
(c) 2 and 3 only
(d) 1, 2 and 3

Answer: (a)

Explanation:

Palm leaves were widely used but are highly vulnerable to humidity, insects and decay. Copper plates are much more durable.

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Q5. Gyan Bharatam Mission, recently seen in the news, aims primarily to:

(a) Promote digital literacy in rural India
(b) Preserve and digitize India’s manuscript heritage
(c) Establish new museums in all districts
(d) Promote Indian languages through AI tools

Answer: (b)

Explanation:

Gyan Bharatam Mission focuses on survey, conservation, digitization and documentation of manuscripts.

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Q6. Which of the following are likely objectives of a National Digital Repository (NDR) under manuscript conservation initiatives?

1. Digital preservation of manuscripts.
2. Public access for education and research.
3. Scientific cataloguing of heritage resources.

Select the correct answer:

(a) 1 only
(b) 1 and 2 only
(c) 2 and 3 only
(d) 1, 2 and 3

Answer: (d)

Explanation:

All are core objectives of a digital manuscript repository.

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Q7. With reference to Digital Public Infrastructure (DPI), consider the following:

1. Aadhaar
2. UPI
3. DigiLocker
4. ONDC

Which of the above are considered components/examples of India’s Digital Public Infrastructure?

(a) 1 and 2 only
(b) 1, 2 and 3 only
(c) 2, 3 and 4 only
(d) 1, 2, 3 and 4

Answer: (d)

Explanation:

All four are important examples of India’s Digital Public Infrastructure ecosystem.

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Q8. Consider the following statements:

1. Small Modular Reactors (SMRs) are advanced nuclear reactors.
2. SMRs generally require lower upfront capital than conventional large reactors.
3. SMRs can contribute to low-carbon energy generation.

Which of the statements given above are correct?

(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3

Answer: (d)

Explanation:

All three statements are correct and explain why SMRs are gaining global attention.

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Q9. Which of the following best describes the concept of “Technology for Humanity” highlighted in recent innovation discussions?

(a) Restricting technology exports to strategic partners only
(b) Developing technologies solely for commercial gain
(c) Using technology to address societal challenges through inclusive innovation
(d) Replacing traditional sectors completely through automation

Answer: (c)

Explanation:

The concept emphasizes human-centric, inclusive and socially beneficial innovation.

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Q10. Consider the following statements regarding El Niño:

1. It is associated with warming of the central and eastern equatorial Pacific Ocean.
2. It is a phase of the ENSO phenomenon.
3. It usually strengthens the Indian summer monsoon.

Which of the statements given above are correct?

(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3

Answer: (a)

Explanation:

El Niño is associated with warming of the Pacific Ocean and often weakens the Indian monsoon.

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Q11. The Southern Oscillation Index (SOI), often seen in climatology, is related to:

(a) Difference in atmospheric pressure between Tahiti and Darwin
(b) Difference in ocean temperatures between Arctic and Antarctic Oceans
(c) Variation in Indian Ocean salinity
(d) Annual movement of the Inter-Tropical Convergence Zone

Answer: (a)

Explanation:

SOI measures pressure differences between Tahiti and Darwin and is used to monitor ENSO conditions.

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Q12. Consider the following effects:

1. Droughts in some regions.
2. Floods in other regions.
3. Increased probability of heat waves.

Which of the above are commonly associated with El Niño events?

(a) 1 only
(b) 1 and 2 only
(c) 2 and 3 only
(d) 1, 2 and 3

Answer: (d)

Explanation:

El Niño causes widespread climatic disruptions including droughts, floods and heat waves.

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Q13. With reference to the Walker Circulation, consider the following statements:

1. It is an east-west atmospheric circulation over the tropical Pacific Ocean.
2. It is closely linked to ENSO dynamics.
3. During El Niño events, Walker Circulation tends to weaken.

Which of the statements given above are correct?

(a) 1 and 2 only
(b) 2 and 3 only
(c) 1 and 3 only
(d) 1, 2 and 3

Answer: (d)

Explanation:

Walker Circulation is central to ENSO dynamics and weakens during El Niño.

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Q14. Consider the following pairs:

Institution	Function
1. IMD	Weather forecasting
2. INCOIS	Ocean information services
3. ESSO	Earth system science research and coordination

How many pairs given above are correctly matched?

(a) Only one
(b) Only two
(c) All three
(d) None

Answer: (c)

Explanation:

All three institutions play important roles in climate and weather monitoring.

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Q15. Which one of the following developments would most likely strengthen India’s position as a “technology provider” rather than merely a “technology adopter”?

(a) Increasing imports of advanced electronics
(b) Expanding the use of foreign digital payment systems
(c) Developing globally scalable digital public infrastructure platforms
(d) Increasing dependence on foreign research institutions

Answer: (c)

Explanation:

India’s transition to a technology provider is best reflected through innovations such as Aadhaar, UPI, DigiLocker and ONDC that can be adopted globally.Appendix I of CITES.

APSC Mains Practice Question

📘 GS Mains Model Question (APSC CCE)

📝 Question

“El Niño is no longer merely an oceanic phenomenon but a major developmental challenge for India.” Examine the impact of El Niño on India’s agriculture, economy and disaster management. Suggest measures to enhance India’s resilience against El Niño-induced disruptions.

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Model Answer

Introduction

El Niño is the warm phase of the El Niño-Southern Oscillation (ENSO), characterized by abnormal warming of sea surface temperatures in the central and eastern equatorial Pacific Ocean. It influences global atmospheric circulation and significantly affects India’s monsoon system, making it a critical concern for agriculture, water security, disaster management and economic stability.

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Impact of El Niño on India

1. Impact on Agriculture

• Weakens the Southwest Monsoon, leading to rainfall deficits.
• Reduces crop yields, particularly of rice, pulses, oilseeds and sugarcane.
• Increases dependence on irrigation in rain-fed regions.
• Adversely affects livestock and fodder availability.

2. Impact on Economy

• Agricultural slowdown reduces rural incomes and consumption.
• Food shortages can lead to inflationary pressures.
• Lower hydropower generation due to reduced reservoir levels.
• Increased expenditure on drought relief and welfare measures.

3. Impact on Disaster Management

• Increases frequency and intensity of heatwaves.
• Causes drought conditions in several regions.
• Alters rainfall patterns, resulting in extreme weather events.
• Enhances risks to water security and public health.

4. Impact on Assam and Northeast India

• Erratic rainfall affects paddy cultivation and tea production.
• Increased probability of flood-drought cycles.
• Ecological stress on wetlands and biodiversity-rich ecosystems.

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Measures to Enhance Resilience

Climate-Resilient Agriculture

• Promote drought-resistant crop varieties.
• Encourage crop diversification and micro-irrigation.

Strengthening Forecasting Systems

• Improve seasonal forecasting through IMD and climate models.
• Disseminate timely advisories to farmers.

Water Resource Management

• Rainwater harvesting and watershed development.
• Efficient reservoir operation and groundwater recharge.

Disaster Preparedness

• Heat Action Plans and drought contingency plans.
• Strengthen local disaster management institutions.

Climate Adaptation

• Integrate climate risk assessment into development planning.
• Promote nature-based solutions and ecosystem restoration.

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Conclusion

With climate change increasing the frequency and severity of extreme weather events, El Niño poses multidimensional risks to India’s food security, economy and sustainable development. A combination of scientific forecasting, climate-resilient agriculture, efficient water management and proactive disaster preparedness is essential to build long-term resilience against El Niño-induced challenges.

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