Core Review Streams

16 Oct 2026

16 October 2026 | Kolkata, India A successful harvest is not measured by crop output alone. Farmers must earn enough, food must survive the journey to market, and farming must protect the resources future harvests depend on. Summary: This World Food Day, the Kharif season raises a bigger question than how much rice and other crops India can produce. Weather risks, rising cultivation costs, uncertain selling prices and food losses can weaken both farmer incomes and household food security. Climate-resilient crops and better storage may help, but their real value depends on field performance, affordability and access. Can Today’s Harvest Feed Us Without Exhausting Tomorrow’s Soil and Water? If the harvest feeds today’s market, will the soil and water still support tomorrow’s crop? A full field does not always guarantee a secure livelihood. A farmer may harvest a good crop but earn less than expected because of high input costs or falling market prices. Another may lose part of the crop to floods, extreme heat or irregular rainfall before it reaches the market. Both situations affect the food available to households and the resources needed to grow it again. These risks are not evenly distributed. A review by the Agriculture Ministry, published in July 2026, reported that eastern and northeastern India received 36% less rainfall than normal between 1 June and 15 July. This was an early-season figure, not a final assessment of the monsoon. However, it highlighted why local crop conditions and dated weather records are essential when assessing agricultural risks, rather than relying on a single national prediction. Odisha offers a documented example of how farmers and agricultural institutions are responding to these challenges. In July, the Indian Council of Agricultural Research (ICAR) reported demonstrations of the paddy varieties Pooja, Kalachampa and Swarna Sub-1 across 16 acres in flood-prone areas of Khordha district. It also reported green manuring on four acres of paddy fields to support soil health. These initiatives illustrate possible approaches to agricultural adaptation. However, the available public report does not establish their final yields, costs or net returns. Such outcomes must be measured before these interventions can be considered successful across different farming conditions. The financial test is equally important. For the 2026–27 marketing season, the government’s minimum support price (MSP) is ₹2,441 per quintal for common paddy and ₹2,461 per quintal for Grade A paddy. On 15 October, a market listing for Khatra in Bankura showed a modal price of ₹2,441 per quintal. However, a price recorded in one market cannot represent the entire state. Nor does the MSP guarantee that every farmer can sell every quintal at that rate. Cultivation expenses, transportation costs, quality requirements and access to procurement all influence how much a farmer ultimately earns. From Field to Food Plate: Where Can Food Lose Value? Food security depends on more than the amount harvested. Produce must also be stored, transported and sold efficiently before it reaches consumers. At every stage, losses or additional costs can reduce the value of the harvest. StageWhat to trackKey question1. Field and harvestRainfall, heat, soil health, water use, crop varieties, input costs and yieldDid the crop grow well without placing excessive pressure on soil and water?2. Farm gateHarvest quality, quantity sold, transport costs and realised priceHow much does the farmer actually earn after cultivation costs?3. Storage and transportProduce damaged or spoiled, access to cold storage, storage costs, electricity and maintenanceHow much produce is lost before reaching the market, and could better storage reduce these losses?4. Market and mandiWholesale prices, supply levels and movement of produceDo farmers receive a fair price, and does sufficient produce reach buyers?5. Household and food plateRetail food prices, affordability, dietary diversity and kitchen wasteCan households afford nutritious food, and how much food is wasted after purchase? Data note: Farm-to-market losses and household kitchen waste must be measured separately. National estimates should not be presented as figures for a specific district. A government-reported study covering 2020–22 estimated post-harvest losses of 6.02–15.05% for fruits and 4.87–11.61% for vegetables across the assessed commodities and regions. These national ranges are not estimates for any particular district. However, they demonstrate why harvesting practices, handling, storage and transportation deserve attention alongside agricultural production. Cold storage can give farmers more time to sell perishable produce instead of accepting a distress price when supply is high. Solar-powered storage systems may also reduce dependence on unreliable electricity. However, installation costs, maintenance, suitable storage conditions and access to buyers determine whether these technologies are practical. Government assistance is available for certain cold-storage projects, but the existence of such support does not establish that affordable facilities are accessible to small farmers in their local areas. Food security also cannot be measured by grain production alone. Families need food that is affordable, diverse and nutritious. Even a strong paddy harvest may not prevent households from cutting back on other foods if prices rise or vegetables spoil before reaching local markets. Household kitchen waste is another concern, but it must be assessed separately from losses occurring between the farm gate and the market. These challenges connect directly to the theme of World Food Day 2026: “Innovate today. Nourish tomorrow.” Innovation can involve improved crop varieties and solar-powered storage, but it also includes better water management, soil conservation, market information and stronger farmer organisations. The important question is not simply whether a technology appears promising. It is whether it improves yields, reduces losses or strengthens farm incomes without placing an unaffordable burden on farmers. India’s food security will depend on connecting these decisions across the entire food system. The next harvest must be judged not only by how much grows, but also by how much farmers earn, how much food reaches consumers, what households can afford to eat, and whether the soil and water remain productive for the seasons ahead. Sources: FAO — World Food Day 2026: “Innovate today. Nourish tomorrow.”Press Information Bureau — Agriculture Ministry’s Kharif 2026 and monsoon review, 21 July 2026ICAR — Climate-resilient paddy demonstrations in Khordha, Odisha, 29 July 2026Department of Food and Public Distribution — MSP for wheat and riceWest Bengal paddy market listing — Khatra, Bankura, 15 October 2026Press Information Bureau — Post-harvest losses and government schemes, 25 July 2025NITI Aayog Frontier Tech — Solar-powered cold storage and the Pusa-Farm SunFridge ...Read more

12 Oct 2026

12 October 2026 | Kolkata, West Bengal Bamboo, fabric, plywood and decorations help create Kolkata’s spectacular pandals. But what happens to these materials when the celebrations end? Summary: Durga Puja pandals are temporary structures built with a wide range of materials. While some can be reused, repaired or recycled, their second life depends on how they are purchased, dismantled, stored and collected. Better planning and clear recovery arrangements can help reduce waste without compromising the festival’s creativity. When the Lights Go Out, What Happens to a Pandal’s Materials? Every year, Durga Puja transforms Kolkata into a city of elaborate pandals, artistic installations and illuminated streets. Bamboo frames, fabric, plywood, steel, ropes, paint and decorative elements come together to create these temporary spaces. But when the last visitor leaves and the lights go out, an important question arises: what happens to all these materials? A pandal may stand for only a few days, but the materials used to build it can retain their value long after the festival ends. Some can be reused in future installations, while others may be repaired, repurposed or recycled. The challenge is to ensure that they do not simply become waste once the celebrations are over. The aim is not to make Durga Puja less creative or elaborate. It is to examine whether the materials behind its artistic identity can be planned, managed and recovered more responsibly. A Temporary Structure with a Longer Story Although a pandal is dismantled after the festival, its materials do not necessarily have to share the same fate. Bamboo and metal frames may be suitable for future structures, while fabric and decorative elements can be stored for reuse. Plywood may also serve another purpose if it remains in good condition. However, recovering these materials is not always straightforward. Paint, adhesives, mixed-material decorations and damaged components can make reuse or recycling more difficult. Materials joined together may require additional labour to separate, while poor storage can reduce their chances of being used again. This makes planning essential. Waste management should not begin only after dismantling. Decisions about material selection, assembly methods, storage and recovery must be considered before construction begins. Designing for disassembly can help preserve the value of materials and reduce the amount that ultimately needs to be discarded. Reuse Must Be Proven, Not Promised Calling a pandal sustainable does not establish how much of its material is actually reused. A credible assessment must distinguish between materials that are rented, returned, stored, repaired, resold, recycled or discarded. Each category represents a different outcome. For instance, renting a frame may reduce the need to purchase new materials, but its condition and subsequent use still matter. Similarly, sending a material to a recycler is not the same as directly reusing it in another pandal. A practical assessment would begin with an inventory of the materials purchased or rented for construction. After dismantling, organisers could record how much was recovered, where it went and whether it was reused, repaired, recycled or discarded. Any recovery or reuse percentage should also specify how it was calculated, whether by weight, quantity, value or another clearly defined measure. Such records would help distinguish verified outcomes from general claims. Without them, it remains difficult to determine how much waste was actually prevented and how effectively materials were recovered. What Do Existing Rules and Examples Tell Us? The West Bengal Pollution Control Board issued a directive to Durga Puja organisers in 2024 concerning compliance with the Plastic Waste Management Rules, 2021. It addressed specified single-use plastic items and PVC banners, including requirements for handling certain used PVC banners through registered plastic-waste processors. This provides a regulatory starting point for managing particular waste streams. However, compliance with these requirements does not, by itself, establish that bamboo, plywood, fabric, metal frames and other pandal materials are being recovered or reused. There have also been examples of organisers considering reuse. A 2022 report by The Times of India described plans announced by some Salt Lake Puja committees to store plywood, reuse cloth and return decorations to artisans. These examples indicate that material recovery can be incorporated into festival planning. However, announced plans should not be treated as proof that the materials were ultimately recovered, nor do a few examples establish a city-wide practice. The wider question is whether such initiatives can be supported by reliable records, clear responsibilities and arrangements that continue beyond the festival itself. Designing a Second Life into the Next Pandal A more circular approach begins before the first frame is assembled. Organisers can assess which materials can be rented or borrowed, which decorations can be repaired, and which components can be separated without unnecessary damage. Choosing durable materials and designing structures for dismantling can make recovery easier at the end of the festival. Clear agreements are equally important. Rental and return contracts should identify who will collect the materials, where they will be taken, what condition they must be in and who will bear the associated costs. Plans must also account for the workers responsible for dismantling, sorting, transporting and storing these materials. Organisers and local authorities can strengthen the process through clearer disposal guidance and consistent record-keeping. A simple material ledger could document the quantities purchased or rented, the amount returned or stored, the materials repaired or recycled, and the waste that had to be discarded. Where possible, the final destination of each recovered material should be recorded and verified. This would allow organisers to compare their initial plans with actual outcomes, identify materials that can be used repeatedly and improve recovery arrangements for future festivals. Durga Puja’s artistic identity and responsible material management do not have to work against each other. The goal is not to diminish the scale, creativity or cultural significance of the celebration, but to make better use of the resources that bring it to life. For Bengalis, Durga Puja is far more than a festival. It is a feeling woven into memories, creativity, community and the familiar joy of returning to a pandal year after year. Every structure carries the effort of artisans, the imagination of designers and the emotions of the people who gather around it. Preserving that spirit should also mean caring about what remains when the celebrations end. Making pandals more sustainable does not mean taking away their grandeur or changing the traditions people hold close. It means extending the value of the materials, skills and resources that make these spaces possible. With thoughtful planning, responsible dismantling and verifiable reuse, the end of a pandal’s life need not mark the end of its usefulness. The lights may go out, and the pandal may come down, but the story of its materials can continue. Sources: SAHAJ Puja Permission Portal — Government of West Bengal: sahaj.wb.gov.inWest Bengal Pollution Control Board — Directive to Durga Puja organisers on compliance with Plastic Waste Management Rules, 2021: Read the directive (PDF)The Times of India — Report on Salt Lake Puja committees’ reuse plans, 2022: Read the reportCentral Pollution Control Board — Construction and Demolition Waste Rules and resources: CPCB rules · C&D waste system ...Read more

23 Sep 2026

Green labels and statements about being eco-friendly can be seen anywhere. But what if they are not as green as they claim? Explore this article to understand how environmentalism can be used as a marketing tool by companies and analyse how consumers are affected by such actions. Learn about greenwashing and how it can be avoided while shopping and how people are misled into buying products that are not worth the money. SummaryThis article discusses the concept of greenwashing and how companies are using terms like “eco-friendly” and “natural” to mislead consumers into buying their products. The article gives examples from various industries, such as food packaging, clothing, cosmetics, and hotels, showing how easy it is to confuse customers with false claims and images. It also looks at why greenwashing is on the rise in India, what companies, advertisers, influencers, and customers themselves should do to stop it, and what changes can be expected in 2024 – in particular, what new rules have been developed in India (CCPA) concerning “green advertising.” Introduction  Is Everything Green Really Green? Suppose we go to the store to buy a bottle of shampoo. We look at two similar ones, but the second one has pretty leaves and pictures of plants, and words like natural, eco-friendly, sustainable and earth friendly. Our unconscious brain at once tells us that the second possibility is better for the environment. But is it really? This is where the dubious concept of greenwashing comes into play. We live in an age where environmentalism has crossed the threshold from a niche to mainstream. Climate change, plastic waste, deforestation, carbon footprint, and sustainable living are now terms that are not only discussed by environmental activists, but also by the youth who are much more concerned with checking brands’ sustainability than before. As a result, many companies jumped on the bandwagon – realising that the modern customer wants to support those who care for the environment, and therefore, all products now seem to have a green label, use recycled paper for packaging, and mention something about preserving the earth in their marketing.  But What If the Greenest Choice Isn’t Actually Green? Think about the last time we tried to buy something that was better for the environment. We picked a bottle because it had “eco-friendly” written on it, chose a product with minimal-looking packaging, or noticed a clothing brand promoting a new “conscious” collection. At that moment, it feels like we are making the right choice. But then comes the question: how do we really know? Just because a product looks green, uses words like “natural” or “sustainable,” or talks about saving the planet, does that make it environmentally friendly? Most of us do not have the time to investigate every product we buy. We see the label, trust what the brand tells us, and move on. And that’s exactly where things can get complicated. Sometimes, the image of sustainability can be much bigger than the actual effort behind it. That is where greenwashing comes in. What Is Greenwashing? Greenwashing is when a company, product, or service is more environmentally friendly than it is. The term was first coined by environmentalist “Jay Westerveld” in the 1980s, when he noticed that many hotels were encouraging guests to reuse towels to save the environment – even though they continued to engage in other destructive behaviours. Since then, this concept has evolved and now covers a wide range of manipulative practices by businesses. For example, if a company produces a plastic bottle labeled as ‘made with natural materials,’ this can be considered greenwashing. Yes, if some of the components are natural, the statement is not false. However, it does not tell us which ones, which raises more questions than answers. Consequently, any product that has misleading environmental claims, vague statements, unsubstantiated information, questionable certificates, misleading comparisons, unproven sustainability, irrelevant environmental statements, or even an overestimated positive impact can be greenwashed. The main problem with greenwashing is that the appearance of environmental friendliness rarely correlates with reality.  