APSC Current Affairs: Assam Tribune Notes with MCQs and Answer Writing (05/09/2026)
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 05 September 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 Mains Course, 2026
Kaziranga Corridor Vanishes from Government Documents
Syllabus Mapping:
- GS Paper III: Biodiversity & Environment | Wildlife Conservation | Environmental Governance
- GS Paper V (Assam): Biodiversity & Environment of Assam | Governance | Disaster/Environmental Management
- Why in News: An official April 2022 state notification listed nine Kaziranga–Karbi Anglong animal corridors but mysteriously omitted details for the Panbari corridor, raising concerns about ecological governance amidst speculation over nearby rare earth element (REE) mining.
Introduction: The Panbari corridor’s omission from official documents exposes the critical governance challenge of balancing rapid infrastructure and mining aspirations with essential ecological connectivity in the Kaziranga landscape.
Prelims Perspective:
- Kaziranga National Park: Floodplain ecosystem in Assam; a major habitat for the greater one-horned rhino, elephants, tigers, wild water buffalo, and swamp deer.
- Panbari Corridor: Located in the Central Kohora Range; approximately 4.3 km long and 3.0 km wide; connects Kaziranga NP with Karbi Anglong Forest Division via the Panbari Reserve Forest.
- Movement Bottleneck: NH-37 restricts regular elephant movement across the landscape.
- Nine Identified Corridors (Assam): Panbari, Haldibari, Bagori, Harmati, Kanchanjuri, Hatidandi, Deosur, Chirang, and Amguri.
- Corridor Delineation Timeline: State committee constituted in 2019, report submitted August 2019, and officially published in the Gazette in April 2022.
- Wildlife (Protection) Act, 1972: Provides the principal legal framework for India’s wildlife conservation and the establishment of Protected Areas.
- Project Elephant: A centrally supported scheme covering habitat, corridors, and human-elephant conflict mitigation (Assam hosts the Kaziranga–Karbi Anglong Elephant Reserve).
- Key Institutions: MoEFCC (Environment policy), NTCA (Tiger conservation), WII (Research & technical inputs), NBWL (Statutory wildlife advisory), and CEC (Supreme Court-appointed environmental oversight).
Mains Perspective:
Importance / Significance:
- Flood Resilience: Corridors provide a critical survival route for wildlife escaping Kaziranga’s seasonal floods to reach the elevated Karbi Anglong hills.
- Genetic & Ecological Integrity: Ensures contiguous landscape connectivity, preventing the genetic isolation of wide-ranging megafauna like elephants.
- Conflict Mitigation: Officially protected pathways minimize random animal movement through human settlements, directly reducing human-wildlife conflict.
Challenges:
- Habitat Fragmentation: Expanding highways (NH-37), agricultural shifts, and human encroachment severely sever natural animal movement routes.
- Developmental Pressures: Potential mining activities and unregulated infrastructure projects lead to irreversible landscape degradation.
- Governance & Enforceability: Documentation omissions and delayed legal notifications create loopholes for land-use changes and illegal constructions.
Government Initiatives / Conservation Measures:
- Corridor Delineation: The state’s formal identification of nine essential animal corridors to institutionalize landscape protection.
- Kaziranga Elevated Corridor: A planned 34.5-km elevated stretch on NH-715 (designed with WII/NTCA inputs) to allow uninterrupted wildlife movement underneath.
- Tech-Driven Regulation: Deployment of automatic, sensor-based vehicle speed regulation systems along critical highway sections by the Forest Department.
Way Ahead:
- Immediate Legal Rectification: Officially correct the documentation discrepancy and issue full, binding legal notifications for all 9 functional corridors.
- Cumulative Impact Assessments: Mandate landscape-level, cumulative environmental assessments for all mining and infrastructure projects near sensitive zones.
- Integrated Landscape Management: Shift to a holistic model uniting Protected Areas, corridors, and community lands through participatory eco-development and alternative livelihoods.
Conclusion: Safeguarding the Kaziranga-Karbi Anglong landscape requires shifting from isolated protected areas to legally enforceable ecological corridors that treat wildlife pathways as non-negotiable natural infrastructure.
One Lakh Government School Teachers to Get AI Training in Assam
Syllabus Mapping:
- GS Paper II & V (Assam): Governance & Social Justice | Developments in Education
- GS Paper III: Science & Technology
- Why in News: On 4 September 2026, Samagra Shiksha, Assam signed six agreements (including with IIT Madras and Google AI) to integrate AI, tech-enabled pedagogy, and digital skills into the state’s public education system.
