Indus Waters Treaty in Abeyance – Explained

Indus Water Treaty

Indus Water Treaty Latest News

  • It has been over a year since India placed the Indus Waters Treaty in abeyance following the Pahalgam terror attack, with the Ministry of External Affairs reiterating that the Treaty will remain suspended until Pakistan credibly abjures cross-border terrorism.

About the Indus Waters Treaty

  • The Indus Waters Treaty (IWT) is a water-sharing agreement signed between India and Pakistan on September 19, 1960, with the World Bank acting as a facilitator. 
  • The Treaty was signed by Prime Minister Jawaharlal Nehru and Pakistani President Mohammed Ayub Khan, after nearly nine years of negotiations brokered by the World Bank.
  • The Treaty governs the sharing of the waters of six major transboundary rivers of the Indus river system flowing through both countries:
    • Eastern Rivers: Ravi, Beas, and Sutlej, allocated to India for unrestricted use.
    • Western Rivers: Indus, Jhelum, and Chenab, allocated to Pakistan, with India allowed limited, non-consumptive use for irrigation, hydropower, navigation, and domestic purposes.
  • The Treaty established the Permanent Indus Commission, consisting of one commissioner from each country, to facilitate cooperation and information exchange. 
  • It also provided a three-tier dispute resolution mechanism:
    • Permanent Indus Commission for routine matters.
    • Neutral Expert appointed by the World Bank for technical differences.
    • Court of Arbitration for legal disputes.

Significance of the Treaty

  • The Indus River system is crucial for both countries:
    • For India: It supports agriculture, hydropower generation, and meets the development needs of Jammu and Kashmir, Punjab, Haryana, and Rajasthan.
    • For Pakistan: It is the lifeline of agriculture, fulfilling over 70% of its irrigation requirements.
  • The Treaty has historically ensured predictability in water flows, reduced the scope for water-related conflicts, and provided a framework for cooperation despite political tensions.

India's Decision to Hold the Treaty in Abeyance

  • Following the Pahalgam terror attack in April 2025 and the subsequent Operation Sindoor, India decided to keep the Indus Waters Treaty "in abeyance". 
  • This means India no longer considers itself bound by the Treaty's provisions for the time being.
  • India's decision has disrupted normal flows reaching Pakistan, affected data-sharing mechanisms, and halted regular meetings of the Indus Waters Commissioners, creating uncertainty for Pakistan's water planning, flood preparedness, and drought management.

Pakistan's Response: Internationalising the Issue

  • Being the downstream state, Pakistan has been severely affected by India's decision. With limited unilateral options, Pakistan has pursued a strategy of internationalising the dispute:
  • Approaches to International Bodies
    • United Nations Security Council (UNSC): As a non-permanent member since January 2025, Pakistan has repeatedly raised the issue at the UNSC, even during unrelated discussions on energy and critical minerals.
    • International Court of Justice (ICJ): Pakistan has sought ICJ intervention, although such a referral remains unlikely.
    • World Bank: As a Treaty facilitator, Pakistan has approached the World Bank seeking mediation.
    • UN Human Rights Council (UNHRC): Pakistan has framed the issue as a human rights concern, leading UN Special Rapporteurs to send communications to India seeking clarification, which India has ignored.
  • Legal Argument
    • Pakistan's core argument is that the Treaty contains no provision allowing either country to keep it in abeyance, only a dispute resolution mechanism. It claims India’s decision violates international law.

Court of Arbitration

  • The Court of Arbitration, constituted under the IWT mechanism, ruled last year that India’s decision did not deprive the court of competence to proceed with pending matters. 
  • India had objected to the very formation of this Court, arguing that a parallel mechanism through a World Bank-appointed neutral expert was already operational. 
  • India has refused to participate in its proceedings and has rejected its rulings.

