Recently, after nearly a decade of erratic rainfall patterns and prolonged heatwaves that severely reduced water levels, fresh inflows from the upper Zambezi River have begun replenishing Lake Kariba, offering renewed hope for hydropower generation, fisheries, and local livelihoods in the region.

About Lake Kariba

Lake Kariba is situated in Central Africa along the international border between Zambia and Zimbabwe. It was formed on the Zambezi River, approximately halfway between the river’s source and its mouth, and lies about 1,300 kilometres upstream from the Indian Ocean.

It is recognized as the world’s largest artificial lake and reservoir by volume and the fourth largest artificial lake by surface area, making it one of the most significant man-made water bodies in the world.

The lake extends for more than 220 kilometres in length and reaches a maximum width of around 40 kilometres, covering an area of approximately 5,200 square kilometres.

Formation and the Kariba Dam

Lake Kariba was created between 1958 and 1963 following the construction of the Kariba Dam across the Kariba Gorge on the Zambezi River. The dam flooded the gorge and gave rise to the massive reservoir that exists today.

The Kariba Dam is an engineering marvel consisting of a double-arch concrete wall. The structure stands about 128 metres high and measures 617 metres in length along its horizontal arch.

Economic Importance

One of the most important functions of Lake Kariba is hydroelectric power generation. The Kariba Dam supplies a significant proportion of electricity requirements for both Zambia and Zimbabwe, making it vital for industrial activity and domestic consumption.

The lake also supports a thriving commercial fishing industry, particularly the harvesting of Kapenta (Tanganyika sardine), which contributes substantially to local livelihoods and food security.

Islands and Biodiversity

Lake Kariba contains around 102 islands, among which Chete Island and Spurwing Island are particularly well known.

Chete Island is ecologically significant because it contains one of the world's largest areas of protected and undeveloped wetlands. It also supports the largest single population of African elephants, making it an important centre for wildlife conservation.

The lake and its surrounding ecosystems host diverse species of fish, birds, reptiles, and mammals, contributing to the rich biodiversity of the Zambezi Basin.

Environmental Significance

The recent recovery in Lake Kariba's water levels highlights the close relationship between climate variability, water security, and energy production in southern Africa.

Prolonged droughts and rising temperatures linked to climate change have exposed the vulnerability of large hydropower-dependent economies. Consequently, Lake Kariba has become an important case study in discussions on climate resilience, sustainable water management, and renewable energy security.

Recently, India successfully tested the Agni-1 missile from the Integrated Test Range (ITR), Balasore, Odisha, reaffirming the operational readiness of its strategic missile forces.

About Agni-1 Missile

The Agni-1 is a single-stage, solid-fuel, nuclear-capable ballistic missile developed indigenously by India. It forms an important component of India's credible minimum deterrence and nuclear triad strategy.

Although officially classified as a Short-Range Ballistic Missile (SRBM), the missile can attain a range of up to 1,200 km with lighter payloads, bringing it close to the category of a Medium-Range Ballistic Missile (MRBM).

The missile has an operational range of 700–1,200 kilometres, enabling it to strike strategic targets within the neighbourhood. It is powered by a solid-propellant booster technology derived from ISRO’s Satellite Launch Vehicle-3 (SLV-3) programme, reflecting the synergy between India’s civilian and defence space technologies.

Operational Features

The Agni-1 is a road-mobile and rail-mobile missile system, designed for rapid deployment and enhanced survivability. It can be launched from Transporter Erector Launchers (TELs) as well as rail-based platforms, allowing flexibility in operational scenarios.

The missile was formally inducted into service in 2007 under the Strategic Forces Command (SFC), the specialised tri-service command responsible for managing India's nuclear arsenal.

Its capability to carry nuclear warheads makes it a key pillar of India's policy of credible minimum deterrence and No First Use (NFU) doctrine.

