APSC Current Affairs: Assam Tribune Notes with MCQs and Answer Writing (18/08/2026)
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 18 August 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
Mitigating Climate Disasters: Assam–Nagaland Basin-Level Flood Forecasting
Syllabus Mapping
- GS Paper III: Disaster Management | Environment | Science & Technology
- GS Paper V (Assam): Assam Geography | Disaster Management | Inter-State Issues
- Why in News: The Assam Tribune highlighted the urgent need to transition from generic rainfall alerts to upstream-to-downstream, basin-specific predictive flood forecasting across the Assam–Nagaland transboundary river system.
Introduction
Effective flood management on the Assam-Nagaland border requires a paradigm shift from reactive river-level monitoring to predictive, basin-scale forecasting that anticipates downstream impacts before they occur.
Prelims Perspective
- Transboundary Rivers: Dikhow, Disang, Jhanji, Bhogdoi, and Dhansiri are major south-bank Brahmaputra tributaries originating in the Naga-Patkai hills.
- Key Catchments: Dikhow covers ~3,200 sq km; Disang covers ~4,000 sq km; Dhansiri originates in Nagaland’s Laisang/Laishang Peak.
- Central Water Commission (CWC): India’s nodal flood forecasting agency; operates 30 forecasting stations in Assam and issues 7-day advisory forecasts using mathematical modeling.
- National Hydrology Project (NHP): Supports the ongoing Dhansiri River Flood Forecasting Model and Real Time Data Acquisition System (RTDAS) in Nagaland.
- Assam River Atlas: Developed by Assam WRD, NESAC, and ASDMA to map hydrometeorological observatories, land-use, and river morphology.
- SACHET Portal: NDMA’s National Disaster Alert Portal integrating alerts from IMD, CWC, INCOIS, and FSI.
- Doppler Weather Radars: Mohanbari (S-Band) and Jorhat (X-Band) radars are utilized for near-real-time spatial precipitation monitoring.
- Hydrological vs. Hydraulic Models: Hydrological models convert rainfall to runoff/discharge; Hydraulic models determine the resulting flood depth, velocity, and inundation extent.
- Basin Digital Twin: A dynamic, constantly updated digital replica of a physical basin combining IoT telemetry, remote sensing, and AI for predictive modeling.
Mains Perspective
Importance
- Shifts disaster governance: Transitions from reactive relief to proactive, predictive intelligence, increasing lead time for targeted evacuations.
- Transboundary cooperation: Enforces shared hydrological governance, recognizing that administrative boundaries do not equal watershed boundaries.
- Impact-based precision: Combines deep-tech (Digital Twins, AI, Radar) with hydraulic modeling to predict exact inundation depths and affected villages rather than general rainfall.
Challenges
- Data silos & terrain barriers: Lack of interoperability between state agencies is worsened by steep Naga Hill slopes and limited upstream observation stations.
- Model unpredictability: Changing land-use (deforestation) and landslide-induced river blockages (flash floods) continuously alter runoff characteristics, degrading historical model accuracy.
- Last-mile failure: Accurate technical forecasts remain useless without coordinated institutional communication and robust community-level connectivity.
Government Initiatives
- CWC Forecasting Network: Utilizes extensive hydro-meteorological observations and mathematical rainfall-runoff modeling for short and medium-range alerts.
- National Hydrology Project: Actively funding the Dhansiri flood forecasting model and expanding telemetry/RTDAS infrastructure in Nagaland.
- State & National Platforms: Integration of geospatial mapping via the Assam River Atlas and early warning dissemination through the NDMA SACHET portal.
Way Forward
- Establish institutional frameworks: Create a permanent Assam–Nagaland Transboundary Basin Technical Committee for seamless data sharing and joint simulations.
- Deploy upstream-first technology: Prioritize building a comprehensive monitoring network (ARGs, AWS, Telemetry) in Nagaland’s headwaters to feed a pilot Basin Digital Twin.
- Integrate ecosystem solutions: Complement technological impact-based forecasting with nature-based interventions like wetland restoration, floodplain zoning, and community-level preparedness.
Conclusion
Building lasting resilience against Assam’s complex flood vulnerability demands a unified transboundary approach that seamlessly integrates real-time upstream data sharing, deep-tech predictive modeling, and ecosystem-based mitigation.
