APSC Current Affairs: Assam Tribune Notes with MCQs and Answer Writing (11/07/2026)

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 11 July 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 Foundation Course, 2026

 

Assam Budget 2026–27: Green Growth, Fiscal Consolidation and Inclusive Development

  • Prelims: Economy (State Budget, Fiscal Deficit, Taxation), Environment (Green Cess, Renewable Energy), Government Schemes, Assam Economy.
  • Mains (GS-II): Government Policies & Governance.
  • Mains (GS-III): Indian Economy, Government Budgeting, Infrastructure, Environment, Energy.
  • Mains (GS-V): Economy, Governance, Environment & Development of Assam.

🔴 Introduction

Presented by Finance Minister Jayanta Mallabaruah on 10 July 2026; the first full Budget of the newly elected government. Proposes a ₹419.26 crore fiscal deficit while integrating economic development with environmental sustainability, positioning Assam as a leader in Green Budgeting and climate-responsive public finance.

🔴 Key Highlights

  • Financial Year: 2026–27
  • Budget Type: Full State Budget
  • Fiscal Deficit: ₹419.26 crore (Target: 3% of GSDP)
  • Estimated Expenditure: ₹2,85,084.45 crore
  • Estimated Receipts: ₹2,88,309.45 crore
  • Core Theme: Green Growth + Inclusive Development + Infrastructure + Technology

🔴 Major Budget Announcements

  1. Green Cess: Imposed on stone crushers, brick kilns, coke-based industries, commercial groundwater extraction, transfer of second-hand vehicles, and polluting industries. Revenue dedicated to afforestation, pollution control, biodiversity conservation, climate adaptation, green energy, water resource management, and sustainable infrastructure (reflects the Polluter Pays Principle).
  2. Renewable Energy Promotion: Electricity duty exemption on captive renewable energy consumption extended for 3 years. Massive investments in hydro, solar, thermal, and battery storage. Power sector investment pipeline stands at ₹77,353 crore (largest in Assam’s history).
  3. Electric Vehicle (EV) Promotion: Value Added Tax (VAT) incentives and 3% Motor Vehicle Tax subvention on EV purchases to reduce emissions and accelerate clean mobility.
  4. Tax Reforms:
    • VAT on Piped Natural Gas (PNG): Reduced from 14.5% to 5% to lower household costs.
    • Tea Sector: Agricultural Income Tax exemption threshold raised from ₹2.5 lakh to ₹10 lakh to support small tea growers.
  5. Agriculture & Irrigation: ₹3,000–4,000 crore allocated over 5 years for pressurized piped irrigation, lift irrigation, and climate-resilient farming.
  6. Infrastructure: 800 km of roads under Asom Mala 4.0, airport expansion, a new homestay policy, and university infrastructure upgrade (₹100 crore each, phased).
  7. Digital Governance: Launch of Artificial Intelligence (AI)-enabled Sewa Setu, e-Courts, GIS-based property valuation, Mission Basundhara 4.0, and drone-based aerial afforestation.

🔴 Important Budget Numbers

  • Fiscal Deficit: ₹419.26 crore (Target: 3% of GSDP)
  • Power Investment: ₹77,353 crore
  • Irrigation Investment: ₹3,000–4,000 crore
  • Social Sector Direct Benefit Transfer (DBT): ₹6,000 crore
  • Roads (Asom Mala 4.0): 800 km
  • Muga Tourism Park & Spun Mill: ₹8.44 crore and ₹10 crore respectively

🔴 Prelims Pointers

  • Fiscal Deficit: Total Expenditure Total Receipts (excluding borrowings).
  • Green Budgeting: Integrating environmental objectives into fiscal planning and expenditure prioritization.
  • Green Cess: Environmental tax on polluting activities to finance ecological conservation.
  • Polluter Pays Principle: Mandates that polluters bear the costs of pollution prevention and restoration.
  • Sustainable Development: Meeting present needs without compromising future generations (Brundtland Commission, 1987).
  • High-Yield Facts: Assam targets a 3% deficit; PNG VAT cut to 5%; 3% EV tax subvention; ₹77,353 cr power pipeline; launch of Mission Basundhara 4.0 and AI Sewa Setu.

