Content

• Gender, caregiving, the law in Indian research funding
• Improving efficiency of fertilizer use in India

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Gender, caregiving, the law in Indian research funding

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Why in News?

• Debate has intensified over whether age relaxation in research grants should be retained and redesigned to support women scientists who face disproportionate caregiving burdens during postdoctoral and mid-career stages, when childbirth, childcare, and academic productivity often overlap and disrupt research trajectories.
• The issue has acquired policy significance because India’s scientific ambitions in space, biotechnology, pharmaceuticals, and higher education depend on retaining qualified women researchers and ensuring that structural barriers do not force them to exit the academic and innovation ecosystem.

Relevance

• GS Paper 1: Women and social empowerment, role of women in science and technology.
• GS Paper 3: Science and Technology ecosystem, innovation policy, human resource development.

Practice Question

• “Formal equality alone cannot ensure equitable participation of women in scientific research. Examine in the context of age relaxation and caregiving support in Indian research funding.” (15 Marks, 250 Words)

Context

Structural Challenge in Indian Academia

• India’s expanding achievements in scientific publications, vaccine development, and space exploration coexist with institutional structures that continue to disadvantage women researchers, particularly when caregiving responsibilities coincide with the most competitive phases of grant applications and publication-driven career advancement.
• Age relaxation policies were introduced to prevent women from becoming ineligible for fellowships and grants due to career interruptions caused by maternity, childcare, and domestic responsibilities, thereby addressing a measurable and recurring structural inequity rather than offering preferential treatment.

Constitutional and Legal Framework

Constitutional Basis

• Article 15(3) expressly empowers the State to make special provisions for women and children, providing a clear constitutional basis for affirmative measures such as age relaxation, re-entry fellowships, and targeted support mechanisms in publicly funded research programmes.
• Article 16 guarantees equality of opportunity in public employment and public institutions, while allowing policy interventions that correct historically entrenched and socially reproduced disadvantages affecting women researchers and faculty members.
• Article 39(a) directs the State to secure equal rights to adequate means of livelihood, which includes enabling women to pursue sustained careers in academia and scientific research without structural exclusion.
• Article 51A(e) obligates citizens to renounce practices derogatory to the dignity of women, reinforcing the expectation that institutions eliminate systemic barriers rather than normalize gendered disadvantages.

Legislative Framework

Maternity Benefit (Amendment) Act, 2017

• The Act extended paid maternity leave to 26 weeks for eligible women employees and mandated crèche facilities in larger establishments, significantly strengthening statutory protections related to childbirth and early childcare responsibilities.
• However, many postdoctoral researchers and project staff are employed through fellowships and contractual appointments, creating uncertainty regarding the practical applicability and enforceability of these legal protections within academic institutions.

Paternity Leave Gap

• India lacks a universal statutory law on paternity leave, and central government employees receive only 15 days of administrative leave under service rules, which does not extend uniformly to grant-funded researchers and academic personnel.
• This imbalance reinforces institutional assumptions that caregiving is primarily a woman’s responsibility, indirectly contributing to slower professional advancement and lower participation of women in research-intensive careers.

Data and Evidence

Representation in Higher Education

• The All India Survey on Higher Education (2021–22) reported nearly 16 lakh faculty members, of whom 57% were men and 43% were women, highlighting persistent gender disparities across higher education.
• Women remain particularly underrepresented in senior faculty positions, research leadership roles, and premier science and technology institutions, indicating a significant attrition as academic careers progress.

Funding Disparities

• The Anusandhan National Research Foundation has repeatedly observed lower application rates and lower success rates among women researchers compared to their male counterparts.

Unpaid Care Burden

• Empirical studies, including research from Tata Institute of Social Sciences, show that women academics continue to shoulder a disproportionate share of unpaid domestic and caregiving work, regardless of professional status.