Cybersecurity as a Boardroom Issue — SEBI
Syllabus Mapping
- GS Paper II: Governance | Regulatory Institutions | Financial-Sector Governance
- GS Paper III: Science & Technology | Cybersecurity | Internal Security | Critical Infrastructure
- Why in News: The SEBI Chairman emphasized treating cybersecurity as a board-level, systemic-risk, and business-continuity priority, launching the revamped Incident Reporting Portal and Cyber Suraksha Portal to bolster market resilience against emerging AI and quantum threats.
Introduction
In an interconnected financial ecosystem, cybersecurity has evolved from a routine IT operational task into a critical pillar of corporate governance, business continuity, and systemic financial stability.
Prelims Perspective
- SEBI: Statutory securities-market regulator established under the SEBI Act, 1992, mandated to protect investors and regulate securities markets.
- CSCRF (2024): SEBI’s Cybersecurity and Cyber Resilience Framework mandates five core goals: Anticipate, Withstand, Contain, Recover, and Evolve.
- Incident Reporting Timelines: Regulated entities must report critical cyber incidents to CERT-In and SEBI within 6 hours of detection, and log on SEBI’s Incident Reporting Portal within 24 hours.
- New Digital Platforms: Cyber Suraksha Portal functions as a centralized intelligence-sharing hub for vulnerability alerts, while the revamped Incident Reporting Portal standardizes structured threat disclosures.
- CERT-In & NCIIPC: CERT-In operates under Section 70B of the IT Act, 2000 as the national response agency; NCIIPC is the nodal agency for protecting Critical Information Infrastructure (CII).
- Post-Quantum Cryptography (PQC): Cryptographic algorithms engineered to resist quantum computer decryption, countering the “harvest now, decrypt later” threat model.
- Crypto-Agility: The structural capacity of an IT system to rapidly swap or upgrade cryptographic algorithms without re-engineering the underlying architecture.
- Software Bill of Materials (SBOM): A formalized machine-readable inventory of software components and dependencies to detect supply-chain vulnerabilities.
Mains Perspective
Importance
- Mitigates systemic contagion: Prevents single-point-of-failure cyber incidents at depositories, stock exchanges, or third-party cloud vendors from causing wider financial market collapse.
- Enhances board accountability: Mandates boards to integrate cyber risk into Enterprise Risk Management (ERM), allocating adequate budgets for business continuity and investor protection.
- Fosters collective defense: Replaces isolated institutional perimeters with an ecosystem-wide threat-intelligence-sharing network.
Challenges
- Emerging technology risks: Weaponization of Agentic AI and deepfakes scales up autonomous phishing and automated exploits across complex digital architectures.
- Third-party supply chain exposure: Deep integration with external APIs, cloud-service providers, and fintech vendors widens the unmonitored attack surface.
- Quantum decryption & skill deficits: Threat of historical data decryption by future quantum systems is compounded by an acute shortage of specialized cybersecurity and cryptographic talent.
Government / Institutional Initiatives
- SEBI Regulatory Mandates: Enforcement of the CSCRF (2024), institutionalizing Cyber Capability Index metrics, regular penetration testing, and mandatory SBOM compliance.
- National Security Architecture: Operation of CERT-In, NCIIPC, and the National Cyber Security Policy (2013) for sectoral crisis management and cross-agency drills.
- Capacity Building: MeitY Cyber Security Division initiatives focused on indigenous R&D, threat early-warning platforms, and specialized forensic capacity building.
Way Forward
- Institutionalize Security-by-Design: Mandate Zero-Trust architecture and cyber-governance oversight from the design stage of digital public platforms and financial software.
- Accelerate Quantum & AI Governance: Build crypto-agile frameworks for seamless PQC transition while deploying secure, auditable, and human-in-the-loop defensive AI models.
- Conduct Stress Simulations: Institutionalize regular cross-regulatory, multi-agency cyber crisis drills to stress-test real-time detection, communication, and business recovery protocols.
Conclusion
Transitioning from reactive IT protection to proactive, board-level cyber resilience is imperative to insulate India’s financial architecture against rapidly evolving systemic, algorithmic, and quantum-era threats.