🔴 Mains Pointers

A. Importance

  • Economic & Environmental: Strengthens fiscal discipline, internalizes environmental costs via green taxation, and accelerates the renewable energy transition.
  • Governance & Social: Deploys AI and GIS-based digital public infrastructure (DPI) for citizen services, expands welfare via ₹6,000 crore DBT, and elevates higher education and tea sector income.
  • Assam-Specific: Addresses river management, rural connectivity, and climate resilience.

B. Challenges

  • Fiscal & Structural: Balancing deficit within Fiscal Responsibility and Budget Management (FRBM) limits, managing rising debt, and navigating land acquisition delays for infrastructure.
  • Green Cess Execution: Countering industrial resistance and managing the administrative burden of compliance monitoring.
  • Governance & Climate: Overcoming the digital divide, ensuring inter-departmental coordination, and tackling recurring ecological shocks like floods and riverbank erosion.

🔴 Government Initiatives & Constitutional Linkages

  • Linked Initiatives: Green Budgeting, Assam Climate Action initiatives, Mission Basundhara, Asom Mala, Sewa Setu, EV Policy, National Green Hydrogen Mission, and PM Gati Shakti.
  • Constitutional Provisions: Article 202 (Annual Financial Statement), Article 203 (Demands for Grants), Article 204 (Appropriation Bill), Article 266 (Consolidated Fund of the State), Article 48A (Protection of Environment), and Article 51A(g) (Fundamental Duty to protect environment).
  • Institutional Frameworks: 16th Finance Commission, FRBM Framework, NITI Aayog Sustainable Development Goals (SDG) Index, and the Paris Agreement.
  • Targeted SDGs: SDG 7 (Affordable and Clean Energy), SDG 8 (Decent Work and Economic Growth), SDG 9 (Industry, Innovation, and Infrastructure), SDG 11 (Sustainable Cities), SDG 13 (Climate Action), and SDG 15 (Life on Land).

🔴 Conclusion

The Assam Budget 2026–27 transitions the state toward green, technology-enabled, and inclusive governance. Success hinges on robust implementation, transparent monitoring, and strict fiscal discipline to convert these outlays into measurable socio-economic outcomes.

Pressurized Piped Irrigation Network for Assam: Towards Climate-Resilient and Water-Efficient Agriculture

  • Prelims: Irrigation systems in India, Agriculture, Water Resource Management, Pradhan Mantri Krishi Sinchayee Yojana (PMKSY), Climate-resilient agriculture, Assam Economy.
  • Mains (GS-III): Agriculture, Irrigation, Water Resources, Infrastructure, Climate Change.
  • Mains (GS-V): Agriculture, Economy, Natural Resources, Disaster Management of Assam.

🔴 Introduction

The Assam Budget 2026–27 proposes shifting from traditional open-channel irrigation to a Pressurized Piped Distribution Network (PPDN) to combat rainfall uncertainty, recurrent floods, and system inefficiencies. With an investment of ₹3,000–4,000 crore over five years, the state will implement lift irrigation using lean-season flows from major rivers to improve water-use efficiency, lower land acquisition, and build climate resilience.

🔴 Key Points

  • Announcement: Assam Budget 2026–27
  • Proposed System: Pressurized Piped Distribution Network (PPDN)
  • Estimated Investment: ₹3,000–4,000 crore (over 5 years); ₹200 crore allocated currently.
  • Main Objective: Climate-resilient, efficient irrigation.
  • Water Source: Lean-season river water.
  • Major Rivers Targeted: Barak, Subansiri, Manas, Beki, Puthimari, Jia Bharali, Dhansiri, Kopili.
  • Irrigation Type: Small and Medium Lift Irrigation Schemes.
  • Implementing Agency: Irrigation Department, Government of Assam.

🔴 Need for the Shift: Problems with Open-Channel Irrigation

  • High seepage and evaporation losses.
  • Frequent damage from floods and waterlogging.
  • Encroachment of canals and high maintenance costs.
  • Uneven water distribution and large land requirements.
  • Slow execution of infrastructure projects.

🔴 Understanding Pressurized Piped Distribution Network (PPDN)

PPDN transports irrigation water through buried or surface pipelines under pressure, eliminating open canals. Water is delivered via outlets connected to drip, sprinkler, or controlled surface irrigation systems.

