The Hindu Daily Current Affairs – 2 November 2026
Monday, 2 November 2026
The Hindu – Important News Articles & Editorial
Today’s edition covers Andhra Pradesh bracing for Cyclone Murasu barely a week after Arnab, the Navy’s ₹80,000-crore Project 18A destroyer programme, why a strong El Niño does not guarantee a poor monsoon, what ISRO needs to recover its launch cadence, and India’s push to double cruise traffic, along with an editorial analysis on the lack of “decent work” even as unemployment falls.
Andhra Braces for Second Cyclone Within a Week; Five Districts on Red Alert
Barely a week after Cyclone Arnab, Andhra Pradesh is preparing for Cyclone Murasu, expected to make landfall late on Monday night or early Tuesday (3 November), with five districts on red alert. Tamil Nadu and Odisha are also expected to get heavy rain. The back-to-back storms raise questions about compound disasters, recovery capacity and the clustering of cyclones in a warming climate.
Key Facts
- On Sunday night, Murasu was a cyclonic storm about 350 km east of Chennai, expected to intensify into a severe cyclonic storm and move west-northwestward.
- Expected landfall between Nellore and Narsapur, with gusts of up to 120 kmph.
- IMD red alert for SPSR Nellore, Prakasam, Guntur, Bapatla and Krishna districts – this time the central and southern coast is at risk, whereas Arnab hit the north.
- Preparedness in Andhra Pradesh: 1,688 medical teams and 116 relief camps.
- Tamil Nadu: heavy to very heavy rain in Chennai and Tiruvallur; heavy rain in Chengalpattu, Kancheepuram, Ranipet, Vellore and the Nilgiris.
- Odisha: 150 landslide-prone sites identified in Gajapati alone; the ground is already saturated after Arnab, which killed five people in landslides. Collectors have been told to evacuate vulnerable areas.
- Arnab’s revised toll in Andhra Pradesh: five deaths, crops submerged on over 3.5 lakh hectares, about 2,425 km of roads damaged, about 15,000 electric poles down, and losses estimated at ₹4,600 crore.
Arnab vs Murasu
| Feature | Cyclone Arnab | Cyclone Murasu |
|---|---|---|
| Intensity | Very Severe Cyclonic Storm (118–165 kmph) | Expected Severe Cyclonic Storm (89–117 kmph); gusts up to 120 kmph |
| Landfall area | Near Kakinada–Yanam (north coastal Andhra Pradesh), 28 October | Between Nellore and Narsapur (central and south coast), night of 2–3 November |
| Red-alert districts | Kakinada, East and West Godavari, Konaseema, Eluru, Alluri Sitharama Raju, Anakapalli | SPSR Nellore, Prakasam, Guntur, Bapatla, Krishna |
| Other States | Extreme rain and landslides in southern Odisha | Heavy rain in Tamil Nadu and Odisha |
Static Dimensions
- IMD classification: cyclonic storm (62–88 kmph), severe cyclonic storm (89–117 kmph), very severe cyclonic storm (118–165 kmph).
- Season: October–December is the post-monsoon peak for Bay of Bengal cyclones, linked to the northeast monsoon.
- Disaster framework: Disaster Management Act, 2005; NDMA, NDRF, SDRF and State authorities; and SDRF/NDRF funding norms.
- Related concepts: compound and cascading disasters, soil saturation and landslide risk, and colour-coded early warnings.
Analysis
- Compound risk: saturated ground, damaged embankments, roads and power networks, and depleted relief resources make a second storm more dangerous than its intensity alone suggests.
- Warm seas and El Niño: clustering of storms in one season fits a pattern of more frequent and intense extremes.
- Preparedness is improving: early alerts, medical teams and evacuation orders show learned practice, though recovery from the first storm is incomplete.
- Economic strain: ₹4,600 crore of losses and crop damage deepen pressure on farmers already hit by a deficit monsoon.
Challenges
- Little recovery time between storms.
- Landslides in hilly Odisha and flooding in low-lying delta areas and Chennai.
- Restoring power and roads under repeated damage.
- Crop-loss assessment and delays in relief.
- Strain on fiscal and response capacity.
Way Forward
- Pre-position NDRF/SDRF teams and prioritise evacuation from saturated, landslide-prone areas.