Governance and Institutional Challenges

Career Pipeline Disruptions

• Women commonly complete doctoral degrees in their late twenties and enter postdoctoral stages during years associated with childbirth and childcare, increasing the likelihood of publication gaps, reduced mobility, and delayed grant applications.

Reintegration Challenges

• Researchers returning after maternity leave often confront disrupted experiments, altered collaborations, missed deadlines, and reduced competitiveness, with limited institutional mechanisms for gradual re-entry or flexible workload management.

Dependence on Informal Support

• In many institutions, women rely on the goodwill of supervisors rather than formal policy guarantees, resulting in inconsistent and inequitable outcomes that vary widely across departments and disciplines.

Judicial Perspective

Vijay Lakshmi v. Punjab University (2003)

• The Supreme Court affirmed that provisions favouring women are constitutionally valid when designed to address demonstrable structural disadvantages and unequal social conditions.
• This reasoning supports women-specific age relaxation in research grants as a legitimate instrument of substantive equality rather than unconstitutional discrimination.

Why Age Relaxation is Necessary ?

Corrective Mechanism

• Age relaxation prevents career interruptions caused by childbirth and caregiving from permanently excluding women from fellowships, faculty grants, and early-career funding opportunities that impose rigid upper-age limits.

Retention of Scientific Talent

• Without targeted support, many highly trained women researchers exit academia, resulting in loss of public investment in education and reducing the diversity of India’s scientific workforce.

Innovation Benefits

• Research teams with gender diversity often generate broader perspectives, improved collaboration, and more socially relevant innovations, enhancing the quality and impact of scientific outcomes.

Limitations of Existing Policies

Narrow Scope

• Age relaxation addresses only eligibility and does not provide childcare support, re-entry fellowships, no-cost grant extensions, or flexible timelines for publications and reporting obligations.

Exclusion of Other Caregivers

• Male researchers caring for children, elderly parents, or family members with disabilities may also face disruptions, yet current policies rarely acknowledge caregiving beyond women-specific provisions.

Misperception Risk

• In the absence of evidence-based communication, affirmative measures may be incorrectly portrayed as concessions rather than necessary correctives to systemic inequalities.

International Best Practices

European Research Councils

• Several European funding agencies provide parental leave extensions, part-time grants, reintegration fellowships, and caregiving-based eligibility relaxations, combining gender-specific and gender-neutral support frameworks.

Lessons for India

• International experience shows that targeted support for women can coexist with broader caregiving accommodations, strengthening fairness without diluting constitutional commitments to gender justice.

Science and Innovation Significance

National Competitiveness

• India’s aspiration to become a leading knowledge economy requires retaining women scientists throughout the research pipeline, particularly in strategic sectors such as semiconductors, biotechnology, and artificial intelligence.

Efficient Use of Public Investment

• Supporting women researchers ensures that years of public spending on higher education and doctoral training are not lost because of preventable institutional barriers.

Social and Ethical Dimensions

Substantive Equality

• True equality requires recognition of unequal social realities, ensuring that women are not judged solely by uninterrupted career trajectories that assume freedom from caregiving responsibilities.

Shared Care Norms

• Policy reform can encourage more balanced caregiving responsibilities and gradually reshape patriarchal expectations that disproportionately burden women.

Challenges

• Persistent patriarchal norms and unequal domestic labour distribution.
• Limited childcare and campus support infrastructure.
• Inadequate data on gender and caregiving outcomes.
• Ambiguous protections for contractual and fellowship–based researchers.
• Weak institutional accountability and grievance mechanisms.

Way Forward

• Retain and strengthen women-specific age relaxation across all major research funding schemes.
• Introduce caregiver-based eligibility extensions for any researcher with documented caregiving responsibilities.
• Establish re-entry fellowships and bridge grants for women returning after career breaks.
• Mandate crèche facilities, flexible timelines, and part-time research options.
• Publish annual gender-disaggregated data on grant applications, awards, and career progression.

