The Cabinet Committee on Economic Affairs (CCEA) has approved Minimum Support Price (MSP) funding to the Cotton Corporation of India (CCI) for the cotton season 2023–24. This decision is aimed at ensuring that cotton farmers receive remunerative prices when market prices fall below the government-declared MSP, thereby protecting their income and stabilizing the cotton market.

About Cotton Corporation of India

The Cotton Corporation of India (CCI) was established on 31st July 1970 as a Public Sector Undertaking (PSU) under the Companies Act, 1956. It functions under the administrative control of the Ministry of Textiles, Government of India.

The corporation has a pan-India presence, with its headquarters located in Navi Mumbai (Maharashtra) and 19 branches across major cotton-growing states, enabling it to effectively carry out its operations nationwide.

Functions of CCI

The primary role of the CCI is to implement price support operations. Whenever the market price of kapas (raw cotton) falls below the Minimum Support Price (MSP), the CCI steps in to procure cotton from farmers without any quantitative limit, ensuring price stability and farmer protection.

In addition to MSP operations, the CCI also undertakes commercial purchase operations. These are aimed at meeting the raw material requirements of the domestic textile industry, particularly during the lean season, thereby maintaining a steady supply of cotton to the industry.

Cotton Cultivation in India

Cotton is a tropical and subtropical crop that requires specific climatic and soil conditions for optimal growth.

The crop thrives in temperatures ranging between 21°C and 30°C and requires around 210 frost-free days, as frost can severely damage it. It needs moderate rainfall between 50–100 cm, ideally well distributed throughout the growing season.

In terms of soil, cotton grows best in deep black soils (regur) found in regions such as the Deccan Plateau, Malwa Plateau, and Gujarat. It is also cultivated in alluvial soils of North India and red and lateritic soils in southern regions.

Among Indian states, Gujarat is the leading producer of cotton, followed by Telangana and Maharashtra, highlighting the crop’s concentration in western and central India.

Significance of MSP Support to CCI

The approval of MSP funding for CCI is significant because it ensures income security for cotton farmers, especially during periods of price volatility. It also helps maintain market stability, prevents distress sales, and supports the textile industry, which relies heavily on a steady supply of raw cotton.

By balancing the interests of both farmers and industry, CCI plays a crucial role in strengthening India’s agricultural and industrial economy.

Conclusion

The Cotton Corporation of India serves as a key institutional mechanism for implementing price support policies in the cotton sector. The recent approval of MSP funding reinforces the government’s commitment to farmer welfare, market stability, and industrial growth.

Through its procurement operations and nationwide presence, CCI continues to play a vital role in ensuring that India’s cotton economy remains resilient, balanced, and sustainable.

The Union Cabinet has recently approved the Bharat Audyogik Vikas Yojna (BHAVYA), a major initiative aimed at strengthening India’s manufacturing ecosystem. The scheme seeks to create world-class industrial infrastructure and accelerate the country’s journey toward becoming a global manufacturing hub.

About Bharat Audyogik Vikas Yojna

The BHAVYA scheme is designed to unlock India’s manufacturing potential by developing 100 plug-and-play industrial parks across the country. These parks will provide industries with ready-to-use infrastructure, enabling them to move quickly from investment decisions to actual production.

The scheme will be implemented through partnerships between the central government, state governments, and private sector players, ensuring a collaborative and scalable approach to industrial development.

Key Features of the Scheme

Financial Scale and Investment Support

The scheme has a total outlay of ₹33,660 crore, with financial assistance of up to ₹1 crore per acre for park development. This significant investment highlights the government’s commitment to building high-quality industrial ecosystems.

Plug-and-Play Ecosystem

A defining feature of BHAVYA is its focus on plug-and-play infrastructure, which provides:

• Ready-built factory sheds

• Testing laboratories

• Underground utility systems

This ensures that industries can start operations quickly without delays caused by infrastructure or regulatory bottlenecks.

Comprehensive Infrastructure Development

The scheme covers not only core utilities but also value-added infrastructure such as warehousing and logistics facilities. In addition, it includes social infrastructure like worker housing, ensuring a holistic industrial ecosystem that supports both production and workforce needs.

