Why in news?

The US-Iran conflict and the effective closure of the Strait of Hormuz since early March 2026 has put thousands of Indian seafarers at risk in the Gulf region.

This has drawn attention to India's massive and rapidly growing maritime workforce — and its changing composition.

What’s in Today’s Article?

• India's Maritime Workforce: The Big Picture
• The Shift in Workforce Composition
• What Kind of Work Are Indians Doing at Sea?
• Indian Seafarers on Foreign Ships: The Dominance of Foreign Flags
• The Hormuz Crisis and Indian Seafarers at Risk
• Key Concerns Emerging from These Trends

India's Maritime Workforce: The Big Picture

• India has emerged as one of the world's top three suppliers of seafarers, alongside the Philippines and China.
  • Indian seafarers (2024) - 3,07,901
  • Indian seafarers (2010) - 62,267
  • Growth - More than fivefold in 14 years
  • Share of global workforce - ~17% (1 in 5 seafarers globally is Indian)
  • Global seafaring workforce - 1.89 million

The Shift in Workforce Composition

• The most significant structural change is the reversal of the officer-to-rating ratio.
  • 2010 - 60:40
  • 2024 - 35:65
  • Global average (2024) - 45:55
• India's ratio has moved well below the global average, indicating a workforce increasingly dominated by lower-ranked, non-officer crew — known as ratings
• Engineering vs. Nautical Crew Growth
  • Both engineering and nautical (non-engineering) crew have grown substantially, but nautical crew has grown much faster:
    • Engineering crew - 25,844 (2010); 1,00,792 (2024) - ~4x growth
    • Nautical crew - 36,423 (2010); 2,07,109 (2024) - ~5.7x growth

What Kind of Work Are Indians Doing at Sea?

• In 2024, half of the non-engineering Indian crew worked in roles such as cooks, hospitality staff, salon ratings, cruise vessel staff, wipers, cleaners, painters, and lookout staff.
  • In 2010, less than 37% were in such roles.
• This signals a downward shift in the skill profile of India's maritime workforce.
• Not all the growth is at the bottom. There has been notable expansion in mid-level non-officer positions too:
  • Bosuns (senior-most non-officer deckhands): 0 in 2010 → 4,324 in 2024
  • Able Seamen: 708 in 2010 → 16,568 in 2024
• Decline in Officer Representation
  • In 2010, nearly 46% of non-engineering Indian crew held the rank of Third Officer or above.
  • By 2024, this had fallen to under 20% — as Indians increasingly joined ships in non-officer capacities.

Indian Seafarers on Foreign Ships: The Dominance of Foreign Flags

• Most Indian seafarers work on foreign-flagged vessels — a trend that has deepened over time:
  • 2016 - 1,23,729 out of 1,43,940 (86%)
  • 2024 - 2,78,466 out of 3,07,901 (90%)
• This structural dependence on foreign-flagged ships makes Indian seafarers disproportionately exposed to risks in hostile maritime environments — with limited protection from the Indian state.

The Hormuz Crisis and Indian Seafarers at Risk

• The US-Iran war and the Hormuz closure brought this vulnerability into sharp focus:
  • Mid-March 2026: 23,000 Indian seafarers facing uncertainty in the Gulf region; 753 aboard 27 Indian-flagged vessels
  • June 11, 2026: Numbers reduced to 18,000 under uncertainty; 562 aboard 13 Indian-flagged vessels — 329 in the Persian Gulf (west of Hormuz) and 233 in the Gulf of Oman (east of Hormuz)
  • The 13 Indian-flagged vessels included crude oil tankers, container ships, bulk carriers, LPG tankers, chemical tankers, and a dredger
  • At least one tanker safely exited the Strait on June 15, following the peace deal announcement
• EAM Jaishankar formally protested attacks on ships carrying Indian sailors, and the US responded that violations would not be tolerated.