Introduction: Assam’s initiative to train one lakh government teachers in Artificial Intelligence aims to shift public education toward an inclusive, teacher–AI–student ecosystem focused on personalized learning and foundational literacy.
Prelims Perspective:
- Target: Around 1 lakh teachers (Classes VI–XII) to be trained by 31 May 2027.
- Implementing Agency: Samagra Shiksha, Assam.
- Major Partners & Roles:
- IIT Madras–Bodhan AI: AI proficiency and multilingual Teacher Assistant Bot; starting with 40 master trainers using a cascade model.
- Google AI: AI tools (Notebook, Gemini) and digital professional development in 5 languages (Assamese, Bengali, Bodo, Hindi, English).
- LEHS–Wadhwani AI: AI-enabled reading fluency assessment.
- EkStep–AXL: Personalized learning for foundational literacy/numeracy.
- Canva Education: Digital literacy and design thinking.
- Educate Girls: Enrollment/retention of out-of-school adolescents (15–18 years).
- Evaluation: Conducted via the DIKSHA portal.
- UNESCO AI Competency Framework (2024): Contains 15 competencies across 5 dimensions (Mindset, Ethics, Foundations, Pedagogy, Professional Learning).
Mains Perspective:
Importance:
- Empowers Educators: Enhances teacher productivity by automating repetitive administrative tasks (lesson planning, assessment) and promotes multilingual inclusivity.
- Personalizes Learning: Shifts from one-size-fits-all education to data-driven pedagogy, directly strengthening foundational literacy and numeracy (FLN).
- Builds State Capacity: Aligns with NEP 2020 to foster a technology-ready public education workforce capable of bridging geographic and learning disparities.
Challenges:
- Digital Divide: Unequal access to digital infrastructure (internet, smart classrooms) in rural and remote areas may widen the educational gap rather than close it.
- Reliability & Bias: Risks of AI “hallucinations,” algorithmic bias, and cultural misrepresentation necessitate strict, continuous teacher verification.
- Data & Dependency Risks: Potential overreliance on technology at the cost of critical thinking, compounded by massive student data privacy concerns.
Government Initiatives:
- State Level: Samagra Shiksha’s 6 AI MoUs (IIT Madras, Google, Wadhwani AI, etc.) integrating technology with social inclusion (e.g., Educate Girls component).
- National Level: NEP 2020, DIKSHA, NISHTHA, National Digital Education Architecture (NDEAR), and the IndiaAI Mission promoting responsible tech adoption.
Way Ahead:
- Assam-Specific Framework: Develop a regional AI competency framework integrating continuous, localized, and multi-lingual training instead of one-time certifications.
- Robust AI Governance: Establish strict administrative protocols for data privacy, bias detection, and “teacher-in-the-loop” verification for all AI-generated content.
- Outcome-Driven: Measure success by actual improvements in student engagement and learning outcomes, heavily prioritizing infrastructure boosts in rural and tea-garden areas.
Conclusion: To truly transform public education, Assam must ensure its AI initiative evolves beyond mass digital training into responsible, AI-assisted pedagogy that empowers—rather than replaces—the human teacher.
EOS-05: India’s New Earth-Observation Satellite
Syllabus Mapping:
- GS Paper III: Science & Technology | Environment | Disaster Management
- GS Paper V (Assam): Disaster Management | Environment | Technology Applications
- Why in News: On 4 September 2026, ISRO successfully launched EOS-05 aboard GSLV-F17, placing India’s first geosynchronous imaging satellite into a Sub-Geosynchronous Transfer Orbit (Sub-GTO).
Introduction: EOS-05 shifts India’s space capability from periodic mapping to near-continuous, high-frequency Earth observation, functioning as a vital tool for real-time disaster management and evidence-based governance.
Prelims Perspective:
- Launch Details: Launched by ISRO on 4 September 2026 via GSLV-F17 from the Second Launch Pad at Satish Dhawan Space Centre, Sriharikota.
- Payload & Orbit: Weighs ~2,367 kg; injected into a Sub-Geosynchronous Transfer Orbit (Sub-GTO), requiring orbit-raising maneuvers to reach its final Geosynchronous orbit.