Agni Missile Series

The Agni series of ballistic missiles represents the backbone of India's strategic missile programme. The series presently includes:

• Agni-I (700–1,200 km)

• Agni-II (2,000 km)

• Agni-III (3,000–3,500 km)

• Agni-IV (4,000 km)

• Agni-V (over 5,000 km)

• Agni Prime (Agni-P), a new-generation canisterised missile with advanced technologies

Among these, Agni-V is the most advanced operational missile, significantly enhancing India's long-range strategic deterrence capabilities.

Origin and Development

The Agni-I missile originated from the Integrated Guided Missile Development Programme (IGMDP) launched in 1983 under the leadership of Dr. A.P.J. Abdul Kalam.

The IGMDP aimed to achieve self-reliance in missile technology and led to the development of several important missile systems, including:

• Agni (ballistic missiles)

• Prithvi (surface-to-surface missiles)

• Akash (surface-to-air missiles)

• Trishul (short-range SAM)

• Nag (anti-tank guided missiles)

Recently, myopia has emerged as a major global public health concern. It is estimated that nearly half of the world’s population may become myopic by 2050, highlighting the growing burden of vision-related disorders worldwide.

About Myopia

Myopia, commonly known as nearsightedness, is a vision disorder in which nearby objects appear clear, while distant objects look blurred. It is one of the most common refractive errors affecting people across all age groups.

The condition generally begins during childhood or adolescence and may worsen as the individual grows. In most cases, it stabilizes during adulthood, although some people may experience improvement later in life.

How Does Myopia Occur?

Under normal circumstances, light entering the eye passes through the cornea and is focused by the lens directly onto the retina, enabling clear vision.

In individuals with myopia, however, the eyeball is usually longer than normal from front to back, or the cornea is excessively curved. As a result, incoming light rays are focused in front of the retina rather than on it, causing distant objects to appear blurry.

The greater the elongation of the eyeball, the more severe the degree of nearsightedness.

Causes of Myopia

The exact cause of myopia is not fully understood, but experts believe that it results from a combination of genetic and environmental factors.

Children with a family history of myopia are more likely to develop the condition. Environmental factors such as prolonged screen time, excessive near work, and reduced exposure to outdoor activities and natural sunlight are also considered significant contributors to the rising prevalence of myopia globally.

Symptoms of Myopia

People suffering from myopia commonly experience blurred distance vision, making it difficult to read road signs, classroom boards, or distant objects. Other symptoms include squinting, eye strain, headaches, and visual fatigue, especially after prolonged periods of reading or using digital devices.

In severe cases, myopia can lead to significant visual impairment and may increase the risk of other eye disorders later in life.

Treatment and Management

Myopia can be effectively corrected through glasses or contact lenses, which use negative (minus) powered lenses to shift the focus of light onto the retina.

For adults, several forms of refractive surgery, such as LASIK, can permanently correct nearsightedness by reshaping the cornea. Such procedures are generally not recommended for children, except in rare circumstances.

Preventive measures, including increasing outdoor activities, reducing excessive screen exposure, and ensuring regular eye examinations, are increasingly being promoted to slow the progression of myopia among children.

The implementation framework for India’s labour reforms has been completed with the notification of rules under the four Labour Codes. While the government views these reforms as a major step toward simplifying labour regulations and improving the ease of doing business, trade unions and labour experts have expressed concerns regarding several provisions and the absence of adequate safeguards for workers.

About the Four Labour Codes

India consolidated 29 central labour laws into four comprehensive Labour Codes to create a simpler and more unified legal framework.

The Code on Wages, 2019 seeks to ensure universal wage protection by extending the provisions relating to minimum wages and timely payment of wages to all employees across sectors.

The Industrial Relations Code, 2020 regulates trade unions, industrial disputes, layoffs, retrenchment, and introduces the concept of Fixed-Term Employment (FTE).

The Code on Social Security, 2020 aims to expand social security coverage to organised, unorganised, gig, and platform workers.

The Occupational Safety, Health and Working Conditions (OSHWC) Code, 2020 consolidates laws relating to workplace safety, health, welfare measures, and working conditions.

These reforms have been projected as an effort to balance economic efficiency with labour welfare.

Key Promises of the Labour Codes

One of the major objectives of the labour reforms is the simplification of labour laws. By replacing 29 fragmented legislations with four comprehensive codes, the government aims to reduce legal complexity and compliance burdens for businesses.

