CUET UG Geography Booster Test 1-National Policies and Campaigns
π Answers are locked once submitted β results and explanations appear at the end.
QUESTION 1 OF 20
Consider the following statements about the Strategic Action Framework:
I. The framework emphasizes managing water resources projects solely through centralized government agencies.
II. The framework aims to propose a plan of action by assessing the existing water situation.
III. Community participation is a highly recommended component of managing water resources projects.
QUESTION 2 OF 20
Why is a "unified national perspective" crucial when formulating a plan of action under the National Water Policy 2012?
QUESTION 3 OF 20
Based on the National Water Policy 2012, arrange the following water use categories in the logical order of their priority:
1. Supporting poor people dependent on agriculture
2. Meeting pre-emptive needs for safe drinking water and sanitation
3. High priority allocation for minimum eco-system needs
4. Achieving food security
QUESTION 4 OF 20
Water is treated as an economic good only after meeting pre-emptive needs for safe drinking water and sanitation, achieving ________ security, and supporting poor agricultural livelihoods.
QUESTION 5 OF 20
Match the following water management strategies with their primary objective:
| List I (Strategy) | List II (Outcome) |
|---|---|
| 1. Treating water as an economic good | a. Encourages conservation and efficient use of water |
| 2. Interlinking of rivers | b. Transfers water from surplus to deficit regions |
| 3. Pricing of water | c. Promotes responsible water use from the perspective of users and households |
| 4. Rainwater harvesting | d. Enhances groundwater recharge and reduces dependence on external water sources |
QUESTION 6 OF 20
By treating water as an economic good rather than a completely free resource, the National Water Policy aims to fundamentally alter consumer behavior by:
QUESTION 7 OF 20
The policy emphasizes that ________ strategies must be developed for the designing and management of water resources structures to cope with future uncertainties.
QUESTION 8 OF 20
Which of the following conditions uniquely complicate the management of water stress in India?
I. High population growth.
II. Rapid economic development resulting in high water demand.
III. Abundant and highly predictable spatial rainfall across all states.
QUESTION 9 OF 20
How does the evolvement of "water footprints" aid in water resource management?
QUESTION 10 OF 20
Match the following concepts under the National Water Policy (NWP), 2012 with their primary purpose:
| List I (Concept) | List II (Purpose) |
|---|---|
| 1. Water Footprint | a. Benchmarking water use for different sectors and activities |
| 2. RuralβUrban Water Supply Stipulations | b. Reducing disparities in water supply between rural and urban areas |
| 3. Water Auditing | c. Ensuring systematic and efficient use of water resources |
| 4. Integrated Water Resources Management (IWRM) | d. Coordinated planning and sustainable management of water across sectors |
QUESTION 11 OF 20
QUESTION 12 OF 20
QUESTION 13 OF 20
Arrange the logical progression of establishing a 'Jal Gram' as outlined by the Jal Kranti Abhiyan framework:
1. Designation of the village as a 'Jal Gram'
2. Identification of 672 districts across the country
3. Selection of one specific water-stressed village within each district
QUESTION 14 OF 20
Consider the statements regarding Model Village Development:
I. It involves the identification of a model command area of about 1000 hectares.
II. These model command areas are restricted strictly to Northern India.
QUESTION 15 OF 20
The inclusion of local bodies and citizens in social media outreach under the Jal Kranti Abhiyan signifies an approach that is primarily:
QUESTION 16 OF 20
By integrating radio, TV, and school ________ competitions, the Abhiyan structurally builds mass awareness spanning multiple generations.
QUESTION 17 OF 20
Which of the following statements explains why demographic transition poses a threat to future water resources?
I. It leads to an increased overall demand for water.
II. It results in a shrinking supply due to over utilization and pollution.
QUESTION 18 OF 20
In the face of degradation of the environment and water scarcity, what role do "technological advancements" play in resource management?
QUESTION 19 OF 20
Match the following region types with their respective role or characteristic in the context of the interlinking of rivers:
| List I (Region Type) | List II (Role/Characteristic) |
|---|---|
| 1. Water surplus area | a. Source of transferred water |
| 2. Water deficit area | b. Recipient of transferred water |
| 3. Arid/Semi-arid area | c. Frequently experiences problems of brackish groundwater |
| 4. River-linking canal network | d. Facilitates redistribution of water between river basins |
QUESTION 20 OF 20
Which statement justifies the need for a national water framework law?
