XVII. Hydro Politics; Water Issues

📂 START HERE — Actual Subpage, Then Notes

Open the linked lesson first — it holds the full Indus Waters Treaty deep-dive. Notes and solved past papers follow.

Indus Waters Treaty: Abeyance, Operation Sindoor & the 2026 Hague Ruling

📝 Actual CSS questions from this chapter

CSS 2019 Q7 — Causes of delay in dam construction
CSS 2025 Q2 — Indus Waters Treaty and Pakistan–India relations

📺 Directly Relevant YouTube Lecture Sources

Early Problems of Pakistan (1947–48) — early problems: India stopping canal water (1948)
Ayub Khan Regime — Part I (1958–1962) — Ayub era: background to the Indus Waters Treaty (1960)
Provincial Autonomy — Devolution of Power under the 18th Amendment — provincial autonomy and inter-provincial water disputes
Current Tenure — Coalition Governments (2022–Present) — current tenure: the 2025 treaty abeyance

📌 Topic Contents

📖 Domestic Water Issues
📖 Regional/External Hydro-Politics
📖 Compounding Factors
📖 Policy Responses
📖 Domestic Hydro-Politics — Additions
📖 Answer Outline (20 marks)
📖 Exam angle
📖 ✍️ Model Answer (20 marks)
📖 Outline
📖 1. Introduction
📖 2. Scale of the Crisis
📖 3. Domestic Hydro-Politics
📖 4. Regional Hydro-Politics
📖 5. Climate Change
📖 6. Consequences
📖 7. Measures for Water Security
📖 8. Conclusion

CSS focus: explain causes and effects, use dated evidence, discuss limits and end with a judgment relevant to the wording.

Domestic Water Issues

Pakistan is water-stressed — moving toward water scarcity (per capita availability dropped from ~5,000 m³ in 1947 to under 1,000 m³ now)
Indus Water Treaty (1960) — divides rivers: Pakistan gets Western rivers (Indus, Jhelum, Chenab), India gets Eastern rivers (Ravi, Beas, Sutlej); brokered by World Bank
Inter-provincial disputes — Sindh vs Punjab over water distribution from Indus; addressed (imperfectly) via 1991 Water Apportionment Accord
Kalabagh Dam — perennially controversial (Sindh, KP, Balochistan oppose; Punjab supports) — symbol of inter-provincial water mistrust
Low water storage capacity — Pakistan can store only ~30 days of water vs recommended 120+ days (Tarbela, Mangla ageing/silting)

Regional/External Hydro-Politics

India-Pakistan tension over IWT — India's upstream dam projects (Kishanganga, Ratle) raise Pakistani objections over treaty compliance
April 2025 context: India suspended/held IWT in abeyance following Pahalgam attack fallout — treated as major escalation by Pakistan (treaty had survived wars/nuclearization until then)
1 September 2026 — Permanent Court of Arbitration ruled unanimously that India cannot unilaterally suspend the treaty; India rejected the ruling and abeyance continues. Full deep-dive with timeline, legal analysis, Pakistan's response and a model 20-mark answer is on the sub-page below.
Afghanistan — disputes over Kabul River water usage (no formal treaty exists, unlike IWT)

Compounding Factors

Climate change — glacial melt (Pakistan has more glaciers than anywhere outside polar regions) creating both flood risk (2022 floods) and long-term water insecurity
Rapid population growth & inefficient agricultural water use (flood irrigation dominant)

Policy Responses

National Water Policy (2018) — first unified framework
Push for new dams (Diamer-Bhasha, Mohmand) for storage & hydropower

Domestic Hydro-Politics — Additions

Cholistan canals controversy (2025): Sindh-wide protests against six new canals from the Indus; the Council of Common Interests shelved the project (April 2025) — shows the 1991 Accord's fragility.
IRSA disputes: Sindh alleges Punjab takes more than its share; telemetry system to measure flows has repeatedly failed.
Water productivity: agriculture uses over 90% of water; Pakistan produces among the lowest crop yields per unit of water.
Groundwater depletion in Punjab and Balochistan (Quetta's aquifer falling sharply); only a small share of wastewater is treated.
Afghanistan: the Taliban have announced plans to build dams on the Kunar River (2025), which could reduce Kabul River flows into Pakistan — no treaty exists.