- Carry out quick, combined damage assessment for both storms and release NDRF assistance early.
- Build resilient power, roads and drainage, with stormwater drains cleared in cities like Chennai.
- Settle crop insurance claims and provide input support to farmers.
- Invest in coastal shelterbelts, mangroves and climate-resilient planning.
India Implications
- Planning for sequences, not single events: disaster plans and relief norms must allow for a second hazard before recovery from the first.
- Fiscal pressure: repeated storms in one season can exhaust SDRF balances, making timely Central top-ups vital.
- Climate adaptation: warmer seas make resilient coastal infrastructure an urgent national priority.
Himachal saw the same compound-disaster pattern in 2023. The July rains saturated slopes, so the August spell, though shorter, triggered deadlier landslides in Shimla – including at Summer Hill and Krishna Nagar. The lesson for the State’s disaster plans is that warnings and evacuation thresholds must be tightened after a first extreme event, not reset as if the ground were dry.
ConclusionTwo cyclones in a week show that disaster management must plan for compound hazards, not isolated events. Faster recovery, resilient infrastructure and ecosystem protection will determine how well coastal States cope with a changing climate.
Prelims Practice
Q. Consider the following conditions:
- Sea surface temperature above about 26–27°C
- Presence of the Coriolis force
- Strong vertical wind shear
Which of the above favour the formation of tropical cyclones?
- (a)1 and 2 only
- (b)2 and 3 only
- (c)1 and 3 only
- (d)1, 2 and 3
Click to reveal answer
Answer: (a)
Cyclones need warm seas and the Coriolis force (which is why they rarely form within about 5° of the Equator), but weak vertical wind shear – strong shear tears the developing storm apart.
Q. Explain the geographical and climatic conditions responsible for the frequent occurrence of tropical cyclones in the Bay of Bengal.
(10 Marks, 150 Words)
Navy to Launch ₹80,000-Crore Warship Project
The Defence Acquisition Council (DAC) has given in-principle approval to Project 18A, a programme of next-generation stealth guided-missile destroyers estimated at about ₹80,000 crore. It responds to China’s expanding presence and submarine fleet in the Indian Ocean Region and Pakistan’s growing underwater capability, and fits the push for indigenous shipbuilding with private-sector participation.
Key Facts
- Estimated cost: about ₹80,000 crore; the approval is in-principle (Acceptance of Necessity stage).
- About 75% indigenous content expected.
- Both defence PSUs and private shipyards can bid competitively.
- Deliveries are expected five to 10 years after contract signing.
- Designed by the Navy’s Warship Design Bureau, with more advanced systems than the Visakhapatnam class: greater firepower, better surveillance sensors, and stronger air defence and anti-submarine warfare.
- Several existing destroyers are due for decommissioning.
- The Navy operates about a dozen guided-missile destroyers, including the Delhi, Kolkata and Visakhapatnam classes, armed with BrahMos, surface-to-air missiles, close-in weapon systems and anti-submarine equipment.
Indian Navy’s Destroyer Programmes
| Project | Class | Status |
|---|---|---|
| Project 15 | Delhi class | Commissioned 1997–2001 |
| Project 15A | Kolkata class | Commissioned 2014–2016 |
| Project 15B | Visakhapatnam class | Commissioned 2021–2025 |
| Project 18A | Next-generation stealth destroyers | In-principle approval (2026); about ₹80,000 crore; about 75% indigenous |
Static Dimensions
- Destroyer classes: Delhi (Project 15), Kolkata (15A) and Visakhapatnam (15B); frigates under Projects 17 and 17A; indigenous aircraft carrier INS Vikrant.
- Warship Design Bureau: the Navy’s in-house design organisation, central to indigenous warship design.
- DAC and AoN: the DAC grants Acceptance of Necessity; contract negotiation and Cabinet Committee on Security approval follow.
- Policy: Atmanirbhar Bharat, DAP 2020 (IDDM category), the Strategic Partnership Model, and India’s Indian Ocean vision (MAHASAGAR).
- Concepts: blue-water navy, sea denial and sea control, anti-submarine warfare and stealth.
Analysis
- Strategic logic: Chinese naval and submarine expansion in the IOR and Pakistan’s new submarines raise the need for a stronger surface fleet.