I. Tensions and disputes on sharing and control of water are becoming contested issues.
II. There is a need for optimum development of inter-State rivers and river valleys.
Test Complete!
Answer Review
1 Consider the following statements about the Strategic Action Framework:
I. The framework emphasizes managing water resources projects solely through centralized government agencies.
II. The framework aims to propose a plan of action by assessing the existing water situation.
III. Community participation is a highly recommended component of managing water resources projects.
Community participation is encouraged under NWP 2012. Existing water situations are assessed before policy planning. Solely centralized management is not supported.
The Strategic Action Framework under the National Water Policy 2012 focuses on assessing the existing water situation and proposing a coordinated national plan of action. Hence, Statement II is correct. The framework also emphasizes community participation in managing water resources projects and services, making Statement III correct. Statement I is incorrect because the policy does not support exclusive centralized management. Instead, it promotes participatory governance involving communities and local stakeholders. Therefore, only Statements II and III are correct, making Option B the correct answer.
- Option A β Incorrect because Statement I contradicts the participatory approach of the policy.
- Option C β Incorrect because Statement I is factually incorrect.
- Option D β Incorrect because all three statements are not correct simultaneously.
Used: Elimination
Application:
- The extreme term "solely" in Statement I helps identify it as incorrect.
Final Logic:
- Assessment + community participation are policy priorities; exclusive centralization is not.
"Assess and participate."
2 Why is a "unified national perspective" crucial when formulating a plan of action under the National Water Policy 2012?
NWP promotes coordinated national planning. Inter-state water management requires integration. Unilateral control contradicts policy objectives.
A unified national perspective is important because water resources and river systems often extend across state boundaries. The National Water Policy 2012 seeks coordinated assessment and integrated planning for balanced development. Option B correctly captures this objective by emphasizing a cohesive nation-wide developmental framework. The policy does not support unilateral water hoarding, complete river restrictions, or automatic industrial prioritization. Therefore, Option B is correct.
- Option A β Incorrect because unilateral hoarding would intensify inter-state disputes.
- Option C β Incorrect because the policy promotes regulated sharing, not total restriction.
- Option D β Incorrect because the policy balances multiple water needs instead of prioritizing only industry.
Used: Extreme Word Filter
Application:
- Words such as "completely" and "unilaterally" indicate unrealistic policy approaches.
Final Logic:
- Unified perspective = coordinated national planning.
"One nation, one water framework."
3 Based on the National Water Policy 2012, arrange the following water use categories in the logical order of their priority:
1. Supporting poor people dependent on agriculture
2. Meeting pre-emptive needs for safe drinking water and sanitation
3. High priority allocation for minimum eco-system needs
4. Achieving food security
Drinking water gets highest priority. Agricultural livelihoods follow. Eco-system allocation comes after core human priorities.
The National Water Policy 2012 gives the highest priority to safe drinking water and sanitation because these are essential for human survival. After meeting these pre-emptive needs, support for poor people dependent on agriculture and food security becomes important. Finally, minimum eco-system needs are allocated high priority within long-term sustainability planning. Thus, the logical sequence is: 2 β 1 β 4 β 3 Hence, Option A is correct.
- Option B β Incorrect because it incorrectly places agricultural support ahead of drinking water needs.
- Option C β Incorrect because food security cannot precede basic drinking water requirements.
- Option D β Incorrect because it places eco-system allocation before agricultural livelihood support.
Used: Contextual/Tonal Matching
Application:
- Basic survival and livelihood priorities logically come before broader ecological allocation.
Final Logic:
- Drink β livelihood β food β eco-system.
"Water first, farming next."
4 Water is treated as an economic good only after meeting pre-emptive needs for safe drinking water and sanitation, achieving ________ security, and supporting poor agricultural livelihoods.
Food security is directly linked to water security. Agriculture requires assured water availability. NCERT prioritizes food before economic pricing.
The National Water Policy 2012 states that water should be treated as an economic good only after ensuring basic human and developmental priorities such as drinking water, sanitation, food security, and agricultural livelihood support. Therefore, the missing word is "Food," making Option B correct. The other options are unrelated to the policy wording.
- Option A β Incorrect because industrial security is not the specified policy phrase.
- Option C β Incorrect because energy security is not used in this NCERT context.
- Option D β Incorrect because cyber security has no connection with water policy priorities.
Used: Contextual/Tonal Matching
Application:
- Agriculture and livelihood references strongly indicate food security.