The Code on Wages promises universal wage protection, ensuring that all workers, irrespective of their sector, are entitled to minimum wages and timely payment.

The recognition of Fixed-Term Employment (FTE) under the Industrial Relations Code is intended to promote the formalisation of employment, allowing employers greater flexibility while extending statutory benefits to temporary workers.

The Social Security Code seeks to broaden social protection by including gig workers, platform workers, migrant labourers, and unorganised workers, thereby adapting labour welfare systems to the changing nature of employment.

Similarly, the OSHWC Code establishes common standards relating to occupational safety, welfare facilities, working conditions, and the prevention of workplace hazards.

The reforms also aim to promote industrial harmony through streamlined dispute resolution mechanisms and stronger collective bargaining arrangements.

Major Concerns Associated with the Labour Codes

Concerns over Fixed-Term Employment

One of the most debated aspects of the reforms relates to Fixed-Term Employment (FTE). The law does not prescribe any minimum tenure for contracts or limit the number of renewals. Critics argue that employers may repeatedly renew fixed-term contracts instead of creating permanent jobs, gradually replacing regular employment with temporary arrangements. This could increase employment insecurity and weaken long-term labour protections.

Ambiguity in Wage Determination

Another concern relates to the absence of a clear distinction between the concepts of floor wage and minimum wage. The framework also lacks transparent criteria and adequate consultation mechanisms with States for wage fixation, potentially leading to inconsistencies and disputes.

Issues with Hourly Wage Calculations

The growing gig economy has raised questions regarding the applicability of hourly wages. Unlike traditional full-day employment, workers paid on an hourly basis may not find work for the remaining hours of the day. International labour standards generally treat hourly work differently from conventional employment, suggesting the need for separate mechanisms for determining such wages.

Inadequate Protection for Gig and Platform Workers

Although the Social Security Code recognises gig and platform workers, it continues to treat them largely as self-employed individuals. The absence of clearly defined employer-employee relationships leaves social security obligations of digital platforms ambiguous. Consequently, millions of workers engaged in app-based services remain vulnerable despite their growing contribution to the economy.

Lack of Clarity on Gratuity Insurance

The rules do not clearly specify the implementation mechanisms, employer responsibilities, or insurance modalities relating to gratuity payments. This creates uncertainty and weakens an important safeguard against the non-payment of retirement benefits.

Weakening of Trade Union Recognition

Labour organisations have also expressed concerns that stricter recognition criteria may make it difficult for smaller unions and newly formed worker groups to represent employees effectively. This could reduce the scope for collective bargaining and weaken labour representation, especially in large industrial establishments.

Expansion of Contract Labour and Informalisation

The OSHWC Code does not clearly distinguish between core and non-core activities, creating ambiguity regarding the employment of contract labour. Critics fear that permanent production activities may increasingly rely on contract workers, thereby accelerating informalisation and reducing job security.

Missing Occupation-Specific Welfare Measures

Several welfare provisions available under earlier laws appear to be absent in the new framework. For instance, specific requirements relating to housing facilities and medical services for plantation workers have not been adequately retained. This has raised concerns about the dilution of occupation-specific protections for vulnerable groups of workers.

Way Forward: Strengthening Labour Protection in India

India's labour reforms must balance economic flexibility with social justice. Fixed-term employment should be regulated by prescribing minimum contract durations and limiting repeated renewals to prevent the replacement of permanent jobs with temporary arrangements.

A transparent and evidence-based wage determination mechanism is necessary to clearly distinguish between floor wages and minimum wages while eliminating gender-biased consumption norms.

The protection of gig and platform workers requires clear definitions of employer responsibilities, mandatory social security contributions by digital aggregators, and the provision of health, accident, and retirement benefits.

Similarly, the use of contract labour should be restricted in core production activities through clear legal definitions and stronger enforcement mechanisms.

Trade union participation must be strengthened by reviewing recognition thresholds and encouraging social dialogue and collective bargaining. Effective implementation of gratuity insurance mechanisms and accessible grievance redress systems would further enhance worker protection.