  • Core Components: Water source (river/reservoir), Pump house, Rising main pipeline, Distribution pipeline network, Control valves, Flow meters, Farm outlets, and Micro-irrigation systems.

🔴 Advantages of PPDN

  1. Water Conservation: Minimizes seepage and evaporation, yielding “more crop per drop.”
  2. Climate Resilience: Supports year-round irrigation during delayed monsoons, erratic rainfall, and dry spells.
  3. Reduced Land Acquisition: Pipelines require narrow corridors, saving cultivable land.
  4. Faster Implementation: Quicker installation with less excavation and maintenance.
  5. Flood Resistance: Less vulnerable to flood damage and sediment deposition than open canals.
  6. Higher Productivity: Enables multiple cropping, diversification, and higher yields.
  7. Modern Integration: Seamlessly aligns with drip/sprinkler systems, fertigation, and precision agriculture (aligns with PMKSY).

🔴 Importance for Assam

  • Flood-Prone Geography: Pipelines withstand floods, erosion, and siltation better than open channels.
  • Rainfall Uncertainty: Mitigates seasonal water stress caused by climate change.
  • River Water Utilization: Harnesses lean-season flows from major rivers without requiring new major dams.
  • Farmer Income Boost: Enables double cropping, horticulture, and high-value crop cultivation.

🔴 Prelims Pointers

  • Important Rivers: Barak, Subansiri, Manas, Beki, Puthimari, Jia Bharali, Dhansiri, Kopili.
  • Pradhan Mantri Krishi Sinchayee Yojana (PMKSY): Launched in 2015. Objectives: “Har Khet Ko Pani” (HKKP) and “Per Drop More Crop”. Components include Accelerated Irrigation Benefit Programme (AIBP), HKKP, Watershed Development, and Per Drop More Crop (now under PM-RKVY).
  • Lift Irrigation: Water pumped from rivers/reservoirs where gravity flow is unfeasible.
  • Micro-Irrigation: Includes drip and sprinkler systems for water saving and lower fertilizer loss.

🔴 Mains Pointers

A. Importance

  • Agricultural & Economic: Assured irrigation enables multiple cropping, crop diversification, higher yields, and rural employment.
  • Resource & Climate: Efficient utilization of lean-season river flows, reduced transmission losses, and promotion of drought-resilient, climate-smart agriculture.
  • Infrastructure: Fosters modern engineering, digital monitoring, and precision agriculture.

B. Challenges

  • Technical: High capital investment, pumping infrastructure, and energy dependence.
  • Environmental: Maintaining ecological flow and sustainable river abstraction; managing sediment.
  • Institutional & Social: Capacity building for Water Users’ Associations (WUA), inter-departmental coordination, and driving farmer adoption of micro-irrigation.
  • Financial: Long-term maintenance costs and cost recovery.

🔴 Government Initiatives

  • Assam: PPDN rollout, ₹3,000–4,000 crore irrigation programme (₹200 cr initial allocation), and lift irrigation expansion.
  • National:
    • PMKSY: Focuses on water-use efficiency and sustainable irrigation.
    • Pradhan Mantri Rashtriya Krishi Vikas Yojana (PM-RKVY): Supports drip/sprinkler and precision farming.
    • Rural Infrastructure Development Fund (RIDF): Financial support via the National Bank for Agriculture and Rural Development (NABARD).

🔴 Conclusion

The PPDN marks a paradigm shift in Assam’s irrigation strategy from traditional canals to efficient, climate-resilient delivery. While it promises to transform agricultural productivity, long-term success relies on scientific basin planning, sustainable water abstraction, robust maintenance, and active farmer participation through WUAs.

Changing Cultural Practices in Assam: Preserving River-Centric Traditions and Indigenous Knowledge

  • Prelims: Art & Culture of Assam, Tribes and Traditional Practices, Wetland and River-based Livelihoods, Biodiversity & Conservation, Intangible Cultural Heritage (ICH).
  • Mains (GS-I): Indian Society, Culture, Heritage and Diversity.
  • Mains (GS-III): Environment, Biodiversity, Sustainable Development.
  • Mains (GS-V): History, Heritage, Culture, Society, Environment and Natural Resources of Assam.