Conservation of Flood-Damaged Sanchipat Manuscripts in Assam
Syllabus Mapping
- GS Paper I: Indian Heritage & Culture | Assam’s Cultural Heritage
- GS Paper III: Disaster Management | Conservation Technology
- GS Paper V (Assam): Assam History, Culture & Heritage | Disaster Management
- Why in News: The Srimanta Sankaradeva Kalakshetra Society launched an emergency restoration drive to scientifically recover, conserve, and digitize flood-damaged historical Sanchipat manuscripts from Sivasagar and Charaideo districts.
Introduction
Sanchipat manuscripts constitute the bedrock of Assam’s literary, philosophical, and Neo-Vaishnavite civilizational memory, making their post-disaster scientific preservation critical for cultural resilience.
Prelims Perspective
- Sanchipat Material: Traditional writing support derived from the processed bark of the Sanchi tree (Aquilaria species), extensively used in Assam’s Satra and Namghar traditions.
- Other Traditional Supports: Tulapat (cotton/wood-pulp paper), Talapatra/Talpat (palm-leaf), bamboo strips, and cloth.
- Srimanta Sankaradeva Kalakshetra: Cultural institution in Guwahati leading the recovery; previously preserved five ancient Sanchipat manuscripts now housed at Granth Kutir, Rashtrapati Bhavan.
- Central Conservation Laboratory: Established at the Assam State Museum on 26 June 1984; recognized as the first conservation laboratory in Northeast India.
- Assam State Museum Gallery: Houses manuscripts in Old Assamese, Tai, and Burmese scripts inscribed across Sanchipat, Tulapat, and Talpat.
- Gyan Bharatam National Manuscript Survey: Launched by the Ministry of Culture on 16 March 2026 with a four-stage mandate: Identification → Physical Verification → Cataloguing & Metadata → Conservation & Digitisation.
- State Technical Team: Constituted under Assam’s Indigenous and Tribal Faith and Culture Department in collaboration with DHAS, Directorate of Museums, and state universities (Tezpur, Madhabdev, Auniati, SSVV, KBVS&ASU).
- Assam State Archives: Undertook microfilming and digitisation of rare manuscripts from Majuli Satras under a 75:25 Central-to-State financial assistance model.
Mains Perspective
Importance
- Safeguards primary historical evidence: Preserves irreplaceable primary records of Assam’s political chronicles, Neo-Vaishnavite philosophy, indigenous medical traditions, and traditional manuscript painting styles.
- Integrates disaster and cultural governance: Expands mainstream disaster response beyond physical infrastructure to protect vulnerable, non-renewable intangible cultural heritage.
- Democratizes research access: Facilitates wide scholarly access and prevents physical handling wear-and-tear through high-resolution digital repository archiving.
Challenges
- Dispersed community custodianship: Thousands of rare folios remain scattered across decentralized satras, namghars, and private rural households lacking climate-controlled infrastructure.
- Bio-climatic vulnerability: High humidity and floodwaters cause rapid swelling, mold/fungal infestation, chemical staining, and substrate embrittlement.
- Shortage of technical experts: Severe deficit of trained conservation scientists, codicologists, and manuscriptologists equipped with specialized chemical treatment and non-invasive drying capabilities.
Government / Institutional Initiatives
- Gyan Bharatam Mission: Ministry of Culture’s unified framework driving nationwide manuscript presence mapping, AI-assisted transcription, OCR, and laboratory conservation.
- State-Level Technical Taskforce: Multi-institutional synergy across Assam’s Directorate of Museums, DHAS, and state universities for standardized conservation and cataloging.
- Kalakshetra Emergency Recovery: Free scientific restoration, digitisation, and safe restitution framework for flood-affected private and institutional custodians.
Way Forward
- Adopt “Digitise before Disaster”: Systematically digitize, microfilm, and generate standardized metadata for all community-held manuscripts prior to the annual flood season.
- Establish Dedicated Conservation Centers: Set up specialized regional laboratories equipped with climate-controlled repositories, fumigation units, and mobile emergency conservation vans.
- Incorporate Heritage in State Disaster Plans: Mandate ASDMA and local DDMA disaster contingency plans to map cultural repositories as critical assets requiring specialized post-flood salvage protocols.
Conclusion
Preserving Assam’s vulnerable manuscript legacy requires an integrated approach that harmonizes community-led stewardship, state-of-the-art chemical conservation, and proactive pre-disaster digitization.