- Fleet renewal: replacing ageing ships prevents gaps in capability.
- Indigenisation: in-house design and 75% local content build domestic capacity, though critical systems such as engines and some sensors may still be imported.
- Long timelines: deliveries take five to 10 years after contract, so delay risk matters, as earlier shipbuilding programmes show.
- Private role: open bidding widens the shipbuilding base beyond public yards.
Challenges
- Long gestation and cost overruns.
- Dependence on imported propulsion and weapons subsystems.
- Limited shipyard capacity and skilled workforce.
- Competition for budget among the services.
Way Forward
- Time-bound contracting with milestone-based monitoring.
- Deepen indigenous propulsion, sensors and weapons.
- Expand shipyard capacity and MSME supply chains.
- Integrate the new ships with submarines, aircraft and maritime domain awareness.
India Implications
- Indian Ocean security: a modern surface fleet underpins India’s role as the first responder and net security provider in the region.
- Shipbuilding industry: a large, long-term order can anchor private and public shipyards and their supply chains.
- Fiscal discipline: long programmes need assured funding to avoid stop-start delays and cost escalation.
Himachal Pradesh has no coastline, but defence indigenisation reaches inland through supply chains. Engineering, electronics and component units in Parwanoo, Baddi and Kala Amb could become vendors for naval programmes if they gain defence-quality certification and testing support. Himachali youth, already strongly represented in the armed forces, also benefit as the Navy expands its fleet and recruitment.
ConclusionProject 18A is central to the Navy’s long-term surface combat strength. Its value will depend on timely delivery and genuine indigenous depth.
Prelims Practice
Q. Which of the following is a supersonic cruise missile used by the Indian Navy?
- (a)Akash
- (b)BrahMos
- (c)Prithvi-II
- (d)Agni-V
Click to reveal answer
Answer: (b)
BrahMos is an India–Russia joint venture supersonic cruise missile, named after the Brahmaputra and Moskva rivers. Akash is a surface-to-air missile, while Prithvi-II and Agni-V are ballistic missiles.
Q. Discuss the strategic significance of Project 18A in strengthening the Indian Navy’s maritime capabilities in the Indian Ocean Region.
(10 Marks, 150 Words)
Why Even a Strong El Niño Does Not Guarantee a Poor Indian Monsoon
The article explains why El Niño usually, but not always, weakens the Indian monsoon. The 2026 southwest monsoon ended 12.6% below the long-period average, and East and Northeast India recorded their driest season since records began in 1901. Yet in 1997, under a similarly strong El Niño, rainfall was near normal. The difference lies in other ocean–atmosphere factors – chiefly the Indian Ocean Dipole (IOD) – and in where the warmest Pacific water sits.
Key Facts
- Seven Indian monsoons since 1950 coincided with a moderate or strong El Niño. In five (including 2026), rainfall was at least 10% below average (“deficient”); 2023 was “below normal” and 1997 was “normal”.
- Oceanic Niño Index (ONI): 1.64°C (1997), 1.59°C (2015) and 1.98°C (2026). The current El Niño is expected to peak in December 2026.
- Outcomes: near-normal rain in 1997; about a 14% deficit in 2015.
- Mechanism: weakened Pacific trade winds shift warm water east; air rising over the Pacific sinks over India, becoming warmer and drier and suppressing cloud formation.
- Indian Ocean Dipole: its positive phase (warmer western, cooler eastern Indian Ocean) favours Indian rainfall. It tends to develop around June, peaks between September and November, and often turns positive during El Niño years. It offset El Niño in 1997, barely moved in 2015 (a 2024 study linked this to changes in Antarctic circumpolar westerlies), and became favourable in 2023.
- 2023: August rainfall was 36% below normal – the driest August since 1901 – partly attributed to the Madden–Julian Oscillation; the IOD later turned favourable.
- Location of the warmest water: warmth in the central Pacific raises the chance of sinking air over India (a 2006 Science study); in 1997, the warmth lay further east, near South America.
- A July 2026 Nature Communications study cites other 1997 factors – a high-pressure system over the Iranian plateau and extra moisture from the Arabian Sea – and argues that 1983 and 1997 made El Niño’s influence look weaker than it is.