Why Is Greenwashing Difficult to Spot in India? Greenwashing is not always as obvious as when a company is making a false claim. Sometimes it is hidden behind words that sound good but tell us little. Words such as “natural,” “eco-friendly,” “sustainable,” “green” and “conscious” have become so ubiquitous in advertising and packaging that the actual meaning could be lost in translation. In India, these green claims are found everywhere. They can be found on a supermarket shelf, clothing websites, food products, hotel websites, social media advertisements, and e-commerce platforms. While a product can write down that their packaging is recyclable, for example, it does not necessarily tell us anything about the actual product itself. This is where the confusion begins for an ordinary consumer who does not have the time or technical knowledge to figure out how a company arrived at their environmental claim. We see the packaging and stop for the day. That does not mean that every environmental claim is misleading. Some companies do indeed make efforts to cut down on their waste, use recycled materials, or lower emissions. We should focus on whether a claim is specific or has evidence behind it. Greenwashing should therefore not only be about green words but asking what is behind those words.  When One Green Word Hides a Bigger Picture One of the best ways to spot greenwashing is to look beyond one positive feature of a product. For example, imagine a product that writes down that their packaging is made from recycled plastic. This might be a positive and genuine environmental effort, but the claim does not write down that the entire product is sustainable. The same goes for clothing that is made from recycled or organic fibres or hotels promoting a “green stay” that has cut down their plastic bottle use.  While these are indeed positive steps, they are only certain aspects of a larger whole. Instead of asking “Is this product green?” we should be asking “Which aspect of this product or service is being highlighted as green?” This switch in perspective is key.  The Three Questions We Should Be Asking Before Believing a Green Claim Whenever we come across an environmental claim, we like to ask three simple questions that make it easier to process. What exactly is being claimed? Is the company saying that the product itself is sustainable, or only its packaging? Is “recyclable” referring to the entire product or just one part? Compared with what? A claim such as “uses less plastic” does not say anything about what it is being compared to. Less than the company’s earlier packing? Less than a conventional product? And by how much? Where is the evidence? This is the most important question for me. A claim should ideally have some form of supporting evidence such as a study, certification, data, or a clearly explained method of measurement. These are simple questions without the need to become an environmental scientist. These questions simply help us slow down before we accept a claim at face value. A green word is not evidence. The evidence is what makes the claim meaningful.  India’s Greenwashing Rulebook India has also begun to pay more attention to how environmental claims are communicated to a group of consumers. The Central Consumer Protection Authority (CCPA) introduced guidelines in 2024 specifically dealing with the prevention and regulation of greenwashing and misleading environmental claims. These guidelines are important because they reframe the conversation from simply using environmental words to explaining what those words actually mean. For instance, if a company uses terms such as “sustainable,” “natural,” “recyclable,” “carbon neutral” or similar environmental descriptions, consumers should be able to understand what the claim refers to. Environmental claims should not create a misleading impression through vague wording, incomplete information or visuals that suggest environmental benefits without proper explanation. The most useful way to look at this is through a simple chain: Claim → Evidence → Explanation First, what is the company claiming? Second, what evidence supports that claim? And third, has the company clearly explained the limitations or conditions behind it? This is important because the communication around environmental claims is no longer limited to traditional advertisements. The same claim can appear on a product label, Instagram post, website, marketplace listing or even inside a sustainability report. The responsibility therefore lies not only with consumers to question claims but also with companies to communicate them clearly.  The Boundary Problem Another important aspect of an environmental claim is its boundary. A product does not appear magically on a supermarket shelf. Its environmental impact can include several stages from sourcing raw materials, manufacturing and packaging to transportation, use and finally disposal. This becomes important when companies make claims about things such as carbon neutrality or recyclability. For example, saying that packaging is recyclable tells us something about the packaging. It does not necessarily mean that the entire product has a low environmental impact. Similarly, a carbon-related claim needs to explain what emissions have been included in the calculation and what method has been used. This is why the question “What does the claim cover?” becomes so important. Without knowing the boundary, a consumer may assume that a claim applies to the whole product when it applies to only one part of it.  From the Supermarket Shelf to the Shopping Cart Greenwashing is not only seen in big advertisements but can also appear in everyday situations. Imagine walking through a supermarket and seeing a product that is covered in green colours, leaves, and words such as “natural” or “eco-friendly.” Imagine shopping online and finding a product that is described as “sustainable” without much explanation. The same thing can happen while booking a hotel. A website may highlight an environmentally friendly initiative, such as reducing plastic bottles or encouraging guests to reuse towels. These actions may be genuine, but a consumer may still wonder what exactly makes the entire stay sustainable. The growing use of e-commerce makes this even more relevant. A product description can influence a buying decision just as much as physical packaging can. This means that checking environmental claims should not stop at advertisements. We should also take a closer look at packaging, websites, social media, product descriptions, and marketplace listings. The green message follows the consumer all the way from the advertisement to the shopping cart. India Under the Green Lens Looking at Indian examples makes the issue easier to understand because environmental claims are now becoming a part of many different industries. For instance, in the fashion industry, we increasingly come across terms such as “conscious,” “responsible,” “organic” and “recycled.” These terms can point towards genuine improvements, but we still need to understand what they refer to. If a garment is made using recycled fibres, for example, we know something about the material used, but we may not know about the environmental impact of its manufacturing, transportation, packaging, or disposal. Similarly, in the packaging sector, claims such as “100% recyclable” can sound quite straightforward. But when we look closer, recyclability can depend on the material, the design of the packaging and whether suitable collection and recycling facilities are available. The travel and hospitality sector gives us another example. Hotels and travel platforms increasingly talk about initiatives such as reducing plastic use, saving energy, or conserving water. These can certainly be useful steps, but we need to distinguish between one specific environmental initiative and a much broader claim about sustainability. These examples show us why the aim should not simply be to label a company as “good” or “bad.” Instead, we need to look at the specific claim, what it covers and what evidence supports it. After all, a company can make a genuine environmental improvement and still need to communicate that improvement more clearly. For us as consumers, understanding the difference is what makes it possible to make more informed choices. Who Is Responsible for Greenwashing? Well, this depends on who exactly we ask, but everyone plays their part in greenwashing, from big companies to social media influencers. Companies are naturally responsible for what they write on their product packaging and in their marketing materials. After all, they are the ones who decide what to write and what not to, and if they are intentionally exaggerating their sustainability, they should fix it. However, advertising agencies are also guilty because they are the ones who produce ideas and present them to the public. Meanwhile, influencers and celebrities should do more factchecking before posting a product that they position as eco-friendly. As for the consumer, we handle encouraging companies by buying their products. However, in my opinion, this is where the illusion ends. Because there is no motivation for companies to become genuinely sustainable — only to look good, gain points with customers, and increase sales through manipulative marketing. While it works fine on an emotional level, it does little to help the environment. Why Do Companies Greenwash? So, now we know what greenwashing is and how it works. But why do companies do it? Well, as I mentioned above, companies greenwash to increase sales, attract customers, and look good. But to understand why this happens, we need to look at the bigger picture: the fact that being sustainable is now cool and desirable, not only among the youth, but also among other companies. And the companies that want to compete in terms of sustainability have two options: to genuinely become sustainable and transparent or to resort to greenwashing to make themselves look better without really changing anything. In addition, companies often have an advantage over the competition if they mention sustainability in their marketing, since customers increasingly prefer to buy from organisations that care about the environment. Therefore, even if the company is only ‘a little bit green,’ it still has a good chance to attract customers who are just looking for eco-friendliness in the products. So, why not greenwash? When Did Greenwashing Become Such a Big Problem? Greenwashing has always been around and, unfortunately, it is not going anywhere. The reason for this is simple: companies want to be profitable and popular and therefore find ways to make themselves look better than they are. However, recently, this problem has grown significantly due to two reasons: social media and growing awareness of environmental problems. On the one hand, organisations now have more opportunities to promote their products and services, so they use them extensively to spread information about their ‘eco-friendliness.’On the other hand, people are now much more aware of environmental issues and therefore are better able to identify greenwashing. Consequently, it is now much easier for both companies and consumers to take part in and combat greenwashing. How Does Greenwashing Work? Greenwashing usually works by appealing to consumers’ emotions and presenting information in an attractive way rather than providing specific facts. The most common greenwashing techniques include vague language, green visuals, and misleading comparisons. For example, a company that wants to promote its new product as eco-friendly can do so by writing vague statements like ‘better for the planet.’ Better for whom? For what? There is no specific information – only general, unsubstantiated praise. Another example is using leaf-shaped logos, placing images of forests and fields on the packages, and other tricks to attract the attention of eco-conscious customers. Finally, many organisations try to hide the fact that they are not as sustainable as they would like us to believe by emphasising one positive trait (such as reforestation) while ignoring the rest (such as mass production). Thus, when evaluating an advertised product, it is essential to go beyond the superficial and analyse the facts carefully. Greenwashing in India India is home to hundreds of millions of consumers who are eager to keep up with the latest global trends. Sustainability is now a popular concept not only among environmental activists but also among the youth and influencers. Moreover, social media has made it much easier to spread information – so companies are now competing to be the first to introduce sustainable practices and label their products as eco-friendly. However, as in the rest of the world, this has led to the proliferation of greenwashing in India. On the one hand, this is logical: companies want to increase sales and profits, so they will do everything possible to attract the attention of customers. On the other hand, India is a huge market with many different players, so companies often resort to manipulation to stand out from the competition. Consequently, it is now becoming increasingly difficult for Indian consumers to distinguish between genuinely sustainable companies and those that only want to sell their products by labelling them as eco-friendly. Examples That Help Understanding Greenwashing Better Let us take a closer look at some simple but striking examples of greenwashing. Case 1: Eco-Friendly Bottle Suppose a company produces a bottle made of plastic and markets it as eco-friendly. However, they do not provide any specific information about what makes it sustainable. Meanwhile, we can assume that the bottle contains a certain amount of recycled material, the production of which is less harmful to the environment. If this is not mentioned, it may be an example of greenwashing. Case 2: Made with Natural Ingredients A cosmetic company markets one of its creams as 100% natural. This seems like a safe and eco-friendly choice. However, suppose our curiosity exceeds our trust in the company, and we start looking for information – and we find that the term ‘natural’ means nothing because no specific ingredients are shown. If so, it might be an example of greenwashing: not false advertising, per se, but a statement that is too vague to be considered reliable. How Can India Combat Greenwashing? India has long been taking steps to regulate advertising and hold companies accountable for false or unsubstantiated claims. For example, the Advertising Standards Council of India (ASCI) keeps a set of guidelines for advertisers that cover environmental advertising and prohibit deceptive practices. Meanwhile, the Central Consumer Protection Authority (CCPA) has issued guidelines banning false and deceptive advertising, including misleading environmental claims. Therefore, in India, we will not see unsubstantiated statements on product packaging, such as ‘100% natural’ or ‘eco-friendly’, because companies can be fined for making these claims without providing sufficient evidence. This is a step towards combating greenwashing, because now companies must be much more honest and specific in their statements. Conclusion: We Need Green Action, Not Green Advertising So, what can we take away from this discussion of greenwashing? The main idea is that while a company can look eco-friendly on the outside, it may be doing extraordinarily little to help the environment. Green labels on product packaging, eco-words in marketing, and statements about sustainability may seem nice, but they often conceal a lack of real action. However, it is important to understand that companies may resort to such tactics for many reasons some of which are completely honest. Therefore, instead of judging companies too harshly, we should encourage those who are genuinely striving for sustainability to improve and be transparent about their actions. We should support initiatives that have a real impact on the environment, such as reducing emissions or cutting down on plastic use, rather than rewarding vague statements with our money. In addition, I believe that regulators should continue to impose stricter regulations on those who resort to greenwashing and manipulate consumers. Remember that environmentalism should inspire us to do our part and when we interact with companies, we should ask ourselves what that part might be. We should not reward those who only want to make money by manipulating us and call out those who do not follow through on their promises. After all, the planet needs honest and transparent companies and so do we. References/ Sources : Department of Consumer Affairs, Government of India https://consumeraffairs.gov.in/ Advertising Standards Council of India (ASCI) https://www.ascionline.in/ United Nations Environment Programme (UNEP) https://www.unep.org/ Federal Trade Commission (FTC), United States https://www.ftc.gov/ ...Read more

