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GS Paper: GS1-08.Urbanisation:problems and remedies

  • To build Delhi’s future, learn from past missteps

    Why in the News

    Delhi’s fourth Master Plan was notified last week, with an emphasis on expanding public transport, ecological restoration, redevelopment, affordable housing and mixed land use. It follows the third Master Plan, which came into effect about 25 years ago when the city’s population was about 14 million, Gurugram and Noida were fledgling suburbs, the first lines of the Metro network were being laid, and a compressed natural gas policy for public transport had been introduced as a pollution-control measure. Another 10 million people have made the capital their home since then, and the air quality improvement of the 2000s and early 2010s has given way to an almost intractable pollution crisis. The third plan’s vision of a more sustainable city was defeated by municipal inertia and a lack of alignment among civic agencies, the Centre and the Delhi government. The contest is whether the fourth plan’s content can survive the same fragmented authority that defeated the third.

    What is the Delhi Master Plan?

    1. What it is: A Master Plan is a statutory long-range land use document that fixes how land in a planning area may be used, at what density, and with what infrastructure provision.
    2. Statutory basis: The Delhi Development Authority prepares and the Central Government approves it under the Delhi Development Act, 1957, which makes departure from the notified land use unlawful.
    3. Cycle: Each plan runs for a perspective period of roughly two decades, and the plan notified last week is the fourth in the series.

    What has changed in Delhi since the third Master Plan?

    1. Population then: The city’s population was about 14 million when the third Master Plan came into effect about 25 years ago.
    2. Population added since: Another 10 million people have made the capital their home in the intervening period.
    3. Satellite cities were still small: Gurugram and Noida were fledgling suburbs at that point and are now full cities in their own right.
    4. The Metro did not yet exist: The first lines of the capital’s Metro network were being laid when the third plan took effect.
    5. The pollution response of that era: A compressed natural gas policy for public transport had just been introduced as a pollution-control measure.
    6. Two outcomes since: Civic infrastructure in the neighbouring cities has come under acute stress, and the air quality improvement Delhi experienced for much of the 2000s and early 2010s has given way to an almost intractable pollution crisis.

    What does the fourth Master Plan propose?

    1. Five stated emphases: The plan is built around expanding public transport, ecological restoration, redevelopment of built-up areas, affordable housing and mixed land use, which reverses the outward expansion the earlier plans assumed.
    2. A large housing target: It carries an ambition of roughly 40 lakh additional homes by 2047 at affordable rates, to be met on land already inside the city rather than through fresh acquisition at the periphery.
    3. Higher permitted densities: Development norms are made more flexible so an existing plot can carry more floor space, which is the mechanism by which the housing target is to be delivered without new land.
    4. An end to rigid zoning: The plan records the futility of rigidly demarcating residential and commercial areas, since mixed use shortens the average work trip and lightens the load on the road network.
    5. Water bodies get attention: Restoration of the city’s water bodies and the nurturing of green spaces enter the plan as a standing planning obligation rather than as a separate departmental programme.
    6. The claimed payoff: Implemented as written, these measures ease the city’s longstanding traffic congestion and improve its air quality.

    Why can Delhi no longer grow by expanding outward?

    1. Land inside the territory is finite: With limited land available within the National Capital Territory, outward expansion has reached its limit.
    2. Existing land must work harder: Better utilisation of existing urban land therefore becomes more important than acquiring new land at the edge.
    3. The periphery is already strained: The stress on the civic infrastructure of neighbouring cities shows that pushing growth outward transfers the problem rather than solving it.
    4. Density and transport reinforce each other: Environment-friendly transport combined with mixed land use shortens trips, which is where the congestion and air quality gains come from.
    5. Ecological health follows land use: Redevelopment paired with the nurturing of green spaces and the city’s water bodies is what connects the land use choice to the well-being of residents.

    Why does fragmented civic authority defeat a good plan?