- Forecasting: IMD updates its April forecast in late May and, since 2021, combines several global models. Forecast for 2023: 96% ± 5% of LPA (actual about 94.7%); for 2026: 92% ± 5% (actual 87.4%). The “below normal” forecast became “deficient”, and only the south peninsula regional forecast was right. Forecasters disagreed on the IOD – IMD’s model predicted neutral, which proved correct.
- The monsoon brings about three-quarters of India’s annual rain, and a large share of farmland is still unirrigated.
Strong El Niño Years Compared
| Year | ONI | Monsoon outcome | Key modifier |
|---|---|---|---|
| 1997 | 1.64°C | Near normal | Strong positive IOD; Pacific warmth far east; Iranian plateau high and Arabian Sea moisture |
| 2015 | 1.59°C | About 14% deficit | IOD barely moved |
| 2023 | — | Below normal (about 6% deficit); driest August since 1901 | MJO in August; IOD turned positive late |
| 2026 | 1.98°C | 12.6% deficit (deficient) | IOD neutral |
IMD Categories for All-India Seasonal Rainfall
| Category | Rainfall as % of Long Period Average |
|---|---|
| Deficient | Below 90% |
| Below normal | 90–95% |
| Normal | 96–104% |
| Above normal | 105–110% |
| Excess | Above 110% |
Static Dimensions
- ENSO: El Niño (warm) and La Niña (cool) phases of the El Niño–Southern Oscillation; linked to the Walker circulation; tracked by the Oceanic Niño Index.
- IOD: sometimes called the “Indian Niño”; measured by the Dipole Mode Index.
- MJO: an eastward-moving pulse of tropical cloud and rain that recurs every 30–60 days.
- Institutions and schemes: IMD (Ministry of Earth Sciences), Mission Mausam, PM Fasal Bima Yojana and PM Krishi Sinchayee Yojana.
Analysis
- El Niño is a risk factor, not destiny: it raises the odds of a poor monsoon, but the IOD, the location of Pacific warming, the MJO and regional pressure systems shape the outcome.
- Late-season dependence: the IOD acts mainly from September, so early forecasts cannot capture it well.
- Limits of forecast skill: even with improved methods, the 2026 forecast was off by about five percentage points and regional forecasts mostly failed.
- Socio-economic transmission: deficits hit unirrigated farmers, raise food prices and strain drinking water – consistent with this year’s inflation and kharif stress.
Challenges
- Predicting the IOD and sub-seasonal variability.
- Climate change altering the El Niño–monsoon link.
- Dependence of rain-fed agriculture on the monsoon.
- Communicating forecast uncertainty to farmers and administrators.
Way Forward
- Improve coupled ocean–atmosphere models and observations under Mission Mausam.
- Provide localised, probabilistic forecasts and advisories.
- Expand irrigation, drought-tolerant crops, insurance and buffer stocks.
- Plan water releases and food stocks using scenario-based forecasts.
India Implications
- Food security: El Niño years call for early planning of buffer stocks, contingency crop plans and import options.
- Monetary policy: monsoon failures feed food inflation, constraining the RBI’s policy choices.
- Science investment: better ocean observation in the Indian Ocean would improve IOD forecasts.
Around four-fifths of Himachal’s cropped area is rain-fed, so monsoon variability directly affects maize, paddy, vegetables and the recharge of springs and kuhls that feed hill villages. Because IMD’s all-India and regional forecasts hide local variation in mountain terrain, district- and block-level advisories from the Meteorological Centre at Shimla, and agro-advisories from the State’s agricultural universities, are more useful to Himachal’s farmers than seasonal headlines.
ConclusionEl Niño raises the likelihood of weak rainfall but does not guarantee it. Better forecasting of the IOD and regional drivers, along with resilient agriculture and water management, is essential for a monsoon-dependent economy.
Prelims Practice
Q. The Oceanic Niño Index (ONI), maintained by the US National Oceanic and Atmospheric Administration (NOAA), is primarily used to monitor:
- (a)Sea surface temperature anomalies in the equatorial Pacific Ocean
- (b)Changes in the salinity of the Arabian Sea
- (c)Variations in atmospheric pressure over the Indian Ocean
- (d)Annual changes in global sea levels
Click to reveal answer
Answer: (a)
The ONI is the three-month running mean of sea surface temperature anomalies in the Niño 3.4 region of the central-eastern equatorial Pacific; values of +0.5°C or more indicate El Niño conditions.
