The Western Ghats, with a geological history stretching back hundreds of millions of years, is now a landscape where forests, farms and settlements coexist. Protecting it while accounting for generations of human habitation makes Keralam’s ESA boundary a particularly complex question. While there is broad recognition of the ecological importance of the Western Ghats, the question of which lands should fall within the ESA remains contentious.

Keralam is home to nearly a quarter of India’s plant diversity, with the Western Ghats accounting for much of this richness. The mountain range is also one of the world’s biodiversity hotspots, supporting species found nowhere else.

For the people living across this landscape, however, the ESA debate concerns what happens to their farms, homes and private land if they fall within the proposed boundary?

The ESA: Already Shrunk Considerably

The area proposed for ESA status in Keralam has changed substantially since the Kasturirangan exercise. The High Level Working Group headed by K. Kasturirangan had identified 13,108 sq km across 123 villages in Kerala. Subsequent physical verification by the state resulted in a smaller proposal of 9,993.7 sq km.

The composition of this area is important. About 9,107 sq km is forest, while 886.7 sq km is non-forest land. It is this non-forest portion that has become a source of concern for residents.

Environment Minister of Keralam, Sunny Joseph said people had been requesting that private properties and agricultural land should not be included in this category. He said there was no need for unnecessary anxiety over the ESA proposal and stressed the importance of creating greater public awareness about what the designation actually means.

The concern is not new. Kerala has previously sought the exclusion of populated areas and agricultural land during the process of identifying the ESA.

Why Keralam’s Landscape Makes the Debate Complicated

Keralam cannot easily separate its Western Ghats into neat blocks of forest and human habitation. Agricultural land, plantations and settlements are scattered through the mountain landscape. In several places, human activity exists close to forests and wildlife habitats, making the question of ecological sensitivity more nuanced than a simple forest-versus-development debate.

Oommen V Oommen, who headed the committee that examined Kerala’s ESA proposal, said the committee had interacted with people living in the Western Ghats region before making its recommendations. He pointed to the distinction made in the Kasturirangan exercise between natural and cultural landscapes.

According to Oommen, about 37% was identified as natural landscape and 63% as cultural landscape. The natural landscape, he said, should be completely protected. Farmland and other private properties were not included in the natural landscape identified for protection.

That distinction is important in Keralam, where people have lived in the Western Ghats for generations. The ESA discussion is therefore not simply about how much land should be protected, but about identifying which landscapes have the ecological characteristics that warrant stronger protection.

Joseph also pointed to Keralam’s densely populated landscape while contrasting it with states such as Tamil Nadu. Conservation boundaries that work in sparsely populated forest landscapes can have very different implications in a state where agriculture, settlements and forests are closely interwoven.

Keralam’s forests themselves cover a substantial part of the state, while the Western Ghats are central to its ecological security. The range feeds most of the state’s major rivers and supports a concentration of endemic species. While on the other hand there are many families depending on agriculture and tourism in these areas.

The Map is Changing

Even the 9,993.7 sq km figure is not necessarily the final boundary. The Keralam government has subsequently sought a further reduction in the proposed ESA and the exclusion of additional villages and populated and agricultural areas.

That makes the present debate less about whether Keralam needs to protect the Western Ghats and more about where protection is most necessary and how accurately those areas can be identified.

For residents, the distinction matters. An ESA notification can bring restrictions on certain categories of development and land use, making clarity over the boundary crucial. For conservationists, meanwhile, leaving ecologically important landscapes outside protection could weaken the purpose of the designation.

The main dilemma faced by Keralam is how they should focus on protecting a globally significant biodiversity landscape without treating every inhabited or cultivated patch of the Western Ghats in the same way.

The modern corporate land scape is undergoing a massive, structural transformation. Across the globe, industries are no longer merely supported by in formation technology; they are entirely defined by it. From algorithmic finance to decentralized operations, “IT has become like a god—like, all-pervad ing,” observes management education expert Bharat Nadkarni.

As every sector moves toward an IT-based core, Indian youngsters have consistently found themselves at the forefront of this digital shift. This glob al positioning is not accidental. It is the result of a unique intersection be tween deep-seated cultural strengths, specialized technical streams, and a fundamentally logic-driven approach to solving problems.

Early Specialization and Management Polish

The journey of an Indian profes sional entering the global workforce typically begins with early academic focus. The current education system is structured to allow students who ex hibit a passion for scientific domains to concentrate deeply and cultivate a strict specialization early on. However, technical expertise alone is rarely enough to drive massive organizations forward. The real leverage happens when this scien tific groundwork is polished through management education.

By picking up the finer operational and structural points of business—whether special izing in strategic finance, logistics and operations, targeted marketing, or human resource frameworks—young professionals learn the art of execut ing at scale. Historically, these business silos operated independently. Today, tech nology acts as the universal connec tive tissue, smoothly binding opera tions, finance, and human resources into a single data-driven ecosystem. Because Indian students are trained to bridge the gap between technical execution and management strategy, they adapt exceptionally well to these interconnected systems.

A 500-Year Heritage of Logic

Beyond specialized academic pipe lines, a far deeper, cultural variable drives this aptitude. According to Nad karni, one of the primary foundational strengths of the demographic is a deeply ingrained ing manifests clearly in the career paths young professionals gravitate toward. Logic-dominant fields—such as advanced software engineering, mathematics, database architecture, and corporate finance—require an innate comfort with structure, pattern recognition, and systemic control. It is a space where clear, algorithmic thinking directly dictates success.capacity for rigorous logic. “Indian students are logically very strong,” Nadkarni explains.