India's Strategic Approach

  • While countering Pakistan's arguments at international forums, India has focused on two key actions:
  • Building Infrastructure
    • India is accelerating the completion of long-delayed projects on the Indus river system. The Treaty allows India:
    • Unrestricted use of the three eastern rivers (Ravi, Sutlej, Beas).
    • Limited, non-consumptive use of the western rivers (Indus, Jhelum, Chenab) for hydropower and other purposes.
    • Historically, Pakistan has used the Treaty's provisions to raise repeated objections to Indian projects, delaying them and increasing costs. India is now working to fully utilise its entitled water share.
  • Strengthening Techno-Legal Case
    • India has constituted a committee of experts to strengthen its techno-legal position with new data and evidence. 
    • India argues that the situation has changed significantly over the past 65 years, and the Treaty needs to be renegotiated or replaced due to:
      • Population growth on the Indian side, increasing water demand.
      • Climate change introducing uncertainties in water availability and river flows.
      • Development and energy needs of Jammu and Kashmir.
      • New technologies making some Treaty constraints redundant.

Challenges and Way Forward

  • Diplomatic Escalation: The issue could lead to major legal or diplomatic confrontation.
  • Risk of Conflict: Pakistan has even threatened armed conflict over the matter.
  • Regional Stability: Water scarcity in Pakistan could destabilise the region.
  • Precedent Setting: India's decision sets a precedent for linking transboundary water cooperation to national security concerns like terrorism.
  • Pakistan's larger objective is to get the UNSC to pass a resolution against India or refer the issue to the ICJ, outcomes considered unlikely. 
    • Its strategy appears focused on creating documentary references in UN records to build a long-term legal case.
  • For India, the priority remains balancing its legitimate security concerns with its international obligations while modernising the Treaty framework to reflect contemporary realities.

Source: IE

Indus Waters Treaty FAQs

Q1: When was the Indus Waters Treaty signed?

Ans: The Treaty was signed on September 19, 1960, between India and Pakistan with the World Bank as facilitator.

Q2: How are the rivers divided under the Treaty?

Ans: The eastern rivers (Ravi, Beas, Sutlej) are allocated to India, while the western rivers (Indus, Jhelum, Chenab) are allocated to Pakistan.

Q3: Why did India place the Treaty in abeyance?

Ans: India suspended the Treaty following the Pahalgam terror attack, linking its revival to Pakistan ending cross-border terrorism.

Q4: What is Pakistan's main legal argument against India's decision?

Ans: Pakistan argues that the Treaty contains no provision allowing either country to hold it in abeyance, only a dispute resolution mechanism.

Q5: Why does India seek renegotiation of the Treaty?

Ans: India cites population growth, climate change, development needs of Jammu and Kashmir, and new technologies as reasons to update the 65-year-old Treaty.

Addressing the Delhi Heat Crisis: Causes and Mitigation Strategies

Delhi heat crisis

Delhi Heat Crisis Latest News

  • Delhi and the National Capital Region are witnessing increasingly severe and prolonged heatwaves, with temperatures remaining high even during the night. 
  • Rapid urbanisation, extensive concrete infrastructure, rising use of air conditioners, and declining green cover have intensified the Urban Heat Island Effect, creating a “heat re-trap” phenomenon where absorbed heat is continuously retained and re-emitted within the city environment.

Why Delhi is Retaining More Heat

  • Heat-Absorbing Urban Infrastructure - Delhi’s rapid expansion is dominated by concrete, asphalt, steel, and glass, materials that absorb heat quickly and release it slowly. Roads, buildings, and rooftops store solar heat during the day and continue radiating it at night.
  • Rising Surface Temperatures - In densely built areas, surface temperatures can reach 50–60°C during peak afternoons. These heated surfaces act like thermal reservoirs, preventing the city from cooling efficiently after sunset.
  • Impact of Glass-Dominated Architecture - Modern glass-heavy buildings in regions such as Gurgaon and Noida intensify indoor heating by allowing more solar radiation inside, increasing dependence on air conditioning instead of naturally reducing heat.
  • Vehicular Heat and Thermal Corridors - Heavy traffic and vehicle emissions contribute additional heat. Major transport corridors like NH-48 function as continuous heat sources, gradually forming “thermal corridors” that alter local microclimates.
  • Restricted Airflow and Poor Urban Design - High-density construction and narrow streets limit natural ventilation. Traditional cooling features such as courtyards, shaded pathways, and ventilation corridors have largely disappeared, causing heat and stagnant air to accumulate within the urban landscape.