🔴 Introduction

Assam’s civilization is deeply rooted in its rivers and wetlands (beels), which shape its livelihoods, festivals, rituals, and indigenous knowledge. Rapid urbanisation and ecological degradation are eroding these river-centric traditions. Documenting and preserving this Intangible Cultural Heritage (ICH) is urgently needed to maintain the deep relationship between nature and society.

🔴 Key Points

  • Core Theme: Decline of river and wetland-based cultural traditions in Assam.
  • Main Causes: Urbanisation, lifestyle changes, declining river dependence, and ecological degradation.
  • Affected Elements: Fishing traditions, rituals, folklore, food habits, and marriage customs.
  • Core Concern: Loss of indigenous ecological knowledge and cultural identity.
  • Intervention Needed: Documentation, conservation, and inter-generational transmission.

🔴 Traditional River-Centric Cultural Practices

  1. Fishing as a Tradition: Fish acts as a staple food, symbol of prosperity, and ritual offering. Traditional bamboo implements (Jakoi, Polo, Juluki, Khaloi) reflect indigenous engineering and sustainable harvesting.
  2. Religious & Social Life: Fish is integral to Hindu rituals, marriage meals, and ceremonial gifting (symbolising prosperity).
  3. Folk Beliefs: Sacred fish species, pre-fishing offerings, and beliefs in river spirits act as informal conservation mechanisms.
  4. Marriage Rituals: The Pani-Tola ceremony involves collecting water from natural bodies for ceremonial bathing (symbolising purity). Shift to vehicular transport has reduced traditional community participation.
  5. Folk Songs: Fishing, boat, and seasonal songs preserve ecological knowledge and oral traditions.
  6. Indigenous Ecological Knowledge (IEK): Deep historical understanding of fish breeding, flood cycles, river behaviour, and wetland ecology.

🔴 Causes of Decline

  • Urbanisation & Social Shift: Nuclear families, modern occupations, youth migration, and reduced interaction with rivers.
  • Environmental Degradation: Wetland loss, riverbank erosion, pollution, and declining fish diversity.
  • Modern Technology: Shift to mechanised fishing, market dependence, and packaged foods.
  • Climate Change: Altered flood patterns and habitat degradation disrupting fish migration.

🔴 Importance of Preservation

  • Cultural: Protects Assamese identity, intangible heritage, and community bonds.
  • Ecological: Encourages sustainable fishing, seasonal conservation, and respect for biodiversity.
  • Educational: IEK aids in climate adaptation and local resource management.
  • Economic: High potential for eco-tourism, cultural tourism, and heritage villages.

🔴 Prelims Pointers

  • Intangible Cultural Heritage (ICH): Defined by United Nations Educational, Scientific and Cultural Organization (UNESCO) to include oral traditions, rituals, festive events, and knowledge concerning nature.
  • Ramsar Convention: Adopted in 1971 (Ramsar, Iran) for wetland conservation. Assam site: Deepor Beel.
  • Traditional Implements: Bamboo traps like Jakoi, Polo, Juluki, and Khaloi.
  • Indigenous Knowledge: Generational community wisdom regarding agriculture, fisheries, and water management.

🔴 Mains Pointers

A. Importance

  • Cultural & Social: Maintains continuity of oral traditions, shared rituals, and inter-generational knowledge transfer.
  • Sustainability & Economy: Promotes community stewardship of wetlands while supporting rural fisheries, handicrafts, and cultural tourism.

B. Challenges

  • Environmental: River pollution, fish habitat loss, and wetland degradation.
  • Socio-Economic & Policy: Youth disinterest, commercialisation, weak documentation, and insufficient policy integration of traditional knowledge into formal conservation planning.

🔴 Government Initiatives & Frameworks

  • National Schemes: National Mission for Cultural Mapping (NMCM), Scheme for Safeguarding ICH, Ek Bharat Shreshtha Bharat, and National Mission on Sustainable Agriculture (NMSA).
  • Assam Initiatives: Wetland conservation by Assam Wetland Authority, community-based fisheries, and eco-tourism around river islands.
  • Conventions & Acts: UNESCO Convention for Safeguarding ICH (2003), Ramsar Convention (1971), and the Biological Diversity Act, 2002.

🔴 Assam-Specific Perspective

The Brahmaputra and Barak river systems are the bedrock of Assam’s cultural landscape. Conserving festivals, marriage rituals, and traditional fishing requires actively protecting the wetland ecosystems that sustain them through community participation and documented indigenous knowledge.