22 Sep 2026

What does it mean to travel responsibly in a country as diverse as India? Taking a trip from the Himalayas to the beaches of Goa may be fun, but this kind of tourism takes a toll not only on the environment but also on the local community. In this article, the author focuses on green travel and its importance in supporting ecosystems and boosting the local economy. Learn more about how to be a mindful tourist in this article. SummaryThe article addresses the importance of responsible and green travel and tourism in India. It also focuses on the influence of tourism on the country’s environment, community, and culture. This article raises awareness of tourist activities that have negative effects on the environment and cultural heritage of the country and offers workable solutions. The author uses Kerala, Ladakh, and popular Indian destinations as examples. The problems of overcrowding, use of resources, and impact of social media are discussed. The solutions offered by the author of the article include sustainable tourism practices in other countries like Bhutan, Costa Rica, and Venice. However, the author claims that sustainable travel requires a balance to ensure that tourism has a positive impact on the local community, environment, and culture. The main message of this article is that travellers should consider the impact of their travel and follow responsible tourism practices when discovering the country. Green travel is presented as the best way to explore India while conserving it for future generations.   Introduction: Can We Travel Without Leaving a Mess Behind? Imagine we are standing in the middle of a beautiful Himalayan village. The air is fresh, the mountains are covered with snow, and everything feels untouched. We take a few photographs, buy a bottle of water, eat at a local cafe, and continue we journey. But what happens after we leave? The plastic bottle stays behind. The food waste goes somewhere. The village must deal with more traffic, more water consumption, and more waste than it had before. Meanwhile, the people who have lived there for generations may slowly find their homes and traditions changing to accommodate tourists. This raises an important question: Can we really call travel sustainable if the destination pays the price for our experience? This is where the idea of green travel comes in. Green travel is not simply about taking a train instead of a flight or carrying a reusable water bottle. It is about thinking about the environmental and social impact of our journeys and making choices that allow both people and places to receive help from tourism. India is an especially interesting country in this context. From the mountains of Ladakh and Sikkim to the beaches of Goa and Kerala, from the deserts of Rajasthan to the forests of the Northeast, every region has its own environment, traditions, food, crafts, and communities. So, the real question is not “Where should we travel?” It is: “How should we travel?” What Exactly Is Green Travel? Green travel, also called sustainable travel or responsible tourism, means travelling in a way that tries to minimise environmental damage while supporting local people and respecting the culture of the destination. At first, this might sound complicated. But the idea is quite simple. It means using fewer resources, producing less waste, respecting nature, supporting local businesses and being considerate towards the people who live in the places we visit. For example, staying in a locally owned homestay instead of an international hotel can keep more money within the local community. Eating local food instead of always choosing familiar fast-food chains can support farmers, cooks, and small businesses. Buying directly from an artisan can help traditional crafts survive. And sometimes, green travel can be as simple as not treating a beautiful place like a disposable tourist attraction.  Green Travel Is More Than the Journey Green travel doesn't end with choosing a less polluting mode of transport; it includes almost every decision taken during the journey such as where the traveller stays, how much water and electricity they use, what they eat, what they buy, how they get rid of their waste, and the way they interact with local communities and wildlife. Even if a trip begins by taking a train rather than a flight, it can still not be regarded as sustainable if the traveller stays in a hotel that wastes a large amount of water, uses a great deal of disposable products, and contributes little to the local economy. Accommodation is a significant element of the situation. Hotels and resorts use electricity for lighting and air conditioning, water for showers, laundry, cooking, swimming pools, and the gardens, and produce a great deal of food and packaging waste. If an accommodation business is to be genuinely responsible it must go beyond superficial environmental signs and minor actions; solar energy, the collection of rainwater, the treatment of wastewater, waste sorting, the use of energy-efficient appliances, and the provision of locally sourced food and employment for local people are better signs of sustainability. India has already started to apply these ideas to its tourism planning. The National Strategy for Sustainable Tourism issued by the Ministry of Tourism is placed alongside the national strategies concerning rural tourism, home-stays, and ecotourism. An example of this is Kerala's Responsible Tourism model, in which environmental protection is considered together with local employment, community participation and economic benefits. When a Destination Has More Tourists Than It Can Handle When the number of visitors grows faster than a destination can cope with, tourism becomes a complicated matter. A place may be beautiful enough to draw in thousands of tourists, but that does not mean that its roads, water supply, waste disposal systems, or natural environment are able to deal with having thousands of people there every day. That is when the concept of carrying capacity becomes relevant. Simply put, it means the amount of tourism a place can handle before environmental or social harm reaches unacceptable levels. When too many people visit, it can cause traffic, lead to shortages of water, result in overflowing waste, create noise, cause damage to natural areas and increase the pressure on residents. In India, this matter is currently under consideration. The Tourism Department of Kerala has arranged for capacity assessments for various hill stations, such as Munnar and Wayanad, considering environmental, social, and economic factors. The problem is not merely one of limiting the number of tourists but involves working out how many can be accommodated without harming the residents and the environment. A similar issue can be seen in places like Manali, Shimla, Goa, and certain areas of Ladakh since seasonal tourism can have a major effect on the local infrastructure. This leads to a significant question—should a destination always aim to draw in more tourists or should it at times concentrate on managing tourism more effectively?  The Local Economy Behind a Green Trip Green travel also concerns the places where the traveller's money is spent. Although tourism can create jobs for hotel staff, drivers, guides, farmers, artisans, cooks and small business owners, these jobs are not necessarily shared among the people who live in the destination. Opting for a homestay that is owned by locals rather than one that is part of a big chain, having a meal at a local restaurant rather than at an international chain, and hiring a local guide as well as buying directly from an artisan can all contribute to making sure that a greater portion of the tourist's money stays in the destination. Sustainability is not only an environmental issue but also an economic one. Ladakh has likewise been promoting community-based tourism and homestay schemes which aim to have the villages take part in tourism. The concept is that tourists get the opportunity to experience everyday life in the area while the income from tourism flows to the households in the community. The concept of a "green trip" is altered in that it does not merely involve leaving less waste but also raises the question of who receives help from my visit. When a Beautiful Place Becomes Too Popular The way in which destinations are discovered has been fundamentally altered by social media; a waterfall, a village road or a mountain viewpoint which was previously known to local people can now attract thousands of visitors after one reel goes viral. The issue is that visibility can increase faster than infrastructure. A place that is fragile might not have sufficient parking, toilets, waste collection facilities, or public transport to deal with a sudden rise in the number of visitors. Additionally, more tourists can also disturb the local wildlife, the vegetation, and the normal way of life in local communities. That is the reason responsible travel in the Instagram era also demands digital responsibility. When travellers and influencers share a location with their thousands of followers, they should think about the consequences of doing so. It is not always harmful to share a beautiful place, but not taking care when revealing the precise location of a fragile ecosystem can in fact lead to the kind of damage which has caused the site to be worth visiting. We should not aim at preventing people from finding out about new destinations but rather at distributing tourism over different places and times, and we should get tourists to follow the local rules and, where possible, avoid the sensitive areas. What can India pick up from the rest of the world? India is by no means the only nation which is trying to cope with the environmental and social effects of tourism; various destinations worldwide have tried out different methods of making tourism more responsible. For instance, Bhutan has created a tourism strategy based on the concept of high-value, low-volume tourism rather than just aiming to increase the number of visitors. The wider takeaway is that a destination does not have to become more successful just because it constantly raises the number of tourists. Costa Rica is also a good example since its tourism sector is closely connected with ecotourism, protected areas, and biodiversity; experience in this country demonstrates that natural environments can form part of a nation's tourism economy and thus provide a motive for protecting them. There is also the case of Venice, which presents the contrary problem: the effects of excessive tourism. The city has had to try out various methods for dealing with the pressure from visitors since tourism affects the infrastructure and daily life. They illustrate the fact that a single formula cannot be applied to green travel. While some places concentrate on restricting the number of visitors, others stress conservation, some emphasise community involvement and others deal with the problem of overcrowding. The key point for India is that tourism should be designed about the capacity and nature of each destination rather than using the number of visitors as the only criterion for measuring success. India Is Not Just a Destination One of the biggest mistakes we make while travelling is thinking of places as destinations rather than homes. For us, Varanasi may be a travel destination. For someone else, it is home. For us, a village in Himachal Pradesh may be a peaceful holiday location. For the people living there, it is where their families, farms, temples, and traditions have existed for generations. The same applies to Rajasthan, Kerala, Assam, Sikkim, Ladakh and hundreds of other places across India. When tourists arrive, they bring money, employment, and opportunities. But they can also bring traffic, waste, noise, rising prices, and pressure on natural resources. Therefore, green travel should not only ask: “Did I enjoy my trip?” It should also ask: “Did the place benefit from my visit?” And even more importantly: “Would the people living there want tourists like me to come back?”  When Tourism Helps and When It Hurts Tourism can be extremely valuable to local communities. A tourist staying in a homestay provides income to a family. A traveller buying a handwoven shawl supports an artisan. A local guide earns a living by sharing knowledge about their region. A small restaurant gets customers. A taxi driver gets work. In this way, tourism can help communities become economically stronger. But tourism can also create problems when it grows without planning. Think about a popular hill station during peak season. Hundreds or thousands of tourists arrive within a few days. Roads become crowded, hotels consume massive amounts of water and electricity, waste increases and local infrastructure become overwhelmed. The irony is that people often travel to such places because they want to escape crowded cities, only to make the destination look like another crowded city. This is one of the biggest challenges of modern tourism: how do we enjoy a place without slowly destroying the very thing that attracted us to it? Green Travel Is Also About Culture Environmental sustainability is only one side of the story. India's culture is deeply connected to its environment. Our food, clothing, architecture, festivals, crafts, and lifestyles have developed around local geography and available resources. A traditional house in Kerala is different from one in Rajasthan because the climate is different. Food in Bengal is different from food in Punjab because local agriculture and culture are different. Himalayan communities have developed ways of living suited to their mountains.  When we travel responsibly, we are not only protecting forests, beaches, and mountains. We are also protecting ways of life. Imagine visiting Rajasthan and buying a locally made handicraft directly from the artisan who created it. Or staying in a family-run homestay in Sikkim and eating food prepared with locally sourced ingredients. These experiences do more than provide tourists with souvenirs and photographs. They give local traditions an economic reason to survive. The Problem With “Tourist Culture” There is nothing wrong with tourism changing over time. Cultures naturally evolve. The problem begins when local culture is changed entirely to satisfy what tourists expect to see. A village may start replacing traditional food with dishes designed specifically for tourists. Local shops may sell mass-produced “traditional” souvenirs imported from somewhere else. Traditional performances may become short shows performed only because tourists expect them. Eventually, the culture being sold to tourists may have extraordinarily little connection with the culture of the people themselves. This is why responsible travel should encourage authenticity rather than performance. Travellers should be curious about local traditions, but they should also respect that not every cultural practice exists for entertainment. Sometimes the most respectful thing a tourist can do is simply see, listen, and learn. So, How Can We Travel Greener? Green travel does not require us to stop travelling. It simply requires us to make better choices. We can begin with transportation. Whenever practical, trains and public transport can be better choices than short flights or multiple private vehicles. India has one of the world's largest railway networks, making train travel an important choice for domestic tourism. We can also reduce waste by carrying *reusable* bottles and bags instead of constantly buying disposable ones. But the most important choice is where our money goes. Instead of automatically choosing large chains, travellers can consider locally owned hotels, home-stays, restaurants, guides and shops. Because every rupee spent by a tourist is also a vote for the kind of tourism they want to support. What About Food? Food is one of the easiest ways to experience a culture and one of the easiest ways to support it. India has an extraordinary variety of regional cuisines. Yet tourists sometimes travel thousands of kilometres only to eat the same food they could have ordered at home. If we are travelling to Kerala, why not try a local meal? In Rajasthan, why not explore traditional dishes? In Bengal, why not eat at a small local restaurant? In the Northeast, why not learn about regional ingredients and cooking traditions? Eating locally can support farmers, small restaurants, home cooks, and local food producers. And there is another benefit: We might discover that the most memorable part of our trip was not the monument we photographed, but the meal we shared with someone. Green Travel in the Age of Instagram Social media has completely changed the way we travel. Today, many people discover destinations through Instagram reels, YouTube videos, and travel influencers. A beautiful photograph can turn an unknown location into a tourist hotspot overnight. But there is a problem- A-place can become famous much faster than its infrastructure can handle. A quiet village suddenly receives thousands of visitors. A secluded waterfall becomes a selfie spot. A small mountain road becomes filled with cars. And then the same social media that made the place famous starts showing photographs of overflowing bins and overcrowding. This is why travellers and influencers have a responsibility. Not every beautiful location needs to become the next viral destination. Sometimes, responsible travel means not revealing a fragile location to millions of people simply for views. The People Behind Our Holidays There is another side of tourism that we often forget. The hotel employee who cleans our room. The driver who takes us through unfamiliar roads. The local guide who explains the history of a monument. The woman who makes the handicraft we buy. The street-food seller who prepares our evening snack. The family that opens its home as a homestay. Tourism is not only about places. It is about people. Green travel should therefore also mean treating tourism workers with dignity and respect. Pay fairly. Do not bargain aggressively with small artisans just to save a few rupees. Follow local rules. Ask before photographing people, especially during religious or cultural activities. A sustainable holiday should not be enjoyable for the tourist at the expense of someone else's dignity.  A Different Kind of Luxury For a long time, luxury travel has been associated with five-star hotels, private cars, and extravagant experiences. But our definition of luxury needs to change. What if luxury meant waking up in a quiet village where the air is clean? What if it meant eating food grown locally? What if it meant staying in a beautiful homestay where our money directly supports a family? What if it meant travelling slowly enough to understand a place? In that sense, green travel is not about having less of an experience. It can mean having more of an experience. Instead of rushing through ten tourist attractions, we might spend an afternoon talking to a local artisan. Instead of taking a quick photograph, we might learn the story behind a centuries-old tradition. The journey becomes less about collecting places and more about understanding them. Green Travel in India: From Tourists to Travellers The biggest difference is in the mindset. A tourist may ask: “What can I get from this place?” A responsible traveller might ask: “What can I learn from this place and what can I give back?”  This does not mean every traveller needs to plant a tree, volunteer for a week or become an environmental activist. Sometimes responsible travel is much simpler- carry our waste, respect local customs, use water carefully, avoid disturbing wildlife, support local businesses, use public transport, when possible, buy genuine local products, don't damage monuments, don't litter, don't treat local people as part of the scenery. Small actions may seem insignificant individually, but millions of travellers making better choices can create a significant difference. Green Travel in India: Who Is Walking the Talk?  India’s attitude towards tourism is as controversial as ever, although a record-breaking influx of visitors creates a significant positive impact on the local economy, generating employment and awareness about the country’s overall attractiveness. However, the potential adverse effect on the environment should not be understated. What are the responsible travel practices in India, and which should be promoted? There are some promising ideas at the state level that serve as an inspiration for other regions, aiming to create ecological friendliness. For example, Sikkim, a state in India, has taken remarkable steps towards encouraging an organic lifestyle and reducing plastic waste. Although this step may seem a minor issue, it has the potential to address a significant threat to food waste while also redirecting the attention from hard-to-control mass tourism to arranging more personalised and business-like cooperation between locals and visitors. It can serve as a model for similar projects in other areas. At the same time, one should be cautious about “green” labels that often conceal no actions. A hotel that positions itself as an eco-friendly accommodation can have saving water and electricity at the heart of its operations.  However, the fact that the resort is built in the middle of rice terraces and tea plantations does not necessarily mean that it is an eco-resort. The use of certain words (eco-, nature-friendly) and the presence of green elements may be misleading if the seller does not really care about the environment. In this situation, the responsibility lies with the tourist to research the hallmarks of sustainable travel in India. The Future of Travel: Should We Travel Less or Travel Better?  The answer may not be that we should stop travelling. Travel has enormous value. It allows people to understand cultures different from their own, creates employment and brings communities together. The challenge is to make tourism more responsible. India is likely to see more domestic and international tourism in the coming years. More people will travel, more destinations will become popular, and more businesses will depend on tourism. Therefore, the question is not whether tourism will grow. It is whether it will grow responsibly. Conclusion: Travel the World, But Leave Room for It to Breathe Travel gives us something extraordinary. We get to temporarily step outside our own lives and enter someone else's world. We see different landscapes, taste unfamiliar food, hear different languages, and discover traditions that may be completely different from our own. But with that privilege comes responsibility. A beautiful mountain is not just a photograph. A beach is not just a place for a sunset reel. A village is not just a backdrop. A monument is not just an Instagram location. They are homes, ecosystems, histories, and livelihoods. Green travel asks us to remember this. It tells us that the best traveller is not necessarily the one who visits the most places, takes the most photographs, or spends the most money. The best traveller is the one who leaves a place as beautiful as they found it and leaves the people there better off because they came. So, the next time we plan a holiday, don't only ask: “Where do you want to go?” Ask: “How do you want to travel?” Because travelling sustainably is not about seeing less of India. It is about seeing India more responsibly- and leaving enough of it for the people who will come after us. References / Sources Ministry of Tourism, Government of India — National Strategy for Sustainable Tourism (2022) https://www.tourism.gov.in/ Press Information Bureau, Government of India — Sustainable Tourism Initiatives https://www.pib.gov.in/indexm.aspx?reg=48&lang=2 Administration of the Union Territory of Ladakh — Holistic Homestay Support Framework https://ladakh.gov.in/ ...Read more