Finally, occupation-specific welfare provisions, particularly for vulnerable workers such as plantation labourers, must be preserved, while labour inspection and enforcement systems should be modernised and strengthened.

Conclusion

The four Labour Codes represent one of the most significant labour reforms in independent India, seeking to simplify regulations and adapt to the changing nature of work. However, concerns regarding employment security, gig worker protection, trade union rights, and welfare standards highlight the need for a more balanced approach.

India’s vision of Viksit Bharat 2047 places significant emphasis on achieving rapid economic growth, technological advancement, and global leadership in Artificial Intelligence (AI). AI has emerged as one of the most transformative technologies of the modern era, with the potential to revolutionise industries, governance, education, healthcare, and communication. However, alongside these opportunities, AI also poses serious challenges, including misinformation, cybercrime, identity theft, and digital manipulation. Therefore, India must adopt a balanced approach that promotes innovation while ensuring regulation, accountability, and the protection of public trust.

The Rise of Generative AI

The rapid development of generative AI has fundamentally transformed the digital landscape. Modern AI systems can create highly realistic images, videos, documents, research papers, and other forms of content that are often difficult to distinguish from genuine material. Advanced image-generation models can produce professional-quality outputs with remarkable accuracy, making AI a powerful force extending far beyond entertainment and social media.

The growing presence of AI-generated content on platforms such as Facebook, Instagram, and LinkedIn has further complicated the information ecosystem. Since most users consume information on mobile devices with limited opportunities for verification, false or manipulated content can spread rapidly and influence public opinion. Fabricated research papers, forged academic credentials, and fake official documents may appear authentic unless carefully verified through credible sources, increasing the potential for digital deception.

Major Threats Posed by AI

Challenges to Academic Integrity

The proliferation of AI-generated content poses significant risks to academic institutions and educational systems. AI tools can now create fake degree certificates, mark sheets, research papers, and official records, threatening the principles of originality and academic honesty. As synthetic content becomes increasingly sophisticated, even genuine documents and scholarly work may come under suspicion, thereby weakening trust in educational institutions and research processes.

Identity Theft and Violation of Personality Rights

Artificial Intelligence has also intensified concerns regarding identity theft and personality rights. Modern AI applications can replicate an individual's facial features, voice patterns, and mannerisms with extraordinary precision. Several celebrities and public figures in India have approached courts seeking protection against the unauthorised use of their identities by AI platforms. These developments expose the limitations of traditional legal frameworks in addressing the challenges created by emerging technologies.

Risks to the Judicial System

The misuse of AI within the legal system has become another area of concern. The Supreme Court and various High Courts have criticised instances where lawyers submitted AI-generated arguments and fabricated legal citations without proper verification. Such practices undermine judicial integrity and erode public confidence in the legal process. These incidents highlight the urgent need for safeguards, ethical standards, and accountability mechanisms in the use of AI within institutional settings.

The Need for Effective Regulation

Balancing Innovation with Accountability

India stands at a critical juncture where it must balance technological innovation with ethical responsibility. Excessive regulation may impede technological progress and limit India's ambitions of becoming a global AI leader, whereas weak oversight could facilitate widespread misuse and social harm. A robust regulatory framework is therefore essential to ensure that AI contributes positively to national development without compromising digital security or public trust.

Information Technology Rules, 2026

The amended Information Technology Rules, 2026, represent a significant step towards regulating AI-generated content in India. These rules require the disclosure of altered or AI-generated media and establish clear timelines for removing harmful synthetic content following court orders or government directives. The framework also mandates the prompt resolution of complaints related to such content, thereby strengthening transparency, accountability, and digital safety.

The Need for Ethical Standards

Legal regulations alone are insufficient to address the challenges posed by AI. There is an equally important need for a strong ethical framework governing technology companies and digital platforms. AI developers and social media companies must ensure that their technologies are not exploited to spread misinformation or undermine trust in digital communication. Responsible and ethical AI development is essential for maintaining the credibility and integrity of the digital ecosystem.