Answer Outline (20 marks)

Introduction — water as the next security frontier; per capita availability data.
Domestic dimension — scarcity, storage, provincial disputes (1991 Accord, Kalabagh, canals), inefficiency.
Regional dimension — IWT, Indian projects, April 2025 abeyance, September 2026 Court of Arbitration ruling; Afghanistan and the Kabul River.
Climate change dimension.
Consequences — food security, economy, federation, India–Pakistan conflict risk.
Way forward — storage (Diamer-Bhasha, Mohmand), efficient irrigation, water pricing, groundwater regulation, IRSA reform, legal and diplomatic defence of the IWT, a treaty with Afghanistan.
Conclusion.

Exam angle

Keep two things separate — examiners often ask them separately:
1. internal and inter-provincial water politics
2. India–Pakistan water politics under the IWT

✍️ Model Answer (20 marks)

Question: Discuss the water crisis in Pakistan in its domestic and regional context. Suggest measures to ensure water security.

(For an answer focused only on the Indus Waters Treaty, use the model answer on the sub-page "Indus Waters Treaty: Abeyance, Operation Sindoor & the 2026 Hague Ruling".)

Outline

Introduction
Scale of the crisis
Domestic hydro-politics
Regional hydro-politics
Climate change
Consequences
Measures for water security
Conclusion

1. Introduction

Water is Pakistan's lifeline: the Indus Basin feeds one of the world's largest contiguous irrigation systems and underpins agriculture, energy and human survival. Yet Pakistan is fast approaching absolute water scarcity. Its water crisis is not only about quantity; it is also about politics, between provinces at home and between states across borders. India's decision in April 2025 to hold the Indus Waters Treaty "in abeyance" turned water into a direct national security issue.

2. Scale of the Crisis

Per capita water availability has fallen from about 5,000 m³ in 1951 to under 1,000 m³ today, below the scarcity threshold.
Storage capacity is only about 30 days of river flows, compared with over 120 days recommended; Tarbela and Mangla are silting.
Agriculture uses over 90% of water, mostly through inefficient flood irrigation.
Groundwater is being depleted in Punjab and Balochistan; very little wastewater is treated.

3. Domestic Hydro-Politics

The 1991 Water Apportionment Accord divides Indus waters among the provinces, but disputes continue over its interpretation and measurement; IRSA's telemetry system has repeatedly failed.
Kalabagh Dam: supported by Punjab, opposed by Sindh, KP and Balochistan, it has become a symbol of provincial mistrust.
Cholistan canals (2025): mass protests in Sindh forced the Council of Common Interests to shelve the project.
Downstream Sindh fears shortages and seawater intrusion in the Indus delta.

4. Regional Hydro-Politics

India: the Indus Waters Treaty (1960) gave Pakistan the western rivers (Indus, Jhelum, Chenab). India's projects (Baglihar, Kishanganga, Ratle) were long disputed. In April 2025, after the Pahalgam attack, India held the treaty "in abeyance"; Pakistan called any stoppage an "act of war". In September 2026 the Court of Arbitration ruled unanimously that India cannot suspend the treaty unilaterally; India rejected the ruling.
Afghanistan: the Kabul River has no treaty; the Taliban's plans for dams on the Kunar River (2025) could reduce flows into Pakistan.
China: upstream of the Indus, though with limited current impact.

5. Climate Change

Pakistan has more glaciers than anywhere outside the polar regions.
Warming brings floods now (2022, 2025) and lower flows in the long run.
Rainfall is more erratic; heatwaves push up demand.