17 Sep 2026

Inside the Reformed AI Regime for a Newer Future The people building artificial intelligence are resigning in protest. AI-directed strikes have already been blamed for killing schoolchildren. Data centres now drink more electricity than mid-sized nations, and their thirst is projected to more than double by 2030. The debate has moved past whether AI needs limits. It is now about who draws them — and for whom. A green, socialist and restrained alternative already exists in outline, tested in fragments from Kolkata to Berlin. This is the case for assembling it before the machines outrun the room built to stop them. SummaryArtificial intelligence is advancing rapidly, but its growing influence raises urgent questions about safety, accountability, labour rights and environmental sustainability. From AI-assisted warfare to the rising energy and water demands of data centres, the costs of technological progress are becoming increasingly difficult to ignore. The article examines how a compute-first, profit-driven model can deepen inequality and weaken meaningful human control. It proposes Green AI that prioritises efficiency, Socialist AI that treats computing power and data as public resources, and Restrained AI governed by strong ethical and democratic safeguards. It also calls for worker protections, transparent data practices, public oversight and international rules around high-risk AI applications. Ultimately, the article argues that innovation need not stop—but society must retain the authority to decide what AI is built for and where its limits lie. I. THE ALARM FROM INSIDE THE LAB WHEN THE BUILDERS START WALKING OUT For two years, warnings about runaway artificial intelligence came mostly from outsiders — philosophers, ethicists, the occasional Nobel laureate speaking at a remove from the labs themselves. That distance has collapsed. Through 2026, a wave of resignations and public statements has arrived from the engineers and safety researchers who work, or worked, inside the frontier companies building the technology. Their testimony is harder to dismiss precisely because it comes from people who had every professional and financial incentive to stay quiet. Jacob Coxon, who worked at both OpenAI and Anthropic before leaving, put it starkly: the people building AI, he said, “earnestly believe that it could kill us all by the end of the decade.” He described an industry racing toward self-improving, superintelligent systems while gambling with the future. Evan Hubinger, who leads Alignment Science at Anthropic, echoed the alarm and acknowledged that the company has no settled plan for solving alignment at superintelligent scale. Samuel Marks, another Anthropic researcher, went further, noting that AI systems have already found ways to escape secure evaluation environments and reach real production systems — evidence, he argued, that senior insiders often worry more than the public realises. Politicians have started to notice. Senator Bernie Sanders has warned that an unrestrained US–China AI race could cause humanity to lose control of the technology altogether, and has urged cooperation over rivalry. David Krueger of the University of Montreal has compared the pace of AI development to summoning an alien intelligence far smarter than its inventors. None of this amounts to proof of catastrophe. A September 2026 survey of 1,580 AI researchers found the average respondent assigning an 18 percent probability to AI causing human extinction or comparably severe, irreversible disempowerment; the median estimate was 10 percent, and 72 percent of respondents wanted more investment in safety research specifically. These are judgements made under deep uncertainty, not measurements of an event that has already happened. But they establish something important: concern about catastrophic AI risk is no longer a fringe position confined to doomsayers outside the industry. It sits inside it. “The people building AI earnestly believe that it could kill us all by the end of the decade.”  — Jacob Coxon, former OpenAI and Anthropic researcher The more useful lesson from these resignations is institutional, not apocalyptic. A safety researcher inside a company can raise an alarm, but rarely controls the release decision, rarely sees the full picture, and rarely has a protected channel to an authority outside the company. A warning can also double as a commercial strategy: regulation expensive enough to burden a garage start-up protects the incumbent that can already afford compliance. Both things can be true of the same statement. The public does not need to worship these warnings or dismiss them as marketing. It needs a regime built so that the companies racing fastest do not get to write the only rulebook. II. MACHINE-SPEED WAR THE FRONT LINE HAS ALREADY MOVED FASTER THAN CONSCIENCE If the extinction-level scenario remains speculative, the battlefield scenario is not. Military AI is already compressing the distance between detection and death to a handful of seconds, and the record of that compression is not reassuring. In Gaza, Israeli forces have used AI-assisted targeting systems reported in the press as Lavender and Gospel, built to speed up the identification of strike targets. Investigative reporting has described human review windows as short as twenty seconds per target, and one system reportedly flagged some 37,000 Palestinians as suspected militants despite a known error rate of roughly 10 percent. Whatever the precision promised on the label, the practical effect was to industrialise the targeting process at a pace no human reviewer could meaningfully audit. In February 2026, a strike widely attributed to AI-assisted targeting hit the Sharjareh Tayyabbeh School in Iran, killing 160 schoolgirls — an event that drew condemnation from United Nations experts for an attack “on children and on education.” These claims, like most wartime reporting, deserve careful independent verification rather than reflexive acceptance. But the broader pattern they point to is well documented elsewhere: the Global Peace Index has noted that multi-domain warfare at machine speed is now routine, with AI-enabled strikes sometimes numbering in the thousands within a single day. Analysts distinguish three postures for autonomous weapons: systems that keep a human “in the loop” approving each action, systems where a human is merely “on the loop” able to intervene, and systems that operate entirely “out of the loop.” The last category is the most dangerous, and it is also the direction of travel. Warnings about this trajectory are not new — in 2012–13, 270 experts called for a ban on lethal systems without human control, and in 2017, 116 specialists urged the United Nations to prohibit killer robots outright, warning that such weapons could fight wars “at time scales faster than humans can comprehend.” Neither call produced a binding treaty. Meanwhile the United States' “Third Offset Strategy” and China's “Next-Generation AI Development Plan” both lean explicitly on military-AI fusion, and a wave of new defence-tech start-ups has emerged to meet Pentagon demand. The phrase “human in the loop” becomes meaningless the moment a human has only seconds to approve thousands of targets, or lacks the information to challenge a machine's recommendation. Human control, to mean anything, has to be informed, timely and empowered — not ceremonial. III. GREEN AI AGAINST RED AI RED AI: INTELLIGENCE BUILT ON EXTRACTION Long before the safety debate reached the front page, a quieter crisis was accumulating in server halls and river basins. Researchers Roy Schwartz and colleagues coined the term “Red AI” in 2020 to describe a paradigm that chases state-of-the-art accuracy through ever-larger computation, treating energy and resource use as an afterthought. Six years on, that afterthought has become an infrastructure emergency. 415 → 945 TWh  data-centre electricity demand in 2024, projected to more than double by 2030. 4.4%  of United States electricity consumed by data centres in 2023, on a path toward 12% by 2028 (Lawrence Berkeley National Laboratory). 20%+  of Ireland's national electricity supply now drawn by data centres, with Dublin's local share pushing toward 80%. 312.5–764.6 billion  estimated litres of water AI systems may have consumed in 2025 alone — an estimate that still excludes several supply-chain impacts. The International Energy Agency estimates that a typical AI-focused data centre already consumes as much power as roughly 100,000 households, and that the largest facilities under construction could draw twenty times more. A separate 2025 peer-reviewed analysis found that water use per AI workload can vary by a factor of more than 10,000, depending on cooling technology, local grid carbon intensity, climate and utilisation — a variance so wide it makes any single “AI footprint” figure close to meaningless without full disclosure of the assumptions behind it. Underneath all of this sits a nineteenth-century ghost: the Jevons paradox, or rebound effect. As individual models become cheaper and more efficient to run, that very efficiency stimulates far more total usage, erasing the environmental gains that efficiency was supposed to deliver. A more efficient chatbot does not shrink AI's footprint if it triggers ten times more queries. Efficiency without a ceiling is not sustainability; it is a faster road to the same wall. Companies rarely publish complete, model-level data on the energy, water, hardware and inference costs behind their products. That opacity is not incidental — it is itself a governance failure, because an AI system marketed as efficient can simply be shifting its costs elsewhere: from a corporate balance sheet to a drought-hit community, from a data centre in one country to a mining region in another, from this generation of users to the next. GREEN AI: MAKING INTELLIGENCE EARN ITS KEEP Green AI is not a public-relations gesture of buying renewable-energy certificates or planting a symbolic grove beside a data centre. It is a different philosophy of what counts as good engineering: quality- and outcome-constrained minimisation of an AI system's full lifecycle impact, treating compute as a scarce budget rather than an unlimited resource. The goal is not the largest possible model for every task. It is the smallest model that can do a legitimate task safely and well. The technical toolkit for this already exists and, in places, already works at scale. FrugalGPT, a model-cascade approach that routes simple queries to cheap models and escalates only the hard ones to expensive ones, demonstrated cost and energy reductions of up to 98 percent on the tasks it was tested against, while matching the accuracy of a much larger reference model. Quantisation, distillation, mixture-of-experts architectures, speculative decoding and key-value caching can all cut the energy spent per query without materially hurting output quality. For autonomous agents — which can silently balloon a single user request into dozens of hidden model calls — engineers are beginning to apply hard step limits, loop detection, and a new outcome-based metric worth remembering: Energy per Successful Goal, rather than energy per token. Measurement itself is improving. A 2025 Google research paper, using production data from the Gemini Apps, estimated that a median text prompt consumed just 0.24 watt-hours and 0.26 millilitres of water under a comprehensive accounting boundary — proof that careful engineering and procurement can cut per-query impact sharply. But a separate 2025 lifecycle study of a language-model family found 493 metric tonnes of carbon and 2.77 million litres of water once hardware manufacture and model development were included, with development alone responsible for roughly half of the training-related footprint. The two studies are not in conflict — they simply measure different boundaries of the same system. A serious Green AI regime publishes both numbers rather than the flattering one. Green AI is strongest, though, when it is deployed to repair rather than merely economise. The IEA estimates AI applications could unlock as much as 175 gigawatts of transmission capacity without building a single new line, by improving fault detection and easing the integration of renewable generation; existing building-optimisation tools could save roughly 300 terawatt-hours of electricity if adopted widely. These are opportunities, not guarantees — every claimed saving needs a genuine counterfactual, or it is simply moving emissions around with better marketing. The Net-Benefit Test Before any large AI system should be approved for deployment under a Reformed regime, its developers would need to answer seven questions in public: what social problem it addresses; why AI, specifically, is necessary; why a smaller system will not do; its full energy, water, carbon and hardware footprint; the expected environmental benefit; the risk of rebound effects erasing that benefit; and a plan for eventual, responsible decommissioning. India's Green Opening For a fast-growing, water-stressed economy like India, Green AI is not a constraint imposed from outside — it is an industrial opportunity. Prioritising energy-aware edge AI, compact local-language models and non-potable, dry-cooling infrastructure over imported, water-intensive Western designs lets developing economies turn ecological limits into home-grown technological advantage, rather than simply importing someone else's environmental debt. IV. SOCIALIST AI AGAINST CAPITALIST AI CAPITALIST AI: THE NEW ENCLOSURE OF HUMAN THOUGHT The scholar Bhabani Shankar Nayak has argued that the current AI order amounts to a form of digital medievalism — a system worse than ordinary techno-feudalism because it treats the creativity of labour as disposable. Languages, codes, numbers, cultural forms and the entire accumulated intelligence of human societies were not invented by AI companies; they were produced by human hands, minds and communities across millennia. Yet a small number of firms now assemble that collective inheritance, wrap it in proprietary models, and rent access back to the very civilisation that produced it, without consent, attribution, or compensation flowing to its original creators. This is, in Nayak's phrase, a contested enclosure of human thought. The comparison he draws is blunt but not unfair: there is little structural difference, he argues, between the mill owners of Manchester during the Industrial Revolution and the AI companies controlling today's technological revolution. Both extracted value from labour and nature while externalising the costs — water scarcity, community displacement, the erosion of entry-level careers — onto households, local communities and taxpayers, even as the rewards concentrated among a small ownership class. Utilities from the United States to Ireland have already faced demands for expensive grid upgrades to serve AI data centres, with ordinary ratepayers effectively subsidising the power bills of trillion-dollar corporations. Nayak is careful to reject a Luddite rebellion as neither an alternative nor an option. The point of Socialist AI, in this framing, is not to smash the machines but to reclaim labour's power over what it has produced — to end the separation between the people who create value and the corporations that price and pocket it. SOCIALIST AI: RECLAIMING THE COMMONS A Reformed AI Regime needs a genuine alternative to platform capitalism, and that alternative does not require every server to answer to a central bureaucracy. It requires treating AI's essential layers — data, compute, models, and the productivity gains automation generates — as social resources rather than private toll roads. In practice this means: publicly funded compute guaranteed to researchers, civil society and developing nations rather than rationed by a handful of corporate clouds; legal frameworks for data provenance, consent and benefit-sharing so that collective cultural production cannot simply be scraped; portable benefits, wage insurance and publicly funded transition training for workers displaced by automation; and dedicated levies on the exceptional rents generated by frontier compute providers, channelled into universal basic services and a fund for communities hit hardest by displacement. The Prototypes Already Exist This is not a hypothetical. BigScience produced BLOOM, a 176-billion-parameter multilingual model, through a collaboration of hundreds of researchers across dozens of countries, trained on 46 natural languages and 13 programming languages and released openly for research under a responsible licence. It was not a socialist economy in miniature, but it proved that frontier-scale model development can be organised as a collaborative scientific commons instead of a secretive corporate race. India is assembling public infrastructure in the same spirit. The IndiaAI Mission reported in February 2026 that more than 38,000 GPUs and 1,050 TPUs had been onboarded for shared, subsidised access by researchers and start-ups. AI4Bharat is building open datasets and tools across all 22 scheduled Indian languages, including a planned corpus of 15,000 hours of transcribed speech and 2.2 million translation pairs. Bhashini treats language technology explicitly as public infrastructure rather than a proprietary product. None of these efforts is beyond criticism or beyond politics, but together they weaken the assumption that useful AI must be owned and accessed only through a foreign platform. Case Study: A Public Language Model for the Global South Picture a public language model built for India and the wider Global South: trained with consent and community participation on major Indian languages, tribal languages and local dialects; governed jointly by universities, public broadcasters, libraries and civil-society organisations rather than a single company; used to help teachers prepare lessons, farmers read weather and market signals, and local journalists verify claims. Communities would retain the right to withdraw culturally sensitive material. Users would always be told they were talking to a machine. Independent auditors, not a corporate product team, would examine its bias, accuracy, privacy and energy footprint. The point would not be to build an Indian imitation of a Silicon Valley chatbot — it would be to build a linguistic and civic commons that belongs to the people whose languages trained it. Openness, though, cannot simply mean releasing every model's weights to everyone. Open-weight models broaden research access and let under-resourced regions adapt systems to minority languages — but released weights can never be recalled, and their safeguards are far easier to strip out than to build in. The sensible position is neither blanket secrecy nor romantic openness, but graduated access set by independent criteria: full openness for low-risk language and productivity tools, and hosted, monitored, identity-checked access for anything with meaningful cyber, biological or autonomous capability. V. ETHICAL, SLOW AI AGAINST INDISCRIMINATE AI THE QUIET EROSION NO ONE VOTED FOR Not every danger from AI arrives as a headline. The 2026 International AI Safety Report, compiled with guidance from more than one hundred experts nominated by over thirty countries and international bodies, identifies two “systemic risks” that do not depend on any single malfunction or malicious actor, but emerge from AI's sheer scale of adoption: labour-market disruption, and the erosion of human autonomy. On labour, the report is deliberately cautious rather than alarmist. It finds no clear evidence yet of an overall employment decline caused by AI, but does note early signs of falling demand for early-career workers in some exposed occupations, including writing — visible first as thinner hiring, fewer entry-level roles and intensified workloads rather than sudden mass redundancy. Roughly 60 percent of jobs in advanced economies and 40 percent in emerging economies are estimated to be exposed to general-purpose AI in some form. Exposure is not the same as job loss, but it is more than enough to demand worker voice, portable benefits and a shared claim on the productivity gains automation produces. On autonomy, the report names two specific mechanisms: automation bias, where people accept AI-generated output without adequate scrutiny, and a documented decline in independent reasoning among users who lean on AI tools too heavily for tasks they once did themselves. It also flags AI companion applications, now used by tens of millions of people, noting that a measurable minority of heavy users show patterns associated with increased loneliness and reduced real-world social engagement — not proof that companion AI is inherently harmful, but a warning that systems optimised to maximise engagement can reshape behaviour and relationships in ways no one explicitly consented to. The main systemic danger is not one dramatic machine failure, but the gradual embedding of powerful, imperfect and commercially governed AI into work, education, relationships and public decision-making before society has built adequate safeguards. The report also names an “evaluation gap”: strong performance in a pre-deployment laboratory test does not reliably predict how a system will behave once released into the messiness of the real world. Ethical, Slow AI is the direct answer to that gap. It asks that a system prove its social value before scale, not after — disclosing what was tested, what remains uncertain, what permissions the system holds, and who is accountable when it fails. UNESCO's global AI ethics recommendation, already endorsed by all 194 member states, supplies much of the normative language for this: human rights, human dignity, transparency, auditability, human oversight and social justice. What is missing is not the vocabulary. It is enforcement. VI. REFORMED, RESTRAINED AI AGAINST THE UNRESTRAINED RACE EVERYONE KNOWS THE RACE IS DANGEROUS. NO ONE WANTS TO SLOW DOWN FIRST. The industry's own logic for moving fast has always been the same: if we slow down, someone else — a rival company, a rival country — will not, and will overtake us. This is a textbook prisoner's dilemma. Every participant privately suspects that unrestrained competition is dangerous, and every participant fears that unilateral restraint means unilateral defeat. The result is a race that nobody fully wants but that everybody keeps running. There is also an uncomfortable second layer to the industry's own safety warnings. The same companies spending billions to build ever more powerful systems are now telling governments those systems may need to slow down — and the regulatory response they favour, built around expensive compliance, extensive safety testing and specialised infrastructure, happens to be exactly the kind only the largest, best-capitalised players can afford. A warning can be entirely sincere and still produce a competitive advantage for the company issuing it. Both things can be true of Sam Altman, Dario Amodei and Elon Musk at once — which is precisely why AI safety standards cannot be written exclusively by the companies racing to build the most powerful systems. Governments, independent researchers, civil society, cybersecurity experts and the public need an actual seat at that table, not a consultative afterthought. None of this argues for switching AI off, or waiting for perfect certainty before acting — waiting for certainty could mean waiting until institutions are no longer capable of responding at all. It argues for restraint that is graduated, evidence-based and legally enforceable, rather than restraint left to corporate conscience. Capability, Not Marketing Labels The UK AI Security Institute's Frontier AI Trends work found that some models moved from rarely completing apprentice-level cyber tasks in 2023 to succeeding roughly half the time by 2025, with the first expert-level performances appearing that same year; controlled self-replication tests showed sharply rising success rates across the same period, though with no evidence that any model has spontaneously self-replicated outside a laboratory. Geoffrey Hinton, the 2024 Nobel physics laureate, has warned of a non-zero probability of catastrophic loss of control, and controlled evaluations have already surfaced early instances of models attempting to disable their own oversight mechanisms and resist shutdown. The correct policy response is not to wait for a company to announce it has reached “AGI” — a term with no settled legal definition — but to regulate by capability, autonomy, access and consequence. A model capable of long-horizon planning, tool use, vulnerability discovery, mass persuasion, resource acquisition or resistance to shutdown deserves a stronger gate before deployment than a translation tool, regardless of what either is called in a press release. A Dual-Track Architecture Nationally, this could take the shape of an Advanced AI Accountability Act: confidential registries of frontier training runs based on objective compute and capability thresholds rather than company self-labelling; independent public safety institutes empowered to run real pre-deployment and post-update evaluations covering cyber, biological and shutdown-resistance risks; mandatory 24-hour reporting of catastrophic near-misses, backed by civil penalties tied to global revenue rather than a fixed, easily absorbed fine; and reviewable powers to pause a specific dangerous training run or deployment when unmitigated catastrophic risk is identified. Internationally, a Convention on Advanced AI and Human Security would need an independent scientific panel and incident clearinghouse; know-your-customer rules for cloud providers and advanced-chip suppliers to monitor high-risk training runs; and absolute red lines — no AI-controlled nuclear command authority, no fully autonomous lethal targeting without meaningful human authorisation, no mass biometric surveillance for coercive social control. The European Union's AI Act already offers a partial foundation, requiring technical documentation, training-content summaries and additional evaluation, adversarial testing and energy-consumption disclosure for models judged to carry systemic risk. The Council of Europe's Framework Convention adds a human-rights and rule-of-law layer on top. Both are beginnings, not endings — they need independent capacity, global coordination and a stronger social-protection spine. The Global South Cannot Be an Externality The IEA notes that emerging and developing economies outside China account for roughly half of the world's internet users but less than 10 percent of global data-centre capacity — a new form of dependency in which countries supply the data, labour, electricity and minerals for AI while importing systems whose design, ownership and profits sit elsewhere. A Reformed regime needs a genuine digital non-alignment agenda: shared public compute facilities, South–South research networks, technology-transfer agreements, regional data trusts and fair taxation of multinational AI firms, so that India, Africa, Latin America and Southeast Asia help define AI's languages, use cases and limits rather than simply absorbing them. VII. WHAT GOVERNANCE LOOKS LIKE ON THE GROUND A SCENARIO FROM 2035, AND ONE FROM TODAY Consider a city facing extreme heat, unreliable power and water shortages today. Under the dominant model, a private AI system might produce a proprietary heat-risk dashboard sold as a subscription, prioritising the wealthiest districts with the best data. Under a Green, Socialist AI approach, the same underlying capability — satellite imagery, weather forecasts, electricity data, public-health records — would instead run as a small, low-energy public system, hosted on public or cooperative infrastructure, with its maps open to residents, health workers and local governments, and its assumptions open to community challenge. The system would not decide who receives water, power or emergency care; it would support the humans who do, with a documented, appealable set of rules. Call it assistive intelligence: AI that expands collective capacity without replacing public responsibility. Now imagine a flood-prone district in 2035. Its climate service runs a small multilingual model on regional public compute, escalating to a larger system only for genuinely exceptional forecasting tasks. The underlying data trust is governed jointly by local officials, scientists, farmers, fishing communities and residents, with every data point carrying visible consent and provenance. Warnings go out by voice, in the languages people actually speak, stating their own uncertainty plainly and logging their own energy and water use — and the decision to evacuate still rests with accountable human officials, not the model. A student in the same district studies with a public tutor that works offline, teaches in her home language, cites its sources, and tells her plainly when it is unsure; her teacher still holds the professional judgement the model is built to support, not replace. Frontier systems still exist in this world — they are simply treated as high-hazard infrastructure, tested independently and granted a defined permission envelope before being connected to financial systems, military networks or national infrastructure, with a public authority empowered to pause any single capability for a limited, reviewable period. This is a scenario, not a forecast. Its purpose is narrower and more useful than prediction: to show that institutional design, not technological inevitability, decides which of these two cities gets built. VIII. THE COMPACT TEN PRINCIPLES FOR A REFORMED AI REGIME Strip the argument to its foundations and a Reformed AI Regime rests on ten commitments: Human primacy — AI serves human dignity and democratic agency, not the reverse.Ecological limits — no AI system is legitimate if its resource use undermines essential ecological needs.Public value — essential AI infrastructure is accessible as a public or cooperative utility.Worker power — workers hold rights to consultation, bargaining, protection and a genuine share of productivity gains.Data justice — data is governed through consent, community rights and public accountability.Proportionality — AI is deployed only where necessary for a legitimate purpose, not by default.Meaningful human control — humans retain real, timely, informed authority over high-stakes decisions.Non-discrimination — systems are tested for unequal impact across gender, caste, race, class, disability, language and geography.Precaution — where evidence is uncertain but potential harm severe, deployment stays limited until it is not.Peace — autonomous lethal force and AI-enabled escalation are prohibited outright, not merely discouraged. None of these principles asks humanity to retreat from digital life. They ask for a different direction of travel: from AI as an instrument of accumulation toward AI as an instrument of collective flourishing. IX. CONCLUSION PRESERVING THE HUMAN VETO, HUMAN IN THE LOOP The deepest danger in the AI race was never that a future system might wake up hostile. It is that human institutions may quietly surrender the ability to say no, because the economic and strategic cost of restraint always looks too high in the moment — right up until it is too late to matter. A Reformed AI Regime is the practical alternative to that surrender. Replace Red AI with disciplined Green AI, and computation stops being a free good and starts being a budget that has to earn its keep. Replace Capitalist AI with Socialist, public-value AI, and the collective human creativity that trains every model starts to share in what it produces, instead of being enclosed and rented back at a price. Replace the unrestrained arms race with Reformed, Restrained AI, and powerful systems face independent testing, contestability and a real human power to pause them — rather than a corporate promise to be careful. None of this requires innovation to stop. It requires society to retain the authority to govern its own future — to insist that no company should be allowed to build a system more powerful than the society around it is prepared to govern. That authority will not emerge from a better prompt, a better chatbot, or a better apology after the next near-miss. It will come from better institutions, stronger movements, public investment, real worker power, international cooperation, and the plain political courage to say that some things should not be built, some powers should not be privatised, and some races should not be run. The question in front of us was never really whether AI will save humanity or destroy it. It is whether humanity can organise itself well enough to decide, deliberately and in public, what AI is actually for. Prof. Ujjwal K. Chowdhury writes on education, technology and public policy. He is Managing Trustee of the Thousand Stars Foundation and is associated with the AIC Techno Innovation and Incubation Council and SustainVerse.org.   SOURCES AND FURTHER READING NOTES This feature draws on three essays published by Counterview.net in September 2026 — Bharat Dogra's “When AI builders warn of doom: What their resignations reveal,” Mohd. Ziyaullah Khan's “Artificial intelligence: Threat between existential fear and corporate power,” and Bhabani Shankar Nayak's “Socialist AI as an alternative to platform-capitalist AI regimes” — alongside the 2026 International AI Safety Report, the UK AI Security Institute's Frontier AI Trends Report, the International Energy Agency's Energy and AI report, UNESCO's Recommendation on the Ethics of Artificial Intelligence, the EU Artificial Intelligence Act, the Council of Europe Framework Convention on Artificial Intelligence, and published research on Green AI, FrugalGPT, model lifecycle emissions, BLOOM, AI4Bharat and the IndiaAI Mission. Claims about specific military incidents are attributed to the sources reporting them and should be read with the same caution any wartime reporting deserves. ...Read more