Q. Explain the El Niño–Southern Oscillation (ENSO) phenomenon and examine its influence on southwest monsoon rainfall in India.
(10 Marks, 150 Words)
Slow Recovery: ISRO Needs More Human and Material Resources to Fulfil Its Mandate
This editorial reads the successful GSLV-F18 launch of the NVS-03 navigation satellite as a relief for ISRO, which has been held back for 18 months by two PSLV failures. Recovery, it argues, will stay slow unless ISRO gets more money, more people and a reformed supply chain – especially with human spaceflight, a space station and reusable launchers in the pipeline.
Key Facts
- GSLV-F18 was only the second successful launch of 2026. The PSLV failures share some design aspects with the GSLV.
- NavIC has been at least one functional satellite short for six months and could not provide standalone positioning. If NVS-03 reaches its final slot and is commissioned, it completes a rescue of the programme.
- The three NVS satellites carry at least one indigenous atomic clock each, as recommended by the Parliamentary Standing Committee on Science and Technology, replacing the imported clocks of the first-generation IRNSS satellites.
- The committee flagged procurement bottlenecks – specialised components and vendor readiness. ISRO’s Space Applications Centre’s 2025 request for proposals allowed nearly two years from contract to the first two flight models.
- Recommendations:
- Adapt the Electronics Component Manufacturing Scheme and modernisation of the Semiconductor Laboratory (Mohali) to produce space-grade parts, with the Electronics Ministry funding components and qualification in a five- to seven-year programme.
- Raise the Department of Space allocation to about ₹17,000 crore in the 2027-28 Budget (from ₹13,705.6 crore in 2026-27), focused on launch-vehicle manufacture, satellite replacement and recruitment.
- Create a dedicated NavIC operator, so that ISRO can focus on its core mandate.
- Enact a national space law covering private participation and liability.
India’s Space Institutions
| Body | Role |
|---|---|
| Department of Space | Policy and budget; under the Prime Minister |
| ISRO | Research, development and launch of satellites and launch vehicles |
| IN-SPACe | Authorises and promotes private space activities |
| NewSpace India Ltd (NSIL) | Commercial arm – launch services, technology transfer and satellite operations |
| Indian Space Policy, 2023 | Defines roles of ISRO, IN-SPACe, NSIL and private players |
Static Dimensions
- NavIC/IRNSS: a seven-satellite regional system; first-generation clocks failed; the NVS series is the second generation, with L1, L5 and S-band signals.
- Launch vehicles and missions: PSLV, GSLV, LVM3 and SSLV; Gaganyaan (human spaceflight), the Bharatiya Antariksh Station and reusable launcher plans.
- Institutions and policy: Department of Space, ISRO, IN-SPACe, NSIL and the Indian Space Policy, 2023; no comprehensive space law yet (the Space Activities Bill is pending).
- Liability: Outer Space Treaty (1967) and Liability Convention (1972), under which States are liable for damage caused by their space objects, including private ones.
Analysis
- Capacity bottleneck: two successful launches in about ten months is far below ambition, pointing to workforce, budget and supply-chain limits – not only technical faults.
- Strategic stakes: NavIC is a strategic-autonomy asset, and a dedicated operator would separate operations from R&D.
- Component sovereignty: space-grade electronics and clocks need domestic ecosystems linked to semiconductor policy.
- Regulatory gap: private participation and liability need statutory clarity.
- Caution: the funding figure is the editorial’s proposal, not government policy.
Challenges
- Launch failures and low launch cadence.
- Long procurement lead times and vendor readiness.
- Workforce shortages and attrition.
- No space law.
- Competing demands from crewed missions and commercial launches.
Way Forward
- Raise and ring-fence space budgets for manufacturing and recruitment.
- Build space-grade component supply chains through electronics and semiconductor programmes.
- Create a NavIC operating entity.
- Enact a national space law covering licensing, liability and private entry.
- Strengthen quality assurance and failure analysis across PSLV and GSLV.
India Implications
- Space ambitions: Gaganyaan, the space station and reusable launchers depend on a reliable, well-resourced launch base.