🔴 UPSC/APSC Value Addition

  • Keywords for Mains: Intangible Cultural Heritage (ICH), Indigenous Ecological Knowledge (IEK), Cultural Landscape, Community-based Conservation, Nature–Culture Linkage, Biocultural Diversity, Wetland Governance, Living Heritage.
  • Case Study: Majuli (world’s largest inhabited river island) perfectly exemplifies the nature-culture linkage between river ecology, Vaishnavite Satras, mask-making, and sustainable traditional livelihoods.
  • Quote: “Culture is not inherited biologically; it is transmitted socially across generations.”

🔴 Conclusion

 The decline of Assam’s river-centric practices threatens centuries of ecological wisdom and cultural identity. Safeguarding this living heritage demands a dual strategy: protecting the fragile wetland ecosystems that nurture these traditions and systematically documenting indigenous ecological knowledge for sustainable, community-led conservation.

Assam’s Inter-State Border Disputes: Challenges, Cooperative Federalism and the Way Forward

  • Prelims: States and Union Territories of India, North-East India, Assam Geography, Constitutional & Administrative Issues, Protected Areas of Assam.
  • Mains (GS-II): Federalism, Centre–State Relations, Governance.
  • Mains (GS-III): Internal Security, Disaster Management, Environment.
  • Mains (GS-V): Geography, Governance, Political Administration, Security, Environment and Natural Resources of Assam.

🔴 Introduction

Inter-state boundary disputes are a major governance challenge in Northeast India. While Assam shares borders with seven states, it has active territorial disputes with four: Arunachal Pradesh, Nagaland, Meghalaya, and Mizoram. During the July 2026 Budget Session, the State Government reported that approximately 82,751.86 hectares (around 83,000 hectares) of Assam’s claimed land is occupied by neighbouring states. These unresolved disputes impact territorial administration, internal security, ecology, livelihoods, and cooperative federalism.

🔴 Body: Key Highlights & Historical Background

A. Core Dispute Overview

  • Total Disputed Land: 82,751.86 hectares
  • Active Dispute States: Nagaland, Meghalaya, Arunachal Pradesh, Mizoram.
  • Resolution Mechanisms: Dialogue, Regional Committees, Surveys, and the Supreme Court (SC).

B. Assam’s Border Disputes at a Glance

  • Meghalaya (Significant Progress): 12 disputed sectors identified. A Memorandum of Understanding (MoU) signed in 2022 resolved six sectors in the first phase via regional committees.
  • Arunachal Pradesh (Partly Progressing): Addressed via joint committees and surveys; unresolved issues are before the SC.
  • Nagaland (Pending): One of the oldest disputes, heavily involving contested forest reserves.
  • Mizoram (Pending): Highly sensitive, driven by conflicting historical boundary notifications.

C. Historical Background

Disputes stem from colonial-era boundary demarcations, administrative lines drawn during British rule, post-Independence reorganisation of the North-Eastern states, differing interpretations of historical maps, and overlapping ethnic/tribal claims over traditional lands rather than ethnographic realities.

D. Why Border Disputes Matter

  1. Governance: Causes administrative uncertainty, delays development, and complicates law and order.
  2. Internal Security: Disputed zones become hotspots for encroachment, militant movement, illegal taxation, and police confrontations.
  3. Environment: Conflicts overlap with biodiversity hotspots, notably Dehing Patkai National Park and Behali Wildlife Sanctuary, complicating conservation and elephant corridor protection.
  4. Livelihood: Creates land ownership uncertainty and agricultural insecurity for border communities.
  5. Cooperative Federalism: Peaceful resolution is vital for regional integration and the Act East Policy.

🔴 Prelims Pointers

  • Active Dispute States: Arunachal Pradesh, Meghalaya, Nagaland, Mizoram.
  • Constitutional Framework:
    • Article 1: India as a Union of States.
    • Article 3: Parliament’s power to alter state boundaries.
    • Article 131: Original jurisdiction of the SC in inter-state disputes.
  • Protected Areas Impacted:
    • Behali Wildlife Sanctuary: Located in Assam’s Sonitpur district, it is heavily impacted by the Assam–Arunachal Pradesh boundary dispute.
    • Dehing Patkai National Park: While highly significant, it is primarily tied to coal mining/illegal logging rather than interstate border conflicts. The Pakke Tiger Reserve and Papum Reserve Forest (bordering Behali) are more prominent examples of protected areas facing border encroachment.
  • Assam–Meghalaya Settlement (2022): First MoU successfully resolved 6 out of 12 disputed sectors using a negotiated committee approach.