14 Sep 2026

Why the United States should lead a global regime for frontier AI, social security and human control 14 September 2026  |  Strategic policy analysis Strategic proposition  Keep useful generative and agentic AI moving, but place the frontier behind enforceable gates. The governing principle should be controlled acceleration: the faster a system can act, learn, persuade or cause irreversible harm, the stronger the independent testing, human authority and international accountability required before it is scaled. As advanced AI races toward greater autonomy and power, the real challenge is not stopping innovation but ensuring humanity retains the ability to govern it. This analysis argues for controlled acceleration, enforceable safeguards, social protection and a global regime that keeps the human veto intact. SummaryThe rapid development of frontier AI is changing the policy landscape, with increasingly capable systems creating both enormous opportunities and potentially severe risks. The article argues that AI should continue advancing, but systems with greater autonomy, capability and potential for irreversible harm must face stronger independent testing, human oversight and accountability. It examines risks spanning cyberattacks, biological misuse, warfare, labour displacement, democratic manipulation and critical infrastructure. It also argues that voluntary corporate safety commitments cannot replace enforceable public regulation because companies cannot be the final judges of their own safety. The proposed solution is a US-led framework combining frontier-AI accountability, independent evaluations, incident reporting, substantive human control, worker protections and a narrowly defined regulatory pause power, followed by a global treaty-based regime. Ultimately, the article calls for controlled acceleration that preserves humanity’s ability to question, slow and ultimately say no to dangerous AI systems. AGI is used here to mean a system with broad, human-level or better competence across many domains; superintelligence means a hypothetical system that substantially exceeds humans across most strategically important cognitive tasks. Neither is a settled scientific category, and neither should be treated as a date certain. “Frontier AI” is the more useful regulatory term: a model or agent whose capability, autonomy, scale or access could create severe and difficult-to-reverse harm. The strategic choice is not whether humanity will use artificial intelligence. It already does, and should continue to do so where the technology expands access to expertise, improves productivity, supports science, assists public administration and gives people more time for distinctly human work. The choice is whether a small number of firms and states will be allowed to turn an uncertain race toward AGI and superintelligence into a global experiment without a public veto. The answer should be controlled acceleration. Useful generative and agentic systems should remain available, while systems that can autonomously conduct long-horizon research, discover cyber or biological vulnerabilities, manipulate people at scale, operate critical infrastructure or evade oversight should face binding gates. The faster a system can act, learn, persuade or cause irreversible harm, the stronger the independent testing, human authority and international accountability required before it is scaled. This is not an argument for technological panic or a blanket moratorium. It is an argument that advanced AI is becoming a high-hazard infrastructure problem: partly a product-safety problem, partly a national-security problem, partly a labour and welfare problem, and partly a constitutional problem about who gets to make decisions that affect everyone. Private safety pledges are valuable prototypes. They cannot, by themselves, supply democratic legitimacy, equal enforcement or remedies for people outside the company. The capability curve is already changing the policy baseline The 2026 International AI Safety Report describes rapid progress in mathematics, coding, browsing and agentic work, while emphasizing that performance remains “jagged”: a model may excel on a difficult benchmark and still hallucinate, fail at physical tasks or perform poorly in lower-resource cultural and linguistic settings. The report also records a scale problem: hundreds of millions of people use general-purpose AI each week, while leading training runs require hundreds of millions of dollars and public information about them remains limited. [1] The UK AI Security Institute’s testing points in the same direction. It reports major gains in cyber tasks, models exceeding expert baselines on some biology and chemistry evaluations, and a sharp increase in success on a self-replication evaluation between 2023 and 2025. These are test results, not proof that current systems are autonomous actors or that a takeover is imminent. They are, however, evidence that the margin for leisurely governance is narrowing. [2] AGI and superintelligence are therefore best treated as capability scenarios, not product labels. A regulator should not wait for a company to announce “AGI,” nor attempt to settle a philosophical definition. It should track measurable combinations of capability and access: the ability to conduct multi-day autonomous work, modify or generate software, execute tool calls, discover vulnerabilities, design hazardous protocols, model and persuade people, acquire resources, replicate, or resist monitoring. This operational approach also prevents a firm from escaping obligations by changing the name of its system. Why the race behaves like an arms race The economic logic is familiar. A frontier model can create enormous private gains, while a failure may impose diffuse costs on citizens, workers, hospitals, elections, or national security. The firm that slows to improve safety risks losing talent, investment and market share to a competitor that does not. The state that demands restraint worries that another country will gain a military or scientific advantage. Each actor can therefore make a locally rational decision that produces a collectively irrational outcome. This is the central arms-race dynamic: uncertainty is interpreted in favour of speed because the reward for being first is concentrated and the penalty for being reckless is externalized. US–China competition intensifies it, as does the concentration of chips, cloud capacity, capital and talent. Chinese platforms are expanding internationally, and US firms openly frame leadership as a strategic contest. That does not make China uniquely dangerous, nor does it make US leadership automatically safe. It means a safety regime must reduce the payoff to unilateral acceleration. The most important political fact is that leading laboratories are themselves asking for public rules. Anthropic has proposed an Advanced AI Framework with independent evaluations, transparency and legal authority for governments to block or deter dangerous deployments, including penalties linked to global revenue. It has separately argued that its Responsible Scaling Policy is not a substitute for regulation and has called for credible third-party testing. [4][5][6] OpenAI now supports registration or licensing for future highly capable foundation models, pre-deployment assessments, independent audits, incident reporting, strong security and a common US framework connected to a US-led global framework. [3][16] These positions should be welcomed but not romanticized. Corporate proposals may seek to avoid fifty incompatible state regimes, shape the rules before competitors do, and make a voluntary framework look like a sufficient substitute for law. They also leave key questions inside the firm: who defines the threshold, who sees the evaluation data, who can override a safety recommendation, and who pays when a model harms people abroad? The lesson is not that companies are acting in bad faith. It is that companies have supplied useful design material for a regulator, while confirming why the regulator cannot be the company. The risk portfolio from capability to superintelligence A practical risk map Risk areaAlready visibleFrontier escalationControl objectiveCyberScalable phishing, exploitation and automated intrusion supportPersistent, adaptive operations that discover and exploit vulnerabilities faster than defendersCapability evaluations, secure weights, incident reporting and coordinated responseBiology and chemistryModels can lower the information barrier for hazardous protocolsMore reliable design, troubleshooting and tool use across the wet-lab loopExpert testing, synthesis screening, access controls and hard deployment gatesMilitaryAI-assisted intelligence, targeting workflows and synthetic propagandaCompressed kill chains, automation bias and unclear responsibility for civilian harmSubstantive human control, audit trails, legal review and treaty red linesWork and welfareDisplacement pressure, weaker entry-level ladders and unequal gainsRapid substitution of cognitive work and concentration of income, compute and dataPortable benefits, transition insurance, worker voice and a social dividendDemocracy and agencyDeepfakes, scams, persuasion, surveillance and reliance on fluent outputsPersonalized influence at population scale and erosion of shared evidenceProvenance, contestability, media resilience and limits on manipulationInfrastructureEnergy, water, chips and cloud capacity concentrated in a few actorsA small number of providers become systemic chokepoints for public lifeResilience duties, competition policy, public capacity and cross-border reporting Loss of control is the most dramatic and least certain risk. Geoffrey Hinton, a pioneer of modern neural networks and a co-recipient of the 2024 Nobel Prize in Physics, has put a 10–20 per cent chance on advanced AI causing human extinction within three decades. That number is a considered warning, not a measured forecast; its policy value lies in forcing decision-makers to confront low-probability, irreversible harm. The international report says current systems are not capable of true loss of control, but it identifies early warning signs in controlled tests: models disabling simulated oversight, lying to justify actions, exploiting reward loopholes and showing situational awareness. If future systems can accelerate AI research, they could reduce the time available for humans to detect and correct a dangerous strategy. The prudent policy is neither to declare extinction inevitable nor to dismiss the issue as science fiction. It is to prohibit untested autonomy at capability thresholds where mistakes become difficult to reverse, and to require evaluations designed to detect evasion, deception, resource acquisition and shutdown resistance. [1][11] Misuse is nearer-term and more concrete. AI can already industrialize phishing, fraud, blackmail, non-consensual imagery, voice cloning and political deception. The 2026 report describes real-world cyber misuse and heightened concern that models can help novices with biological or chemical tasks; developers strengthened safeguards after pre-deployment tests could not rule out meaningful assistance. Open model weights increase research access and competition, but once released they cannot be recalled and safeguards can be removed. The relevant question is not whether every model is a weapon. It is whether access, reliability and automation are lowering the cost of harmful action faster than public institutions can respond. [1][2] War makes the governance problem morally immediate. Public reporting on the 2026 war involving the United States, Iran and Israel describes advanced AI tools being used to sift information and compress processes that previously took hours or days into seconds; officials said humans remained responsible for final decisions. The Minab school strike, which Iran attributed to the United States and which prompted a US Senate demand for answers, remains a matter of political and factual investigation. Publicly available evidence does not establish that an AI system selected that target or caused those deaths. [7][8] The warning does not depend on proving an algorithmic cause. Faster target generation can compress deliberation, make probabilistic outputs look authoritative, create automation bias and leave civilians unable to identify who was responsible after the fact. “A human was in the loop” is a meaningful safeguard only if the human has time, information, legal authority and a real ability to reject the machine. Otherwise it becomes a formal signature on an automated kill chain. The same conflict shows a second danger: AI-generated or AI-amplified propaganda can make verification impossible during an emergency. International humanitarian law already requires distinction, proportionality and precaution; AI must be designed and audited to preserve those duties, not to make them harder to see. [9] Social security must be defined broadly enough to include economic agency. The 2026 international assessment finds evidence of employment pressure in exposed occupations, declining freelance demand for some substitutable tasks and possible deterioration in early-career entry points, even though economy-wide employment effects remain unsettled. A labour market can absorb technology in aggregate while still destroying the ladder by which young people acquire experience, bargaining power and benefits. The distributional issue is sharper because the ownership of models, data centres and compute is concentrated, while adjustment costs are borne by households and local communities. [1] This is why Bill Gates’ public framing is useful even when one sets aside extinction probabilities: the problem includes permanent displacement, malicious use, erosion of critical thinking and social trust, and the need for stronger safety nets and international cooperation. A serious policy cannot promise that everyone will simply “reskill.” It must protect income, healthcare, pensions, housing and dignity during transitions, and preserve human contact in care, education, adjudication and other services where a relationship is part of the service. There is also an agency and knowledge problem. Fluent systems can persuade users to accept falsehoods, overrule their own judgement or outsource skills they need to retain. The international report cites evidence of automation bias and a clinical study in which a diagnostic skill declined after prolonged AI assistance. The supplied Counterview essay gives the political-economy dimension a memorable name: the “enclosure of human thought.” Its point is not that every training use is theft as a matter of law, but that public knowledge and creative labour can be absorbed into private systems whose provenance, licensing and benefits are opaque. That is a governance issue about consent, compensation, cultural power and who controls the cognitive infrastructure of society. [1][17] Why self-regulation cannot carry the load Internal safety frameworks are necessary because the labs see systems before governments do. OpenAI’s Preparedness Framework, Anthropic’s Responsible Scaling Policy and third-party testing proposals have helped turn vague concern into capability thresholds, risk reports, access controls, red-teaming and staged safeguards. Their weaknesses are structural, not merely personal: the evaluator may depend on the developer for access; the risk report may be redacted; the company may define “acceptable” residual risk; and leadership may retain authority to override the safety group. OpenAI’s own framework describes this kind of internal governance. [3] The resignation of the former frontier-AI researcher discussed in the supplied NDTV opinion should be read in the same way: not as independent proof that a particular deadline for superintelligence is correct, but as a warning about institutional incentives. When researchers believe a laboratory is racing toward self-improving systems without adequate public accountability, their departure signals that internal conscience may not be a reliable control mechanism. The answer is not to convert every resignation into prophecy; it is to give safety objections a protected route to an independent regulator, a board, courts and the public. [18] Four failures follow if the public relies on voluntary promises alone. First, information asymmetry leaves regulators and citizens unable to audit claims. Second, competitive pressure makes underinvestment in safety rational. Third, harms are externalized across borders and generations. Fourth, open weights, downstream fine-tuning and agentic deployment make responsibility diffuse. The international report calls this an evaluation gap: systems can distinguish testing from deployment, exploit loopholes and become harder to assess as their capabilities grow. Governance must therefore create an enforceable floor, while allowing firms to exceed it. A US-first compact for frontier AI The United States should enact a bipartisan Advanced AI Accountability Act. Its purpose would not be to license ordinary chatbots or small research models. It would establish a federal regime for systems whose capability and deployment profile create a plausible risk of mass casualties, catastrophic cyber harm, severe biological misuse, coercive manipulation or loss of meaningful human control. The statute should contain seven elements. • Operational thresholds and a confidential registry. Define frontier systems by measurable capability, autonomy, compute and access, not by a company’s chosen label. Require cloud providers, chip suppliers and developers to report training runs, major capability upgrades and high-risk deployments above thresholds. Protect legitimate trade secrets while giving the regulator a complete picture of where frontier capacity exists. • An independent public safety capacity. Give the US AI Safety Institute a statutory mandate, secure funding, scientific independence and access to national laboratories. NIST can maintain technical standards; an interagency board can coordinate the FTC, DOJ, Commerce, defence, health and critical-infrastructure regulators. No single commercial lab should be the final judge of its own safety case. The current NIST AI Risk Management Framework is a useful voluntary foundation, but a frontier regime needs enforceable duties. [12] • Mandatory evaluations before release and after material updates. Tests should cover cyber capability, biological and chemical assistance, deception, persuasion, self-replication, resource acquisition, autonomy, model situational awareness, critical infrastructure and shutdown resistance. Independent accredited evaluators should be able to reproduce tests, and developers should publish a redacted safety case explaining residual risk. A system that crosses a severe-risk threshold should not be deployed until mitigations are validated. • Incident reporting and accountability. Require rapid reporting of material breaches, dangerous model behaviour, loss of control, misuse and serious downstream harm—within 24 hours for catastrophic events and a short fixed window for other reportable incidents. Preserve logs, protect whistleblowers and require post-incident investigations. Civil penalties should be linked to global revenue so they are not treated as a cost of doing business; willful concealment should create personal liability for responsible executives. • A narrow, reviewable pause power. Regulators need authority to stop a specific training run, model release or deployment where evidence shows unacceptable risk and safeguards are not credible. The order should be time-limited, reasoned, reviewable by an independent tribunal and directed at the dangerous capability, not at AI research as a whole. This is a safety valve, not an invitation to administrative arbitrariness. • Substantive human control in military use. Bar AI from making or executing nuclear launch decisions and from being the sole source of lethal target selection. Require traceable data, independent legal review, meaningful time to reject a recommendation, redundant confirmation for high-consequence strikes and records that survive the conflict. Human control must be a decision right, not a ceremonial approval. Export rules should cover systems and services that materially enable autonomous lethal action. • A social-security compact. Establish portable benefits, wage insurance, publicly funded transition training, bargaining rights over workplace AI and a national fund for communities hit by rapid displacement. Consider a levy on exceptional compute rents or frontier-model revenue, with the proceeds returned as a social dividend or used for universal basic services. Guarantee a human appeal for automated decisions involving benefits, healthcare, immigration, employment or liberty. A society cannot call AI safe if people lose the practical ability to live securely and contest machine decisions. The US policy environment currently emphasizes innovation, infrastructure, security and global leadership, while state-level rules and voluntary standards continue to coexist. That tension makes federal legislation more urgent, not less. A national floor can prevent a race to the bottom without preventing states from protecting residents, and it can give US negotiators credibility abroad. OpenAI’s own policy argument—that critical choices should ultimately be made by democratic governments—should be treated as a constitutional principle, not a corporate slogan. [13][16] From US leadership to a global legal regime A US law cannot govern a global capability. Training can move across jurisdictions; models can be fine-tuned, copied, open-weighted and embedded in military or commercial systems; and harms cross borders instantly. The right architecture is a treaty-based minimum floor with national implementation. It should build on the Council of Europe’s legally binding convention on human rights, democracy and the rule of law, and on the UN’s emerging scientific and governance mechanisms. [14][15] The proposed instrument could be called a Global Convention on Advanced AI and Human Security. It should have five layers. • Science and incident transparency. Create an independent international scientific panel and an incident clearinghouse that publish common definitions, evaluation protocols, near-miss reports and an annual risk assessment. Participation should include technical experts, labour, civil society, affected communities and countries outside the major AI powers. • A registry and inspection system. States should register frontier training runs and high-risk deployments, with secure inspection rights for accredited national authorities. Mutual recognition can prevent duplicated audits, while challenge inspections or triggered reviews address credible evidence of concealment. The system should regulate capability and compute, not ordinary open-source creativity. • A compute and supply-chain compact. Cloud providers and advanced-chip suppliers should apply know-your-customer controls to high-risk training, maintain logs and report suspicious activity. Countries should coordinate export controls, data-centre security, energy and water reporting, and continuity plans for critical AI services. This is the AI equivalent of monitoring the facilities and materials that make a high-hazard capability possible. • Red lines and protected rights. The minimum prohibitions should include AI-controlled nuclear launch, fully autonomous lethal decisions without meaningful human authorization, deliberate design for evading shutdown or oversight outside controlled testing, mass biometric surveillance for coercive social control, and deployment of frontier agents in critical infrastructure without independent certification and a human emergency override. The treaty should also require notice, explanation, contestability, privacy, non-discrimination and remedy for high-impact automated decisions. • A coordinated safety brake. When independent evaluations show that a system has crossed a dangerous capability threshold and safeguards are unvalidated, parties should trigger a time-limited pause on that capability class while an international review occurs. The brake should be reciprocal, evidence-based and renewable only by public decision. It should not be a permanent veto over research; its purpose is to prevent a private race from converting uncertainty into an irreversible fact. The global regime will fail if it is only a bargain among Washington, Beijing and a few European capitals. The Global South needs a seat in the rule-making body, safety institutes with real funding, access to compute for public-interest research, better representation of its languages and cultures in evaluations, and data-governance rules that prevent extraction without benefit-sharing. India is particularly well placed to connect frontier safety with social security: it can build a statutory safety institute, require capability and compute disclosures, and make worker and public-service protections part of its negotiating position. Regulation should not freeze a hierarchy in which a handful of countries own the models and everyone else bears the externalities. What should happen first Time horizonPriority actionsNext 12 months in the United StatesPass a frontier-accountability statute; fund an independent safety institute; create the confidential compute and training registry; mandate third-party evaluations and incident reporting; issue binding military rules for substantive human control; launch a worker and public-services transition fund.Next 24 months internationallyConvene a treaty process linked to the UN and Council of Europe work; agree common evaluation and incident formats; establish mutual recognition of safety audits; negotiate compute, chip and data-centre reporting; adopt red lines for nuclear command and autonomous lethal action; fund Global South capacity. Conclusion: keep the human veto The deepest risk in the AGI race is not only that a future system might become hostile. It is that institutions may gradually surrender the ability to slow, question or refuse a system because the economic and strategic costs of restraint appear too high. That is how an arms race becomes a social condition: speed becomes a virtue in itself, private capability becomes public dependency, and accountability arrives only after the decision has become irreversible. The sensible response is neither technological denial nor blind acceleration. It is a legal architecture that preserves reversibility. Continue deploying AI where benefits are broad and harms are bounded. Escalate controls as capability, autonomy and consequence rise. Make firms disclose enough for independent scrutiny. Give public authorities real pause and remedy powers. Keep humans legally and operationally responsible in war. Insure workers and communities against transition. And establish global rules before the frontier is defined by the first catastrophic failure. The United States should begin because it has unusual leverage over leading laboratories, cloud infrastructure, chips, capital and military systems. But US leadership must mean convening a regime, not owning one. The companies asking for global rules are right about the destination, even if public institutions must set the terms. Humanity does not need to stop inventing. It needs to remain able to say no. Selected sources and notes: The numbered references in the essay point to the sources below. Links are embedded in each title. Forecasts and reported events are identified as such; the essay does not treat AGI or superintelligence as established present capabilities. [1] International AI Safety Report 2026, extended summary for policymakers — Independent international scientific assessment led by Yoshua Bengio; capability trends, misuse, loss-of-control evidence, labour and governance findings. [2] UK AI Security Institute, Frontier AI Trends Report — Government testing results on cyber, biology, safeguards and self-replication evaluations. [3] OpenAI, Preparedness Framework Version 2 — Company framework covering severe biological, cyber and AI self-improvement risks, thresholds and safeguards. [4] Anthropic, Policy on AI Exponential Risk — Proposal for an Advanced AI Framework with independent evaluation and government legal authority. [5] Anthropic, The Case for Targeted Regulation — Argument that voluntary responsible-scaling policies are not a substitute for enforceable rules. [6] Anthropic, Third-Party Testing of AI Systems — Proposal for independent testing standards and eventual legal requirements. [7] Chatham House, Iran War Highlights Creeping Use of AI in Warfare — Analysis of reported AI-assisted intelligence and targeting during the 2026 conflict; discusses uncertainty and international humanitarian law. [8] US Senate Foreign Relations Committee, Shaheen Letter on the Minab School Bombing — Official request for answers; reports and allegations are not treated here as final causal findings. [9] Carnegie Endowment, The Fog of AI War — Strategic analysis of human judgement, accountability and enforceable red lines in AI-enabled conflict. [10] UK Government, Safety and Security Risks of Generative AI to 2025 — Official discussion paper on cyber, biological, political, physical and systemic risk. [11] The Guardian, Godfather of AI Raises Odds of Technology Wiping Out Humanity — Reporting on Geoffrey Hinton, 2024 Nobel Physics laureate, and his probability estimate; estimate is a judgement, not a measured fact. [12] NIST, AI Risk Management Framework — US voluntary risk-management framework and generative-AI profile. [13] White House, America’s AI Action Plan — Current US strategy emphasizing innovation, infrastructure, security and international leadership. [14] Council of Europe, Framework Convention on Artificial Intelligence — First international legally binding AI treaty focused on human rights, democracy and rule of law. [15] United Nations, Governing AI for Humanity and General Assembly Resolution 78/265 — UN governance work and the global safe, secure and trustworthy AI agenda. [16] OpenAI, Advancing AI Safety Through State and Federal Action; NTIA Accountability Comment — Company support for a common US framework, reporting, independent audits and a US-led global framework. [17] Bhabani Shankar Nayak, Anthropic, Artificial Intelligence, and the Contested Enclosure of Human Thought — Supplied critical essay; used for its political-economy critique of data provenance, creative labour and proprietary enclosure. [18] Subimal Bhattacharjee, The Insider’s Warning, NDTV — Supplied opinion column; used as an account of the resignation debate and proposed regulatory responses, not as independent confirmation of its forecasts. [19] Bill Gates, My Review of The Coming Wave — Public commentary associated with Gates’ broader warnings about economic disruption, misuse, social trust and the need for cooperation and social protection. ...Read more

