1. How do patriarchal norms contribute to the economic invisibility of women’s labour in India? Analyse.
| Syllabus: Indian Society General Studies – : I Role of women and women’s organization, population and associated issues, poverty and developmental issues, urbanization, their problems and their remedies. |
IN NEWS:Step forward
The economic invisibility of women’s labour refers to the systemic non-recognition, non-measurement, and non-valuation of women’s work in national accounting frameworks like Gross Domestic Product (GDP). In India, structural patriarchal norms dictate a rigid gendered division of labour, transforming women’s substantial economic contributions into unrecognized “domestic duties.”
According to the Periodic Labour Force Survey (PLFS) Annual Report (2025), the Female Labour Force Participation Rate (FLFPR) stands at 40.0% compared to 79.1% for males, highlighting the statistical omission of millions of working women.
Mechanisms: Patriarchal Norms and Economic Invisibility
1. The Direct Identification of “Women” with “Domesticity”
Patriarchy naturalizes the role of women as primary caregivers and homemakers. The National Time Use Survey (2024) highlights that women (aged 15–59) spend an average of 305 minutes per day on unpaid domestic and care work, while men spend less than one-fifth of that time.
Because classical economics defines “work” exclusively through market transactions, this massive volume of reproductive labour—which reproduces and sustains the primary workforce—remains outside the production boundary of the System of National Accounts (SNA).
Economic Value: Government estimates indicate that the economic value of women’s unpaid domestic work is equivalent to 15% to 17% of India’s GDP, yet it remains unaccounted for.
2. The Statistical Omission of Extended SNA Activities
In rural economies, patriarchal structures bind women to family-centric subsistence activities. Women engage heavily in “Extended SNA” activities—such as fetching firewood, collecting water, kitchen gardening, and post-harvest processing.
- Patriarchy labels these tasks as extension of domestic chores rather than economic production.
- Consequently, women are categorized under PLFS codes as “attended domestic duties only”, rendering their contribution to the rural supply chain invisible.
3. Culturally Enforced “Unpaid Family Helpers”
Within household enterprises and agrarian setups, patriarchal authority places the male head as the economic face of the unit. Women work extensively on family farms or in home-based micro-enterprises (e.g., weaving, rolling bidis).
- The PLFS 2025 reveals that 64.2% of working women are self-employed, a category heavily dominated by unpaid family helpers.
- They generate tangible market output, but because they do not receive a direct independent cash wage, their work is subsumed under the male head’s income.
4. The Stigma of “Working Out” and the “U-Shaped Curve”
Socio-cultural norms tie familial status and caste purity to the confinement of women within the home. As household incomes rise, women are often withdrawn from paid work to signal upward social mobility.
- This patriarchal “income effect” forces women into the domestic sphere.
- When they do work out of absolute economic distress, it is often restricted to local, informal, and seasonal avenues that escape administrative documentation.
5. Institutionalized Gender Wage Gaps and Glass Ceilings
When women break into the paid labour market, patriarchal biases devalue their skills as “monotonous” or “secondary.” This manifests as a persistent gender wage gap. The structural perception of the male as the primary “breadwinner” and the woman as a “supplementary earner” justifies lower wages and traps women in informal, contractual roles lacking social security.
Government Initiatives and Policy Interventions
| Policy/Scheme | Core Objective & Impact Mechanism |
| PM Ujjwala Yojana | Reduces “time poverty” by providing clean cooking gas, freeing women from hours spent collecting firewood, allowing time for paid avenues. |
| Jal Jeevan Mission | Aims for tap water connections to all rural households; directly reduces the unpaid physical labour of fetching water. |
| Maternity Benefit (Amendment) Act | Mandates 26 weeks of paid maternity leave and crèche facilities in establishments with 50+ employees to curb the motherhood wage penalty. |
| Palna Scheme (National Crèche Scheme) | Provides day-care facilities for children of working mothers, addressing the childcare bottleneck that keeps 44.4% of capable females out of the workforce (PLFS 2025). |
| Deendayal Antyodaya Yojana-NRLM | Formalizes women’s micro-enterprises through Self-Help Groups (SHGs), moving them from invisible family helpers to financially documented entrepreneurs. |
Way Forward
- Time-Use Integration: Incorporate regular Time Use Surveys into national accounting to assign a satellite GDP valuation to unpaid care work.
- Gender Budgeting: Deepen gender-responsive budgeting across all ministries, focusing on public infrastructure that reduces domestic drastic workloads (e.g., decentralized childcare units).
- Formalizing Care Economy: Transform care work into a formalized sector by ensuring minimum wages, social security, and professional training for domestic workers, Anganwadi workers, and ASHAs.
- Structural De-stigmatization: Run targeted social campaigns to redefine caregiving as a gender-neutral responsibility, eroding the rigid patriarchal scripts that constrain female economic agency.
| PYQ REFERENCE UPSC 2021 Q. “Explore and evaluate the impact of ‘Paid Work’ on women’s empowerment in India.” (15 Marks, 250 Words) |
2. Climate change has transformed water management from a developmental concern into a resilience imperative. Discuss.
| Syllabus: Water Management General Studies – : I Distribution of key natural resources across the world (including South Asia and the Indian subcontinent); factors responsible for the location of primary, secondary, and tertiary sector industries in various parts of the world (including India). |
IN NEWS: Water security is central for a Viksit Bharat
The intersection of climate change and hydrological cycles has fundamentally altered the paradigm of water management. Historically treated as a linear developmental concern—focused primarily on engineering supply-side expansion, canal network scaling, and provisioning for economic growth—water has fast become the principal medium through which climate shocks destabilize societies.