- Private space sector: a clear law and stable ISRO capacity would give start-ups confidence to invest.
- Strategic autonomy: navigation, communication and Earth-observation satellites underpin both security and governance.
Himachal relies heavily on satellite data – for monitoring glacial lakes and landslide zones, mapping snow cover and forest fires, and planning roads and hydropower in remote valleys. Its State Centre on Climate Change and disaster management authority use ISRO and NRSC products. Delays in replacing Earth-observation and navigation satellites therefore weaken early warning and planning in a disaster-prone hill State.
ConclusionISRO’s recovery depends on resources, supply chains and legal clarity as much as on engineering. Without them, India’s space ambitions will outpace its capacity.
Prelims Practice
Q. Which of the following is the primary function of a satellite-based navigation system?
- (a)Providing positioning, navigation and timing services
- (b)Monitoring only atmospheric temperature
- (c)Conducting deep-sea mineral exploration
- (d)Providing terrestrial broadband services exclusively
Click to reveal answer
Answer: (a)
Satellite navigation systems such as NavIC and GPS broadcast precisely timed signals from atomic clocks, which receivers use to calculate position – which is why clock failures cripple the system.
Q. Explain the significance of India’s NavIC satellite navigation system. How can indigenous atomic clocks enhance its reliability and India’s strategic autonomy?
(10 Marks, 150 Words)
Liners, Ports Mull Expansion as India Targets Doubling Cruise Traffic by 2029
India aims to double cruise passenger traffic to one million by FY29 under the Cruise Bharat Mission. Domestic cruises are gaining ground while foreign ships make fewer calls because of Red Sea tensions, higher fuel and insurance costs and tax concerns. The sector links port infrastructure, tourism, maritime policy and regulatory reform.
Key Facts
- FY26: nine ports handled 212 ship calls and 4.62 lakh passengers; domestic cruises made up 78% of ship calls and over 90% of traffic.
- Mumbai handled 45% of ship calls and 52% of passengers; international calls at Mumbai fell from eight last season to five this year.
- Cordelia Cruises added its second vessel (Cordelia Sky) in late October, with a third due next year; the industry says three ships can meet the one-million target.
- Terminals: modern terminals at Chennai, Mumbai and Visakhapatnam; a ₹185-crore, 13-acre terminal at Mormugao (Goa) with four berths plus Ro-Ro, with the domestic terminal due by June 2027 and the full project by December 2027; a mega terminal planned at Kochi (DPR consultant appointed); and a retail and food experience centre being added at Mumbai.
- Foreign lines (for example, MSC) have no plans to homeport in India, citing the need for a competitive tax framework for cruising in Indian waters.
- Reforms cited by Mumbai Port: e-group visit visas, simplified shore-leave passes, QR-based immigration clearance and digitised customs.
- Suggestions: tourist circuits, and itineraries linking south India, South-East Asia and West Asia.
India’s Cruise Sector in FY26
| Indicator | FY26 | Target |
|---|---|---|
| Passengers | 4.62 lakh (nine ports) | 10 lakh by FY29 |
| Ship calls | 212 | — |
| Domestic share | 78% of calls; over 90% of passengers | — |
| Mumbai’s share | 45% of calls; 52% of passengers | — |
Homeporting vs Port of Call
| Feature | Homeport | Port of call |
|---|---|---|
| Role | Cruise begins and ends here | Ship stops briefly during an itinerary |
| Economic benefit | High – provisioning, fuel, hotels, flights, crew changes | Lower – mainly shore excursions and port charges |
| India’s position | Domestic lines homeport in India; foreign lines do not | Fewer foreign calls due to Red Sea disruption and costs |
Static Dimensions
- Cruise Bharat Mission: launched by the Ministry of Ports, Shipping and Waterways in 2024 to develop ocean, river and island cruise tourism.
- Related policy: Maritime India Vision 2030, Maritime Amrit Kaal Vision 2047, Sagarmala, the Major Port Authorities Act, 2021, and the Indian Ports Association.
- Concepts: homeporting versus port of call, Ro-Ro, cabotage rules, shore excursions, and the Red Sea disruption (rerouting and insurance costs).