🔴 Mains Pointers

A. Importance of Resolution

  • Federalism & Governance: Builds inter-state trust, clears administrative jurisdiction, and improves policing and public service delivery.
  • Economy & Security: Facilitates infrastructure/trade expansion, limits militant safe havens, and prevents illegal activities.
  • Environmental Conservation: Enables joint management of watersheds, forests, and wildlife catchments.

B. Core Challenges

  • Historical & Legal: Conflicting colonial records, tribal land claims, and time-consuming SC adjudication.
  • Political & Administrative: Strong regional/identity sentiments, electoral sensitivities, lack of unified surveys, and overlapping agency jurisdictions.
  • Ecological: Unchecked encroachment leads to habitat fragmentation and conservation conflicts.

🔴 Government Initiatives & Frameworks

  • Assam–Meghalaya Model: Utilizes Regional Committees, joint field verification, and phased political settlements.
  • Assam–Arunachal Process: District-level bilateral committees paired with joint surveys.
  • Central Facilitation: Supported by the Ministry of Home Affairs (MHA) and technical mapping by the Survey of India.
  • Institutional Frameworks: Inter-State Council (Article 263) and the Punchhi Commission recommendations on Centre-State relations (emphasizing dialogue and institutional dispute resolution).

🔴 Assam-Specific Perspective & Value Addition

  • Development Linkage: Resolving boundaries is a prerequisite for Assam’s infrastructure push, remote service delivery, and ecological preservation. The Meghalaya model proves that political consensus and joint verification can yield durable solutions.
  • Mains Keywords: Cooperative Federalism, Boundary Demarcation, Joint Regional Committees, Participatory Governance, Territorial Integrity, Conflict Resolution, Consensus-Based Negotiation.
  • Mains Quote: “Cooperative federalism is not merely a constitutional ideal; it is the foundation for peaceful coexistence and balanced regional development.”

🔴 Conclusion

Assam’s inter-state boundary conflicts, while historically entrenched, present significant roadblocks to regional security, ecological conservation, and community livelihoods. The success of the Assam-Meghalaya MoU highlights that combining constitutional mechanisms with proactive, dialogue-driven cooperative federalism is the most sustainable strategy to transform contested borders into corridors of peace and development.

APSC Prelims MCQs

Q1. With reference to Green Cess proposed in the Assam Budget 2026–27, consider the following statements:

  1. It is proposed to be levied on certain polluting economic activities and assets.
  2. The proceeds are intended to finance biodiversity conservation and climate adaptation.
  3. The Green Cess is proposed to replace the State Goods and Services Tax (SGST).

Which of the statements given above is/are correct?

A. 1 and 2 only
B. 2 and 3 only
C. 1 only
D. 1, 2 and 3

Answer: A

Explanation: Green Cess will be imposed on selected polluting activities to finance afforestation, pollution control, biodiversity conservation and climate adaptation. It does not replace SGST.

Q2. Which of the following measures were proposed in the Assam Budget 2026–27 to promote clean energy and sustainable mobility?

  1. Reduction of VAT on piped natural gas.
  2. Tax subvention on purchase of electric vehicles.
  3. Extension of electricity duty exemption on renewable energy.

Select the correct answer using the code below.

A. 1, 2 and 3
B. 1 and 2 only
C. 2 and 3 only
D. 1 only

Answer: A

Explanation: All three measures were announced to encourage cleaner fuel use, EV adoption and renewable energy generation.

Q3. With reference to the proposed Pressurized Piped Distribution Network (PPDN) for irrigation in Assam, consider the following statements:

  1. It minimizes water loss through seepage and evaporation.
  2. It requires more land acquisition than conventional open canals.
  3. It is suitable for integration with drip and sprinkler irrigation systems.

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: PPDN reduces water losses, requires less land than canals and can be integrated with micro-irrigation systems.