Key Concerns Emerging from These Trends

• Skill downgrade risk: India is supplying a growing share of low-skill, non-officer crew. Without active skilling efforts, India risks losing its competitive edge at higher officer ranks to countries like the Philippines and China.
• Dependence on foreign flags: 90% of Indian seafarers work on foreign-flagged ships. This limits India's ability to protect them diplomatically in hostile maritime zones.
• Geopolitical vulnerability: As one of the world's largest suppliers of maritime labour, disruptions in key chokepoints like the Strait of Hormuz have an outsized impact on Indian workers and their families.
• Remittance and economic stakes: Indian seafarers are significant remittance earners. Their safety and employment conditions directly affect household incomes, especially in coastal states like Kerala, Goa, Maharashtra, and Andhra Pradesh.

Conclusion

India's rise as a global maritime labour power is remarkable — but its foundation is shifting. A workforce growing fastest at the lower end of the skill ladder, overwhelmingly employed on foreign ships, and exposed to geopolitical flashpoints like Hormuz, demands a serious national maritime skilling and diplomatic protection strategy.

Context

• Water is central to human dignity, public health, economic growth, agriculture, and environmental sustainability.
• As the world's most populous nation, India faces the challenge of meeting growing water demands while managing limited freshwater resources.
• Recognising that water-related issues are interconnected, India has adopted an integrated approach that combines drinking water supply, sanitation, conservation, groundwater management, and river restoration.

Water as a National Development Priority

• For decades, water management suffered from fragmented planning and implementation.
• A comprehensive approach has now emerged, treating water as a shared national responsibility involving governments, communities, and institutions.
• Investments in water infrastructure, conservation, and sanitation have transformed the sector into a key pillar of national development and climate resilience.

Expanding Access to Safe Drinking Water

• Jal Jeevan Mission: Transforming Rural India
  • The Jal Jeevan Mission has significantly improved access to safe drinking water in rural areas.
  • Rural households with tap water connections have increased from about 17% to over 81%, bringing reliable water supply directly to millions of homes.
• Social and Economic Benefits
  • Access to household tap connections has reduced the burden on rural women, who previously spent considerable time collecting water.
  • The saved time is now available for education, livelihoods, childcare, and productive activities.
  • Improved access to safe water has also helped reduce water-borne diseases and associated healthcare costs.

Revolutionizing Sanitation and Public Health

• Swachh Bharat Mission
  • The Swachh Bharat Mission has become one of the largest sanitation movements in the world.
  • Through behavioural change, public participation, and sustained implementation, sanitation coverage expanded rapidly across rural India.
• Improving Dignity and Health
  • The construction of household toilets enhanced dignity, privacy, and safety, particularly for women.
  • Better sanitation practices contributed to improved public health outcomes and reduced the spread of infectious diseases.
  • The programme has also advanced solid waste management and liquid waste management for long-term sustainability.

Strengthening Water Conservation and Groundwater Recharge

• Large-Scale Conservation Efforts
  • India has undertaken extensive water conservation initiatives through rainwater harvesting and groundwater recharge
  • Millions of conservation structures have been created to improve water availability and reduce pressure on groundwater resources.
• Role of Community Participation
  • The success of these initiatives highlights the importance of community participation in environmental management.
  • Collective efforts have helped improve groundwater conditions in several regions and strengthened local water security.

River Rejuvenation and Environmental Sustainability

• Namami Gange Programme
  • The Namami Gange Programme represents a major effort to restore one of India's most important rivers.
  • Investments in sewage treatment, pollution control, and monitoring have improved water quality and reduced environmental degradation.
• Balancing Development and Conservation
  • The programme demonstrates that environmental restoration and economic development can progress together.
  • Cleaner rivers contribute to ecological sustainability, public health, and economic opportunities.
• Advancing Strategic Water Infrastructure: Ken-Betwa River Linking Project
  • The Ken-Betwa River Linking Project aims to improve water availability in drought-prone regions such as Bundelkhand.
  • By transferring water from surplus to deficit areas, the project seeks to support agriculture, livelihoods, and regional development.