- Key Distinction: It is India’s first imaging satellite designed for a geosynchronous orbit (matching Earth’s ~24-hour rotation for persistent regional observation).
- Geosynchronous vs. Geostationary: Every geostationary orbit is geosynchronous (circular, equatorial), but not all geosynchronous orbits are geostationary.
- Launch Vehicle (GSLV Mk II): 19th GSLV flight; 3-stage vehicle (solid first, liquid second, indigenous cryogenic upper stage using LOX/LH2) with four liquid strap-ons.
- Previous Mission Context: EOS-03 (launched August 2021 via GSLV-F10) was an unsuccessful attempt at a similar mission; EOS-05 is a distinct, successful mission.
- ISRO Satellite Evolution: IRS (operational remote sensing), Cartosat (cartography), Resourcesat (agriculture), RISAT (radar), EOS (unified Earth observation).
Mains Perspective:
Importance / Significance:
- Disaster & Flood Resilience (Assam Focus): Enables rapid, near-real-time situational awareness for fast-evolving hazards like Brahmaputra floods, riverbank erosion, and cyclones.
- Agricultural & Ecological Monitoring: Provides high-frequency spatial data for crop stress estimation, forest/wetland mapping, and land-use changes.
- Strategic Governance: Transitions space assets into critical national infrastructure, enhancing territorial situational awareness and technological self-reliance.
Challenges:
- Technological & Environmental Barriers: High-altitude limits spatial resolution, while optical sensors are blinded by severe cloud cover (critical during Northeast monsoons).
- Data Overload & Security: High-frequency imaging generates massive data requiring advanced processing, alongside cybersecurity risks for strategic datasets.
- Last-Mile Utilization: A persistent gap in translating complex geospatial data into actionable, district-level tools for farmers and local administrators.
Government Initiatives / Institutional Ecosystem:
- Key Agencies: Led by ISRO and the National Remote Sensing Centre (NRSC) to execute the Earth-observation program.
- Disaster Support: The Disaster Management Support Programme actively integrates satellite-based information into civic governance and early-warning systems.
Way Ahead:
- Tech Integration: Synergize EOS optical data with Radar datasets, AI/ML, and GIS to bypass cloud cover and enable automated, predictive hazard analytics.
- Decentralized Access: Develop interoperable, open-access district-level geospatial dashboards for early warning and emergency operation centers.
- Capacity Building: Train local disaster authorities and agricultural departments in geospatial intelligence to ensure responsive, evidence-based decision-making.
Conclusion: EOS-05’s true success relies on merging its advanced high-frequency space observation with AI analytics and decentralized institutional capacity to drive proactive, ground-level resilience.
Glacial Lake Outburst Floods (GLOFs) and Glacier Loss in the Hindu Kush Himalayas
Syllabus Mapping:
- GS Paper I: Geography
- GS Paper III: Environment | Climate Change | Disaster Management
- GS Paper V (Assam): Geography | Environment | Disaster Management
- Why in News: A September 2026 Assam Tribune report highlighted the escalating threat of GLOFs and glacier loss in the Hindu Kush Himalayas (HKH)—exacerbated by recent Nepal floods—and its compounding disaster risks for the Brahmaputra basin in Northeast India.
Introduction: Accelerating climate-induced glacier melt in the Himalayas is driving a dual crisis of immediate Glacial Lake Outburst Flood (GLOF) hazards and long-term regional water scarcity.
Prelims Perspective:
- GLOF (Glacial Lake Outburst Flood): Sudden release of water/debris from a glacial lake, typically triggered by moraine dam failure, avalanches, landslides, or earthquakes.
- Moraine: Unconsolidated debris (rocks, soil, sediment) transported by glaciers, often forming weak, unstable natural dams holding back proglacial lakes.
- Hindu Kush Himalayas (HKH): Known as the “Water Tower of Asia”; feeds major river basins (Indus, Ganga, Brahmaputra) and supports nearly 2 billion people downstream.
- HKH Glacier Stats: Contains >63,700 glaciers covering over 55,782 sq km.
- ICIMOD 2026 Findings: Glacier ice-loss rates in the HKH have doubled since 2000, with up to 27 meters of ice thickness lost since 1975.
- Cryosphere: Encompasses all of Earth’s frozen water components (glaciers, ice sheets, snow, permafrost), not just glaciers.
- Conceptual Distinction: Not every Himalayan flash flood is a GLOF; they must be distinguished from cloudbursts, landslide-dammed river breaches, and snow avalanches.