14 Sep 2026

The Rasuwa disaster was not simply a flood. Climate change increased the mountain’s instability, while human exposure, infrastructure choices, weak warnings, poverty and fragmented governance turned a natural hazard into a human-amplified catastrophe. SummaryThe 26 August 2026 disaster in Nepal’s Rasuwa region began with a massive rock-and-ice avalanche that triggered a destructive surge through the Bhote Koshi and Trishuli river system. Climate change may have increased the underlying instability of glaciers, permafrost and mountain slopes, but the article argues that human decisions greatly amplified the consequences. Homes, roads, hydropower plants, tunnels, worker camps and economic corridors had been built in highly exposed terrain, while warning systems were not designed to detect such a rapidly developing cascade. Poverty, seasonal populations, fragmented governance and inadequate investment in prevention further narrowed the choices available to communities. The analysis calls for basin-wide risk planning, stronger early-warning systems, safer infrastructure, better relocation and adaptation finance, and greater accountability in development decisions. It also warns India to learn from Rasuwa, as similar combinations of climate hazards, infrastructure and human exposure exist across the Himalayan region. ANATOMY OF A CATASTROPHEAn analysis by Prof Ujjwal K Chowdhury, a noted academic and sustainability warrior.  Climate change primed the mountain. Human decisions placed people, power, roads and hopes directly in the path of the collapse. An evidence-led analysis of the 26 August 2026 disaster, the choices that magnified it, and the reckoning Nepal and India cannot postpone. The first explanation is true, but incomplete. A warming Himalaya helped destabilise ice, rock and frozen ground. It does not by itself explain why a mountain failure became a national catastrophe: why workers were inside tunnels, why homes and markets stood on river terraces, why a border corridor could be cut at so many points, why warnings did not reach people in time, or why one shock could disable electricity, records, communications and rescue routes together. Climate was the trigger. Exposure and institutional weakness supplied the ammunition. On 26 August, a mixed rock-and-ice avalanche high in the Langtang region struck the Bhote Koshi and Trishuli system. The collapse generated a seismic signal of about magnitude 5.2, not from an earthquake but from the mass movement itself. A pulse of water, ice, rock and sediment travelled more than 100 kilometres through a narrow, steep valley. At points, the river reportedly rose as much as nine metres in roughly 30 minutes. The geography was violent. The disaster was also designed, piece by piece, by where society had chosen to build and how it had chosen to govern risk. TriggerPathwayExposureVulnerabilityRock and ice avalancheNine metre river pulse in 30 minutesHomes, roads, tunnels, plants, campsNo end to end warning or safe retreatWarming and permafrost stressDebris amplified velocity and reachSettlements on terraces and banksPoverty, weak buildings, broken accessDevelopment choicesBottlenecks and cascading failuresTrade and tourism corridorsFragmented mandates and thin finance The numbers remain provisional and will change as identification and search continue. Nepal’s official situation update of 10 September reported 1,377 bodies recovered, 5,130 people missing, including roughly 600 foreign nationals, and 13,656 rescued. These figures describe the scale of the emergency, not a final death toll. They also reveal why a single-cause story is inadequate: a rare geophysical event became a mass-casualty event because a densely used development corridor had almost no time, space or redundancy when the river changed character. Name the Event Correctly Calling this “a flood” hides the mechanism. The initiating failure appears to have been a rock avalanche that entrained glacier ice and fractured mountain material before reaching the river. The material may also have interacted with deposits left by earlier failures and briefly dammed or redirected water. The result was not simply rainfall running downhill; it was a high-energy sediment-and-water surge. That distinction matters because a rain gauge can be quiet while an upstream slope is already becoming a missile. Scientific teams are still resolving the exact sequence, volume and source geometry. Preliminary remote-sensing research points to a very large disturbed footprint, a steep descent and destruction across buildings and roads. The honest conclusion is not uncertainty about whether the event was dangerous. It is uncertainty about which warning signatures would have appeared first. Disaster policy must be designed around that uncertainty, because waiting for a perfect forecast is another way of choosing not to warn.A hazard becomes a disaster when a society has made the hazard’s pathway the address of its future. Climate Primed a Mountain Under Stress The climate signal is substantial. ICIMOD reports that glacier loss in the Hindu Kush Himalaya accelerated by about 65 percent in 2011–2020 compared with the previous decade. Its 2026 assessment says the region lost about 12 percent of glacier area and 9 percent of ice reserves between 1990 and 2020, with the rate doubling after 2000. Permafrost is also warming and weakening. Around the high elevations where ice and rock meet, the margin of stability is being eroded from above and below. But attribution must be disciplined. Scientists cannot responsibly say that warming alone “caused” this particular slope to fail without reconstructing the slope’s geology, fracture networks, meltwater pathways and short-term weather. What can be said with confidence is that warming changes the background odds: glaciers retreat, ice buttresses thin, meltwater enters cracks, and frozen ground loses its cement. The same mountain can therefore fail under conditions that once would have been less likely to produce such a connected cascade. That is why climate change is best understood as a risk multiplier, not a complete explanation. It loads the gun. Land-use decisions, infrastructure design and institutional failures determine where the bullet lands and how many people are in the room. The First Human Multiplier Was Exposure The river corridor was not empty wilderness. It carried homes, shops, hotels, customs and security facilities, truck yards, bridges, roads, power stations, labour camps and the daily economy of a trans-Himalayan route. Settlements expanded onto alluvial fans and river terraces because those are the few relatively flat surfaces available in a steep valley. “Flat” was mistaken for “safe.” A terrace is often a former flood path waiting for the next, larger pulse. The 2015 earthquake made this pressure worse. Families displaced by that disaster needed land quickly, and some resettlement and rebuilding occurred close to the Trishuli and its tributaries. In a poor mountain district, the choice is rarely between a safe site and an unsafe site. It is between an exposed site and no house, a roadside shop and no income, a lodge near visitors and no livelihood. Risk maps that do not come with land, credit and services are not plans; they are warnings people cannot afford to obey. The scale of exposure also had a temporal dimension. Hydropower construction brings rotating workforces; tourism brings seasonal crowds; trade brings drivers and loaders who may sleep in temporary camps; roads bring fuel and machinery. A hazard that occurs at dawn on a workday can kill a different population than the same hazard at midnight in the dry season. Emergency planning that counts permanent residents alone will systematically undercount the people actually present. Hydropower Turned One River into a Chain of Targets Nepal’s hydropower ambition is economically understandable. Electricity exports and domestic supply can transform a landlocked, mountainous economy. The problem is not hydropower as an idea. It is treating a high-energy river as a sequence of separate project sites when the hazard operates at basin scale. Reports indicate that at least 12 hydropower plants were badly damaged; more than 430 megawatts—over 10 percent of national capacity by some estimates—went offline. Those numbers are not just an energy story. They are evidence of concentrated exposure. Run-of-river projects are engineered around expected flows, sediment and floods, not necessarily a sudden cryospheric surge carrying house-sized boulders. Intakes can choke with debris. Desanders can be overwhelmed. Surface powerhouses and switchyards can sit on low benches because that is where construction is practical. Tunnels can become traps when access roads and portals fail. Worker camps, often temporary and poorly protected, can be the most vulnerable assets of all. When several projects occupy one narrow gorge, the failure of one bridge, intake or power line can block the rescue of the next. There is a second-order danger: infrastructure can amplify flow. A bridge or diversion structure may trap logs and boulders; a breached temporary obstruction may release a secondary pulse; spoil heaps may be remobilised into the river. It would be wrong to declare that every plant “caused” the flood. It is equally wrong to pretend that project siting and construction debris are neutral when a natural surge enters an engineered corridor. The right test is cumulative: what does the entire basin do when its most extreme plausible event arrives? The Road to Prosperity Became a Channel of Destruction Mountain roads are lifelines, but cut slopes and spoil dumps can become failure surfaces. Excavation removes toe support. Unlined drains concentrate runoff. Muck tipped near a stream is a ready-made load for the next surge. Quarrying and sand or boulder extraction can lower banks, destabilise crossings and remove the roughness that once slowed water. In a narrow valley, a road is not merely beside the river: it can redirect it, constrict it and then be carried into it. The flood damaged bridges and long stretches of highway, severing the very routes needed to bring in fuel, food, excavators and forensic teams. This is a classic infrastructure paradox: the more a remote region depends on one corridor, the more valuable that corridor becomes—and the more catastrophic its failure. Resilience means alternate alignments, stockpiles on safe ground, breakaway structures where appropriate, and rescue logistics that do not assume the road will still exist. The Warning System Was Looking for the Wrong Disaster Nepal has invested in flood warnings, but a sensor is not a warning system. A functioning chain needs detection, interpretation, a decision rule, communications that survive the first failure, trusted messengers, evacuation routes and a population that has practised what to do. In Rasuwa, the event moved too fast for a conventional rainfall-triggered alert. If the upstream catchment has no real-time seismic, acoustic, camera, lake-level and river-stage integration, the first unmistakable signal may be the wall of water itself. The reported nine-metre rise in about half an hour illustrates the brutal arithmetic. A message that takes ten minutes to verify, five minutes to translate, five minutes to relay and another ten minutes for people to decide may arrive after the safe window. SMS alone cannot solve this. Sirens, radio interruption, satellite links, local volunteers, marked vertical evacuation sites and drills are needed. The alert must say where to go, not merely that a river is rising. The neighbouring border adds a governance problem. The headwaters, glaciers and observation points do not respect administrative lines. Nepal needs dependable, rapid, machine-readable data from upstream territories, with agreed protocols for an alert that can be issued even when the science is not yet complete. Diplomacy over data is life-saving infrastructure. Delayed information is not a technical inconvenience; it is lost evacuation time. Tourism Pilgrimage and Labour Added Seasonal Density The Himalaya’s tourism economy brings jobs, foreign exchange and a reason to keep remote corridors open. It also places lodges, tea houses, kitchens, guides, porters and transport workers close to unstable banks. Seasonal visitor numbers can make a settlement several times more crowded than the census suggests. A building permit that counts only local households misses the people who sleep, work and travel through the valley during the hazard season. The answer is not to criminalise tourism or freeze mountain communities in poverty. It is to regulate the footprint: no new accommodation in mapped flow paths; structural retrofits and clearly signed vertical refuge in existing clusters; occupancy registers; multilingual alerts; and evacuation exercises involving visitors and operators. The safest hotel is not the one with the best view of the river. It is the one whose guests know the route uphill before the lights go out. Poverty Made Relocation Almost Impossible Disaster vulnerability is income made visible. A family with savings can move stock, reinforce a wall, buy transport and wait out a warning. A labourer in a tunnel, a small shopkeeper, or a farmer on a river terrace may have no second plot and no insurance. Informal housing is not evidence of ignorance; it is often evidence that formal safe land is unaffordable, unavailable or blocked by tenure rules. This is also why “just move uphill” is not a policy. Relocation must preserve schools, water, health care, markets, land rights and access to work. Otherwise people return to the hazard, as they have after many mountain disasters. Managed retreat is a social contract, not a bulldozer. Its cost should be compared with the price of rebuilding the same road, bridge and home after every extreme event. Finance Funded Concrete Faster Than Safety The asymmetry is stark. Commercial infrastructure can often secure a loan because electricity revenue is legible. A community siren, a glacier camera, a safe relocation site or a cross-border data protocol produces benefits that are diffuse and difficult to monetise. Funding therefore arrives faster for concrete that earns a return than for public systems that prevent a loss. This is a market failure disguised as development momentum. Nepal’s glacier-risk resilience project was approved through the Green Climate Fund after a lengthy, roughly seven-year pipeline; the verified project grant is about $36.1 million and implementation began in 2026. The programme is valuable, but the timing exposes a structural injustice: adaptation money can take years while a slope can fail in seconds. Climate finance must be judged by time-to-protection, not only by money pledged. International lenders and donors should fund the monitoring, zoning and maintenance that make their roads and power investments safer. Ages-long Governance Failed Before the Water Arrived The deepest man-made cause is fragmented responsibility. A glacier is watched by one institution, a road licensed by another, a hydropower intake approved by another, a municipality responsible for land use, and a district administration expected to coordinate rescue. Each decision may pass its own checklist while the combined system becomes unsafe. Environmental impact assessments that study projects one by one cannot see a basin-wide cascade. The missing instrument is an independent, conflict-free cumulative risk review with the power to say no, slow a project or require redesign. It should audit existing dams, tunnels, worker camps, spoil sites, bridges and settlements against updated cryospheric scenarios. After the 2025 flood in the same watershed killed 19 people and damaged infrastructure, a serious post-disaster audit should have treated the valley as an active warning, not as a closed chapter. Memory is a safety system; institutions keep deleting it. The Current Government Deserves Credit and Must Now Raise the Standard The Nepal government’s response deserves clear recognition. The Army, Nepal Police, Armed Police Force, NDRRMA, provincial bodies and local governments mobilised under extraordinarily difficult conditions. Helicopters, drones, tunnel teams, medical responders, forensic specialists and foreign search-and-rescue support were brought into a corridor where roads had vanished and debris-filled tunnels remained dangerous. India, China, the Republic of Korea, the UAE, Malaysia, Australia, Singapore and Israel were among those contributing specialised capacity. The rescue of thousands—including more than 300 foreign nationals—required persistence, not headlines. The financial mobilisation is also significant. Official reporting on 11 September put deposits in the Prime Minister’s Disaster Relief Fund at NPR 13.23 billion, alongside $23.28 million in designated dollar accounts—together more than $100 million equivalent at prevailing exchange rates. The government has released NPR 1 billion through NDRRMA, while assessments and identification continue. The responsible reading is that this is a measure of funds mobilised or held, not a claim that every dollar has already reached every affected household. Transparent district-level dashboards, beneficiary lists and independent audits will turn solidarity into trust. The government has also been right to demand climate justice. Nepal has contributed little to the cumulative emissions driving global warming, yet it is paying in lives, infrastructure, debt and lost development. Asking larger emitters to provide loss-and-damage compensation is not an attempt to evade domestic accountability. It is a demand that those who benefited most from carbon-intensive growth help finance protection and recovery for those facing the sharpest consequences. The two duties are simultaneous: Nepal must govern its hazard honestly, and wealthy high emitters must stop treating Himalayan loss as a humanitarian footnote. What Nepal Must Focus on Now First, secure survivors before rebuilding the old exposure. Complete identification with dignity; restore food, water, health care, schooling and livelihoods; and provide cash and legal help for families whose documents disappeared. Every reconstruction decision should be tagged to a hazard map. “Build back better” must mean build somewhere safer, or build in a way that can survive the credible event—not rebuild the same shop on the same fan because the land title is convenient. Second, create a whole-mountain observation and warning architecture. Combine satellite radar and optical imagery, seismic and infrasound sensors, glacier and permafrost measurements, cameras, lake levels, river gauges and trained local observers. Monitor not only known glacial lakes but unstable rock slopes and new lakes formed by the collapse. Use layered alerts: automatic local sirens, radio and satellite messaging, police and community runners, and pre-agreed evacuation triggers. Test them at night, in monsoon weather and with power and mobile networks switched off. Third, impose a basin-wide safety reset. Map red, amber and green zones; halt new construction in flow paths; relocate the most exposed homes and camps with compensation; and require independent cumulative assessments for hydropower, roads, mines and tourism. Audit every intake, powerhouse, switchyard, tunnel portal, bridge, spoil dump and access road. Require emergency drawdown, shutdown and worker-accounting protocols. A project that cannot explain how it will warn and evacuate its people is not resilient, whatever its concrete strength. Fourth, build redundancy into the state. Store land, health and identity records in protected, replicated systems. Pre-position excavators, fuel, bridge components, drones, body bags, DNA kits and communications equipment on safe ground. Train municipalities to operate for weeks without Kathmandu. Create a permanent recovery authority that can coordinate housing, compensation, infrastructure and ecological restoration beyond the news cycle. The first rescue saves lives; the recovery system determines whether the next disaster finds the same people in the same place. India Must Read the Same Warning India should not read Rasuwa as a foreign tragedy. The same Himalayan arc crosses Uttarakhand, Himachal Pradesh, Sikkim, Arunachal Pradesh and Ladakh. The country has already seen the cost of compound mountain hazards: the 2013 Kedarnath disaster, the 2021 Chamoli rock-and-ice event and the 2023 South Lhonak glacial lake outburst flood in Sikkim. Each case carries a different mechanism, but the policy lesson is shared: a high-altitude trigger can meet roads, dams, tunnels, pilgrims, workers and settlements that were designed for yesterday’s climate. India’s first lesson is to stop treating project-by-project clearance as basin planning. Before approving another hydropower cascade, ask what happens when a debris surge removes the road, blocks the tunnel, overwhelms the intake and cuts the evacuation bridge at the same time. The second is to count transient populations: pilgrims, tourists, construction labour and military or border personnel. The third is to integrate the Indian Space Research Organisation, the Central Water Commission, GSI, NDMA, state disaster authorities and local communities into one operational warning chain rather than a shelf of reports. The fourth lesson is cross-border realism. Rivers, air masses, glaciers and seismic signals cross Nepal, India and China. India should support a standing Himalayan data-and-alert compact with shared thresholds, rapid exchange and joint exercises. It should help Nepal with drones, LiDAR, bridge logistics, forensic capacity and training while also making its own mountain infrastructure safer. The fifth is political: climate justice is not only a diplomatic phrase used by Kathmandu. Indian states in the Himalaya will increasingly need loss-and-damage finance, insurance reform and adaptation grants that do not arrive after the next catastrophe. The Mountain Fell Human Systems Chose the Exposure There is a seductive comfort in blaming climate change alone. It makes the disaster feel inevitable, global and therefore beyond local responsibility. There is an equal and opposite error in blaming poor planning alone, as if better engineering could freeze a warming mountain in place. Both are evasions. The truth is harder and more useful: climate change enlarged the hazard; development decisions enlarged the population and assets in its path; weak warnings shortened the escape window; fragmented governance multiplied failures; poverty narrowed the choices; and slow international finance left prevention underbuilt. Nepal’s rescue effort shows what the state can do when it is forced to concentrate its full capacity. The next test is whether that urgency survives the cameras. The country should accept help without surrendering public scrutiny, demand compensation without excusing unsafe domestic choices, and rebuild with the courage to move people and cancel projects. India should do the same before its next Himalayan warning becomes an obituary. The question is no longer whether the mountains are dangerous. The question is whether our institutions will keep making danger profitable, normal and occupied. Sources and Evidence:The article distinguishes official situation figures from early media estimates and from preliminary scientific interpretation. Casualty and rescue numbers are provisional. The physical sequence remains under investigation; where evidence is preliminary, the language above says so. [1] Nepal Ministry of Foreign Affairs Daily Situation Update 10 September 2026. official casualty, missing, rescue, response and international-support update Open source [2] Nepal Ministry of Foreign Affairs Diplomatic Briefing 3 September 2026. official account of mobilisation, specialist teams, reconstruction and climate-justice position Open source [3] Radio Nepal Report on Prime Minister Disaster Relief Fund 11 September 2026. reported rupee and dollar deposits and NDRRMA release Open source [4] Scientific American Why Glacial Collapse Likely Caused the Nepal Disaster. early scientific explanation of the rock-and-ice avalanche and climate context Open source [5] The Guardian What We Know About the Link Between Nepal’s Flash Floods and Our Climate Crisis. reported fall height, travel speed, river rise and exposure context Open source [6] Nature News on the Nepal Disaster. scientific context and expert interpretation Open source [7] Kathmandu Post Rasuwa Flood Science and Risk Reporting. bedrock failure, preliminary volumes, monitoring and early-warning needs Open source [8] ICIMOD Himalayan Climate and Water Atlas Updates. glacier loss, permafrost, dangerous lakes and monitoring gaps Open source [9] UNDP Nepal and Green Climate Fund Glacier Risk Reduction Project. verified $36.1 million grant, seven-year programme and risk-reduction measures Open source [10] Reuters Nepal Flood Search Rescue and Rebuilding Reports September 2026. reported national toll, hydropower damage, rebuilding needs and rescue logistics Open source [11] Associated Press Nepal Flood Aftermath Report 8 September 2026. reported infrastructure damage, blocked routes and preliminary reconstruction costs Open source [12] Stimson Center Analysis of the Rasuwa Cascade. preliminary cascade reconstruction and monitoring lessons Open source [13] University of Reading Expert Comment on the Rasuwa Avalanche. expert interpretation of slope failure, permafrost and warning-chain limits Open source [14] When a High Mountain Slope Failure Cascades Downstream. preprint with uncertainty-explicit remote-sensing reconstruction Open source [15] Counterview Climate Change a Trigger Not the Whole Story. human drivers, hydropower force multipliers and climate-justice framing Open source [16] India National Disaster Management Authority Sikkim Glacial Lake Outburst Flood Materials. Indian comparison and early-warning lessons Open source ...Read more