Connectivity and Logistics Integration

BHAVYA is aligned with the PM GatiShakti framework, which focuses on seamless multimodal connectivity. The scheme also provides external infrastructure support of up to 25% of project cost, ensuring that industrial parks are well connected to transport and logistics networks.

Sustainability and Modern Infrastructure

The scheme emphasizes environmentally sustainable development by promoting:

• Green energy integration

• A “no-dig” environment through integrated underground utility corridors

These measures ensure efficient, uninterrupted operations while reducing environmental impact.

Selection Process and Competitive Federalism

Projects under BHAVYA will be selected through a challenge-based approach, encouraging states to adopt investor-friendly policies and efficient single-window clearance systems. This promotes competitive federalism and improves the ease of doing business across states.

What is Plug-and-Play Industrial Infrastructure?

Plug-and-play infrastructure refers to industrial parks that are fully equipped with all necessary utilities, approvals, and facilities before investors arrive. This model reduces setup time, costs, and regulatory delays, allowing businesses to focus directly on production and growth.

Significance of BHAVYA

The BHAVYA scheme is significant for several reasons. It will:

• Accelerate industrialization and manufacturing growth

• Improve ease of doing business in India

• Generate employment opportunities

• Strengthen logistics and supply chain efficiency

• Promote sustainable and modern industrial practices

Conclusion

The Bharat Audyogik Vikas Yojna represents a transformative step in India’s industrial policy, shifting focus toward ready-to-use, efficient, and sustainable infrastructure. By enabling industries to move rapidly from intent to production, the scheme has the potential to significantly boost investment, manufacturing output, and economic growth.

The second edition of Indian Ocean Ship (IOS) SAGAR has recently commenced, marking an important step in enhancing maritime cooperation and security collaboration in the Indian Ocean Region (IOR). This initiative reflects India’s growing role in promoting regional stability and collective security at sea.

About IOS SAGAR

Indian Ocean Ship (IOS) SAGAR is a maritime security cooperation initiative focused on the Southwest Indian Ocean Region. It is designed as a unique operational engagement programme where naval personnel from friendly foreign countries train and sail together onboard an Indian Naval Ship.

This initiative is aligned with India’s broader strategic vision of Security and Growth for All in the Region (SAGAR) and is also connected to the framework of MAHASAGAR (Mutual and Holistic Advancement for Security Across the Regions). The core idea is to promote collective maritime security, interoperability, and trust-building among partner nations.

Participation and Strategic Importance

The current edition of IOS SAGAR includes participation from 16 countries belonging to the Indian Ocean Naval Symposium (IONS). This wide participation highlights the initiative’s importance in fostering multilateral cooperation across the Indian Ocean.

By bringing together naval personnel from multiple nations, IOS SAGAR strengthens regional partnerships, enhances coordination, and builds shared capabilities to address common maritime challenges such as piracy, illegal fishing, and disaster response.

Key Activities Under IOS SAGAR

The programme is structured in two major phases. Initially, participants undergo professional training at Indian Naval training establishments in Kochi, where they engage in knowledge-sharing and skill development.

This is followed by a deployment phase onboard an Indian Naval Ship, where international participants sail together with Indian Navy personnel. During this phase, they participate in joint operational activities at sea, gaining practical exposure to real-world maritime operations and enhancing interoperability among navies.

Significance of IOS SAGAR

IOS SAGAR represents a practical and collaborative approach to maritime security. It contributes to:

• Capacity building among partner nations

• Strengthening regional maritime cooperation

• Promoting India’s leadership role in the Indian Ocean

• Enhancing collective response to maritime threats and emergencies

The initiative also reinforces India’s commitment to ensuring a free, open, and secure Indian Ocean, which is vital for global trade and regional stability.

Conclusion

The IOS SAGAR initiative reflects India’s evolving maritime strategy, where cooperation, capacity building, and shared security are central themes. By enabling joint training and operational engagement, it fosters trust, interoperability, and long-term partnerships in the Indian Ocean Region.