6. Consequences

Food security: lower yields and rising food import bills.
Economy: agriculture's 23% share of GDP is at risk; hydropower is threatened.
Federation: provincial disputes weaken national cohesion.
Regional conflict: water adds a dangerous new dimension to India–Pakistan hostility.
Health: unsafe water causes widespread disease.

7. Measures for Water Security

Storage: complete Diamer-Bhasha and Mohmand dams; build small dams and recharge aquifers.
Efficiency: drip and sprinkler irrigation, canal lining, crop diversification away from water-intensive crops.
Pricing and regulation: realistic water charges; groundwater licensing.
Institutional reform: strengthen IRSA with reliable telemetry; implement the National Water Policy (2018).
Provincial consensus: decide projects through the CCI, with transparent data.
Legal and diplomatic defence of the IWT: use the Court of Arbitration ruling, the World Bank and international forums.
A water agreement with Afghanistan on the Kabul River.
Climate adaptation: early warning systems, flood management, glacier monitoring.
Urban water: wastewater treatment and rainwater harvesting.

8. Conclusion

Pakistan's water crisis is a crisis of scarcity, management and trust. It cannot be solved by dams alone, nor by legal victories alone. It requires efficient use at home, consensus among provinces, firm defence of Pakistan's rights under international law, and adaptation to climate change. Water security must be treated as the national security priority it has become.

📝 CSS Past Papers 2014–2026 — This Chapter (Solved)

📊

Asked so far: 2 subjective questions (2019 on dams, 2025 on the Indus Waters Treaty) · 8 MCQs (2014 ×2, 2015, 2016, 2019, 2021, 2025, 2026). Since India put the treaty "in abeyance" in April 2025, water is one of the most likely topics for 2027.

2024–2026 MCQs are from the FPSC papers with original options. 2014–2023 MCQs come from published answer keys (the FPSC copies only contain Part-II), so their options are rewritten but the keyed answer is kept and checked.

Part-I — Past MCQs

1. (CSS 2014) The largest concrete dam in the world is:

(A) Tarbela Dam
(B) Hoover Dam
(C) Grand Coulee Dam
(D) Three Gorges Dam
✅ (C) Grand Coulee Dam (USA) as keyed — older books, by volume of concrete.
- ⚠️ Today China's Three Gorges Dam is the largest concrete dam.
- Tarbela is the largest earth-filled dam.

2. (CSS 2014) Mangla Dam is located in:

(A) Punjab
(B) Azad Kashmir
(C) Both AJK and Punjab
(D) Khyber Pakhtunkhwa
✅ (C) Both AJK and Punjab as keyed — dam on the Jhelum at Mirpur (AJK); reservoir reaches Jhelum district (Punjab); completed 1967.

3. (CSS 2015) India first stopped the flow of canal water to West Punjab on:

(A) 1 April 1948
(B) 4 May 1948
(C) 15 August 1947
(D) 19 September 1960
✅ (A) 1 April 1948 — India closed the Ferozepur and Madhopur headworks.
- Inter-Dominion Accord (4 May 1948) restored flows for a time.
- Settled by the Indus Waters Treaty (19 September 1960).

4. (CSS 2016) Tarbela reservoir has lost about how much of its live storage capacity due to silting?

(A) 13.5%
(B) 23.5%
(C) 33.5%
(D) 43.5%
✅ (C) 33.5% as keyed — WAPDA estimates range from about 30 to 40%; the main reason Diamer-Bhasha and Mohmand are urgent.

5. (CSS 2019) Qadirabad Barrage is built on:

(A) Chenab River
(B) Jhelum River
(C) Ravi River
(D) Indus River
✅ (A) Chenab — near Phalia (Mandi Bahauddin); part of the Indus Basin replacement works; feeds the Rasul-Qadirabad and Qadirabad-Balloki link canals.