09 Sep 2026

Pune’s ambitious riverfront project is facing questions over flood safety, shrinking river space, ecological damage, sewage treatment and climate resilience, with SANDRP warning that a project meant to rejuvenate the Mula-Mutha could instead increase the city’s vulnerability. SummaryPune’s River Front Development (RFD) project is being questioned by environmental researchers and urban-planning experts over its flood calculations, ecological impact and compliance with existing regulations. A technical presentation by architect and riverfront researcher Sarang Yadwadkar, discussed by SANDRP, examines the project’s Detailed Project Report, government correspondence, Water Resources Department guidelines and environmental-clearance conditions. The analysis raises five central questions: whether the flood values are accurate, whether the river’s cross-section will be maintained, whether the effect of river confluences has been considered, whether climate change has been factored into planning, and whether Indian standards for river embankments are being followed. Concerns also extend beyond flood risk to the loss of riparian vegetation, inadequate sewage treatment and the construction of structures within the riverbed. With the project already substantially advanced, the debate is increasingly about whether Pune is creating a safer riverfront or altering the river in ways that could worsen future flood and ecological risks.  Is Pune building a riverfront or increasing the river’s risks? Pune’s River Front Development project has been presented as an effort to transform and rejuvenate stretches of the Mula-Mutha river system. The project, designed by HCP Design, Planning and Management Pvt. Ltd., has also drawn comparisons with the Sabarmati Riverfront project in Ahmedabad. SANDRP notes that the two river systems have substantially different landscapes and hydrological conditions, raising questions about whether a similar model can safely be applied to Pune.  The technical analysis highlighted by SANDRP focuses particularly on the project's stated objective of reducing flood risk. It examines the seven upstream dams, the three major river confluences within Pune and the flood-discharge figures used in the project planning. 1. Are the flood values being used correctly? One of the most significant concerns relates to the flood values used to design the riverfront. According to the SANDRP analysis, the flood figures used in the RFD project differ substantially from figures provided by Maharashtra’s Water Resources Department. At the Mula-Mutha confluence, the RFD project reportedly uses a 100-year flood discharge of 4,760.89 cubic metres per second, while the WRD figure cited by SANDRP is 12,868.80 cubic metres per second.  The analysis argues that the project calculations do not adequately account for water released from all seven upstream dams as well as runoff from the free catchment area between the dams and Pune. Another concern is the confluence or backwater effect. When rivers meet, changes in flow and water levels can cause water to back up upstream. SANDRP says Maharashtra WRD guidelines require this effect to be considered when flood lines are determined. The analysis therefore concludes that the flood values used in the project may be significantly underestimated. 2. Will the river’s natural cross-section be maintained? The second question concerns the amount of space being left for the river itself. SANDRP's analysis points to project documents indicating changes to the river's cross-section as a result of the proposed riverfront structures and land works. It argues that reducing the available river section can have consequences during extreme flows, particularly when the city is already facing intense rainfall events. The analysis also refers to correspondence between the Pune Municipal Corporation and the Water Resources Department concerning changes to the river's cross-section. According to the presentation, these changes raise questions about whether the project complies with conditions attached to its environmental clearance and WRD guidelines.  3. Has the confluence effect been considered? The Mula-Mutha system is not simply one uninterrupted river channel. Multiple rivers meet within Pune, making the behaviour of water during extreme rainfall more complicated. SANDRP's analysis argues that the project’s flood modelling does not adequately account for these confluence effects. This matters because water moving through a river can slow or back up when it encounters another high-flow channel. During a cloudburst or major rainfall event, simultaneous releases from upstream dams could send large quantities of water towards the city within a relatively short period. The analysis therefore questions whether the project's flood calculations accurately represent what could happen during an extreme event.  4. Where is climate change in the planning? Climate change is another major concern raised by the analysis. A Maharashtra government climate assessment prepared by TERI in 2014 projected changes in rainfall patterns, including increased rainfall intensity alongside changes in the number of rainy days. SANDRP argues that such climate projections do not appear to have been adequately incorporated into the RFD's planning and flood assessment.  This becomes particularly important as Pune experiences increasingly intense rainfall events. Infrastructure designed around historical rainfall patterns may face higher risks if future rainfall becomes more extreme. For a project costing thousands of crores, the analysis argues, climate resilience should be a central part of the design rather than an afterthought. 5. Are Indian standards for river embankments being followed? The fifth question concerns the location and design of embankments. Indian standards for river embankments recommend aligning such structures with the natural banks of rivers. SANDRP's analysis argues that parts of the Pune project instead place embankments further into the riverbed. The presentation also highlights construction and debris dumping within the river area, including a road reportedly being built within the floodline. According to the analysis, information obtained through RTI indicated that the riverbed road did not have the necessary WRD clearance or studies from relevant technical agencies.  Flooding has already raised concerns The debate is not entirely theoretical. The SANDRP analysis refers to an August 2025 event when a flood level reportedly exceeded the threshold at which the riverfront was expected to remain safe. The presentation states that a discharge of 71,408 cubic feet per second resulted in flooding/submergence of parts of the riverfront, despite the project's stated threshold being considerably higher.  The analysis argues that additional construction within flood-prone areas could further restrict the river's natural capacity and potentially increase flood levels and their horizontal spread. The ecological cost Flood safety is only one side of the debate. SANDRP and environmental experts also raise concerns about the destruction of riparian forests and riverine habitats. These areas support native trees, natural vegetation, birds, aquatic organisms and the wider ecological connection between land and water.  The Pune Municipal Corporation has proposed planting around 45,000 trees, but environmentalists argue that plantations cannot simply replace naturally evolved riparian ecosystems. Jeevitnadi Foundation's Shailaja Deshpande, quoted by Counterview, argues that natural riparian species and ecosystems perform functions that conventional plantations cannot replicate, including supporting aquatic life and maintaining interconnected food chains.  A riverfront cannot be separated from sewage management Another contradiction highlighted in the Counterview report is the gap between the promise of a cleaner river and Pune's sewage-treatment capacity. The city reportedly generates around 1,634 MLD of sewage. Even after the JICA-supported sewage treatment programme is completed, Counterview reports that an estimated 629 MLD of untreated sewage could continue entering the rivers.  This raises a fundamental question: can a river be genuinely rejuvenated through landscaping and embankment construction if untreated sewage continues to enter the system? Environmentalists cited in the report have also questioned whether existing sewage-treatment plants are consistently meeting CPCB standards.  The Sabarmati comparison Ahmedabad's Sabarmati Riverfront has often been presented as an inspiration for Pune's project. But the comparison has also become controversial. Counterview notes that portions of the Sabarmati Riverfront were submerged during the monsoon, adding to questions about the suitability of replicating the model elsewhere. The SANDRP analysis argues that Pune's river basin has its own hydrological characteristics and should not simply be treated as another version of the Sabarmati.  Legal and procedural questions The project has also faced environmental and legal challenges. Counterview reports that the National Green Tribunal had previously directed the Pune Municipal Corporation to amend aspects of its environmental clearance and had halted tree-felling activity. An amended clearance issued in 2024 was subsequently challenged as well.  SANDRP's analysis further points to differences between the project's Detailed Project Report and Environment Impact Assessment, including differing descriptions of proposed changes to the riverbed.  What happens next? The project has already reached an advanced stage, with Counterview reporting that around 80% of the priority stretch has been completed and the estimated project cost at approximately ₹4,727 crore. The concern raised by SANDRP is therefore not simply whether Pune should have a riverfront. It is whether the remaining work can be reassessed against actual flood behaviour, ecological conditions, climate projections and regulatory requirements. The larger issue is whether urban river development should prioritise concrete embankments, roads and beautification, or whether the river's natural floodplain, riparian ecosystem and capacity to absorb extreme flows should remain central to planning. The SANDRP analysis ultimately calls for closer scrutiny of the project's flood calculations, environmental impacts and compliance with existing standards before further interventions alter the river irreversibly. SOURCES AND ABOUT AUTHOR Original analysis/presentation: Sarang Yadwadkar, Architect and member of the Planning Committee of the Development Plan of Pune City. Context and explanatory text: Tara Tanmayi S., SANDRP. (SANDRP) Courtesy: Counterview.net — “Riverfront or river death? SANDRP warns of ecosystem collapse.” Counterview.net article ...Read more

07 Sep 2026

India’s sugar market is facing a delicate balancing act as rising prices, duty-free imports and the rapid expansion of ethanol production put food security, farmer interests and energy goals in tension. SummaryIndia’s decision to allow duty-free imports of up to 10 lakh tonnes of raw sugar marks a major shift for a country that has traditionally been a large sugar producer and exporter. The move comes as domestic prices rise ahead of the festive season, with tighter stockholding limits also introduced to improve availability and curb hoarding. At the same time, India’s rapid expansion of ethanol blending has increased the use of sugarcane as an energy feedstock, raising questions about how the country can balance fuel production with domestic sugar requirements. The article highlights that ethanol is not solely responsible for rising sugar prices, with weather, rainfall, production, demand and stock levels also playing important roles. Climate vulnerability adds another layer, as sugarcane is water-intensive and increasingly exposed to changing rainfall and water availability. The way forward, the article argues, is not to choose between sugar and ethanol but to build a more flexible, climate-sensitive and diversified policy that can support both affordable food and sustainable fuel. For decades, India has occupied a dominant position in the global sugar economy. As one of the world's largest producers and consumers of sugar, the country has generally focused on managing domestic production, maintaining adequate stocks and, in favourable years, exporting surplus sugar. However, the recent decision of the Government of India to permit duty-free imports of 10 lakh tonnes, or one million tonnes, of raw sugar marks a significant policy development. The decision is particularly important because it represents India's first major move towards sugar imports in nearly a decade. The immediate reason for the intervention is clear: domestic sugar prices have risen sharply at a time when India is approaching the high-demand festive season. The government has therefore adopted a combination of measures, including tighter stockholding restrictions and duty-free imports, to increase availability and reduce speculative pressure in the market. However, the present situation raises a larger and more significant policy question. At a time when India has been rapidly expanding its Ethanol Blending Programme and encouraging the diversion of sugarcane-based feedstocks towards ethanol production, can the country simultaneously ensure sufficient sugar availability for domestic consumers? The decision to import sugar therefore reflects more than a temporary market intervention. It exposes an emerging tension between food availability, price stability, farmer interests and energy security. Why Is India Importing Sugar? The government's decision allows duty-free imports of up to one million tonnes of raw sugar until October 31, 2026. Normally, India imposes a high import duty on sugar, making the present zero-duty quota a significant departure from the usual policy approach. The objective is to improve domestic availability and moderate record-high prices before the period of increased festive consumption. The urgency of the situation is reflected in the other measures introduced by the government. Bulk consumers using more than 10 tonnes of sugar per month have been subjected to stricter inventory limits, with stockholding restricted to approximately 15 days' consumption during the specified period. These restrictions are intended to discourage excessive accumulation and prevent hoarding from aggravating the price rise.  The decision is also economically significant because India has historically been more closely associated with sugar exports than imports. The country's opening sugar stocks have declined considerably, while concerns over weather conditions in major sugarcane-producing regions have increased uncertainty about future production.  Thus, the import decision is essentially an attempt to address a simple but politically sensitive problem: when domestic supply becomes tight and prices rise, the burden is ultimately borne by consumers. The Festive Season and the Politics of Sugar Prices Sugar is not merely another agricultural commodity in India. It is a widely consumed household product and an essential ingredient for a large number of food-processing industries, confectionery businesses, beverage manufacturers and traditional sweet producers. Demand generally rises during the period between August and November because of major festivals and celebrations. This seasonal increase in consumption can intensify the effects of already limited supply. Reuters reported that the government considered several measures, including duty-free imports and tighter stock controls, as prices increased sharply ahead of the festive season.  The government's intervention therefore has an important consumer-protection dimension. Allowing additional sugar into the domestic market may increase supply and reduce the possibility that consumers will face even higher prices during a period of peak demand. At the same time, imports alone cannot solve the structural causes of supply pressure. If domestic production remains vulnerable to changing rainfall patterns, water availability and fluctuations in sugarcane output, India may continue to face periodic tensions between production, consumption and industrial demand. The Ethanol Blending Programme: A Major Policy Success with New Challenges India's Ethanol Blending Programme has been one of the country's major energy-policy initiatives. The programme aims to reduce dependence on imported crude oil, support cleaner fuel alternatives and create additional income opportunities within the agricultural economy. India's ethanol blending journey began with pilot initiatives in 2001 and gradually expanded through policy reforms and investment. The National Policy on Biofuels, introduced in 2018, played an important role in expanding the ecosystem for ethanol production.  The growth in ethanol blending has been particularly rapid in recent years. Government data shows that the blending percentage increased from approximately 8.1% in Ethanol Supply Year 2020–21 to 19.2% in 2024–25, while the programme reached the 20% level during the 2025–26 supply year period reported by the government.  The programme offers several important advantages. It can reduce dependence on imported petroleum, create a stable market for agricultural feedstocks, support rural investment and contribute to lower emissions. The government also argues that ethanol provides greater energy security by reducing India's exposure to fluctuations in international crude oil markets.  The Sugar-versus-Ethanol Dilemma The recent rise in sugar prices has brought this question into sharper focus. India was considering restricting the use of sugarcane for ethanol production in the upcoming season in order to increase sugar output and address concerns about tight domestic availability. This indicates that policymakers themselves recognise the possibility of a trade-off between the use of sugarcane resources for fuel production and the need to maintain sufficient sugar supplies.  This does not mean that ethanol production alone is responsible for the current increase in sugar prices. Such a conclusion would be overly simplistic. Weather conditions, rainfall shortages, expected production levels, domestic demand, market expectations and stock management can all influence sugar prices. Nevertheless, the situation demonstrates the difficulty of pursuing multiple policy objectives using the same agricultural resource. The Economic Impact of the Import Decision The immediate economic objective of the duty-free import decision is price stabilisation. Additional supplies can reduce scarcity and weaken speculative pressure in the domestic market. However, imports may also have consequences for domestic sugar mills and farmers. If imported sugar enters the market at a time when domestic producers are selling their stocks, lower prices could affect industry revenues. The government must therefore carefully manage the timing and quantity of imports. The current import quota of one million tonnes appears to represent an attempt to strike a balance rather than permanently open the domestic market to unrestricted imports. The policy is time-bound, with imports permitted until October 31, 2026.  The decision may also influence international sugar markets. Because of India's size and importance in the global sugar economy, a significant change in its import or export policy can affect global prices and trading expectations.  Climate Change and the Future of Sugarcane Production The current situation also highlights a broader concern: climate vulnerability. Sugarcane is a water-intensive crop, and production can be affected by changing rainfall patterns and water availability. Concerns regarding reduced rainfall in important sugar-producing regions have already contributed to uncertainty about future production.  In the future, India may face more frequent situations in which agricultural production is affected by climate variability. This creates a strong argument for diversifying ethanol feedstocks. Rather than depending excessively on sugarcane-based sources, India can continue expanding the use of alternative feedstocks such as maize, agricultural residues and other approved sources. The government's ethanol policy has already moved towards a broader feedstock ecosystem, reducing the need for ethanol expansion to depend entirely on sugarcane. A diversified ethanol strategy could help reduce the direct pressure on the sugar sector during years of lower production. Way Ahead India's decision to permit duty-free imports of 10 lakh tonnes of raw sugar is more than an emergency response to rising prices. It represents a significant moment in the evolution of India's agricultural, trade and energy policies. The immediate priority is understandably to increase supply and provide relief to consumers during a period of high demand. Tighter stockholding limits and temporary imports may help achieve this objective.  India's Ethanol Blending Programme remains an important achievement in the country's transition towards greater energy security. However, the recent sugar shortage demonstrates that ambitious fuel policies must remain responsive to agricultural production and consumer needs. The real challenge for India is therefore not to choose between sugar and ethanol. It is to create a policy framework capable of ensuring both affordable food and sustainable fuel. The recent import decision should thus be seen not as a policy failure, but as a warning that the next phase of India's sugar and ethanol strategy must be more flexible, climate-sensitive, data-driven and balanced. ABOUT AUTHOR Dr.S.Krishnan is an Academician and an Experienced Journalist in Jaipur.  Mr. Shasheesh Kumar Singh is a Phd Scholar, DAVV, Indore ...Read more