Census 2027 — Self-Enumeration & Digital Census
Syllabus Mapping
- GS Paper II: Governance | Government Policies | Social Justice | e-Governance
- GS Paper III: Technology | Data and Digital Governance
- GS Paper V (Assam): Assam Governance | Demography | Public Administration | Development
- Why in News: The Self-Enumeration phase of Census 2027 concluded in Assam on 16 August 2026 with over 11.6 lakh households participating, followed immediately by the physical House Listing and Housing Census phase.
Introduction
Census 2027 marks a historic transition to a digitally-driven, participatory demographic data collection system, combining citizen self-reporting with mandatory physical verification to ensure accurate, evidence-based policymaking.
Prelims Perspective
- Historical Context: This is the 16th Census of India and the 8th since Independence, legally backed by the Census Act, 1948 and Census Rules, 1990.
- Two-Phase Execution: Phase I (House Listing & Housing Census) in 2026; Phase II (Population Enumeration) in February 2027.
- Reference Date: 00:00 hours on 1 March 2027 for most of the country.
- Digital Transformation: The first Indian Census to utilize digital tools, including a secure Enumerator Mobile Application (available in 16 languages), a Self-Enumeration Portal, and the Census Management and Monitoring System (CMMS).
- Self-Enumeration (SE): A voluntary online facility to submit census data prior to the enumerator’s visit; generates a unique SE ID for subsequent verification. It does not replace physical door-to-door enumeration.
- Assam’s Performance: Cachar, Sribhumi, and Kokrajhar emerged as the top three performing districts during the SE phase.
- Phase II Data Collection: Will capture demographic, socio-economic, migration, education, and fertility data, and will notably include caste enumeration.
- Data Confidentiality: All collected data is strictly confidential under the Census Act and is not admissible as evidence in a court of law.
Mains Perspective
Importance
- Drives evidence-based governance: Provides the foundational demographic baseline required for accurate resource allocation, urban planning, and targeted welfare delivery.
- Catalyzes digital democratization: Transitions citizens into active participants via the Self-Enumeration portal, streamlining administrative efficiency and drastically reducing manual data processing time.
- Informs Assam-specific development: Critical for mapping demographic shifts, migration patterns, and socio-economic needs across Assam’s border districts, char (riverine) settlements, and flood-prone zones.
Challenges
- Digital divide & exclusion: Purely digital methods risk excluding households lacking internet access or digital literacy, necessitating robust physical verification.
- Data integrity & privacy risks: Self-reporting can introduce errors, while large-scale digital data storage elevates risks of cyberattacks, requiring strict data minimization and encryption.
- Geographical & linguistic barriers: Reaching remote habitations in Assam’s difficult terrains alongside navigating immense linguistic diversity strains administrative capacity.
Government Initiatives
- Comprehensive Digital Architecture: Deployment of the CMMS, digital mapping for enumeration blocks, and a dedicated Self-Enumeration portal.
- Mandatory Hybrid Verification: Adherence to the strict principle of “No Omission, No Duplication” by ensuring every household, even those self-enumerated, receives a physical verification visit.
- Mass Capacity Building: Extensive training of grassroots census officials and widespread public awareness campaigns to boost citizen cooperation.
Way Forward
- Bridge the digital divide: Deploy assisted self-enumeration centers, utilizing Common Service Centres (CSCs) and community volunteers in digitally underserved and remote areas.
- Enforce multi-layered data security: Implement end-to-end encryption, role-based access, and strict data governance protocols to maintain public trust.
- Leverage community networks in Assam: Engage local institutions and Panchayati Raj bodies to navigate challenging terrains like char areas and ensure 100% inclusion.
Conclusion
The ultimate success of Census 2027 lies in seamlessly blending digital innovation with grassroots administrative verification, ensuring a highly secure, inclusive, and accurate demographic foundation for India’s long-term development.
APSC MCQs
Topic 1: Census 2027 — Self-Enumeration & Digital Census
Q1. With reference to Census 2027 and the Self-Enumeration (SE) process, consider the following statements:
- Self-Enumeration allows a household to provide its census information digitally without the enumerator initially recording the information.
- Self-Enumeration is followed by a validation process involving census officials.
- Self-Enumeration completely eliminates the need for house-to-house enumeration in the Census.