Addressing Future Challenges

• Climate Change and Water Scarcity
  • India faces increasing pressure from climate change, population growth, and urbanisation.
  • Despite housing nearly 18% of the global population, the country possesses only about 4% of global freshwater resources.
  • These challenges make sustainable water management a national necessity.
• Building Long-Term Resilience
  • Future efforts must focus on water-use efficiency, recycling, improved governance, and technological innovation.
  • Strengthening institutional capacity and encouraging citizen participation will be crucial for ensuring long-term national resilience.

Conclusion

• India's transformation in the water sector demonstrates the importance of integrated and sustainable resource management.
• Programmes such as the Jal Jeevan Mission, Swachh Bharat Mission, Namami Gange, and large-scale conservation initiatives have expanded access to clean water, improved sanitation, strengthened environmental protection, and enhanced social welfare.
• As water challenges become more complex in the coming decades, continued commitment to conservation, efficiency, and public participation will be essential for securing a resilient and sustainable future.

Context:

• Three major health surveys were recently released in India — the National Family Health Survey (NFHS-6), the NSO 80th Round Household Consumption Survey on Health, and the National Health Accounts Estimates for India 2022-23.
• Together, they should have triggered serious national stocktaking. Instead, they generated headlines but little policy action — exposing a deep structural problem in how India uses its health data.
• This article highlights the disconnect between India's extensive health data collection and the limited policy action that follows.
• It argues that health surveys should serve as instruments of accountability and course correction rather than merely generating headlines, political claims, or commercial opportunities.

The Paradox of Health Surveys in India

• India's health surveys follow a predictable and unproductive cycle:
  • The government highlights achievements and celebrates positive indicators
  • Newspapers amplify numbers without sustained critical analysis
  • Academics wait for raw data, which arrives late
  • Industry identifies market opportunities from every health challenge flagged
• The result: surveys confirm what is already known, fail to spotlight what has stagnated, and rarely trigger immediate programmatic reform.
• A health survey is meant to be an instrument of course correction — not a ritual of self-congratulation.

What the Surveys Reveal: Old Problems, New Numbers

• The NFHS-6 data — collected in 2023-24 but released in mid-2026 — flags the rise of obesity, diabetes, hypertension, and other non-communicable diseases (NCDs) across all social and economic groups, not just urban and affluent populations.
• Anaemia remains persistent. Out-of-pocket health expenditure stays high. Child nutrition has stagnated in several areas.
• None of this is new. The surveys merely put fresh numbers to old warnings that were never adequately acted upon.

How Industry Exploits Health Data?

• Where public health messaging is weak, private markets are quick to fill the gap:
  • Rising obesity → weight-loss products, apps, gyms, diagnostic packages
  • Rising diabetes → monitoring devices, private clinics, test packages
  • Rising NCDs → medicalisation, screening drives, private sector expansion
• Survey data, instead of driving public health reform, ends up fuelling commercial health markets. This is a failure of governance, not of data.

The Temporal Problem: Convenient Lag

• The gap between data collection (2023-24) and public release (2026) creates a politically convenient loophole.
• Governments can claim credit for positive trends as proof of current policy success, while dismissing troubling findings as "old data" linked to COVID-19 disruptions or past administrative failures.
• Similarly, raw data are released late, meaning peer-reviewed academic analysis often takes three to five years after data collection.
• By then, policymakers dismiss the findings as outdated. Data lose their impact precisely when they are needed most.