Final Logic:
- Drinking water + sanitation + food security precede economic pricing.
"Food before pricing."
5 Match the following water management strategies with their primary objective:
| List I (Strategy) | List II (Outcome) |
|---|---|
| 1. Treating water as an economic good | a. Encourages conservation and efficient use of water |
| 2. Interlinking of rivers | b. Transfers water from surplus to deficit regions |
| 3. Pricing of water | c. Promotes responsible water use from the perspective of users and households |
| 4. Rainwater harvesting | d. Enhances groundwater recharge and reduces dependence on external water sources |
Treating water as an economic good promotes efficient and judicious use. Interlinking of rivers aims to transfer water from surplus to deficit basins. Pricing of water encourages users and households to avoid wastage. Rainwater harvesting improves groundwater recharge and strengthens local water availability.
Treating water as an economic good recognises its scarcity and encourages conservation and efficient utilisation, making 1 β a. Interlinking of rivers seeks to redistribute water from surplus river basins to water-deficit regions, giving 2 β b. Pricing of water influences consumer behaviour by encouraging households and other users to use water more responsibly, making 3 β c. Rainwater harvesting captures rainfall for storage and infiltration, thereby recharging groundwater and reducing dependence on external water sources, making 4 β d. Therefore, the correct matching is 1-a, 2-b, 3-c, 4-d, making Option A the correct answer.
- Option B: Incorrect because it wrongly associates treating water as an economic good with river transfer and misclassifies water pricing and rainwater harvesting.
- Option C: Incorrect because it swaps the objectives of interlinking rivers and water pricing.
- Option D: Incorrect because it incorrectly links treating water as an economic good with groundwater recharge and misassigns the remaining strategies.
Used: Policy Objective Mapping
Application: Match each water management strategy with its primary policy objective rather than a secondary benefit.
Final Logic:
- π° Economic Good β Conservation & Efficiency
- π River Linking β Water Transfer
- π§ Water Pricing β Responsible User Behaviour
- π§οΈ Rainwater Harvesting β Groundwater Recharge
- Hence, 1-a, 2-b, 3-c, 4-d, leading to Option A.
π§οΈ Rain β Recharge Aquifers
6 By treating water as an economic good rather than a completely free resource, the National Water Policy aims to fundamentally alter consumer behavior by:
Economic valuation encourages responsible use. Efficient use reduces wastage. Conservation is a core NWP objective.
The National Water Policy 2012 recognizes water as an economic good to encourage consumers and institutions to use water responsibly and efficiently. When water is assigned economic value, wastage decreases and conservation practices become more common. This supports long-term sustainability. Thus, Option C correctly explains the intended behavioural shift.
- Option A β Incorrect because the policy seeks to reduce wastage, not increase it.
- Option B β Incorrect because conservation is actively promoted by the policy.
- Option D β Incorrect because domestic water usage is not banned under the NWP.
Used: Elimination
Application:
- Negative and extreme outcomes can be eliminated immediately.
Final Logic:
- Economic value encourages efficient usage.
"Price water, save water."
7 The policy emphasizes that ________ strategies must be developed for the designing and management of water resources structures to cope with future uncertainties.
Climate uncertainty requires adaptive planning. Infrastructure must become resilient. Adaptation is central to climate strategy.
The National Water Policy highlights the need for adaptation strategies in designing and managing water resource structures due to future climatic uncertainties. These adaptation measures help address floods, droughts, changing rainfall patterns, and hydrological stress caused by climate change. Therefore, Option C is correct.
- Option A β Incorrect because the policy specifically emphasizes adaptation strategies.
- Option B β Incorrect because exploitation worsens water stress.
- Option D β Incorrect because stagnation contradicts dynamic climate planning.
Used: Contextual/Tonal Matching
Application:
- Climate uncertainty naturally requires adaptation-oriented planning.
Final Logic:
- Future uncertainty demands adaptive infrastructure.
"Climate change β Adaptation."
8 Which of the following conditions uniquely complicate the management of water stress in India?
I. High population growth.
II. Rapid economic development resulting in high water demand.
III. Abundant and highly predictable spatial rainfall across all states.
Population growth raises demand. Economic growth intensifies consumption. India does not have uniformly predictable rainfall.
India's water stress is intensified by rapid population growth and increasing economic development, both of which increase water demand across domestic, agricultural, and industrial sectors. Statement III is incorrect because India experiences highly seasonal and uneven rainfall distribution rather than abundant and predictable rainfall across all regions. Thus, only Statements I and II are correct, making Option D the correct answer.