As maritime challenges grow more complex, such initiatives will play a crucial role in ensuring collective security and sustainable growth across the region.

The Union Cabinet has recently approved the Small Hydro Power (SHP) Development Scheme for the period FY 2026-27 to FY 2030-31. This initiative aims to expand India’s renewable energy portfolio by promoting small hydro projects across the country, with a particular focus on hilly and North-Eastern states, which possess significant untapped potential for hydroelectric generation.

About Small Hydro Power (SHP) Development Scheme

The SHP Development Scheme supports the installation of small hydro projects with a capacity of 1–25 MW each, targeting a cumulative capacity of 1,500 MW nationwide. The scheme prioritizes environmentally sustainable, run-of-the-river technology, which harnesses the natural flow of rivers without requiring large dams. This approach minimizes ecological disruption, deforestation, and displacement of local communities, making SHP projects a green and socially responsible solution for energy generation.

Key Features of the Scheme

1. Financial Support and Incentives

The scheme offers higher central financial assistance (CFA) for projects in strategically important regions:

• North Eastern States and Border Districts: CFA of ₹3.6 crore per MW (or 30% of project cost, capped at ₹30 crore).

• Other States: CFA of ₹2.4 crore per MW (or 20% of project cost, capped at ₹20 crore).

This financial support aims to catalyze investment in regions with high potential but limited private sector involvement.

2. Detailed Project Report (DPR) Pipeline

The government has allocated ₹30 crore to support agencies in preparing DPRs for about 200 future SHP projects. This ensures that projects are technically and financially viable before execution, facilitating systematic growth in small hydro capacity.

3. Employment Generation

The scheme is expected to create 51 lakh person-days of employment during the construction phase. Additionally, it will generate long-term opportunities in operation and maintenance, particularly benefiting local communities in project areas.

4. Indigenous Sourcing

The scheme mandates 100% sourcing of plant and machinery from domestic manufacturers, which aims to strengthen the local industrial base and promote ‘Make in India’ in the renewable energy sector.

Significance

The SHP Development Scheme holds multiple benefits:

• Environmentally Sustainable: Avoids large-scale land acquisition, deforestation, and displacement of people.

• Decentralized Energy Generation: Enhances energy security in remote and hilly regions.

• Economic Boost: Creates employment, encourages local industrial manufacturing, and attracts investment in renewable energy.

• Strategic Importance: Supports the development of border areas and North-Eastern states, aligning with national infrastructure and security priorities.

In conclusion, the SHP Development Scheme represents a strategic and sustainable step in India’s renewable energy journey. By combining financial incentives, local employment generation, and ecological safeguards, the scheme seeks to harness small hydro potential efficiently and responsibly, contributing to both energy security and environmental sustainability.

Tuberculosis (TB) remains a major public health challenge, particularly in India, which bears a significant proportion of the global TB burden. Recent technological advancements, endorsed by the World Health Organization (WHO), have transformed TB diagnostics, improving detection, efficiency, and accessibility. Despite these innovations, persistent gaps in implementation, access, and research must be addressed to achieve TB elimination goals.

Technological Advancements and Their Impact

The introduction of near point-of-care (NPOC) tests, tongue swabs, and sputum pooling has made TB testing faster and more scalable.

A major breakthrough is the use of portable chest X-rays (CXR) combined with artificial intelligence (AI) for screening. Under the National TB Elimination Programme (NTEP), mobile vans equipped with these technologies have expanded community-based screening, enabling rapid identification of suspicious lesions.

This approach facilitates opportunistic screening in both public and private healthcare settings, reducing diagnostic delays and improving early detection. Effective implementation, however, depends on on-the-spot sputum collection, proper referral systems, and robust microplanning, especially for urban slums and tribal areas.

Evolution of Molecular Testing in India

India’s diagnostic approach has evolved from sputum smear microscopy to advanced nucleic acid amplification tests (NAAT).

The introduction of CBNAAT and Truenat allows rapid detection of TB and drug resistance, improving overall diagnostic accuracy and reducing reliance on less sensitive methods.