Mains Perspective:
Importance / Impacts:
- The “Glacier Paradox”: Rapid melting triggers dangerous short-term excess (GLOFs/flooding) but inevitably leads to severe long-term water, food, and energy scarcity.
- Compound Risk for Assam: Upstream GLOFs synergize with extreme monsoons and high sediment loads, acting as a massive risk multiplier for downstream Brahmaputra floods and riverbank erosion.
- Socio-Economic Devastation: Sudden sediment shocks and massive debris flows obliterate fragile mountain infrastructure (hydropower, bridges), agricultural topsoil, and riparian ecosystems.
Challenges:
- Transboundary Bottlenecks: The geopolitical nature of the HKH prevents seamless, real-time hydrological data sharing and unified cross-border disaster protocols.
- Warning-to-Action Gap: Translating complex scientific risk assessments into last-mile community evacuations remains administratively weak and underfunded.
- Unregulated Expansion: Aggressive proliferation of roads, settlements, and hydropower projects in fragile mountain valleys maximizes human exposure to cryospheric hazards.
Government Initiatives / Institutional Frameworks:
- ICIMOD Regional Cryosphere Strategy (Aug 2026): Pushes for standardized cryosphere monitoring, data-sharing, and basin-scale hazard assessments across the HKH.
- ISRO & NDMA Integration: Utilizing satellite remote sensing (like EOS series) for continuous lake-area mapping to feed into NDMA’s multi-hazard early warning systems.
Way Forward:
- Integrated Multi-Hazard Governance: Shift from isolated GLOF tracking to compound-risk basin management, strictly enforcing climate-resilient infrastructure zoning.
- Tech-Driven Early Warning: Combine GIS, AI/ML, continuous satellite remote sensing, and ground-based automatic lake-level sensors to bridge the detection-to-evacuation gap.
- Transboundary Hydro-Diplomacy: Institutionalize real-time cryospheric and river-flow data sharing agreements among HKH nations (India, Nepal, Bhutan) for proactive disaster mitigation.
Conclusion: Securing Northeast India against Himalayan climate shocks requires elevating GLOF mitigation from reactive rescue operations to proactive, transboundary, and basin-wide cryosphere risk governance.
APSC MCQs
Topic 1: One Lakh Government School Teachers to Get AI Training in Assam
Q1. With reference to the proposed AI training of government school teachers in Assam, consider the following statements:
- The initiative seeks to strengthen teachers’ ability to use Artificial Intelligence in education.
- AI-enabled tools can be used for personalised learning and assessment of students.
- The use of AI in education necessarily eliminates the need for teachers in the classroom.
- Such interventions can potentially help identify learning gaps at an early stage.
Which of the statements given above are correct?
A. 1, 2 and 4 only
B. 1, 2 and 3 only
C. 1, 3 and 4 only
D. 2, 3 and 4 only
Answer: A
Explanation: AI can augment teachers through personalised learning, assessment and identification of learning gaps. It does not imply replacement of teachers; therefore, statement 3 is incorrect. The Assam initiative involves AI-related capacity building for nearly one lakh government-school teachers.
Q2. The Assam government’s collaboration with technology and education organisations for school education is best understood in the context of which of the following?
- AI-enabled assessment
- Personalised learning
- Digital literacy
- Visual communication and design thinking
- Replacement of conventional classroom teaching entirely by digital platforms
Select the correct answer using the code below:
A. 1, 2, 3 and 4 only
B. 1, 2 and 5 only
C. 1, 3, 4 and 5 only
D. 2, 3, 4 and 5 only
Answer: A
Explanation: The reported partnerships include AI-enabled oral reading assessment, personalised support in reading and mathematics, and digital literacy/design thinking. The objective is a technology-enabled school system, not complete replacement of classroom teaching.
Q3. Consider the following pairs:
| Application of AI | Possible educational use |
| 1. Natural Language Processing | Assessment of language/reading skills |
| 2. Learning analytics | Identification of learning gaps |
| 3. Adaptive learning | Personalised learning pathways |
| 4. Computer vision | Monitoring/interpretation of visual information |
How many of the pairs given above are correctly matched?
A. Only one
B. Only two
C. Only three
D. All four
Answer: D
Explanation: All four are legitimate applications of AI-related technologies in education. The broader Assam initiative is particularly relevant to AI-enabled assessment and personalised learning.