- Option A β Incorrect because Statement III is factually wrong.
- Option B β Incorrect because all three statements are not correct together.
- Option C β Incorrect because rapid economic development is also a major contributor to water stress.
Used: Elimination
Application:
- Statement III contradicts NCERT's discussion on uneven monsoon distribution.
Final Logic:
- Population growth + economic demand = water stress.
"More people, more demand."
9 How does the evolvement of "water footprints" aid in water resource management?
Water footprints help benchmarking. Auditing improves efficiency. Resource monitoring supports sustainability.
Water footprints are benchmarking tools used to assess water consumption patterns across different sectors and activities. These benchmarks facilitate water auditing, help identify wastage, and support efficient management of water resources. Therefore, Option B is the correct answer.
- Option A β Incorrect because water footprints do not measure physical dimensions of water bodies.
- Option C β Incorrect because the concept is related to water usage, not carbon emissions.
- Option D β Incorrect because water footprints are unrelated to international water imports.
Used: Contextual/Tonal Matching
Application:
- The terms "benchmark" and "auditing" directly align with water footprints.
Final Logic:
- Benchmarking β auditing β efficient use.
"Footprint tracks water use."
10 Match the following concepts under the National Water Policy (NWP), 2012 with their primary purpose:
| List I (Concept) | List II (Purpose) |
|---|---|
| 1. Water Footprint | a. Benchmarking water use for different sectors and activities |
| 2. RuralβUrban Water Supply Stipulations | b. Reducing disparities in water supply between rural and urban areas |
| 3. Water Auditing | c. Ensuring systematic and efficient use of water resources |
| 4. Integrated Water Resources Management (IWRM) | d. Coordinated planning and sustainable management of water across sectors |
Water Footprint provides a benchmark for measuring water use. RuralβUrban stipulations aim to reduce inequalities in water supply. Water Auditing promotes efficient and systematic water use. Integrated Water Resources Management (IWRM) encourages coordinated and sustainable management of water resources.
The National Water Policy (2012) introduced several measures to improve water governance. The Water Footprint is used to benchmark water consumption across different sectors and activities, making 1 β a. RuralβUrban Water Supply Stipulations seek to reduce disparities in access to safe water between rural and urban populations, making 2 β b. Water Auditing involves the systematic assessment of water use to identify losses and improve efficiency, making 3 β c. Integrated Water Resources Management (IWRM) promotes coordinated planning and sustainable management of water resources by considering social, economic, and environmental objectives together, making 4 β d. Therefore, the correct matching is 1-a, 2-b, 3-c, 4-d, corresponding to Option A.
- Option B: Incorrect because it confuses the purposes of the Water Footprint, Water Auditing, and RuralβUrban stipulations.
- Option C: Incorrect because it interchanges the objectives of Water Auditing and RuralβUrban water supply measures.
- Option D: Incorrect because it wrongly associates Integrated Water Resources Management with benchmarking and Water Auditing with coordination.
Used: Policy Objective Mapping
Application: Match each policy concept with its core function under the National Water Policy.
Final Logic:
- π Water Footprint β Benchmarking
- βοΈ RuralβUrban Stipulations β Equity in water supply
- β Water Auditing β Efficiency
- π IWRM β Integrated and sustainable management
- Thus, 1-a, 2-b, 3-c, 4-d, leading to Option A.
π IWRM β Integrate
11
Population growth increases water demand. Economic development intensifies industrial and urban consumption. NCERT directly identifies these two factors.
The passage clearly states that India faces a unique situation due to high population growth combined with rapid economic development. Both factors increase water demand across domestic, agricultural, industrial, and urban sectors. Population growth raises overall consumption requirements, while economic expansion accelerates industrialization and infrastructure development, further intensifying water stress. Therefore, Option B is correct.
- Option A β Incorrect because India is experiencing population growth and economic expansion, not decline and collapse.
- Option C β Incorrect because the passage specifically emphasizes population and economic growth rather than immigration.
- Option D β Incorrect because space exploration is unrelated to national water demand.
Used: Direct Elimination
Application:
- The passage explicitly mentions the two relevant socio-economic factors.
Final Logic:
- Population growth + economic development = rising water demand.
"People + growth = water stress."
12
Per capita availability measures actual water stress. Population size affects water access. Jal Kranti links water security to this indicator.