Which of the statements given above is/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: Self-Enumeration is a digital component of Census 2027, but it does not eliminate the enumerator-based process. In Assam, after the SE phase ended, trained enumerators commenced the houselisting and housing census phase. The Census of India has also provided a dedicated Self-Enumeration portal and schedule.
Q2. Consider the following statements regarding the Census of India:
- Census is a Union subject under the Seventh Schedule of the Constitution.
- The constitutional basis for Parliament’s power to legislate on census matters is associated with the Union List.
- Census operations are conducted by the Election Commission of India.
Which of the statements given above is/are correct?
A. 1 and 2 only
B. 1 and 3 only
C. 2 and 3 only
D. 1, 2 and 3
Answer: A
Explanation: Census is Entry 69 of the Union List. Census operations are conducted under the Office of the Registrar General & Census Commissioner, India, under the Ministry of Home Affairs—not the Election Commission. This is a classic current-affairs → constitutional/static linkage.
Q3. With reference to Census 2027, consider the following statements:
- The houselisting and housing census is distinct from population enumeration.
- Self-Enumeration is a component of the digital transformation of Census 2027.
- Population enumeration and houselisting necessarily have to be conducted simultaneously throughout India.
Which of the statements given above is/are correct?
A. 1 and 2 only
B. 1 only
C. 2 and 3 only
D. 1, 2 and 3
Answer: A
Explanation: Houselisting and Housing Census and Population Enumeration are separate stages. Census 2027 is being technologically transformed, including Self-Enumeration. The timing of phases can vary by region because of administrative and geographical considerations. In Assam, houselisting began immediately after the SE phase.
Q4. Which of the following best explains the significance of Self-Enumeration in Census 2027?
A. It replaces the constitutional requirement of conducting a population census.
B. It permits citizens to independently provide census information digitally, potentially improving convenience and reducing the initial burden on enumerators.
C. It restricts census participation to persons possessing Aadhaar.
D. It converts the Census into a sample survey rather than a complete enumeration.
Answer: B
Explanation: Self-Enumeration is intended to facilitate digital participation by households. It does not transform the Census into a sample survey, nor does it eliminate the traditional enumeration framework. The Census portal identifies Self-Enumeration as part of Census 2027’s digital process.
Topic 2: Assam–Nagaland Basin-Level Flood Forecasting
Q5. With reference to basin-level flood forecasting, consider the following statements:
- A hydrological model primarily estimates the transformation of rainfall into runoff and river discharge.
- A hydraulic model can be used to estimate flood depth and inundation extent.
- Basin-level forecasting necessarily requires that the entire river basin lie within one State.
Which of the statements given above is/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: Hydrological modelling deals with rainfall-runoff and discharge generation, whereas hydraulic modelling deals with the movement of water through river channels and floodplains, including inundation. A river basin can cross administrative boundaries; indeed, the Assam–Nagaland proposal is based on this very principle.
Q6. Consider the following rivers:
- Dikhow
- Disang
- Dhansiri
- Bhogdoi
Which of the rivers listed above are associated with the south-bank tributary systems of the Brahmaputra in Assam?
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: These rivers form important components of the Brahmaputra’s south-bank drainage system and are relevant to flood generation in Upper Assam. The newspaper’s basin-level proposal specifically highlights the Dikhow, Disang, Jhanji, Bhogdoi and Dhansiri catchments.
Q7. The term “upstream-first flood forecasting”, in the context of the Assam–Nagaland region, most appropriately implies:
A. Forecasting floods only after downstream rivers cross their danger levels.
B. Monitoring rainfall and hydrological conditions in upstream catchments to provide advance warning to downstream areas.
C. Constructing reservoirs exclusively in downstream Assam.
D. Restricting flood forecasting to satellite-based observations.
Answer: B
Explanation: The proposed approach seeks to convert upstream rainfall and runoff information into downstream flood warnings, thereby increasing warning lead time. This is particularly relevant because several Upper Assam tributaries originate in or pass through the Naga–Patkai region.
Q8. With reference to flood forecasting in India, consider the following statements:
- The Central Water Commission has an important role in flood forecasting in India.
- Under the National Hydrology Project, a flood forecasting model has been supported for the Dhansiri River in Nagaland.