How Cooling Systems Intensify Urban Warming

  • Air Conditioning and Outdoor Heat - While air conditioners cool indoor spaces, they expel heat outdoors. In densely populated urban areas, this can increase surrounding temperatures by around 1–2°C.
  • The Urban Heat Feedback Loop - Rising temperatures increase the use of cooling systems, which then release even more heat into the environment. This creates a cycle where cities become cooler indoors but hotter outdoors.
  • Growing Electricity Demand - Cooling systems place heavy pressure on electricity infrastructure. During summer, Delhi’s peak power demand has crossed 8,000 MW, with air conditioning accounting for a major share.
  • Future Energy Challenges - National cooling demand is expected to rise sharply by 2050, potentially increasing strain on power grids and heightening the risk of electricity shortages during extreme heatwaves.

Economic and Ecological Impact of Rising Heat

  • Impact on Industrial Productivity - Excessive heat affects factories, warehouses, and industrial operations that require stable temperature conditions. Productivity can decline by 2–3% for every degree rise above optimal levels.
  • Disruptions to Supply Chains - Heatwaves are slowing transportation and weakening storage conditions, leading to operational delays, higher costs, and reduced efficiency across supply chains.
  • Economic Losses - India is estimated to lose over $100 billion annually due to heat-related declines in labour productivity and disruptions to economic activity.
  • Loss of Natural Cooling Systems - Delhi has experienced shrinking green cover, damaged wetlands, and degradation of the Yamuna floodplains, reducing the city’s natural cooling capacity.
  • Weakening of Ecological Temperature Regulation - The decline of vegetation and water bodies has reduced evapotranspiration — the natural process through which plants and water surfaces help cool the environment — worsening urban heat conditions.

Measures Needed to Address the Heat Crisis

  • Adopting Heat-Resilient Building Materials - Cities need to shift towards high-albedo surfaces, reflective coatings, and cool roofs that absorb less heat and reduce urban temperatures.
  • Promoting Passive Cooling Design - Buildings should incorporate insulation, shading, natural ventilation, and cross-ventilation techniques to reduce dependence on energy-intensive cooling systems.
  • Improving Urban Planning - Urban planning must restore ventilation corridors, improve street orientation, and reduce dense heat-trapping construction to enhance natural airflow across cities.
  • Expanding Green and Blue Infrastructure - Urban forests, parks, wetlands, and water bodies should be expanded and protected as essential natural cooling systems that lower surrounding temperatures.
  • Reducing Human-Generated Heat - Measures such as sustainable public transport, electric mobility, and energy-efficient appliances can help reduce vehicular emissions and excess heat generation.
  • Encouraging Efficient Cooling Systems - District cooling systems and energy-efficient technologies can lower electricity demand and reduce the amount of waste heat released into urban environments.
  • Strengthening Social Protection - Affordable housing improvements, subsidised cooling access, and community cooling centres are necessary to protect vulnerable populations during extreme heat events.

Source: TH

Delhi Heat Crisis FAQs

Q1: Why is the Delhi heat crisis worsening at night?

Ans: The Delhi heat crisis intensifies at night because concrete infrastructure stores heat. This Delhi heat crisis creates a "heat re-trap" effect where absorbed solar energy is continuously radiated.

Q2: How does cooling impact the Delhi heat crisis?

Ans: Cooling systems worsen the Delhi heat crisis by expelling indoor heat outdoors. This Delhi heat crisis feedback loop makes city air hotter while increasing the massive summer electricity demand.

Q3: What economic damage stems from the Delhi heat crisis?

Ans: The Delhi heat crisis causes huge economic losses through reduced industrial productivity. Heat-related declines from the Delhi heat crisis cost India over $100 billion annually in various sectors.

Q4: Can urban planning solve the Delhi heat crisis?

Ans: Solving the Delhi heat crisis requires restoring ventilation corridors and using high-albedo materials. Better urban design reduces the Delhi heat crisis by enhancing natural airflow and cooling.

Q5: Why does green cover matter for the Delhi heat crisis?

Ans: Shrinking green cover exacerbates the Delhi heat crisis by reducing evapotranspiration. Protecting wetlands and forests is vital to mitigate the Delhi heat crisis through natural cooling ecological processes.