Q4. With reference to Artificial Intelligence in school education, consider the following statements:
- AI can assist in formative assessment without necessarily replacing human teachers.
- Personalised learning systems can use individual learner profiles to tailor educational support.
- AI-based educational systems are completely free from concerns relating to data privacy and algorithmic bias.
- Teacher capacity-building is important for meaningful adoption of AI in classrooms.
Which of the statements given above are correct?
A. 1, 2 and 4 only
B. 1 and 3 only
C. 2 and 3 only
D. 1, 2, 3 and 4
Answer: A
Explanation: AI can support teachers and personalise learning, but it creates concerns such as privacy, data governance and algorithmic bias. Hence statement 3 is incorrect.
Topic 2: EOS-05: India’s New Earth-Observation Satellite
Q5. With reference to EOS-05, consider the following statements:
- It is an Earth-observation satellite developed by ISRO.
- It was launched aboard GSLV-F17.
- It was initially placed into a Sub-Geosynchronous Transfer Orbit.
- Its applications include agriculture and disaster management.
Which of the statements given above are correct?
A. 1, 2 and 4 only
B. 1, 2, 3 and 4
C. 1 and 3 only
D. 2 and 4 only
Answer: B
Explanation: All four statements are correct. The newspaper reported that EOS-05 was successfully placed in its intended Sub-Geosynchronous Transfer Orbit approximately 18 minutes after launch, with applications including agriculture and disaster management.
Q6. Consider the following statements regarding geosynchronous and geostationary orbits:
- A geostationary orbit is a special type of geosynchronous orbit.
- A geostationary satellite has a circular orbit in the equatorial plane.
- Every geosynchronous satellite necessarily appears stationary over a fixed point on the Earth’s surface.
- The orbital period of a geosynchronous satellite is approximately equal to Earth’s rotational period.
Which of the statements given above are correct?
A. 1, 2 and 4 only
B. 1, 2 and 3 only
C. 1, 3 and 4 only
D. 2, 3 and 4 only
Answer: A
Explanation: A geostationary orbit is a special case of a geosynchronous orbit. A geosynchronous satellite need not remain fixed over one point because its orbit may have inclination or eccentricity. This makes statement 3 incorrect.
Q7. With reference to Earth-observation satellites, consider the following statements:
- Remote sensing can support crop monitoring and agricultural assessment.
- Satellite observations can assist flood inundation mapping.
- Optical satellite imagery is completely unaffected by cloud cover.
- Combining satellite data with GIS can improve disaster-management decision-making.
Which of the statements given above are correct?
A. 1, 2 and 4 only
B. 1, 2 and 3 only
C. 1 and 4 only
D. 2, 3 and 4 only
Answer: A
Explanation: Remote sensing has applications in agriculture and disaster management. Optical imagery can be affected by cloud cover, making statement 3 incorrect. EOS-05’s high-frequency observation capability is particularly relevant to rapidly evolving events.
Q8. Consider the following statements about GSLV:
- GSLV Mk II uses an indigenous cryogenic upper stage.
- Cryogenic propulsion uses propellants stored at very low temperatures.
- GSLV and PSLV are identical launch vehicles designed primarily for the same orbital missions.
- GSLV is associated with placing heavier spacecraft into geosynchronous transfer-type orbits.
Which of the statements given above are correct?
A. 1, 2 and 4 only
B. 1, 2 and 3 only
C. 1, 3 and 4 only
D. 2, 3 and 4 only
Answer: A
Explanation: GSLV Mk II has a cryogenic upper stage and is designed for demanding geosynchronous missions. PSLV and GSLV are different launch vehicles with different configurations and typical mission profiles; therefore statement 3 is incorrect.
Topic 3: Glacial Lake Outburst Floods (GLOFs) and Glacier Loss in Hindu Kush Himalayas
Q9. Consider the following statements regarding Glacial Lake Outburst Floods (GLOFs):
- A GLOF involves the sudden release of water from a glacial lake.
- Failure of a moraine dam can cause a GLOF.
- Landslides and avalanches can act as triggers for such events.
- Every flash flood occurring in the Himalayas is a GLOF.
Which of the statements given above are correct?
A. 1, 2 and 3 only
B. 1, 2 and 4 only
C. 1 and 3 only
D. 2, 3 and 4 only
Answer: A
Explanation: GLOFs can result from failure of natural glacial-lake dams, including moraine dams. Landslides, avalanches and other disturbances can trigger outburst events. But not every Himalayan flash flood is a GLOF.