- Real-Time Data Acquisition Systems can support flood early-warning systems by transmitting hydrological observations.
Which of the statements given above is/are correct?
A. 1 and 2 only
B. 1 and 3 only
C. 2 and 3 only
D. 1, 2 and 3
Answer: D
Explanation: All three are correct. The Government has specifically identified “Development of Flood Forecasting Model in Dhansiri River” in Nagaland under the National Hydrology Project, along with installation of Real-Time Data Acquisition Systems and discharge-measurement equipment.
Topic 3: Cybersecurity as a Boardroom Issue — SEBI
Q9. With reference to SEBI’s Cybersecurity and Cyber Resilience Framework (CSCRF), consider the following statements:
- It is applicable to entities regulated by SEBI.
- It seeks to strengthen both cybersecurity and cyber resilience.
- It is primarily a framework for India’s defence forces rather than the financial sector.
Which of the statements given above is/are correct?
A. 1 and 2 only
B. 1 and 3 only
C. 2 and 3 only
D. 1, 2 and 3
Answer: A
Explanation: SEBI introduced the Cybersecurity and Cyber Resilience Framework (CSCRF) for SEBI-regulated entities in August 2024. It is specifically designed for the securities-market ecosystem.
Q10. Which one of the following sequences best represents the five cyber-resilience goals emphasised in SEBI’s cybersecurity framework?
A. Prevent – Encrypt – Isolate – Recover – Delete
B. Anticipate – Withstand – Contain – Recover – Evolve
C. Detect – Arrest – Prosecute – Recover – Rebuild
D. Identify – Encrypt – Monitor – Block – Report
Answer: B
Explanation: The framework’s approach goes beyond merely preventing cyberattacks. Anticipate, Withstand, Contain, Recover and Evolve represent a lifecycle-oriented resilience approach.
Q11. Consider the following pairs:
| Term | Meaning |
| 1. Crypto-agility | Ability to change cryptographic algorithms with minimal disruption |
| 2. Post-quantum cryptography | Cryptographic approaches designed to resist attacks using quantum computers |
| 3. SBOM | A structured inventory of software components |
Which of the pairs given above is/are correctly matched?
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 are correctly matched. Crypto-agility becomes particularly important as cryptographic standards evolve; post-quantum cryptography addresses the future threat posed by sufficiently powerful quantum computers; and an SBOM (Software Bill of Materials) provides visibility into software components and dependencies. SEBI’s CSCRF includes SBOM-related cybersecurity requirements.
Q12. With reference to cybersecurity in India’s financial sector, consider the following statements:
- Cyber resilience concerns an organisation’s ability to continue essential operations despite cyber incidents.
- Cybersecurity risks in financial markets can have systemic implications because financial institutions are technologically interconnected.
- The responsibility for cybersecurity can be confined exclusively to an institution’s IT department.
Which of the statements given above is/are correct?
A. 1 and 2 only
B. 1 and 3 only
C. 2 and 3 only
D. 1, 2 and 3
Answer: A
Explanation: Cyber resilience includes the capacity to anticipate, withstand, contain, recover and evolve. In financial markets, interconnected exchanges, brokers, clearing institutions, depositories and technology providers can transmit operational risks. Hence cybersecurity is increasingly a board-level governance and business-continuity issue, as highlighted by the SEBI news report. SEBI’s CSCRF institutionalises this broader approach.
Topic 4: Conservation of Flood-Damaged Sanchipat Manuscripts
Q13. With reference to Sanchipat manuscripts, consider the following statements:
- Sanchipat is associated particularly with Assam’s manuscript tradition.
- Sanchipat manuscripts are important sources for understanding Assam’s literary, religious and cultural heritage.
- Sanchipat manuscripts are exclusively modern printed documents and therefore have limited archival value.
Which of the statements given above is/are correct?
A. 1 and 2 only
B. 1 and 3 only
C. 2 and 3 only
D. 1, 2 and 3
Answer: A
Explanation: Sanchipat represents an important traditional manuscript medium in Assam and has substantial historical and cultural value. The current conservation initiative concerns manuscripts damaged by floods in Sivasagar and Charaideo, demonstrating their continuing heritage significance.
Q14. Consider the following statements regarding the conservation of manuscripts damaged by floods:
- Digitisation can provide a record of manuscript content but does not by itself preserve the original physical object.