    1. Two persistent governance deficits: Municipal inertia and a lack of alignment among civic agencies, the Centre and the Delhi government are the national capital’s most persistent governance problems.
    2. They defeated the previous plan: These deficits were the biggest bottleneck in realising the previous Master Plan’s vision of a more sustainable city.
    3. Twenty-five years of research say the same thing: Work on pollution, Yamuna restoration, waste management, urban flooding and transport development has pointed consistently to the need for concerted action among departments.
    4. Metro expansion depends on four other agencies: A Metro line works best when bus routes, last-mile connectivity, parking rules and pedestrian facilities are designed around it, and each of those sits with a different authority.
    5. Land use cannot be separated from drainage: Land-use planning and infrastructure development cannot be divorced from the requirements of curbing water logging.
    6. Safety approvals need shared information: Building approvals, fire safety and emergency response require effective information-sharing among construction, fire and municipal authorities.
    7. The failures are already visible: Repeated fire incidents, building collapses and the strain placed on the city’s infrastructure during heavy rainfall have exposed the risks of fragmented and overlapping responsibilities among agencies.

    Challenges to the fourth Delhi Master Plan

    1. Higher density without matching services: Raising permitted density on existing land increases the load on water, sewerage and power networks that are already at capacity. Eg. Under 27 per cent of urban homes in India are connected to sewer lines. Fix. Tie each density increase to a notified infrastructure augmentation plan for that zone before the higher norm takes effect.
    2. Affordable housing targets have historically underdelivered: A large notified housing number does not by itself produce units at prices the intended buyers can pay. Eg. India carries an estimated shortage of about 1.87 crore urban housing units. Fix. Use in-situ redevelopment and rental stock alongside ownership housing, on the model of the Odisha JAGA Mission’s land titling.
    3. Unauthorised construction outruns the plan: Land use notified on paper is routinely departed from where enforcement is weak, which converts the plan into a document rather than a constraint. Eg. Only about 30 per cent of India’s urban land is properly planned. Fix. Publish a public geographic information system layer of notified land use against surveyed construction, updated annually.
    4. No single planning authority for the region: Delhi’s growth spills into Gurugram, Noida and Ghaziabad, which the National Capital Territory plan cannot bind. Eg. Congestion costs Delhi commuters 76 hours a year, much of it on inter-state commutes. Fix. Constitute and empower a Metropolitan Planning Committee under Article 243ZE with a statutory regional land use mandate.
    5. Municipal finances cannot fund the plan: Ecological restoration, drainage and transit feeders require sustained capital that city governments do not raise. Eg. Indian cities raise under 0.6 per cent of Gross Domestic Product in their own revenue, of which property tax is only 0.15 per cent. Fix. Modernise property tax assessment and issue municipal bonds against ring-fenced user charge revenue.

    Conclusion

    Delhi’s fourth Master Plan is a credible blueprint, and its emphasis on compact growth, mixed land use, public transport and ecological restoration addresses the failures of the last 25 years. Its content is not the binding constraint. The fragmentation of civic authority that defeated its predecessor, examined above, is left untouched by it. Delhi has a blueprint for improving liveability, and what it needs is to learn from past failures.

    “[2019, GS1, 15 marks] How is efficient and affordable urban mass transport key to the rapid economic development of India?”

  • Mention core strategies for the transformation of aspirational districts in India and explain the nature of convergence, collaboration and competition for its success.

    The Aspirational Districts Programme, is aimed at transforming 112 most under-developed districts. It shifts the development narrative from “backwardness” to “aspiration,” focusing on localized governance rather than a top-down approach.

    Core Strategies for Transformation of Aspirational Districts

    Thematic Weightage- Health & Nutrition (30%), Education (30%), Agriculture & Water (20%), Financial Inclusion & Skill Dev (10%), and Basic Infrastructure (10%).

    Outcome-Based Governance – Progress is measured through 49 KPIs

    Evidence-Based Policy- Third-party surveys (by agencies like IDinsight and Tata Trusts) validate data to ensure transparency.

    District-Centric Planning – Empowering District Collectors to customize interventions.

    Appointing Prabhari Officers- Senior Central and State officials act as mentors to bridge the gap between policy and implementation.

    Real-Time Monitoring through “Champions of Change” Dashboard

    Human Capital Focus – Eg- Reduction in malnutrition and school dropouts.

    Jan Andolan- Transformation is treated as a social movement, engaging citizens in schemes like Poshan Abhiyaan.

    Convergence

    Centre-State-District Alignment – Pooling resources and schemes. Eg- using MGNREGA labor to build schools under Samagra Shiksha.

    Inter-Departmental Coordination for breaking silos among line departments. Eg- Joint planning by health, women & child development, rural development.

    Financial and Administrative Convergence for optimal use of funds, avoiding duplication and plugging last-mile gaps.