6. (CSS 2021) Tanda Dam is located in:

(A) Punjab
(B) Sindh
(C) Balochistan
(D) Khyber Pakhtunkhwa
✅ (D) Khyber Pakhtunkhwa — small irrigation dam near Kohat on the Kohat Toi.

7. (CSS 2025) The Indus River originates in China near:

(A) Tianchi Lake
(B) Lugu Lake
(C) Mapam Lake
(D) None of these
✅ (C) Mapam Lake — near Lake Manasarovar (Mapam Yumco) and Mount Kailash, Tibet.
- About 3,180 km long; enters via Gilgit-Baltistan; reaches the sea near Thatta.

8. (CSS 2026) India has constructed Baglihar Dam on River.

(A) Ravi
(B) Indus
(C) Jhelum
(D) None of these
✅ (D) None of these — Baglihar is on the Chenab (Ramban, IIOJK).
- Neutral Expert Raymond Lafitte allowed it with design changes (2007).
- First use of the treaty's neutral-expert mechanism.

Part-II — Past Subjective Questions

1. CSS 2019 Q7 — Critically analyse the key causes of delay in construction of dams in Pakistan. Give suggestions to reverse this collateral loss. (20)

Outline

Introduction
Pakistan's water situation
Causes of delay in building dams
Losses caused by the delay
Suggestions
Conclusion

Answer

1. Introduction

Pakistan can store only about 30 days of its river flow, compared with about 170 days in India and around 700 days in Egypt. No large storage dam has been completed since Tarbela in 1976.

2. Pakistan's water situation

Water availability per person has fallen from about 5,000 cubic metres in 1951 to below 1,000 cubic metres today.
The storage capacity of Tarbela and Mangla is steadily shrinking because of silt.

3. Causes of delay in building dams

Provincial mistrust. The Kalabagh Dam has been opposed by resolutions of the Sindh, KP and Balochistan assemblies. Sindh fears that Punjab will take more water, while KP fears flooding around Nowshera and the displacement of local people.
Disputes over water sharing. Disagreements over the 1991 Water Apportionment Accord and distrust of IRSA's figures make provinces suspicious of any new project.
Cost and financing. Large dams are very expensive; Diamer-Bhasha alone is estimated at about 14 billion dollars. The World Bank and the Asian Development Bank have been reluctant to finance projects in Gilgit-Baltistan because India disputes the territory's status.
Weak governance. Frequent changes of policy, slow land acquisition and corruption have stalled projects.
Technical and environmental issues. Many sites lie in earthquake zones, and resettlement and environmental impacts must be managed.
Short-term choices. From the 1994 power policy onwards, governments preferred quick-to-build thermal plants to long-term hydropower.

4. Losses caused by the delay

Around 29 million acre-feet of water flows into the sea each year beyond what the delta needs.
Crops suffer in dry years, and the lack of storage makes floods more destructive.
Electricity is produced from costly imported fuel instead of cheap hydropower, much of whose estimated 60,000 megawatt potential remains unused.

5. Suggestions

National consensus should be built through the Council of Common Interests.
Less controversial dams such as Diamer-Bhasha, Mohmand and Dasu, on which work began in 2018 and 2019, should be completed first.
The National Water Policy of 2018 should be implemented in full.
A reliable telemetry system should measure flows so that provinces can trust the figures.
Private investors and overseas Pakistanis can help finance projects, as the 2018 dam fund showed.
Small dams, rainwater harvesting and efficient irrigation should be promoted alongside large projects.

6. Conclusion

The main obstacles to building dams in Pakistan are political rather than technical. If provinces can agree on fair and transparent water sharing, dams can become a shared national project instead of a source of division.

Full 20-mark answer: CSS 2019 — Pakistan Affairs Paper (Solved)

2. CSS 2025 Q2 — How did the Indus Waters Treaty (1960) affect water distribution and relations between Pakistan and India? (20)