- Excess moisture can promote biological deterioration such as fungal growth.
- Scientific conservation may involve stabilisation and appropriate treatment rather than simply restoring an object to a visually new condition.
Which of the statements given above is/are correct?
A. 1 and 2 only
B. 1 and 3 only
C. 2 and 3 only
D. 1, 2 and 3
Answer: D
Explanation: All three are correct. The Assam initiative specifically involves scientific conservation by experts, while digital records are retained even when restored manuscripts are returned to their owners.
Q15. With reference to the Gyan Bharatam National Manuscript Survey, consider the following statements:
- It seeks to create a geo-tagged national inventory of manuscript repositories.
- It includes physical verification and cataloguing/metadata creation.
- It is restricted only to manuscripts held in government museums.
Which of the statements given above is/are correct?
A. 1 and 2 only
B. 1 and 3 only
C. 2 and 3 only
D. 1, 2 and 3
Answer: A
Explanation: The Gyan Bharatam National Manuscript Survey, launched on 16 March 2026, seeks to map manuscript repositories across India. Its framework includes identification, physical verification, cataloguing and metadata creation. It is not restricted to government museums; families, scholars, temples and institutions can also be custodians of manuscripts.
Q16. Which one of the following best captures the significance of the conservation initiative for flood-damaged Sanchipat manuscripts in Assam?
A. It is primarily an archaeological excavation programme aimed at discovering new manuscripts.
B. It represents an integration of disaster recovery, scientific conservation, cultural-heritage protection and digitisation.
C. It seeks to replace all physical manuscripts with digital copies.
D. It is principally a programme for promoting contemporary Assamese literature.
Answer: B
Explanation: The initiative combines post-flood recovery with scientific conservation and digital documentation. The Srimanta Sankaradeva Kalakshetra Society has requested affected custodians to submit damaged manuscripts for expert treatment and preservation; restored manuscripts may subsequently be returned while digital records are retained.
Daily APSC Mains Answer Writing
Q. “Assam’s flood management needs to move from reactive flood control to predictive, basin-level disaster management.” Discuss with special reference to the proposed Assam–Nagaland basin-level flood forecasting framework.
Assam’s flood vulnerability is shaped not only by intense monsoon rainfall but also by the transboundary nature of its river systems. The proposed Assam–Nagaland basin-level forecasting framework seeks to convert upstream rainfall and hydrological information into timely, location-specific warnings for downstream Assam.
1. Why a basin-level approach is necessary
- Rivers such as Dikhow, Disang, Bhogdoi and Dhansiri connect the Naga–Patkai hills with the Assam floodplains.
- Administrative boundaries do not coincide with hydrological boundaries.
- Downstream river-level monitoring alone may provide insufficient warning lead time.
2. Technological architecture
- Doppler weather radars, Automatic Rain Gauges (ARGs), satellite rainfall and numerical weather prediction can improve upstream rainfall monitoring.
- Hydrological models can convert rainfall into runoff and river discharge.
- 1D/2D hydraulic models can estimate flood depth, inundation extent and arrival time.
- GIS, telemetry and satellite imagery can enable real-time basin monitoring.
- A proposed Basin Digital Twin can integrate these datasets for dynamic forecasting.
3. Major challenges
- Limited observation infrastructure in difficult Naga Hills terrain.
- Forecast uncertainty due to changing rainfall, land use and river morphology.
- Inter-state data-sharing and institutional coordination.
- Landslide-induced river blockages and sudden flash floods.
- Weak last-mile dissemination can reduce the effectiveness of accurate forecasts.
4. Way Forward
- Establish a permanent Assam–Nagaland transboundary basin coordination mechanism.
- Strengthen upstream telemetry, radar and rain-gauge networks.
- Develop impact-based forecasting rather than generic rainfall warnings.
- Integrate forecasting with floodplain management, wetland restoration and community preparedness.
- Conduct regular pre-monsoon simulation exercises and strengthen local disaster-response capacity.
Assam requires a paradigm shift from “monitoring floods after they occur” to “anticipating impacts before they occur.” Combining inter-state cooperation, scientific modelling, remote sensing, real-time data and community preparedness can transform flood forecasting into anticipatory disaster governance, reducing both human and economic losses.become engines of employment, exports and strategic autonomy.
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