    Collaboration

    Cooperative federalism- Prabhari officers (Centre) and Nodal officers (State) work as a single team

    Philanthropic Alliances- Partnerships with organizations like Piramal Foundation and Bill & Melinda Gates Foundation for technical support.

    Development Partners – Technical support and best practices. Eg- world Bank

    Competition

    Unique “delta ranking” system to promote healthy competition and transparent performance comparison.

    Incentive Grants- Top-performing districts receive additional financial rewards (up to ₹10 crore).

    Peer Learning- Rankings encourage low-performing districts to study and replicate the “Best Practices”.

    Success of this model has paved the way for the Aspirational Blocks Programme, ensuring that the spirit of Convergence, Collaboration, and Competition reaches the last mile of Indian democracy.

  • Account for the huge flooding of million cities in India including the smart ones like Hyderabad and Pune. Suggest lasting remedial measures.

    Urban flooding is defined as the inundation of property in a built environment, caused by rainfall overwhelming the capacity of drainage systems. As per NDMA, it is distinct from rural flooding, as developed catchments increase flood peaks by 1.8 to 8 times and flood volumes by up to 6 times.

    Reasons Behind Urban Flooding

    Natural causes

    Natural meteorological phenomena like cyclones, cloud bursts. Eg- Cyclone Tauktae in Mumbai.

    Topography- Many Indian cities are located in floodplains or low-lying coastal zones. Eg- Mumbai on the Konkan coast, Kolkata in the Ganga-Brahmaputra delta.

    Anthropogenic causes

    Outdated Drainage Standards- Most Indian city drains are designed for 12-25 mm/hour rainfall, whereas 2024-2026 patterns show frequent events of 80-120 mm/hour. Eg- Mumbai’s British-era drainage

    Climate Change – Increase in short-duration, high-intensity rainfall events. Eg- In 2005 Mumbai witnessed 37 inches of rainfall in only 24 hours.

    Poor urban planning and encroachment on wetlands

    Bengaluru has lost 80% of its lakes

    Chennai has lost 85% of its wetlands. (WWF)

    Concretisation – Expansion of concrete roads, pavements, and buildings reducing infiltration.

    Unregulated dumping of solid waste blocks drains, and stormwater systems

    Deforestation reduces the land’s ability to absorb water, causing rapid runoff into urban areas.

    Weak Enforcement – Lack of floodplain zoning and non-compliance with building regulations.

    Sudden release of water from dams and lakes – Eg- Pune Floods due to Opening of Khadakwasla dam.

    Illegal river sand mining reduces the water retention capacity of the waterbody, increasing the speed and scale of stormwater flow. Eg- Cauvery River bed, Tamil Nadu.

    Urban Heat Island (UHI) Effect- increases localized rainfall intensity over cities. Eg- Delhi and Mumbai experience 30% higher rainfall than their rural outskirts during the same storm.

    Fragmented Urban Governance – Separate authorities for planning, drainage, water, and environment leads to poor coordination.

    Remedial Measures- Towards Lasting Resilience

    Governance and Planning Measures

    Integrated Urban Flood Management Plans – City-specific flood resilience strategies aligned with master plans.

    Blue-Green Master Planning under the AMRUT 2.0 scheme. Eg- No-Development Zones on floodplains and wetlands.

    Unified Urban Water Authority on lines of Hyderabad Disaster Response and Asset Protection Agency

    Empowering local ward committees to conduct “desilting audits” and manage localized waste collection.

    Urban Climate Emergency Fund- Creating a dedicated fund for “Climate-Proofing” old infrastructure. Eg- widening British-era drains in Mumbai.

    Technological measures

    Adopting the “Sponge City” model by using permeable pavements, rain gardens, and bioswales to absorb 70% of rainwater at the source.

    Nature-Based Solutions (NBS) – Urban wetlands and green corridors as flood buffers. Eg- Netherlands’ “Room for the River” concept.

    Upgrading Urban Drainage Systems (SUDS)- Eg- Tokyo’s G-Cans – During typhoons or torrential rains, it diverts the overflowing waters of various rivers.

    Real-Time Dam Management- Using AI-driven simulations to coordinate dam releases with downstream urban capacity.

    Urban flooding in 2026 is a “crisis of governance”. There is a need to move from construction-centric growth to hydrology-centric planning for truly SMART cities.