Despite progress, uneven access to molecular testing remains a concern. Strengthening sample collection, transport systems, and laboratory capacity is critical, particularly for the elderly, disabled, and remote populations. Reducing turnaround time is essential for timely treatment, especially in drug-resistant TB cases.

The expansion of decentralized NPOC-NAAT testing at primary healthcare levels, along with non-sputum samples like tongue swabs, improves access for individuals who cannot produce sputum, including children.

The Need for a Comprehensive Diagnostic Strategy

No single diagnostic tool can address all challenges. A comprehensive diagnostic toolbox is necessary, combining AI-enabled imaging and molecular tests.

Diagnostic network optimization helps determine the best combination of tools for different settings, ensuring accessibility, affordability, and efficiency.

Implementation must be guided by evidence-based research, with institutions like the Indian Council of Medical Research (ICMR) playing a key role in evaluation, validation, and health technology assessment. Streamlined procurement systems ensure that only effective and safe tools are scaled up across public and private sectors.

Persistent Gaps and Research Priorities

Several gaps remain in TB diagnostics:

1. Cost-effective biomarkers are needed to identify high-risk individuals and improve TB preventive therapy (TPT) uptake.

2. Asymptomatic TB requires broader screening beyond symptom-based detection, using CXR access and non-invasive diagnostics like saliva-based tests.

3. Paediatric TB is difficult to diagnose due to low bacterial load and inability to produce sputum; alternative approaches like stool-based testing need further research.

4. Extra-pulmonary TB (EP-TB) diagnosis is often delayed, expensive, and inaccessible, leading to misdiagnosis and poor outcomes. Emerging solutions like AI-enabled ultrasound combined with molecular tools show promise but require further validation.

5. Community engagement is critical. Addressing screening hesitancy and improving awareness through community-led programmes can increase uptake of diagnostics and preventive therapy.

Conclusion

Strengthening TB diagnostics provides one of the highest returns in public health. Early diagnosis improves treatment outcomes, reduces transmission, minimizes long-term complications, and lowers out-of-pocket expenditure for families.

India’s expanding diagnostic ecosystem, driven by innovation, research, and policy support, provides a strong foundation for TB elimination. Achieving this goal requires:

• Ensuring equitable access

• Improving implementation efficiency

• Advancing research

• Fostering community participation

A robust, evidence-based diagnostic strategy can accelerate progress toward eliminating TB and improving overall public health.

On World Water Day (22 March), it is vital to reflect on India’s contradictory relationship with water. Despite being culturally revered as sacred, water is economically undervalued and environmentally mismanaged. Increasing population pressure, urbanisation, and climate change are exacerbating water stress, threatening economic growth, sustainability, and human well-being.

The Reality of Water Stress

Shrinking Availability

India, home to 18% of the world’s population, has only 4% of global freshwater resources. Per capita water availability has declined from 1,816 cubic metres in 2001 to 1,486 cubic metres in 2021, and it is projected to approach the scarcity threshold of 1,000 cubic metres by 2050.

Demand-Supply Imbalance

Rapid urbanisation and industrialisation are driving water demand beyond sustainable supply. Water scarcity is emerging as a binding constraint on economic growth and investment.

Climate Change and Hydrological Uncertainty

Erratic Monsoon Patterns

While rainfall has increased in 55% of tehsils, much of it occurs in intense, short-duration events, causing floods. Meanwhile, 11% of tehsils, particularly in the Indo-Gangetic Plains, experience declining rainfall during critical sowing periods.

Rising Disaster Vulnerability

Approximately 80% of India’s population lives in districts vulnerable to hydro-meteorological disasters. Extreme climate events from 2019 to 2023 have caused economic losses of around ₹5 lakh crore.

Reframing Water as a Strategic Resource

Recognising Green Water – The Invisible Asset

Traditionally, focus has been on blue water (rivers, lakes, groundwater), while green water (soil moisture) is largely neglected. Globally, around 60% of rainfall is stored in soil, and soil organic carbon enhances retention.

Policy imperatives include promoting regenerative agriculture, protecting forest ecosystems, and establishing a National Green Water Mission.