Understanding India Road Accident Fatalities: 2024 Discrepancies

India Road Accident Fatalities

India Road Accident Fatalities Latest News

  • India continues to record the world’s highest number of road accident fatalities, but official estimates for 2024 vary significantly across government reports. 
  • The Ministry of Road Transport and Highways reported around 1.77 lakh deaths, while the National Crime Records Bureau (NCRB) cited 1.75 lakh deaths in one report and 1.81 lakh in another. 
  • Such discrepancies have persisted for years despite the introduction of the Electronic Detailed Accident Report (e-DAR)/Integrated Road Accident Database (iRAD) system aimed at real-time accident reporting. 
  • Analysts argue that even differences of a few thousand deaths are serious because they affect the accuracy of policy planning and reflect inconsistencies in recording human fatalities.

Sources of Road Accident Data in India

  • Police as the Primary Source - In road accident cases, the police are generally considered the main source of primary data because they are usually the first responders at accident sites.
  • Role of the Ministry of Road Transport and Highways - The Ministry of Road Transport and Highways collects accident data through its Transport Research Wing (TRW) from State police departments using formats developed under the UNESCAP Asia-Pacific Road Accident Data project.
  • Types of Information Collected - The ministry gathers detailed information on: accident identification, road conditions, vehicles involved, and driver details. This data is used in publications such as Road Accidents in India.
  • Shift Towards eDAR/iRAD System - Because States often delay sharing accident data, the ministry has increasingly shifted towards the eDAR and iRAD systems for real-time reporting and policymaking.

How NCRB Collects Accident Data

  • The National Crime Records Bureau (NCRB) collects accident data through:
    • State Crime Record Bureaus (SCRBs), 
    • District Crime Record Bureaus (DCRBs), and 
    • local police stations. 
  • Thus, both NCRB and MoRTH ultimately depend on police-generated records.

Legal Basis for Recording Accident Deaths

  • Fatal road accidents caused by negligence are registered by police under Section 106 of the Bharatiya Nyaya Sanhita, earlier covered under Section 304-A of the Indian Penal Code.
  • According to the World Health Organization (WHO), nearly half of countries worldwide also rely primarily on police data for road accident reporting, while smaller shares depend on health and transport departments.

Reasons Behind the Disparity in Road Accident Data

  • Different Reporting Channels - Although both the MoRTH and the NCRB rely on police data, discrepancies arise because the reporting process and institutional coordination differ.
  • Mandatory Reporting to NCRB - Since police departments function under the Home Ministry, they are required to regularly provide data to the NCRB. In contrast, MoRTH must coordinate separately with States through multiple channels, which can delay or limit reporting.
  • Limitations in Data Collection - Officials note that accident data shared with the Transport Research Wing is often restricted to specific information requested in reporting formats, potentially leaving out additional details.
  • Persistent Challenges in Reporting – Despite introduction of eDAR and iRAD systems and other technological improvements, some States still report inconsistently. There is also a risk of under-reporting, especially when accident victims die more than 30 days after the incident and are not updated in records.
  • Concerns Over Data Bias - The quality of accident data may also be affected by subjective judgments or biases of police personnel entering information into the system.

India’s Global Position in Road Fatalities

  • According to the International Road Federation, India continues to record the world’s highest total number of road accident deaths, followed by China and the United States.
  • While India has the highest total fatalities, countries such as Iran report higher death rates per lakh population. 
  • Several developing countries, including Pakistan, Nigeria, Ethiopia, and China, have lower per capita road fatality rates than India...

Source: IE

India Road Accident Fatalities FAQs

Q1: Who records India road accident fatalities?

Ans: Police record India road accident fatalities as first responders. MoRTH collects these India road accident fatalities through the TRW for various official reporting publications and national data sets.

Q2: Why is there a disparity in India road accident fatalities?

Ans: Disparities in India road accident fatalities exist due to varying reporting channels. Different coordination methods for India road accident fatalities between agencies cause significant data inconsistencies and delays.

Q3: How does technology track India road accident fatalities?

Ans: To monitor India road accident fatalities, the e-DAR/iRAD systems provide real-time updates. These systems track India road accident fatalities to help policymakers plan safer road infrastructure more accurately.

Q4: What is the global standing of India road accident fatalities?

Ans: Regarding India road accident fatalities, India leads the world in total deaths. India road accident fatalities exceed those in China, highlighting a severe national safety crisis.

Q5: What challenges hinder accurate India road accident fatalities data?

Ans: Tracking India road accident fatalities suffers from under-reporting and data bias. Many India road accident fatalities go unrecorded if death occurs thirty days after the initial accident happened.

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