Importance of Digital Literacy

Enhancing Public Awareness

The battle against AI-driven misinformation cannot be won solely through laws and regulations. Digital literacy and AI awareness among citizens are equally important. People must develop the ability to critically assess online information, verify sources, and identify manipulated content before accepting or sharing it. A digitally informed population serves as the first line of defence against misinformation and digital fraud.

Collective Responsibility

Educational institutions, governments, civil society organisations, and media outlets must work together to foster responsible digital behaviour. Integrating digital literacy into educational curricula and promoting public awareness campaigns can equip citizens with the skills necessary to navigate an increasingly AI-driven world. Such collective efforts are essential to building a resilient and trustworthy digital society.

Conclusion

Artificial Intelligence presents India with immense opportunities for economic development, technological innovation, and global leadership. At the same time, it creates serious risks related to misinformation, cybercrime, identity misuse, and declining trust in digital systems. India's success in the AI era will depend on its ability to balance technological progress with ethical responsibility and effective governance.

India is facing a delayed Southwest Monsoon alongside the emergence of El Niño conditions in the equatorial Pacific Ocean. This has prompted meteorologists and historians to draw comparisons with the devastating Great Famine of 1876–78, one of the deadliest famines in Indian history. With the India Meteorological Department (IMD) forecasting a below-normal monsoon, the situation highlights how disturbances in the ocean-atmosphere system can trigger far-reaching economic, agricultural, and social crises.

Economic Implications of El Niño for India

Monsoon Deficit and Water Stress

El Niño generally weakens the easterly trade winds, disrupting global atmospheric circulation and suppressing India's Southwest Monsoon. Since nearly 70 percent of India’s annual rainfall occurs during this period, a deficient monsoon directly threatens agricultural production, reservoir levels, and groundwater recharge. The resulting water stress affects not only farming but also drinking water availability and industrial activities.

Impact on Agriculture

Agriculture remains the most vulnerable sector during an El Niño year. Nearly half of India's net sown area depends on rainfall rather than irrigation. Consequently, delayed or insufficient monsoon rains adversely affect the sowing and productivity of major Kharif crops such as rice, cotton, soybeans, and pulses.

Farmers are often compelled to rely on groundwater extraction to compensate for rainfall deficits. This substantially increases input costs due to higher expenditure on diesel and electricity required to operate irrigation pumps. The simultaneous impact of declining yields and rising production costs erodes farm incomes, particularly affecting small and marginal farmers and intensifying rural distress.

Food Inflation and Economic Pressure

Reduced agricultural output creates a supply-side shock in food markets, leading to higher prices for essential commodities. The prices of cereals, vegetables, pulses, and other staples typically rise during deficient monsoon years.

Since food items constitute a significant component of India's Consumer Price Index (CPI), food inflation reduces household purchasing power. Families are forced to spend a larger share of their income on basic necessities, leaving less disposable income for other goods and services. This weakens overall consumer demand and slows economic activity.

The Heat Economy and Productivity Losses

El Niño events are often associated with higher temperatures and severe heatwaves. India's vast informal workforce, including construction workers, street vendors, delivery personnel, and agricultural labourers, is particularly vulnerable to heat stress. Extreme temperatures reduce physical productivity and shorten working hours.

According to the International Labour Organization (ILO), a 1.5°C increase in global temperatures could lead to the loss of 2.2 percent of total working hours worldwide by 2030, equivalent to nearly 80 million full-time jobs. The economic costs of heat stress are therefore becoming an increasingly important aspect of climate-related risks.

Urban areas face additional challenges through the Urban Heat Island (UHI) Effect, where extensive concretisation and reduced green cover trap heat, making cities significantly warmer than surrounding regions. Wealthier populations can adapt through air conditioning and reliable water supplies, whereas poorer communities often experience severe heat exposure and water scarcity, further widening socio-economic inequalities.

The RBI’s Macroeconomic Challenge

El Niño creates a difficult policy environment for the Reserve Bank of India (RBI) by increasing the risk of stagflation, a condition characterised by slow economic growth and high inflation.