The passage explicitly states that the Jal Kranti Abhiyan was launched to ensure water security through per capita availability of water in the country. Per capita availability is considered a more realistic indicator because it reflects water availability relative to population size rather than just total resource volume. Therefore, Option B is correct.
- Option A β Incorrect because agricultural output is not the specified metric.
- Option C β Incorrect because rainfall intensity alone does not determine water security.
- Option D β Incorrect because glacial melt rates are unrelated to the stated Jal Kranti indicator.
Used: Contextual/Tonal Matching
Application:
- The phrase "per capita availability" appears directly in the passage.
Final Logic:
- Water security is measured through water availability per person.
"Per person = real water security."
13 Arrange the logical progression of establishing a 'Jal Gram' as outlined by the Jal Kranti Abhiyan framework:
1. Designation of the village as a 'Jal Gram'
2. Identification of 672 districts across the country
3. Selection of one specific water-stressed village within each district
District identification comes first. Water-stressed villages are selected next. Final designation creates Jal Grams.
The Jal Kranti Abhiyan begins with identifying 672 districts across the country. After this, one water-stressed village is selected from each district. These selected villages are then officially designated and developed as 'Jal Grams' to demonstrate integrated water conservation practices. Thus, the correct sequence is: 2 β 3 β 1 Hence, Option B is correct.
- Option A β Incorrect because Jal Gram designation cannot happen before district identification.
- Option C β Incorrect because village selection follows district-level assessment.
- Option D β Incorrect because designation occurs after village selection.
Used: Sequential Logic
Application:
- National assessment logically precedes village-level implementation.
Final Logic:
- Identify districts β select village β declare Jal Gram.
"District β Village β Jal Gram."
14 Consider the statements regarding Model Village Development:
I. It involves the identification of a model command area of about 1000 hectares.
II. These model command areas are restricted strictly to Northern India.
Model command areas are about 1000 hectares. They are developed in different parts of India. Restriction to Northern India is incorrect.
Under the Jal Kranti Abhiyan, model command areas of approximately 1000 hectares are identified to demonstrate integrated water management strategies. Hence, Statement I is correct. Statement II is incorrect because these model command areas are not confined to Northern India; they are developed in various regions across the country. Therefore, only Statement I is correct, making Option B the correct answer.
- Option A β Incorrect because Statement II is factually wrong.
- Option C β Incorrect because both statements are not correct together.
- Option D β Incorrect because Statement I is valid according to NCERT.
Used: Elimination
Application:
- The restrictive phrase "strictly to Northern India" helps identify Statement II as incorrect.
Final Logic:
- 1000-hectare model areas exist nationwide, not only in North India.
"1000 hectares across India."
15 The inclusion of local bodies and citizens in social media outreach under the Jal Kranti Abhiyan signifies an approach that is primarily:
Public participation is a key feature. Local bodies strengthen awareness campaigns. Community involvement improves implementation.
The Jal Kranti Abhiyan promotes participation from local bodies, NGOs, and citizens to create broad public awareness regarding water conservation. This reflects a participatory and community-driven model rather than a centralized or punitive approach. Hence, Option B correctly captures the nature of the outreach strategy.
- Option A β Incorrect because the programme encourages inclusion and participation.
- Option C β Incorrect because the campaign focuses on awareness, not punishment.
- Option D β Incorrect because the primary objective is social awareness, not financial gain.
Used: Contextual/Tonal Matching
Application:
- Citizen involvement naturally indicates a participatory model.
Final Logic:
- Community participation strengthens conservation awareness.
"People's campaign for water."
16 By integrating radio, TV, and school ________ competitions, the Abhiyan structurally builds mass awareness spanning multiple generations.
Essay competitions create awareness among youth. Schools help shape conservation behavior. Multi-generational awareness is targeted.
The Jal Kranti Abhiyan includes radio, television, and school essay writing competitions to spread awareness about water conservation among different age groups. Essay competitions especially help cultivate awareness and behavioural change among students and future citizens. Therefore, Option C is correct.
- Option A β Incorrect because debates are not specifically mentioned in the programme.
- Option B β Incorrect because athletic competitions are unrelated to water awareness campaigns.
- Option D β Incorrect because mathematical competitions are not part of the awareness strategy.
Used: Direct Recall
Application:
- The NCERT directly mentions essay writing competitions.
Final Logic:
- Essay writing promotes awareness in schools.
"Essay for water awareness."