- Constitutional angle: major ports are in the Union List (Entry 27); other ports are in the Concurrent List (Entry 31).
Analysis
- Domestic-led growth: demand is strong at home while foreign lines are cautious, so growth depends on a few domestic operators.
- Concentration risk: Mumbai’s dominance and reliance on one operator create vulnerability.
- Policy gap: taxation and visa friction, not only geopolitics, deter foreign homeporting.
- Tourism multiplier: terminals with retail and experiences can raise revenue and local employment.
Challenges
- Geopolitical tension raising costs.
- An uncompetitive tax regime and slow clearance procedures.
- Limited itineraries and destination readiness.
- Delays in building infrastructure.
Way Forward
- Rationalise taxes and ease immigration and customs through digital systems.
- Develop coastal tourist circuits and regional itineraries.
- Complete terminals on time and diversify to more ports.
- Attract homeporting through incentives.
India Implications
- Port-led development: cruise terminals add a passenger and tourism dimension to cargo-focused ports.
- Jobs: cruise tourism creates employment in hospitality, logistics, crewing and local services.
- Soft power: itineraries linking India with South-East and West Asia can deepen regional tourism ties.
Himachal has no sea coast, but the same lessons apply to its inland water and adventure tourism. The State has been promoting boating and water sports on its large reservoirs – Gobind Sagar (Bhakra), Maharana Pratap Sagar (Pong) and Kol Dam. As with cruise tourism, success depends on proper jetties and terminals, single-window clearances, safety regulation and circuit-based itineraries that link these reservoirs with nearby heritage, religious and hill destinations.
ConclusionThe target is achievable through domestic demand, but sustained growth needs competitive regulation, more destinations and greater global participation.
Prelims Practice
Q. With reference to the Cruise Bharat Mission, consider the following statements:
- It aims to promote the development of India’s cruise tourism sector.
- It focuses on improving cruise infrastructure and facilitating passenger movement.
- It seeks to strengthen India’s position as a cruise tourism destination.
Which of the statements given above are correct?
- (a)1 and 2 only
- (b)2 and 3 only
- (c)1 and 3 only
- (d)1, 2 and 3
Click to reveal answer
Answer: (d)
The Mission, run by the Ministry of Ports, Shipping and Waterways, covers ocean, river and island cruises and aims to double cruise passenger traffic by 2029.
Q. Discuss the potential of cruise tourism in promoting port-led development, employment generation and economic growth in India.
(10 Marks, 150 Words)
Even as Unemployment Falls, Lack of ‘Decent Work’ in India
India’s unemployment rate fell from 6.1% (2017-18) to 3.2% (2023-24), and women’s workforce participation rose. The authors argue that this is not enough, because a job does not by itself ensure dignity, security or a stable livelihood. Using PLFS data, they build a Decent Work Index (DWI) and show that job quality remains low and unequal. Their central call is to shift from “job-counting” to a “job-quality” approach.
Key Facts
- ILO “decent work”: fair income, rights at work, social security and dignity (SDG 8).
- The DWI is built from three sub-dimensions – employment status, employment opportunity and social security – across five industries, using PLFS 2017-18 and 2023-24. The overall DWI rose from 0.247 to 0.302, which is still alarmingly low.
- Sector scores:
- Manufacturing: 0.324 to 0.411 (formalisation, digitalisation).
- Transport: 0.285 to 0.35 (urban logistics, app-based work).
- Agriculture: 0.211 to 0.267 – the lowest-quality sector, dominated by self-employed and unpaid family workers.
- Construction and retail: dependent on casual work and subcontracting.
- Nearly 90% of the workforce is informal, a share that has risen since 2019 (India Employment Report 2024, ILO–IHD). Informality spreads through supply chains, gig work, home-based production and contract hiring, even in organised industries.
- Decent work improves with education, employment in formal enterprises and skill training; informalisation reduces it.
- Caste and gender: outcomes worsened for women from Scheduled Tribes and OBCs, while improving for men.
- Regional gap: Goa, Keralam, Tamil Nadu and Haryana do better; Bihar, Jharkhand and Uttar Pradesh lag.
- The four Labour Codes, brought into force in November 2025, have been implemented partially and inconsistently; critics say compliance has been eased for firms while worker protections may have weakened.