Agricultural losses and reduced rural demand slow economic activity, while food shortages contribute to rising prices. If inflation accelerates, the RBI may be compelled to raise interest rates to control price pressures. However, higher interest rates increase borrowing costs, discourage private investment, and further dampen economic growth. Consequently, India's growth trajectory could face significant challenges if El Niño conditions persist.

The Great Famine of 1876–78 and Its Connection to El Niño

The Role of El Niño in the Famine

The Great Famine of 1876–78 was closely associated with a powerful and prolonged El Niño event that caused repeated monsoon failures across the Indian subcontinent. The resulting drought devastated agricultural production and created one of the worst humanitarian disasters in colonial history.

The famine is estimated to have claimed between 55 lakh and 82 lakh lives, making it one of the deadliest famines ever recorded in India.

Impact on the Nizam’s Dominions and British Presidencies

Historical records indicate that the famine caused immense suffering in the territories of the Nizam of Hyderabad, including present-day Telangana, where more than 60,000 lives were reportedly lost.

The effects were even more severe in the Madras and Bombay Presidencies, where crop failures, food shortages, and inadequate relief measures led to widespread starvation, migration, and social breakdown.

The Importance of Traditional Tank Systems

One factor that helped mitigate the severity of the famine in certain regions of Telangana was the extensive network of traditional community water tanks. These decentralised water bodies provided drinking water, supported limited agricultural activities, and served as centres for famine-relief works.

The experience demonstrates the importance of indigenous water management systems in enhancing resilience against climate shocks and droughts.

Understanding El Niño

What is El Niño?

El Niño, meaning “The Little Boy” in Spanish, refers to the unusual warming of sea surface temperatures in the eastern and central equatorial Pacific Ocean. It represents the warm phase of the broader El Niño-Southern Oscillation (ENSO) cycle, a naturally occurring climate phenomenon that influences weather patterns across the globe.

Normal Conditions

Under normal circumstances, strong trade winds blow from east to west across the Pacific Ocean, pushing warm surface waters towards Asia and Australia. This movement allows cold, nutrient-rich water to rise along the western coast of South America through a process known as upwelling.

El Niño Conditions

During an El Niño event, these trade winds weaken or reverse direction. Warm surface waters move back toward the Americas, suppressing the upwelling of cold water. This alteration in ocean temperatures changes atmospheric circulation patterns worldwide.

Global Impacts

In India, El Niño generally weakens the Southwest Monsoon, resulting in reduced rainfall, higher temperatures, and an increased risk of drought.

The western coasts of North and South America often experience heavy rainfall, flooding, and landslides due to increased evaporation from warmer ocean waters.

Australia and Southeast Asia typically face droughts, water shortages, and forest fires, while marine ecosystems suffer because reduced upwelling lowers nutrient availability, affecting fish populations and fisheries.

Meteorological Forecast for 2026

The National Oceanic and Atmospheric Administration (NOAA) has estimated an 82 percent probability of El Niño developing during May–July 2026, with a 96 percent likelihood of its continuation through the winter of 2026–27.

The India Meteorological Department (IMD) has projected Southwest Monsoon rainfall at 92 percent of the Long Period Average (LPA), placing it within the below-normal category. Such projections reinforce concerns regarding agricultural output, inflationary pressures, and broader economic stability.

Way Forward: Building Climate Resilience

India must strengthen its resilience against future climate shocks through a combination of technological innovation and traditional wisdom. Greater emphasis should be placed on drought-resistant crop varieties, micro-irrigation systems, and efficient water management practices.

The restoration and rejuvenation of traditional water bodies, including tanks and ponds, can significantly enhance local water security. Expanding heat action plans, increasing urban green cover, and promoting ecosystem-based adaptation strategies will help reduce the adverse impacts of rising temperatures.

At the policy level, integrating climate risks into economic planning, strengthening weather forecasting systems, and supporting vulnerable communities through targeted social protection measures will be crucial for ensuring long-term resilience.