Q10. With reference to glacier retreat and glacial lakes, consider the following statements:
- Glacier retreat can create space in which meltwater accumulates.
- Continued melting can contribute to the expansion of existing glacial lakes.
- Increasing lake volume can increase pressure on an unstable natural dam.
- Glacier retreat always reduces downstream flood risk.
Which of the statements given above are correct?
A. 1, 2 and 3 only
B. 1, 2 and 4 only
C. 1 and 3 only
D. 2, 3 and 4 only
Answer: A
Explanation: Glacier retreat can create and enlarge glacial lakes, potentially increasing GLOF hazard. It does not necessarily reduce downstream flood risk. The newspaper specifically describes the relationship between glacier retreat, meltwater accumulation, lake expansion and moraine-dam failure.
Q11. The Hindu Kush Himalayas are often described as the “water tower of Asia”. Which of the following best explains this description?
A. They contain extensive glaciers and snow reserves that contribute to major Asian river systems.
B. They receive the highest annual rainfall of any mountain system in the world.
C. They contain the world’s largest concentration of freshwater lakes at sea level.
D. They are the only source of water for all major rivers of South Asia.
Answer: A
Explanation: The HKH stores freshwater in glaciers and snow and feeds several major Asian river systems. It is therefore critical to water, food and energy security across downstream regions. The newspaper cites the HKH’s very large glacier inventory and its importance to downstream populations.
Q12. Consider the following statements regarding the impact of Himalayan glacier loss on Northeast India:
- Glacier-related changes can influence the hydrology of the Brahmaputra basin.
- GLOF risks can be amplified when combined with intense monsoon rainfall.
- GLOFs may transport large quantities of sediment and debris downstream.
- Glacier melting is the sole cause of floods in Assam.
Which of the statements given above are correct?
A. 1, 2 and 3 only
B. 1, 2 and 4 only
C. 1 and 3 only
D. 2, 3 and 4 only
Answer: A
Explanation: Glacier-related processes are one component of the Brahmaputra’s complex hydrology. Flooding in Assam has multiple drivers, including monsoon rainfall, river morphology, sedimentation and tributary flows. The newspaper specifically links accelerated glacier melt with heavy monsoon rainfall as a potential risk multiplier for Northeast India.
Topic 4: Kaziranga Corridor / Panbari Wildlife Corridor
Q13. With reference to the animal corridors connecting Kaziranga National Park and the Karbi Anglong Hills, consider the following statements:
- Panbari is one of the identified animal corridors.
- The corridors facilitate movement of wildlife between the Kaziranga landscape and the Karbi Anglong Hills.
- The Panbari corridor was included among the nine identified corridors but was reportedly omitted from details in a government notification.
- Wildlife corridors and protected areas are legally and conceptually identical.
Which of the statements given above are correct?
A. 1, 2 and 3 only
B. 1, 2 and 4 only
C. 1 and 3 only
D. 2, 3 and 4 only
Answer: A
Explanation: Panbari is one of the nine identified corridors connecting the Kaziranga landscape with the Karbi Anglong Hills. The newspaper highlighted its omission from the detailed portion of the notification. A wildlife corridor is not synonymous with a protected area.
Q14. Which of the following pairs of wildlife corridors and their conservation significance is/are correctly matched?
- Panbari — Wildlife movement between Kaziranga and Karbi Anglong landscape
- Haldhibari — One of the nine identified corridors
- Amguri — One of the nine identified corridors
Select the correct answer using the code below:
A. 1, 2 and 3
B. 1 and 2 only
C. 1 and 3 only
D. 2 and 3 only
Answer: A
Explanation: The nine corridors reported in the Assam Government’s notification include Panbari, Haldhibari, Bagori, Harmati, Kanchanjuri, Hatidandi, Deosur, Chirang and Amguri.
Q15. Consider the following statements regarding wildlife corridors:
- They help maintain ecological connectivity between fragmented habitats.
- They can facilitate seasonal movement of elephants and other wildlife.
- Infrastructure such as highways can create bottlenecks in animal movement.
- Conservation of a wildlife corridor is unnecessary once the adjoining national park is legally protected.
Which of the statements given above are correct?