Today, compounding risks like erratic monsoons, rapid glacial retreat, and localized water scarcity have elevated water governance into an existential resilience imperative. This shift demands a pivot from building static infrastructure to engineering dynamic, shock-absorbing, and ecologically secure water systems.
The Paradigm Shift: From Developmental Focus to Resilience Imperative
Breakdown of Hydrological Stationarity
- Developmental View: Infrastructure projects were built assuming that historical data on rainfall, river flow, and seasonal baselines would hold true for future planning.
- Resilience Imperative: Climate change has altered atmospheric dynamics, making past weather trends unreliable indicators. According to the Central Water Commission (CWC), river basins are experiencing drastically altered lean-season flows. Infrastructure must now be designed with built-in flexibility to handle severe weather events, such as unprecedented cloudbursts or multi-year droughts.
Extreme Hydro-Meteorological Events
- Developmental View: Handled dry spells and floods as temporary seasonal anomalies using isolated flood embankments or local relief funds.
- Resilience Imperative: Disasters are now more frequent and compound one another. Indian states regularly face severe summer heatwaves followed immediately by destructive, intense cloudbursts. This pattern creates a continuous cycle of flash floods and prolonged urban water stress that demands adaptive regional storage and drainage solutions.
Strategic Depletion of Natural Sub-surface Buffers
- Developmental View: Groundwater was treated as an extractable resource to achieve agricultural self-sufficiency and drive the Green Revolution.
- Resilience Imperative: Rising temperatures increase evapotranspiration rates, raising irrigation needs and driving over-extraction. The Central Ground Water Board (CGWB) Report (2025) reveals that while policy efforts have pushed safe assessment units to 73.14%, critical groundwater stress persists in economic hubs, with Punjab extracting 156.36% and Rajasthan 147.11% of their annual recharges. Groundwater must now be treated as a strategic climate insurance reserve, requiring managed artificial recharge.
Sea-Level Rise and Coastal Salinity Intrusion
- Developmental View: Maximized coastal reclamation for aquaculture, ports, and localized irrigation canals.
- Resilience Imperative: Rising sea levels push saltwater deep into critical coastal aquifers and fertile river deltas like the Sundarbans and the Krishna-Godavari basin. The CGWB Groundwater Quality Report flags rising salinity and chemical concentrations in coastal aquifers due to this ocean-ward pressure, turning coastal water management into an exercise of protecting freshwater tables from permanent contamination.
Institutional and Policy Frameworks in India
The government has adapted its policy framework to move away from top-down supply engineering toward decentralized climate adaptation:
- National Water Mission (under NAPCC): Tasked with mapping climate-vulnerable basins and systematically increasing water-use efficiency by 20% through structural water audits.
- Jal Shakti Abhiyan (Catch the Rain): Focuses on decentralized water conservation across rural and urban districts, using local asset creation to harvest rainwater before monsoon patterns shift.
- Atal Bhujal Yojana: A community-led, incentive-based program targeting groundwater resilience across water-stressed blocks. Notably, under the National Initiative on Water Security, the framework mandates allocating at least 65% of MGNREGS funds toward water conservation in over-exploited and critical blocks.
- Mission Amrit Sarovar: A policy targeting localized ecological shock absorption. Nearly 69,000 Amrit Sarovars (rejuvenated/constructed water bodies) have been established across various districts to capture excess surface runoff and stabilize micro-climates.
Comprehensive Strategy for a Water-Resilient India
A. Nature-Based Solutions (NbS) and Green Infrastructure
Moving beyond a complete reliance on gray infrastructure (concrete dams and embankments). Incorporating green design elements—such as reviving urban wetlands, establishing floodplain forests, and enforcing Sponge City guidelines—allows urban layouts to naturally absorb, filter, and store floodwaters.
B. Circular Water Economy and Urban Closed-Loops
Urban clusters must transition away from linear water consumption models.
Targeted Strategy: Enforcing mandatory municipal wastewater recycling. Diverting treated industrial-grade effluents to manufacturing and power generation units preserves pristine, climate-vulnerable surface freshwaters exclusively for drinking and domestic use.
C. Demand-Side Rationalization in Agriculture
Since agriculture consumes roughly 87% of India’s extracted groundwater (CGWB data), resilience is unachievable without modifying cropping patterns. This requires moving away from flood irrigation toward micro-irrigation systems (drip and sprinkler networks) and adjusting minimum support price (MSP) structures to favor water-thrifty millets and pulses over water-guzzling crops in semi-arid zones.
D. Integrated River Basin Management (IRBM)
Managing water resources based on natural hydrological boundaries rather than political or state borders. Deploying automated telemetry networks, satellite-tracked soil moisture indexes, and shared early-warning protocols minimizes the risk of man-made, dam-release flood disasters during erratic rainfall events.
In an era of accelerating climate disruption, water management can no longer be treated as a checklist of developmental targets. Secure and resilient water systems form the foundation of national food, energy, and economic stability. By combining community-driven water conservation with technology-led demand management, India can transition from a position of systemic vulnerability to one of climate resilience, securing its development against the environmental uncertainties of tomorrow.
| PYQ REFERENCE UPSC 2020 Q. “What are the salient features of the National Water Mission? To what extent has it been efficient in making water storage and irrigation systems climate-resilient in India?” |