Q4. The slogan “Per Drop More Crop” is associated with which of the following programmes?

A. PM Fasal Bima Yojana
B. Pradhan Mantri Krishi Sinchayee Yojana (PMKSY)
C. National Food Security Mission
D. Paramparagat Krishi Vikas Yojana

Answer: B

Explanation: “Per Drop More Crop” is a major component of PMKSY aimed at improving water-use efficiency through micro-irrigation.

Q5. Which of the following rivers were specifically identified in Assam’s irrigation expansion proposal for assessing lean-season surface water availability?

  1. Barak
  2. Subansiri
  3. Manas
  4. Jia Bharali

Select the correct answer using the code below.

A. 1, 2, 3 and 4
B. 1 and 2 only
C. 2 and 4 only
D. 1, 3 and 4 only

Answer: A

Explanation: All four rivers, along with Beki, Puthimari, Dhansiri and Kopili, were included in the proposed assessment.

Q6. Consider the following statements regarding Intangible Cultural Heritage (ICH):

  1. It includes oral traditions and social practices.
  2. Traditional ecological knowledge may form part of Intangible Cultural Heritage.
  3. Only monuments and archaeological sites qualify as Intangible Cultural Heritage.

Which of the statements given above is/are correct?

A. 1 and 2 only
B. 2 and 3 only
C. 1 only
D. 1, 2 and 3

Answer: A

Explanation: ICH includes living traditions, rituals, knowledge systems and oral heritage—not monuments.

Q7. Traditional fishing implements such as Jakoi, Polo and Juluki are primarily associated with:

A. Shifting cultivation
B. Silk production
C. Indigenous fishing practices in Assam
D. Bamboo architecture

Answer: C

Explanation: These are traditional fishing implements widely used in Assam and reflect indigenous ecological knowledge.

Q8. Which one of the following best explains the concept of “Biocultural Diversity”?

A. Diversity of agricultural crops only
B. Diversity of wildlife species only
C. Interrelationship between biological diversity and cultural diversity
D. Diversity of languages spoken in biodiversity hotspots

Answer: C

Explanation: Biocultural diversity recognises the close relationship between biodiversity and human cultures.

Q9. With reference to Assam’s inter-State boundary disputes, consider the following statements:

  1. Assam presently has active boundary disputes with Meghalaya, Nagaland, Arunachal Pradesh and Mizoram.
  2. The Assam–Meghalaya dispute has witnessed progress through regional committees.
  3. All inter-State disputes involving Assam have been fully resolved.

Which of the statements given above is/are correct?

A. 1 and 2 only
B. 2 and 3 only
C. 1 only
D. 1, 2 and 3

Answer: A

Explanation: Significant progress has been made with Meghalaya, but all disputes are not yet resolved.

Q10. Which Article of the Constitution confers original jurisdiction on the Supreme Court in disputes between States?

A. Article 32
B. Article 136
C. Article 131
D. Article 262

Answer: C

Explanation: Article 131 provides the Supreme Court with original jurisdiction over disputes between the Union and States or among States.

Q11. Consider the following statements regarding the Assam–Meghalaya border settlement process:

  1. Regional Committees were constituted by both States.
  2. The first Memorandum of Understanding (MoU) was signed in 2022.
  3. The settlement process relied exclusively on judicial adjudication.

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: The settlement has largely been based on negotiation, field verification and political dialogue rather than only court proceedings.

Q12. Which one of the following is the most appropriate objective of replacing open irrigation canals with pressurized piped distribution systems?

A. Increasing groundwater extraction
B. Improving irrigation efficiency while reducing water losses
C. Increasing dependence on monsoon rainfall
D. Eliminating lift irrigation

Answer: B

Explanation: PPDN reduces seepage and evaporation losses and improves efficient water delivery.

Q13. Which of the following constitutional provisions are directly related to environmental protection?

  1. Article 48A
  2. Article 51A(g)
  3. Article 21 (as interpreted by the Supreme Court)

Select the correct answer using the code below.

A. 1, 2 and 3
B. 1 and 2 only
C. 2 only
D. 1 only

Answer: A

Explanation: Articles 48A and 51A(g) explicitly deal with environmental protection, while Article 21 has been judicially expanded to include the right to a healthy environment.