Agricultural Water Use – Addressing Structural Distortions

Agriculture consumes roughly 90% of India’s water, but water productivity is low ($0.52 per cubic metre). Policy bias favors water-intensive crops like rice due to MSP and subsidies.

Reform strategy: Shifting 3.6 million hectares from rice to millets and pulses could save ~29 billion cubic metres of water annually, delivering a triple dividend of nutritional security, environmental sustainability, and fiscal savings.

Circular Water Economy – From Waste to Wealth

Currently, only 28% of urban wastewater is treated, limiting reuse. A treated used-water economy could unlock a market worth ₹3.2 lakh crore by 2047, recover biogas and fertilizers, and create over 1 lakh jobs. Key measures include city-level reuse targets, PPP models, and fostering a “wastewater as resource” mindset.

Urban Water Management – Sponge Cities Approach

Urban expansion has increased built-up areas by ~33% since 2005, reducing groundwater recharge and increasing flood risks. The loss of water bodies is significant; for instance, over half of Delhi’s water bodies have disappeared.

Solutions include developing blue-green infrastructure such as wetlands, urban forests, and permeable surfaces. Initiatives like the Yamuna Biodiversity Park restoration and the Swachh Bharat Mission 0 for peri-urban waste management are examples.

Water Governance Reforms

Key issues include inefficient pricing, fragmented regulation, and inequity, as poor communities often pay more via informal water markets. Reforms should involve:

• Transparent water accounting using digital platforms

• Bulk water trading mechanisms

• Rational pricing with cost-reflective tariffs for capable users and targeted subsidies for vulnerable groups

Key Challenges and Way Forward

India faces multiple challenges:

• Policy inertia in agriculture and subsidies

• Fragmented governance across states and sectors

• Climate variability and increasing unpredictability

• Urban mismanagement and encroachment of water bodies

• Low public awareness and behavioural barriers

Addressing these requires integrated water-energy-food planning, technology-enabled monitoring, nature-based solutions, and community participation.

Conclusion

India stands at a critical juncture where water can be either a constraint or a catalyst. Moving from viewing water as free and infinite to recognizing it as a finite strategic national asset is imperative. A holistic approach that combines ecological wisdom, economic rationality, and institutional reform can transform India’s water crisis into an opportunity for sustainable and inclusive growth.

The 2026–27 Union Budget and the India–EU Free Trade Agreement (FTA) have opened a new chapter for Ayurveda and other traditional systems of medicine. These developments indicate a shift from treating Ayurveda as merely an alternative practice to integrating it into mainstream healthcare in India while also positioning it in the global medical marketplace.

This expansion, while ambitious, raises critical questions about scientific credibility, regulatory standards, and balancing traditional knowledge with evidence-based practices.

Strengthening Ayurveda Within India

Increased Budgetary Support

The AYUSH Ministry’s budget has nearly doubled in the last five years, reflecting the government’s commitment to embedding traditional medicine into the national healthcare system rather than keeping it separate.

Institutional Development and Research

The government has announced the establishment of three new All-India Institutes of Ayurveda, designed to function as centres of excellence that combine patient care, research, and advanced education, similar to premier institutions of modern medicine.

Additionally, the expansion of the National AYUSH Mission aims to modernise dispensaries, integrate AYUSH clinics into government hospitals, and strengthen drug-testing infrastructure. These initiatives are intended to improve both accessibility and quality of care.

Global Expansion Through the India–EU FTA

Opportunities in International Markets

The India–EU FTA provides Ayurveda with unprecedented exposure to European markets. Indian practitioners will be able to offer services in select European countries, and companies can establish Ayurvedic clinics abroad. The agreement may also allow for mutual recognition of safety certifications, facilitating the export of Ayurvedic products.

Regulatory Challenges

Global expansion brings strict regulatory requirements. Traditional medicine will be evaluated according to international standards of safety, efficacy, and quality. Ensuring regulatory harmonisation and adherence to scientific norms is critical to gaining credibility abroad.