Decent Work Index by Sector (PLFS)
| Sector | 2017-18 | 2023-24 | Driver / concern |
|---|---|---|---|
| Manufacturing | 0.324 | 0.411 | Formalisation and digitalisation |
| Transport | 0.285 | 0.350 | Urban logistics and app-based work |
| Agriculture | 0.211 | 0.267 | Lowest quality; self-employed and unpaid family work |
| Construction and retail | — | Casual work and subcontracting | |
| Overall DWI | 0.247 | 0.302 | Improving, but still low |
ILO Decent Work Agenda: Four Pillars
| Pillar | What it means |
|---|---|
| Employment creation | Productive jobs with fair income |
| Rights at work | Labour standards, contracts and freedom from discrimination |
| Social protection | Health cover, pensions, maternity and accident benefits |
| Social dialogue | Negotiation among workers, employers and government |
Static Dimensions
- ILO Decent Work Agenda: four pillars – employment, rights at work, social protection and social dialogue.
- SDG 8: decent work and economic growth.
- PLFS: NSO/MoSPI; indicators include LFPR, WPR and the unemployment rate; being revised to cover gig and unpaid care work.
- Labour Codes: Wages; Industrial Relations; Social Security; and Occupational Safety, Health and Working Conditions. The Social Security Code covers gig and platform workers, now served by National Social Security Boards.
- Schemes: e-Shram, PM-SYM, PM-JAY, the rural employment guarantee (MGNREGA, now VB-G RAM G) and Skill India.
- Constitutional links: Articles 14, 16 and 21; Directive Principles in Articles 38, 39, 41, 42 and 43; Concurrent List Entry 24 (welfare of labour).
- Concepts: formal versus informal employment, disguised unemployment, jobless growth, intersectionality, and the quality versus quantity of employment.
Analysis
- Headline versus quality: a low unemployment rate in India often reflects self-employment and unpaid family work, hiding precarious jobs.
- Progress without protection: even improving sectors lack written contracts, paid leave, provident fund and insurance.
- Informalisation as a drag: it lowers productivity and tax capacity, raises inequality and weakens consumption, because insecure workers spend and save less.
- Compounded disadvantage: caste and gender hierarchies shape labour-market outcomes, so uniform policies fail marginalised women.
- Regulatory tension: reforms framed as ease of doing business may come at the cost of worker protection.
- Data caution: the DWI is the authors’ own construct covering five industries, and results depend on the chosen indicators and weights.
Challenges
- Informality in about 90% of the workforce.
- Gaps between scheme registration (e-Shram) and actual benefits.
- Weak enforcement of contracts and labour standards.
- Regional and caste–gender disparities.
- Low-productivity agriculture holding the largest share of workers.
Way Forward
- Extend portable social protection to gig, platform, self-employed, farm and informal workers, with real benefits beyond registration.
- Link tax incentives and subsidies to worker protections (written contracts, paid leave, social security contributions).
- Adopt an intersectional approach: childcare, safe transport, skilling and anti-discrimination safeguards for marginalised women.
- Design labour reforms around workers’ needs and implement the Codes consistently.
- Shift policy metrics to job quality, using indicators such as the DWI.
- Promote non-farm, formal and productivity-raising employment, especially in lagging States.
India Implications
- Demographic dividend: a young workforce adds to growth only if jobs are productive and secure.
- Measuring progress: official labour statistics need job-quality indicators alongside unemployment rates.
- Inclusive growth: targeted support for women, Scheduled Tribes and lagging States is needed to close quality gaps.
Himachal mirrors the editorial’s pattern. Women’s workforce participation is high, but much of it is unpaid family work on farms and orchards – the lowest-quality category in the index. Many government posts are filled through contractual, outsourced or scheme-based engagement rather than regular appointments. Better job quality in the State depends on giving outsourced and contract staff social security, and on creating formal jobs in tourism, horticulture processing and industry for its educated youth.
ConclusionA falling unemployment rate is only a partial success. For Viksit Bharat 2047, India must ensure that work provides dignity and security, not just income; otherwise the employment story remains incomplete.
Q. The expansion of gig work, contractual employment and outsourcing has created new employment opportunities but has also increased concerns about job security and social protection. Critically examine.
(15 Marks, 250 Words)