A. 1, 2 and 3 only
B. 1, 2 and 4 only
C. 1 and 3 only
D. 2, 3 and 4 only
Answer: A
Explanation: Wildlife cannot always remain within protected-area boundaries. Corridors provide landscape connectivity, including movement routes for elephants. Roads and highways can fragment these routes. Hence protecting only the national park without maintaining connectivity is inadequate.
Q16. The conservation significance of the Kaziranga–Karbi Anglong landscape is best explained by which of the following?
A. It connects lowland floodplain habitats with adjoining hill landscapes, providing wildlife access to alternative habitats, particularly during floods.
B. It prevents all natural movement of wildlife outside Kaziranga National Park.
C. It is primarily intended to facilitate expansion of urban settlements around Kaziranga.
D. It eliminates the need for human-wildlife conflict management in Assam.
Answer: A
Explanation: Kaziranga’s annual flooding makes access to higher terrain particularly important for wildlife. Connectivity with the Karbi Anglong hills therefore has major ecological and disaster-resilience significance. The corridor issue also illustrates the tension between infrastructure/development and habitat connectivity.
Daily APSC Mains Answer Writing
Q. “The Hindu Kush Himalayas (HKH) are undergoing rapid cryospheric transformation, fundamentally altering the disaster risk profile of downstream regions.” Critically examine the compounding threat of Glacial Lake Outburst Floods (GLOFs) for the Brahmaputra Valley, and suggest a comprehensive disaster governance framework to mitigate this peril.
According to the ICIMOD 2026 Assessment, glacier ice-loss rates in the Hindu Kush Himalayas have doubled since 2000, severely amplifying the risk of Glacial Lake Outburst Floods (GLOFs) for nearly 2 billion downstream dependents.
Mechanism of GLOF: A Cascading Hazard
- Flowchart: [Global Warming] ➔ [Glacier Retreat] ➔ [Proglacial Lake Expansion] ➔ [Trigger: Avalanche/Rainfall] ➔ [Moraine Dam Breach] ➔ [Downstream GLOF Debris Flow].
Compounding Threats of GLOFs for the Brahmaputra Valley (Assam Focus)
- Hydrological Shock & Baseline Flooding: Sudden upstream GLOF discharge interacts with intense monsoon rainfall, acting as a massive risk multiplier for Assam’s already severe seasonal Brahmaputra floods.
- Geomorphic Alteration & Erosion: GLOFs transport massive sediment loads (boulders, silt) that cause sudden riverbed aggradation, exacerbating aggressive riverbank erosion in vulnerable zones like Majuli and Dhemaji.
- Infrastructure Vulnerability: Massive debris flows threaten critical transboundary and downstream infrastructure, including the Subansiri Lower Hydroelectric Project, bridges (e.g., Bogibeel), and the NH-15 corridor.
- Socio-Economic Devastation: Flash sediment deposition destroys riparian agriculture (paddy fields) and disrupts riverine (char) community livelihoods, causing sudden displacement.
Critical Gaps in Current GLOF Governance
- The Warning-to-Action Gap: While ISRO maps vulnerable lakes, high-altitude hazard data rarely translates into actionable, last-mile evacuation protocols for local communities.
- Transboundary Data Asymmetry: Lack of seamless, real-time hydrological data sharing across HKH nations (India, China, Bhutan) delays downstream early warnings in Assam.
- Siloed Disaster Planning: Current NDMA/ASDMA frameworks often treat floods, landslides, and GLOFs as isolated events rather than interconnected, compound disasters.
Comprehensive Disaster Governance Framework (Way Forward)
- Technological Integration: Leverage ISRO’s advanced satellites (e.g., EOS-05) and AI/ML for continuous, real-time monitoring of glacial lake expansion and moraine stability.
- Basin-Scale Risk Governance: Adopt the ICIMOD Regional Cryosphere Strategy to establish transboundary hydro-diplomacy and unified cross-border early warning systems (EWS).
- Climate-Resilient Infrastructure: Mandate strict GLOF-risk micro-zonation and cumulative environmental impact assessments for all developmental projects in the Himalayan and Brahmaputra belts.
- Community-Led EWS: Develop decentralized, multi-lingual early warning dashboards and conduct regular evacuation mock drills for vulnerable char and riverine populations.
Upholding our Fundamental Duty to protect the natural environment under Article 51A(g), building institutional resilience through cooperative federalism, and prioritizing inclusive growth will transform Himalayan disaster governance into a model of human-centric and sustainable development.
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