“Maybe it is in our culture, and that culture may be of last 500 years.” This legacy of analytical reasoning manifests clearly in the career paths young professionals gravitate toward. Logic-dominant fields—such as advanced software engineering, mathematics, database architecture, and corporate finance—require an innate comfort with structure, pattern recognition, and systemic control. It is a space where clear, algorithmic thinking directly dictates success.

Navigating an All-Pervading Digital Future

As the international market evolves, the demand for this exact combination of deep logic and tech nical management is accelerating. The global shift toward data-centric business models plays directly to these intrinsic cultural and education al strengths.

For organizations trying to navigate this landscape, the lesson is clear: the strength of the emerging work force lies not just in their familiarity with modern tools, but in the struc tural logic they use to build them. By leveraging a historical foundation of analytical thought and refining it through modern management princi ples, a new generation is proving that they are uniquely equipped to lead an all-pervading digital economy.

Climate-driven heat exposed 117 million people in India to a month or more of risky heat between June and August 2026, according to a Climate Central analysis.

Between June and August this year, 117 million people in India spent a month or more under heat that would have been far less likely without a warming planet. That single number, from a new global analysis by Climate Central, puts India at the top of the world’s list for population exposed to climate-driven risky heat — ahead of China’s 94 million and Indonesia’s 83 million.

The finding sits inside a larger, starker pattern. Worldwide, over 1.5 billion people experienced 30 or more days of risky heat that climate change made significantly more likely this summer. On any single day of the season, more than a quarter of humanity felt a strong climate change signal in the local temperature. Climate Central’s scientists tracked this using their Climate Shift Index (CSI), which measures how much more likely a given day’s warmth was because of climate change, and flagged “risky heat days” as those hotter than 90% of what a place recorded between 1991 and 2020 — the threshold at which heat starts to strain the body.

The Global Climate-Driven Heat Scoreboard

Europe came out the most unusually hot continent on the planet this year, even though it was not the most populous one affected. Eighty-nine per cent of Europeans — nearly nine in ten — spent a month or more under risky heat. France and the Holy See tied for the largest temperature anomaly of any country, running 3.5°C above their historical norm, and seven of the world’s ten most abnormally hot countries were European. Fifty-four countries recorded their hottest June-to-August since 1970, France, Italy and the United Kingdom among them.

Asia, by contrast, carried the largest raw number of people through this heat: 2.8 billion, or 58% of the continent’s population, spent 30 days or more under conditions strongly shaped by climate change. India and Egypt were the two countries where more than 100 million people each crossed that threshold.

Africa’s story shows up less in totals and more in persistence. Six African countries spent at least 95% of the entire three-month period under a strong climate change influence — Rwanda for 91 days, Uganda for 89, Ethiopia for 88. For those populations, the season did not have an unusually hot patch; nearly the whole summer was one.

In North America, four in five people in the United States lived through a month’s worth of risky summer heat, with the average American gaining 23 such days from climate change and the average Canadian gaining 17.

India’s numbers, city by city

Nationally, India ran 0.7°C warmer than its 1991–2020 June-to-August average, and the average Indian experienced climate change’s fingerprint on local temperature for 39 days across the three months — better than a third of the entire season.

City-level data obtained alongside the release shows how unevenly that heat landed.

Source: Climate Central, June–August 2026 city dataset.

Two different stories run through these columns, and conflating them misses the point.

Mumbai tops the country for sheer duration: 86 of the 92 days in the season carried a strong climate change signal, more than any other Indian city measured. But of Mumbai’s 24 risky heat days, only four were added by climate change — the city runs hot most of the year regardless, so the climate contribution to its worst days is comparatively small. Pune and Nashik, sitting in Mumbai’s own state, show almost the opposite ratio: nearly every risky heat day they had this summer would not have happened without climate change.

Chennai had both the most risky heat days in the country — 40 — and the most added by climate change — 30. That combination makes it the city where the analysis draws the clearest straight line between a hot summer and a warming climate. Tiruchirappalli and Madurai, both in Tamil Nadu, follow the same pattern: every risky heat day counted in each city was one climate change made more likely.

Srinagar is the outlier worth pausing on. A city known for temperate summers recorded 53 risky heat days, more than any other Indian city in the dataset, of which 29 were attributed to climate change — a scale of departure from its own historical baseline far larger than what Mumbai or Delhi saw from theirs.

Where the heat did not arrive

Not every Indian city ran hotter than usual. Jaipur’s seasonal average came in 0.4°C below its 1991–2020 norm, Kota 0.2°C below, and Bhopal 0.1°C below — small numbers, but real ones, in a summer when most of the country and the world trended the other way. Even so, none of the three escaped the climate signal entirely: Jaipur still logged three risky heat days attributable to climate change, Kota three, Bhopal one. The exceptions are a reminder that a warming climate does not raise every thermometer in lockstep, even as it raises the odds almost everywhere.

What the numbers are measuring

The CSI framework Climate Central uses does not ask whether a heatwave happened — it asks how much more likely climate change made it. A CSI level of 2 or higher, the threshold used throughout this analysis, means the day’s warmth was at least twice as likely because of the human-driven build-up of greenhouse gases. That is a probability statement about cause, not a one-off weather reading, which is what allows the same framework to compare Mumbai’s long hot stretch against Chennai’s sharper, more clearly climate-driven spike.

Kristina Dahl, Climate Central’s vice president for science, described the pattern as one where “human-driven warming is pushing communities beyond safe physical limits” — a line written with Europe and North America in mind as much as South Asia. The India numbers suggest the same pressure is arriving unevenly within a single country: some cities absorbing a long, low-grade climate signal across most of the summer, others taking a shorter but far sharper hit concentrated into their worst weeks.