Data and Facts

• AISHE 2021–22: 57% male and 43% female faculty.
• Paid maternity leave under law: 26 weeks.
• Central government paternity leave: 15 days.
• Women remain underrepresented in senior STEM and leadership positions.

Prelims Pointers

• Article 15(3): Special provisions for women and children.
• Article 16: Equality of opportunity in public employment.
• Article 39(a): Equal right to adequate means of livelihood.
• Article 51A(e): Duty to uphold women’s dignity.
• Maternity Benefit (Amendment) Act, 2017: 26 weeks paid maternity leave.

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Improving efficiency of fertilizer use in India

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Why in News?

• The ongoing West Asia conflict has increased global prices of natural gas, crude oil, and phosphatic fertilizers, exposing India’s vulnerability to imported inputs and highlighting the urgent need to improve fertilizer use efficiency (FUE) rather than relying solely on higher subsidies.
• India spends nearly ₹2 lakh crore annually on fertilizer subsidies, yet more than two-thirds of applied nutrients are not converted into food production and are instead lost through volatilization, runoff, leaching, and soil degradation.

Relevance

• GS Paper 2: Food security, agricultural subsidies, policy coordination.
• GS Paper 3: Agriculture, soil health, climate change, nutrient management, sustainable farming.

Practice Question

• “India’s fertilizer subsidy regime has ensured affordability but not efficiency. Discuss the need to shift from input-intensive agriculture to nutrient-efficient and ecologically sustainable farming.” (15 Marks, 250 Words)

Context

India’s Fertilizer Dependence

• India produces around 80% of its urea requirement domestically, but domestic production remains heavily dependent on imported natural gas, exposing the sector to geopolitical shocks and volatile global energy markets.
• In phosphatic fertilizers, India lacks adequate rock phosphate reserves, resulting in near-total dependence on imports of phosphoric acid, DAP, and related fertilizers, thereby increasing strategic vulnerability.

Constitutional and Policy Linkages

• Article 39(b) directs equitable distribution of material resources, supporting rational and efficient use of public funds allocated for agricultural subsidies.
• Article 47 obligates the State to improve nutrition and public health, which requires minimizing fertilizer-induced contamination of food, water, and ecosystems.
• Article 48 calls for scientific organization of agriculture, including precision nutrient management and crop diversification.
• Article 48A mandates protection of the environment, directly relevant to reducing fertilizer-related pollution and greenhouse gas emissions.

Fertilizer Trap: Concept and Implications

What is the Fertilizer Trap?

• Excessive application of synthetic fertilizers gradually reduces soil organic matter, weakens water retention, and impairs nutrient-holding capacity, forcing farmers to apply even more fertilizers to sustain yields and thereby creating a self-reinforcing cycle.

Economic Cost

• Large subsidies mask inefficiencies and encourage overuse, particularly of urea, resulting in substantial fiscal burdens without proportionate increases in crop productivity or farmer incomes.

Environmental Cost

• Nutrient losses cause air pollution, eutrophication, soil acidification, groundwater contamination, and nitrous oxide emissions, making inefficient fertilizer use a major ecological and climate concern.

Data and Evidence

• Annual fertilizer subsidy expenditure: ~₹2 lakh crore.
• India produces ~80% of domestic urea demand.
• Pulse cultivation area increased only 1.26% in 2025–26, despite targeted policy support.
• Coordinated crop trials show up to 50% of recommended fertilizers can be replaced with compost, manure, or biochar without yield loss.

Limitations of Current Policy

Nutrient-Based Subsidy (NBS)

• The NBS scheme excludes urea, leaving nitrogen heavily subsidized and relatively cheaper, which distorts nutrient application and encourages excessive nitrogen use compared to phosphorus and potassium.

Neem-Coated Urea

• Neem coating slows dissolution and reduces diversion, but cannot fully prevent substantial nitrogen losses through ammonia volatilization and other pathways.