The Imperative of Scientific Evidence

Bridging Tradition and Proof

A major challenge for Ayurveda in global markets is the gap between traditional claims and scientific validation. Without robust evidence, there is a risk of legal disputes, reputational damage, and reinforcement of stereotypes about unscientific practices.

Need for Independent Research

Much of the current research on AYUSH systems is conducted by institutions that also promote them, raising concerns about conflicts of interest. To build international credibility, Ayurveda needs independently funded clinical trials, transparent research methods, peer-reviewed publications, and the publication of negative findings.

Scientific evaluation should be seen as a tool to strengthen tradition, not undermine it.

Science and Tradition: A Balanced Perspective

Beyond the Colonial Argument

Critics often frame demands for scientific validation as resistance to Western epistemological dominance. While colonial history did marginalise indigenous medical systems, requiring empirical evidence is not cultural bias but a necessary step for global acceptance.

Science as a Strength

Demanding empirical proof does not diminish Ayurveda; rather, it enhances legitimacy and global credibility. By engaging with scientific methods, Ayurveda can demonstrate its efficacy and relevance, both nationally and internationally.

Coexistence of Medical Systems

Distinct Conceptual Frameworks

Ayurveda and modern biomedicine have fundamentally different understandings of health. Ayurveda views the body as an interconnected system influenced by environment, diet, and lifestyle, while biomedicine focuses on anatomical localization and targeted interventions.

Complementarity Rather Than Competition

These systems can complement each other. Biomedicine provides precision treatment, whereas Ayurveda offers a holistic perspective, together broadening the understanding of health and enhancing patient care.

Conclusion

The expansion of Ayurveda, supported by government policy and international agreements, represents a transformative moment in India’s healthcare landscape. Its future success depends on:

• Evidence-based practice

• Transparency and integrity

• Openness to scientific scrutiny

By bridging tradition with science, India can position Ayurveda as a credible contributor to global healthcare, ensuring its relevance and acceptance in the 21st century.

The Meghalaya State Government has recently extended the term of the Garo Hills Autonomous District Council (GHADC) for a period of six months. This extension ensures the continued functioning of the council and highlights the importance of local governance in tribal areas under the Sixth Schedule of the Indian Constitution.

About Autonomous District Councils

Autonomous District Councils (ADCs) are self-governing bodies established under the Sixth Schedule of the Indian Constitution. The Sixth Schedule identifies ten tribal areas across four northeastern states:

• Assam (3)

• Meghalaya (3)

• Tripura (1)

• Mizoram (3)

Each tribal area forms an autonomous district, administered by its own ADC, which exercises legislative, administrative, and judicial powers over local matters.

Membership and Tenure

An ADC consists of up to 30 members, with 26 members elected by adult franchise and 4 nominated by the Governor. The tenure of an ADC is five years from the date of its constitution. These members are responsible for representing local interests and managing district-level governance.

Functions of Autonomous District Councils

ADCs have wide-ranging powers to govern local affairs, particularly those affecting tribal communities. Key functions include:

• Legislation and governance: Making laws on land use, forest management (except reserved forests), and the appointment of traditional chiefs and headmen.

• Social regulation: Establishing rules for inheritance of property, marriage, divorce, and the functioning of village courts.

• Infrastructure and development: Constructing and managing primary schools, dispensaries, markets, ferries, fisheries, and roads.

• Economic regulation: Controlling money lending and trade by non-tribals, subject to Governor’s assent.

These functions empower ADCs to preserve tribal identity, manage resources, and oversee local development.

Revenue Sources

Autonomous District Councils generate revenue through a variety of local taxes and tolls, including:

• Taxes on professions, trades, callings, and employment

• Taxes on animals, vehicles, and boats

• Taxes on the entry and sale of goods in markets and tolls on ferries

• Taxes dedicated to the maintenance of schools, dispensaries, and roads

This financial autonomy allows ADCs to function independently and address local needs efficiently.

Significance

The extension of the GHADC term emphasizes the role of ADCs in strengthening grassroots democracy in tribal areas. They are vital institutions for preserving tribal culture, managing resources, and enabling local self-governance while balancing the interests of both tribal and non-tribal populations.