Strategic Measures to Mitigate the Impact of El Niño in India

Context

The growing likelihood of an El Niño event and the possibility of a below-normal southwest monsoon in 2026 underline the urgent need for India to strengthen its climate resilience. Since agriculture, water security, rural livelihoods, and economic growth remain closely linked to monsoon performance, proactive adaptation measures are essential to minimise the adverse impacts of climate variability.

Contingency Crop Planning and Climate-Resilient Agriculture

One of the most important measures is the effective implementation of District Agriculture Contingency Plans (DACPs) prepared by the Indian Council of Agricultural Research (ICAR). These plans enable states to respond quickly to monsoon deficits by promoting short-duration and drought-tolerant crops.

Instead of cultivating highly water-intensive crops such as paddy and sugarcane, farmers can be encouraged to grow millets (Shree Anna), pulses, and oilseeds, which require less water and are more resilient to climatic stress. Such crop diversification not only reduces vulnerability to drought but also strengthens food security and improves farmers' incomes.

Promoting Precision and Micro-Irrigation

Improving water-use efficiency is another critical strategy. The Pradhan Mantri Krishi Sinchayee Yojana (PMKSY), particularly its "Per Drop More Crop" component, promotes the adoption of drip and sprinkler irrigation systems.

These modern irrigation techniques deliver water directly to plant roots, significantly reducing wastage and lowering the overall water footprint of agriculture. Expanding micro-irrigation coverage can help conserve groundwater resources and maintain agricultural productivity even during periods of deficient rainfall.

Strengthening Decentralised Water Governance

India's traditional water management systems provide valuable lessons for climate adaptation. The historical success of the Nizam-era tank system in present-day Telangana demonstrated how decentralised water bodies could cushion communities against droughts and famines.

Modern initiatives such as Mission Kakatiya in Telangana and the Mission Amrit Sarovar programme seek to revive ponds, tanks, and other traditional water structures. The restoration and maintenance of these local water bodies enhance groundwater recharge, provide irrigation support, and strengthen community resilience during climate shocks.

Treating El Niño as an Economic and Developmental Challenge

El Niño should not be viewed merely as a meteorological phenomenon but as a broader economic and developmental risk. Its impacts extend beyond agriculture to inflation, employment, and overall economic growth.

Therefore, India must build strong institutional safeguards, including crop insurance schemes, early-warning systems, and heat-resilient agricultural planning. Timely dissemination of weather forecasts and advisory services can enable farmers, particularly smallholders, to make informed decisions and reduce potential losses.

Implementing Statutory Heat Action Plans

Rising temperatures associated with El Niño events pose serious risks to workers, especially those engaged in outdoor occupations such as construction, agriculture, and street vending. Consequently, Heat Action Plans (HAPs) should be legally institutionalised and effectively implemented at the local level.

These plans should mandate flexible working hours, ensure the availability of shaded worksites and drinking water facilities, and explore mechanisms such as wage-loss compensation or climate insurance for workers affected by extreme heat conditions. Such measures are crucial for protecting vulnerable populations and maintaining economic productivity.

Urban Greening and Climate-Resilient Infrastructure

Rapid urbanisation has intensified the Urban Heat Island (UHI) effect, making cities significantly hotter than surrounding rural areas. To address this challenge, cities must adopt cool roof policies, increase tree cover, and restore urban water bodies.

The development of blue-green infrastructure, including wetlands, parks, lakes, and urban forests, can reduce ambient temperatures, improve groundwater recharge, and enhance overall environmental sustainability. These measures are vital for making Indian cities more resilient to climate extremes.

Adopting Ecosystem-Based Adaptation (EbA)

An integrated Ecosystem-Based Adaptation (EbA) approach should become a central component of India's climate strategy. Restoring natural ecosystems such as wetlands, forests, and river systems helps regulate local climates, conserve biodiversity, and improve water availability.

Expanding tree canopies and protecting green spaces can mitigate the Urban Heat Island effect, while healthy ecosystems contribute to long-term climate resilience and sustainable development.

Conclusion

El Niño demonstrates how climate variability can directly affect agriculture, livelihoods, inflation, and economic growth in India. The experience of historical famines and recent climate disruptions highlights the importance of moving from a reactive relief-based approach to a proactive adaptation strategy.