Weak Crop Diversification Incentives

• Although MSP is announced for over 20 crops, effective procurement is concentrated in rice, wheat, and sugarcane, which collectively consume more than two-thirds of India’s urea.

Role of Pulses and Legumes

Biological Nitrogen Fixation

• Pulses and legumes host rhizobia bacteria that convert atmospheric nitrogen into plant-available forms, sharply reducing the need for synthetic urea while improving soil fertility for subsequent crops.

Climate Resilience

• Pulses are better suited to rain-fed and water-stressed areas, making them strategically important during years of below-normal monsoon rainfall.

Dalhan Aatmanirbharta Mission

• Launched in October 2025 with an allocation of ₹11,440 crore, the mission aims to raise pulse production to 350 lakh tonnes through assured procurement and area expansion.

Organic and Biological Alternatives

Farmyard Manure and Compost

• Organic inputs enhance microbial activity, increase soil carbon, improve moisture retention, and provide slow-release nutrients, thereby reducing dependence on synthetic fertilizers.

Biochar

• Biochar, often produced from crop residues or biogas systems, improves cation exchange capacity and nutrient retention while sequestering carbon in soils.

Green Manuring

• Crops such as dhaincha and sunhemp add biomass and biologically fixed nitrogen, reducing external nutrient requirements and improving soil structure.

Science and Technology Dimension

Nitrogen Use Efficiency (NUE)

• NUE measures grain output per unit of nitrogen applied. Enhancing NUE allows farmers to maintain or increase yields while reducing fertilizer consumption and environmental losses.

Crop Breeding

• Indian rice germplasm demonstrates the potential to double nitrogen use efficiency, indicating major gains are possible through conventional breeding and varietal selection.

Precision Agriculture

• Tools such as soil testing, decision-support systems, and targeted nutrient recommendations can significantly improve nutrient management at farm level.

Economic Significance

Fiscal Savings

• Improved nutrient efficiency can lower subsidy requirements and release public resources for irrigation, extension services, agricultural research, and rural infrastructure.

Farmer Profitability

• Reduced fertilizer use lowers input costs while improving long-term soil productivity and resilience against climate stress.

Import Reduction

• Lower nutrient demand decreases dependence on imported natural gas, rock phosphate, and finished fertilizers, strengthening strategic autonomy.

Environmental and Health Implications

Air Pollution

• Ammonia emissions contribute to particulate matter formation, worsening respiratory health and urban air quality.

Water Pollution

• Nitrate leaching and phosphate runoff contaminate groundwater and trigger eutrophication in lakes and reservoirs.

Climate Change

• Nitrous oxide from fertilizers is a potent greenhouse gas with a global warming potential far higher than carbon dioxide.

Governance Challenges

• Fragmented coordination among agriculture, fertilizers, food, and environment ministries.
• MSP-procurement distortions favouring fertilizer-intensive crops.
• Limited extension support for regenerative nutrient practices.
• Inadequate recycling of organic wastes.
• Weak adoption of research-based fertilizer recommendations.

Way Forward

• Include urea under the Nutrient-Based Subsidy to eliminate price distortions and encourage balanced fertilization.
• Incentivize pulse-legume rotations and assured procurement to reduce nitrogen demand structurally.
• Triple recycling of manure, compost, and biochar to restore soil organic matter.
• Revise recommendations so organics form the basal dose and fertilizers act only as nutrient top-ups.
• Revive the Interministerial National Nitrogen Steering Committee for coordinated policy implementation.
• Promote crop varieties with higher nitrogen and phosphorus use efficiency.

Prelims Pointers

• Urea supplies nitrogen (N).
• DAP primarily supplies phosphorus (P) and nitrogen.
• Pulses fix atmospheric nitrogen through symbiotic bacteria.
• Biochar is a carbon-rich residue that improves soil fertility.
• Nitrous oxide is a potent greenhouse gas emitted from agricultural soils.

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