17 Which of the following statements explains why demographic transition poses a threat to future water resources?
I. It leads to an increased overall demand for water.
II. It results in a shrinking supply due to over utilization and pollution.
Population change increases demand. Overuse and pollution reduce usable supply. Both factors intensify scarcity.
Demographic transition increases pressure on water resources because population growth and changing settlement patterns raise water demand. Simultaneously, excessive extraction and pollution reduce the availability of clean and usable freshwater resources. Therefore, both statements are correct, making Option C the correct answer.
- Option A β Incorrect because shrinking supply due to overuse and pollution is also valid.
- Option B β Incorrect because increasing demand is a major factor as well.
- Option D β Incorrect because both statements correctly explain future water stress.
Used: Option Grouping
Application:
- Both statements describe interconnected causes of water scarcity.
Final Logic:
- Higher demand + lower usable supply = future water crisis.
"More demand, less clean water."
18 In the face of degradation of the environment and water scarcity, what role do "technological advancements" play in resource management?
Technology supports conservation. Water-saving methods improve efficiency. Sustainable management requires innovation.
Technological advancements help develop water-saving techniques, efficient irrigation systems, recycling technologies, and conservation methods. These innovations are essential for managing water scarcity and environmental degradation sustainably. Therefore, Option B is correct.
- Option A β Incorrect because technology is intended to reduce degradation, not worsen it.
- Option C β Incorrect because natural freshwater resources remain essential.
- Option D β Incorrect because water disputes arise from multiple socio-political and environmental causes.
Used: Elimination
Application:
- Extreme and unrealistic claims can be removed immediately.
Final Logic:
- Technology helps conserve scarce water resources.
"Smart technology saves water."
19 Match the following region types with their respective role or characteristic in the context of the interlinking of rivers:
| List I (Region Type) | List II (Role/Characteristic) |
|---|---|
| 1. Water surplus area | a. Source of transferred water |
| 2. Water deficit area | b. Recipient of transferred water |
| 3. Arid/Semi-arid area | c. Frequently experiences problems of brackish groundwater |
| 4. River-linking canal network | d. Facilitates redistribution of water between river basins |
Water surplus areas act as the source of transferred water. Water deficit areas receive water through river-linking projects. Arid and semi-arid regions often face brackish groundwater problems. River-linking canals redistribute water between river basins.
The concept of interlinking of rivers aims to transfer water from water-surplus basins to water-deficit basins. Therefore, water surplus areas serve as the source of transferred water, making 1 β a, while water deficit areas become the recipients, giving 2 β b. Arid and semi-arid regions commonly face problems such as brackish groundwater because of limited freshwater availability and high evaporation, making 3 β c. The river-linking canal network provides the infrastructure required to transfer water across river basins, making 4 β d. Hence, the correct matching is 1-a, 2-b, 3-c, 4-d, making Option A the correct answer.
- Option B: Incorrect because it reverses the roles of surplus and deficit regions and misclassifies arid areas.
- Option C: Incorrect because it wrongly associates water-deficit regions with brackish water instead of their primary role as recipients.
- Option D: Incorrect because it incorrectly identifies surplus regions as canal networks and swaps the remaining matches.
Used: SourceβRecipient Mapping
Application: Identify the natural flow of water in river-linking projects.
Final Logic:
- π§ Surplus β Source
- π° Deficit β Recipient
- ποΈ Arid/Semi-arid β Brackish water issues
- π Canal Network β Transfers water between basins
- Thus, 1-a, 2-b, 3-c, 4-d, leading to Option A.
π Canals β Connect Rivers
20 Which statement justifies the need for a national water framework law?
I. Tensions and disputes on sharing and control of water are becoming contested issues.
II. There is a need for optimum development of inter-State rivers and river valleys.
Inter-state disputes are increasing. Shared river systems require coordination. National legal frameworks support balanced management.
The National Water Policy 2012 highlights increasing tensions over water sharing and control among states. It also emphasizes the need for optimum development and coordinated management of inter-State rivers and river valleys. A national water framework law is therefore necessary to provide institutional and legal support for equitable and efficient water governance. Hence, both statements are correct, making Option C the correct answer.
- Option A β Incorrect because optimum inter-State river development is also an important justification.
- Option B β Incorrect because rising disputes are equally significant.
- Option D β Incorrect because both statements accurately justify the framework law.
Used: Option Grouping
Application:
- Both statements together explain the legal and administrative necessity for a national framework.
Final Logic:
- Shared rivers + disputes = need for national law.
"Shared water needs shared law."