Q14. Which one of the following best reflects the principle of “Cooperative Federalism” in resolving inter-State disputes?

A. Unilateral alteration of State boundaries
B. Exclusive reliance on military deployment
C. Joint committees, dialogue and negotiated settlements between States
D. Suspension of State governments

Answer: C

Explanation: Cooperative federalism emphasises consensus, consultation and negotiation between governments.

Q15. Which of the following developments collectively indicate Assam’s transition towards sustainable development?

  1. Introduction of Green Cess.
  2. Promotion of electric vehicles.
  3. Expansion of pressurized piped irrigation.
  4. Conservation of indigenous ecological knowledge and cultural heritage.

Select the correct answer using the code below.

A. 1, 2, 3 and 4
B. 1, 2 and 3 only
C. 2 and 4 only
D. 1 and 3 only

Answer: A

Explanation: All four initiatives integrate economic development with environmental conservation, climate resilience and sustainable resource management—key pillars of sustainable development.

APSC Mains Practice Question

📘 GS Mains Model Question (APSC CCE)

📝 Question

Q. “Assam’s proposal to adopt a Pressurized Piped Distribution Network (PPDN) marks a shift towards climate-resilient irrigation infrastructure.” Discuss the significance of this initiative for Assam’s agricultural transformation. Also examine the challenges in its implementation and suggest suitable measures. (15 Marks, 250 Words)

Model Answer

Introduction (30–40 words)

With increasing climate variability and erratic rainfall, improving irrigation efficiency has become crucial for sustainable agriculture. The Assam Budget 2026–27 proposes a Pressurized Piped Distribution Network (PPDN) to replace inefficient open-channel irrigation, aiming to enhance water-use efficiency, strengthen climate resilience, and improve farmers’ livelihoods.

Body

A. Significance of the Pressurized Piped Distribution Network

1. Enhances Water-Use Efficiency

  • Minimizes seepage and evaporation losses.
  • Ensures efficient delivery of water directly to farms.
  • Supports the principle of “More Crop per Drop.”

2. Promotes Climate-Resilient Agriculture

  • Reduces dependence on uncertain monsoon rainfall.
  • Enables irrigation during prolonged dry spells.
  • Improves resilience against climate change.

3. Increases Agricultural Productivity

  • Facilitates multiple cropping and crop diversification.
  • Encourages cultivation of horticultural and high-value crops.
  • Improves overall farm income.

4. Suitable for Assam’s Geographical Conditions

  • Pipelines are less vulnerable to flood damage than open canals.
  • Lower maintenance costs in flood-prone and erosion-affected regions.

5. Supports Sustainable Water Resource Management

  • Utilizes lean-season flows of rivers such as Barak, Subansiri, Manas, Jia Bharali and Kopili.
  • Can be integrated with drip and sprinkler irrigation systems.

6. Strengthens Rural Infrastructure

  • Reduces land acquisition requirements.
  • Enables quicker project implementation.
  • Generates rural employment through infrastructure development.

B. Challenges

  • High capital cost of pipeline and pumping infrastructure.
  • Dependence on uninterrupted electricity for lift irrigation.
  • Need for scientific assessment of river water availability.
  • Operation and maintenance challenges in remote areas.
  • Limited technical capacity and awareness among farmers.
  • Need to maintain ecological flows in rivers.

C. Way Forward

  • Prepare river basin-wise irrigation plans based on hydrological studies.
  • Integrate PPDN with PM Krishi Sinchayee Yojana (PMKSY) and micro-irrigation schemes.
  • Promote solar-powered pumping systems to reduce energy costs.
  • Strengthen Water Users’ Associations (WUAs) for community-based management.
  • Adopt GIS, remote sensing and IoT-based monitoring for efficient water distribution.
  • Build farmers’ capacity through training and extension services.
  • Ensure regular maintenance through dedicated funding and institutional support.

Conclusion (30–40 words)

The proposed Pressurized Piped Distribution Network represents a transformative step towards climate-smart and resource-efficient agriculture in Assam. If implemented with scientific planning, community participation, and modern technology, it can enhance agricultural productivity, improve water security, and contribute significantly to achieving SDG 2 (Zero Hunger), SDG 6 (Clean Water and Sanitation), and SDG 13 (Climate Action) while supporting Assam’s long-term agricultural sustainability.

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