From Data to Action: Five Reforms Needed

• Mandatory Action Notes within 30–45 Days
  • Every major health survey must be followed by a national and state-level action note — jointly prepared by government and independent institutions — candidly identifying what improved, what stagnated, and what deteriorated.
  • Each finding must be linked to a specific programme and a clearly accountable authority.
• State-Level Working Reviews — Not Ceremonial Events
  • Health Secretaries, Finance Departments, district officials, public health experts, and civil society must review findings together.
  • The core question should not be "what can we highlight?" but "what must we change?"
• Integrated Data Systems
  • Survey data, HMIS (Health Management Information System) data, and the Integrated Health Information Platform (IHIP) data must be combined for coherent analytical output. Fragmented data produce fragmented policy.
• Early Release of Raw Data as a Public Good
  • Primary source data must be made available promptly so independent researchers can produce rapid analysis.
  • Data should not be treated as a guarded file — they must function as a public good.
• Data Must Influence Budget Allocations
  • Survey findings must directly shape how money is spent. Rising NCDs must mean larger primary care budgets.
  • High out-of-pocket medicine costs must mean stronger public drug availability.
  • Data without budgetary consequence are merely information.

Conclusion

• India collects vast health data but harvests little accountability from it.
• A survey that triggers no programme change, no budget reallocation, and no official accountability is not a public health tool — it is a public relations exercise.
• The true measure of any health survey is not the headlines it generates, but the reforms it compels.

About Manas National Park:

• Location: It is located in the foothills of the Himalayas in Assam. 
• It shares a border with Bhutan’s Royal Manas National Park.
• The park’s elevation ranges from 60 to 1,500 meters (200 to 4,900 feet) above sea level, contributing to its rich biodiversity.
• River: The Manas River (A major tributary of the Brahmaputra River), from which its name has been derived, flows through the west of the park and is the main river within it. 
• The area has the unique distinction of being a United Nations Educational, Scientific and Cultural Organisation (UNESCO) World Heritage Site, a Tiger Reserve, an Elephant Reserve, a Biosphere Reserve, and an Important Bird Area.
• It is one of the first reserves included in the tiger reserve network under Project Tiger in 1973.
• The park is inhabited by several indigenous communities, including the Bodo.
• Vegetation: It consists of semi-evergreen and mixed deciduous forests, interspersed with grasslands and riparian vegetation (in the core area).
• Flora: The most presiding plant species found here are hoolong trees. Some other prominent species available here are Amari, Dewa Sam, Himolu, Garjan, etc.
• Fauna: It is home to Hispid Hare, Pygmy Hog, Golden Langur, Indian Rhinoceros, Asiatic Buffalo, etc.

About Thailand:

• Location: It is located in the center of mainland Southeast Asia.
• Bordering Countries:  It shares boundaries with Myanmar (North-West), Laos (North-East), Cambodia (East), and Malaysia (South).
• Maritime boundary: It is bordered by the Andaman Sea (South-West) and the Gulf of Thailand (South)
• Capital City: Bangkok.
• Geographical Features of Thailand:
• Terrain: The Fold Mountains dominate the country's landscape to the north and west.
• Climate: It is influenced by the Southwest and Northeast Monsoon.
• Highest Peak: Doi Inthanon (Approx. 2,565 m)
• Plateau: Khorat Plateau in the northeast region, which is a vast tableland bounded by the Mekong River on the north and east.
• Major Rivers: Chao Phraya River and Mekong River (Forms a natural border with Laos)
• Natural Resources: It consists of Rubber, Rice, Tin, Natural Gas, Timber, Tungsten, and Tantalum.

About GRAPES-3 Telescope:

• Gamma Ray Astronomy PeV EnergieS phase-3 (GRAPES-3) is designed to study the origin, acceleration and propagation of cosmic rays through measurement of extensive air showers.
• It is induced by primary cosmic rays or gamma rays entering the Earth’s atmosphere in tera to peta electronvolt energies.
• It also studies solar and thunderstorm phenomena using cosmic ray muons.
• GRAPES-3 employs an array of plastic scintillator detectors and a large area muon detector based on proportional counters.
• Location: It is located in Ooty, India.
• It is operated by the Tata Institute of Fundamental Research.

Key facts about Cosmic Rays:

• These rays were discovered more than a century ago.
• They are considered to be the most energetic particles in the universe.
• Our planet is constantly bombarded by them from outer space, almost uniformly from all directions at a constant rate.
• They enter Earth’s atmosphere and induce a shower of particles that travel to the ground almost at the speed of light.
• The shower particles constitute electrons, photons, muons, protons, neutrons, etc.
• They have been observed over a remarkably wide energy range (108 to 1020 eV).

About Joint Crediting Mechanism:

• It was first proposed by the Government of Japan and was officially launched in 2013.
• Aim: It is a Japanese initiative that aims to facilitate the diffusion of leading decarbonising technologies and infrastructure through investment by Japanese entities and contribute to the sustainable development of partner countries.
• It is a bilateral mechanism which is being implemented in accordance with Article 6 of the Paris Agreement.
• The JCM contributes to the achievement of both countries’ NDC (Nationally Determined Contribution) by evaluating Japan’s contributions quantitatively and acquiring the part of credit.
• It operates under the United Nations Framework Convention on Climate Change (UNFCCC).
• It complements other existing mechanisms, such as the Clean Development Mechanism (CDM) and Joint Implementation (JI).
• India is one of the 31 partner countries of the Joint Crediting Mechanism.
• Focus Area of Joint Crediting Mechanism
• This mechanism focuses on priority sectors, which include renewable energy with storage, sustainable aviation fuel, compressed biogas, green hydrogen and green ammonia, and in hard-to-abate sectors.

About Wind Turbine Supply Chain Management Portal:

• It is India's first dedicated digital platform for streamlining the wind energy supply chain.
• It is aimed at strengthening the country's domestic wind manufacturing ecosystem and accelerating its clean energy ambitions.
• It has been developed under the aegis of the Ministry for New and Renewable Energy (MNRE) with support from the Indian Wind Turbine Manufacturers Association (IWTMA).
• Key Features:
• Visibility: It is designed to improve visibility across the wind energy supply chain.
• Approved List of Models and Manufacturers Linkage:  It facilitates compliance with domestic sourcing requirements under the Approved List of Models and Manufacturers (ALMM) framework,
• Collaboration: It supports supplier discovery and qualification, strengthens collaboration among stakeholders and enhances export readiness.

What is Wind Energy?

• Wind energy is a renewable energy source that uses the wind's kinetic energy to generate electricity.
• Wind turbines capture the wind's power and use it to spin a generator, which creates electricity.
• Wind Energy Top States in India: Tamil Nadu, Gujarat (has the highest potential), Rajasthan, Karnataka, Maharashtra, Telangana, Madhya Pradesh, etc.

About Powai Lake:

• It is an artificial lake situated in the northern suburb of Mumbai, Maharashtra.
• It was constructed by the British in 1890 by building two dams across the Mithi River to augment Bombay's water supply.
• The lake has a catchment area of 6.6 sq. km and a depth ranging from 3 to 12 metres.
• The southern hillocks around the lake form the lowest slopes of the Western Ghats.
• Powai Lake flanked by two premier institutions which are Indian Institute of Technology-Bombay (IIT-B) and the National Institute of Industrial Engineering (NITIE).
• The Padmavati Devi Temple, situated on the bank of the lake inside IIT Bombay campus dates back to the 10th century AD.
• The lake is surrounded by the Powai Bird Sanctuary and is an important resting, feeding, and breeding site of several bird species, resident and migratory.
• The lake serves as an important habitat for resident and migratory birds, including the Watercock, Pheasant-tailed Jacana, Woolly-necked Stork, Caspian Tern, and Peregrine Falcon. It also supports a small population of Marsh Crocodiles.
• It also supports fishing activities and is currently being used for the conservation of the Indian mahaseer.
• In recent times, 40% of the lake has disappeared due to the accelerated growth of residential, commercial, and industrial areas around the lake.