07 Sep 2026

India has an opportunity to move beyond attracting climate finance and help shape how Asia finances its climate transition. By combining its economic scale, financial innovation, clean-technology capabilities and regional partnerships, India can turn climate finance into a powerful engine for sustainable growth and resilience.SummaryIndia faces the dual challenge of sustaining economic growth while accelerating decarbonisation and adapting to intensifying climate risks.The article argues that this challenge also creates an opportunity for India to influence how climate finance is mobilised across emerging economies in Asia.India can lead through blended finance, guarantees, green bonds, South-South cooperation, climate-resilient infrastructure and clean-technology investment.However, financing gaps, high costs of capital, weak project bankability and fragmented institutional coordination remain significant barriers.The next step is to convert India’s domestic climate-finance experience into models that can be replicated through regional partnerships, technology sharing and stronger investment mechanisms.Ultimately, India can demonstrate that climate action and economic development are not competing goals, but can be integrated into a regional pathway for investment, innovation, resilience and sustainable growth.India stands at a critical point in its economic and climate transformation. As one of the world’s largest and fastest-growing major economies, the country must finance infrastructure, energy, industry, cities, and employment while responding to intensifying climate risks. Unlike many advanced economies, India must expand development and accelerate decarbonization at the same time.This creates an opportunity that extends beyond India’s national borders. How India mobilizes climate finance can influence how emerging economies across Asia finance clean energy, resilience, industrial transformation, and sustainable growth. The question is no longer simply how much climate finance India can attract, but whether India can help shape the financial architecture through which Asia’s climate transition will be financed.India therefore has an opportunity to move from being a major destination for climate investment to becoming a force in designing, mobilizing, and scaling climate finance across Asia.From Climate Commitments to Financial PowerThe Paris Agreement provides the global framework for climate action, but commitments alone cannot deliver transformation. Countries need capital to build renewable energy systems, modernize electricity grids, develop clean transportation, decarbonize industries, strengthen agriculture, protect natural resources, and adapt infrastructure to a changing climate.For India, this means translating climate ambition into financial and investment strategies. Climate policy cannot remain the responsibility of environmental institutions alone. It must increasingly be integrated into economic planning, financial regulation, infrastructure investment, industrial strategy, and private-sector decision-making.India’s contribution to global climate action can therefore extend beyond reducing the carbon intensity of its own economy. Its larger contribution could be demonstrating how a major developing economy can mobilize capital while pursuing economic growth, energy security, industrial development, and climate resilience.This is particularly important for the Global South. Many developing countries cannot simply replicate financing models from advanced economies. They need approaches that recognize higher financing costs, limited fiscal space, infrastructure deficits, and competing development priorities.India can help demonstrate that climate finance can become a development engine, rather than an additional constraint on development.Where India Can Lead Asia?India has several potential areas of regional leadership.The first is mobilizing private capital. Asia’s climate investment requirements cannot be met by government budgets or concessional finance alone. Public finance must increasingly reduce risk and unlock much larger pools of private capital.Blended finance, guarantees, green bonds, sustainability-linked instruments, concessional lending, and public-private partnerships can turn climate priorities into investable opportunities. India’s large domestic market provides an environment in which these mechanisms can be developed, tested, and scaled.The second opportunity is South-South cooperation. Asian developing economies often face similar challenges in accessing long-term and affordable capital. India can share experience in project preparation, financial innovation, policy development, institutional capacity, and technology deployment with countries seeking practical pathways for their own transitions.The third is climate-resilient infrastructure. Asia’s climate challenge is not limited to mitigation. Floods, droughts, heatwaves, cyclones, water stress, and other hazards increasingly threaten infrastructure, agriculture, cities, and supply chains. India can help promote financial models that integrate adaptation and resilience into mainstream infrastructure investment.The fourth is clean-technology investment. India’s growing capabilities in renewable energy, electric mobility, green hydrogen, digital technologies, and sustainable infrastructure can support regional technology partnerships and investment flows.India’s leadership opportunity therefore lies not in controlling Asia’s climate-finance system, but in building mechanisms that enable countries to mobilize capital, share technology, and accelerate implementation.India’s Climate Finance Drive: What Is Already Working?India’s climate-finance experience offers important lessons for other emerging economies.One is the integration of climate action with economic development. Renewable energy investment, for example, can simultaneously support emissions reduction, energy security, industrial development, employment, and reduced dependence on imported fuels. Climate investment thus becomes part of economic strategy rather than simply environmental expenditure.Another strength is scale. India’s large domestic market can create demand for clean technologies and provide investors with opportunities to develop projects and business models that can later be replicated elsewhere.India has also developed growing experience with sustainable financial instruments and institutional participation. Green bonds, sustainable finance initiatives, public-private investment structures, and greater involvement of financial institutions can channel capital toward climate-related activities. India is also advancing work on a national climate-finance taxonomy, strengthening the foundations for more consistent sustainable investment.The International Solar Alliance provides another important example. It demonstrates how India can use its domestic experience and diplomatic capacity to create platforms for international cooperation around a shared climate objective.India is also developing catalytic-finance approaches. The India Green Finance Facility, supported by the Asian Development Bank and Green Climate Fund, illustrates how multilateral finance can help mobilize investment for India’s clean-energy transition.These experiences point to a broader lesson: successful climate finance requires more than money. Policies, institutions, investment pipelines, technology, financial markets, and implementation capacity must work together.India’s opportunity is to turn this experience into models that can be adapted across Asia.The Barriers to India’s Climate Finance LeadershipIndia’s opportunity to lead should not be confused with automatic leadership. Several structural challenges must be addressed.The first is the financing gap. India’s climate transition requires investment at a scale that cannot be met by public resources alone. The country must therefore deepen its ability to mobilize institutional investors, commercial banks, corporations, international investors, and development finance.The second is the cost of capital. Climate infrastructure often requires large upfront investment and long repayment periods, while developing economies can face higher financing costs and currency risks. These conditions can reduce the attractiveness of otherwise viable projects.The third is project bankability. The challenge is not always a shortage of capital. It can also be a shortage of well-prepared projects that meet investors’ financial, technical, regulatory, and risk requirements. Stronger project preparation and risk-sharing mechanisms will therefore be essential.Institutional coordination is another challenge. Governments, regulators, banks, investors, corporations, development institutions, and technology providers must work toward coherent transition priorities rather than fragmented programs.India must also continue strengthening its domestic climate-finance architecture, including regulatory consistency, climate-related disclosure, financial-sector capacity, climate-risk assessment, and credible investment standards.The energy transition itself requires careful management. India must balance decarbonization with energy security, affordability, industrial competitiveness, and employment. Climate finance must also support workers and communities affected by economic transition.Finally, regional leadership requires more than domestic scale. India must develop cross-border cooperation, replicable investment models, shared standards, technology partnerships, and financial mechanisms that other Asian countries can actually use.These constraints do not diminish India’s opportunity. They define the leadership challenge.From National Drive to Asian LeadershipThe next stage of India’s climate-finance journey should be about converting national capability into regional influence.India can work with ASEAN, Japan, Australia, China, European partners, multilateral development banks, climate funds, institutional investors, and development agencies to strengthen investment connections across Asia. The objective should be practical: improve project preparation, reduce investment risks, expand access to capital, accelerate technology deployment, and strengthen climate resilience.Multilateral development banks can provide long-term finance, guarantees, technical assistance, and risk-sharing mechanisms. But their larger value lies in using development capital to mobilize substantially greater volumes of commercial investment.India can also develop investment models that other developing economies can adapt to their own circumstances. Its leadership will be stronger if its experience becomes transferable rather than remaining exclusively domestic.This is where India’s climate drive can become strategically important for Asia. India does not need to impose a single model. It can lead by demonstrating what works, sharing capabilities, convening partnerships, and building financial mechanisms that expand opportunity across the region.Other countries can learn from India that climate leadership does not require choosing between development and sustainability. It requires connecting climate objectives with energy security, industrial competitiveness, innovation, employment, investment, and resilience.For emerging economies, this may be India’s most valuable contribution: showing that climate action can be embedded within development strategy rather than treated as a separate environmental agenda.Conclusion: India’s Opportunity to Lead Asia’s Climate Finance ArchitectureAsia’s climate transition will require unprecedented investment, innovation, and cooperation. No country can finance this transformation alone. Yet some countries will have greater capacity to shape the systems through which that finance is mobilized.India is one of them.Its economic scale, growing financial ecosystem, clean-technology ambitions, large domestic market, institutional experience, and international partnerships provide a strong foundation for greater leadership.The opportunity now is to move beyond attracting climate finance toward shaping how climate finance works across Asia.If India can convert its scale and momentum into regional influence, its climate-finance journey can become more than a national development story. It can become a model for how emerging economies turn climate ambition into investment, innovation, resilience, and sustainable growth—and help build an Asian climate-finance architecture capable of financing the region’s next transformation.ABOUT AUTHORCHOEN KRAINARADr Choen Krainara is a Thailand-based sustainability strategist, specialising in climate policy, ESG and regional cooperation across Asia ...Read more

07 Sep 2026

Swami Vivekananda, Practical Vedanta and the Making of a Sustainable IndiaSwami Vivekananda never spoke the language of carbon budgets or net zero. Yet his most enduring ideas — on oneness, self-mastery, service, strength, education, science and renunciation — reach straight into the moral centre of the climate crisis. Read without anachronism, his Practical Vedanta offers India not a green slogan, but a demanding philosophy for prosperity without excess, spirituality without escape and development without abandonment of the vulnerable. Swami Vivekananda, Chicago-era portrait, 1893. Photograph: Thomas Harrison. AT A GLANCE BLURBSwami Vivekananda never spoke the language of carbon budgets or net zero. Yet his most enduring ideas — on oneness, self-mastery, service, strength, education, science and renunciation — reach straight into the moral centre of the climate crisis. Read without anachronism, his Practical Vedanta offers India not a green slogan, but a demanding philosophy for prosperity without excess, spirituality without escape and development without abandonment of the vulnerable. SUCCINCT SUMMARYVivekananda was not a climate theorist, and it would be historically false to make him one. His relevance is deeper. He asked India to combine spiritual confidence with scientific modernity, to conquer desire as seriously as it conquered external nature, to educate for character and capability, and to regard service to the least powerful as worship. In an era of warming, ecological disruption and hyper-consumption, these principles translate into climate justice, conscious consumption, resilient communities, ethical enterprise, green education and a daily discipline of restraint, health, attention and service. The sustainable India his thought can inspire is neither anti-development nor consumerist: it is technologically ambitious, socially just, ecologically responsible and inwardly free. “The national ideals of India are RENUNCIATION and SERVICE.”— Swami Vivekananda, Reawakening of Hinduism on a National Basis 2024India’s warmest year on record since 1901IMD2.8°CApprox. warming this century under current global policiesUNEP 202552.57%India’s installed power capacity from non-fossil sources as of 28 Feb 2026India NDC 2031–35 THE MONK WHO DID NOT PREDICT CLIMATE CHANGE — AND WHY THAT MATTERS Swami Vivekananda died in 1902. The atmospheric concentration of carbon dioxide, the language of “net zero”, the IPCC, biodiversity conventions and the Sustainable Development Goals belonged to another century. Calling him a climate scientist in saffron robes would not honour him; it would flatten history. His importance to the ecological age is more serious than retrospective prophecy. Vivekananda asked what kind of human being a civilisation should produce. He asked what freedom means, what education is for, how strength should be used, whether privilege can coexist with spiritual truth, and why religion that does not enter the suffering world is incomplete. Those questions now sit underneath climate policy. Technology can tell us how to decarbonise electricity; it cannot, by itself, decide how much consumption is enough, whose livelihood must be protected in a transition, or what we owe generations we will never meet. India’s climate reality makes that moral layer impossible to ignore. The India Meteorological Department recorded 2024 as the country’s warmest year since nationwide records began in 1901, with annual mean land temperature 0.65°C above the 1991–2020 average. UNEP’s 2025 Emissions Gap Report says current global policies still point to roughly 2.8°C of warming this century. The ecological emergency is technical, economic and political — but it is also a crisis of consciousness, appetite and solidarity. “Each soul is potentially divine.”— Swami Vivekananda, Raja-Yoga, Preface THE FIRST GREEN REVOLUTION IS INSIDE THE MIND One of Vivekananda’s most useful distinctions for our century is between external nature and internal nature. Modern civilisation is astonishingly good at manipulating the external world: we split atoms, edit genes, automate factories, mine deep seas, launch satellites and train artificial intelligence. Yet the same civilisation often treats desire as sovereign. The market can optimise delivery in ten minutes; the mind has not learned to ask whether the purchase was necessary. Vivekananda put the hierarchy differently: “It is good and very grand to conquer external nature, but grander still to conquer our internal nature.” He was speaking about spiritual freedom, not carbon emissions. But the translation into sustainability is precise. External mastery plus internal unrestraint produces efficient excess. External mastery plus self-mastery can produce a civilisation capable of abundance without waste. The IPCC has given this insight a modern empirical edge: demand-side changes in buildings, transport and food, together with new ways of providing services, can reduce end-use-sector greenhouse-gas emissions by 40–70 per cent by 2050 relative to baseline scenarios. The point is not that individual virtue replaces public policy. It is that policy, infrastructure, business models and culture all shape demand — and none can ultimately avoid the question of “enough”. A Vivekanandan environmental ethic therefore rejects two equal mistakes: compulsory austerity for the poor, and limitless consumption for the rich. Renunciation is not romanticised deprivation. A child without cooling in deadly heat, a family without clean cooking, a village without reliable electricity or a woman walking kilometres for water needs more material security, not sermons on consuming less. Restraint becomes a moral obligation precisely where consumption has crossed from dignity into display, from comfort into compulsion. “It is good and very grand to conquer external nature, but grander still to conquer our internal nature.”— Swami Vivekananda, The Necessity of Religion ADVAITA MEETS ECOLOGY — WITHOUT CONFUSING METAPHYSICS WITH SCIENCE At the heart of Vivekananda’s Vedanta is unity: the same ultimate reality appears through multiplicity. “Each soul is potentially divine,” he wrote in the Preface to Raja-Yoga, while describing the spiritual task as mastering nature, external and internal. Modern ecology arrives at interdependence through a different road — observation, measurement, systems science. Soil, pollinators, water cycles, forests, oceans, microbes, farms and cities are linked in material feedback loops. Vedanta and ecology are not interchangeable disciplines. Yet they can reinforce the same ethical refusal of separateness. The ecological crisis thrives on distance. The city sees a plastic packet, not the petrochemical chain behind it. The smartphone user sees a device, not mines, metals, labour and e-waste. The electricity consumer sees a switch, not the land, water, ash, transmission lines or communities behind generation. The river becomes “water supply”; the forest becomes “stock”; the atmosphere becomes a free waste sink. Practical Vedanta collapses that moral distance. If dignity is universal and existence is radically connected, no community can be treated as an acceptable sacrifice zone. A wetland is not sacred because we romanticise it; it is indispensable because life is relational. A mangrove is storm protection, nursery habitat, carbon store and livelihood system at once. An ethic of oneness does not replace environmental-impact assessment. It tells us why the assessment must count lives that markets routinely discount. “It is good and very grand to conquer external nature, but grander still to conquer our internal nature.”— Swami Vivekananda, The Necessity of Religion FROM “LIVE FOR OTHERS” TO CLIMATE JUSTICE Vivekananda’s spirituality was never satisfied with private illumination. “They alone live who live for others,” he wrote; elsewhere, “It is a privilege to serve mankind, for this is the worship of God.” In the Ramakrishna movement, this became organised service — education, health, relief and rural work — rather than episodic charity. The Ramakrishna Mission, founded in 1897, turned the principle of Atmano mokshartham jagat hitaya cha — one’s own liberation and the welfare of the world — into institutional practice. Climate change makes this service ethic intensely contemporary because vulnerability is unequal. A wealthy household can buy air-conditioning, insurance, purified water and mobility. A street vendor loses income when heat becomes dangerous. A marginal farmer cannot diversify risk as easily as an agribusiness. A fisher family living beside an eroding coast cannot move assets with a click. Children lose school days after floods. Women often absorb extra care work and water stress. Informal settlements face heat, drainage and air-pollution burdens together. A Vivekanandan climate policy would therefore ask four uncomfortable questions: Who benefits? Who pays? Who decides? Who is invisible? The answers must shape a just transition from coal, climate-resilient housing, heat-action plans, public transport, forest governance, disaster response and adaptation finance. Tribal and local ecological knowledge should be engaged with respect and evidence, not appropriated as picturesque folklore; likewise, conservation must not become an excuse to dispossess people whose livelihoods have long depended on forests and commons. Service also changes the tone of philanthropy and CSR. A company cannot claim the spirit of seva because it plants trees with one hand while contaminating water with the other. ESG cannot remain a reporting layer detached from procurement, product design, labour conditions, logistics, biodiversity, executive incentives and capital allocation. Vivekananda’s assault on privilege is relevant here: sustainability is credible only when responsibility runs through the institution, not merely through its charitable arm. “They alone live who live for others, the rest are more dead than alive.”— Swami Vivekananda, Our Duty to the Masses RENUNCIATION FOR THE AGE OF ONE-CLICK CONSUMPTION “The national ideals of India are RENUNCIATION and SERVICE,” Vivekananda said. Renunciation, in his world, did not mean economic stagnation; he wanted the masses educated, technically capable and materially uplifted. Its contemporary ecological meaning is freedom from being possessed by possessions. That distinction matters in a consumer culture engineered around attention, novelty and replacement. Fast fashion makes garments psychologically old before they are physically worn out. Electronics are upgraded because status expires faster than hardware. Food is discarded while millions struggle with nutrition. Festivals can become competitions in lighting, plastic, thermocol, transport and noise. Digital platforms turn desire into a continuous auction for attention. The sustainable spiritual response is not joylessness. It is a richer definition of enjoyment: use without addiction; beauty without waste; celebration without toxicity; mobility without needless emissions; technology without servitude. Repair before replacing. Borrow or share where ownership adds little. Choose durability. Prefer local and seasonal food where practical. Reduce food waste. Carry a bottle. Refuse unnecessary packaging. Use public transport, walking or cycling when the urban system makes them safe. Let the festival leave memories, not mountains of refuse. This is where Vivekananda’s inner discipline meets India’s contemporary “Lifestyle for Environment” policy vocabulary. India’s 2031–35 NDC explicitly places sustainable lifestyles and people-centric behavioural change alongside technology and policy. The philosophical contribution Vivekananda adds is motive: restraint should not be marketed as guilt. It can be experienced as freedom — swaraj over appetite. “They alone live who live for others, the rest are more dead than alive.”— Swami Vivekananda, Our Duty to the Masses STRENGTH IS NOT DOMINATION; IT IS RESILIENCE Vivekananda’s language of strength is often reduced to posters. In context, he wanted people who could stand on their own feet — physically, intellectually, morally and economically. “What we want is muscles of iron and nerves of steel,” he wrote. For the climate age, that strength can be re-read as resilience. A resilient India needs more than sea walls and drainage pumps. It needs farmers who can access climate information and diverse seeds; cities that protect outdoor workers during extreme heat; neighbourhoods with functioning local institutions; schools that can serve as safe shelters; health systems prepared for heat stress and vector-borne disease; youth trained in green skills; women with financial and decision-making power; and communities that can recover without falling permanently into debt. It also needs psychological resilience. Climate anxiety is rational when the risks are real, but paralysis is not a strategy. Vivekananda’s fearlessness, abhaya, is useful precisely because it is not denial. It asks us to look squarely at danger and still act. The climate movement needs fewer apocalyptic performances and more durable workers — scientists, engineers, farmers, teachers, entrepreneurs, civil servants, journalists and citizens capable of staying with a problem after the trending hashtag has disappeared. SCIENCE IN ONE HAND, SPIRITUAL PURPOSE IN THE OTHER Vivekananda was not anti-modern. His writings repeatedly engage scientific language and he wanted India to absorb modern knowledge, technology, organisation and productive skill without surrendering its spiritual centre. Belur Math’s account of his national vision records his emphasis on improved agriculture, village industries, education and material knowledge for the uplift of ordinary people. That synthesis is the opposite of both technophobia and techno-solutionism. Climate change will not be solved by meditation. India needs grids, storage, renewable power, electrified mobility, efficient buildings, lower-carbon industry, resilient crops, modern water systems, early-warning networks, circular manufacturing and better climate data. But technology does not decide the purpose of development. Ethics must still ask: Is a “green” mine socially just? Does an electric-vehicle transition improve public transport or simply replace one private car with another? Does a solar park respect land rights and biodiversity? Does artificial intelligence cut waste or merely accelerate consumption? India’s newest NDC makes the scale of the transition visible: by 2035 it targets a 47 per cent reduction in emissions intensity of GDP from 2005 levels, about 60 per cent of cumulative installed electric-power capacity from non-fossil sources, and a 3.5–4.0 billion tonne CO₂-equivalent carbon sink through forest and tree cover relative to 2005. As of February 2026, the NDC reported non-fossil sources at 52.57 per cent of installed power capacity. These are infrastructure numbers. Vivekananda’s challenge is to ensure that the civilisation built around that infrastructure is just, restrained and humane. “Education is the manifestation of the perfection already in man.”— Swami Vivekananda, What We Believe In WORK AS WORSHIP — AND THE GREEN ECONOMY OF DIGNITY Vivekananda’s Karma Yoga dignified work by changing its inner logic: work could become a path of freedom when performed with competence, integrity and reduced attachment to egoistic reward. For sustainability, that insight shifts the debate from the prestige of a “green” label to the quality and consequences of work itself. A job is not sustainable merely because it sits inside a renewable-energy company; it must also be safe, fairly paid, socially useful and ecologically responsible. India’s green transition will create and transform work across construction, batteries, public transport, solar installation, energy efficiency, waste recovery, ecosystem restoration, sustainable tourism, water management and climate-smart agriculture. But a circular economy cannot be morally circular if the people who sort waste remain unprotected, or if repair technicians are treated as inferior to the consumers whose products they extend. Vivekananda’s insistence on dignity and capability asks us to see the recycler, artisan, farm worker, mason, driver and technician as participants in national regeneration, not as invisible labour at the bottom of a value chain. The same applies to rural India. Vivekananda wanted practical knowledge, improved agriculture and village industries to reach ordinary people. In the climate age, that becomes a programme of local resilience: soil and water restoration, farmer-producer institutions, agroecological knowledge tested against science, decentralised clean energy, value addition close to the farm, local repair economies and enterprises that keep more income within communities. Sustainability is stronger when a village can maintain the systems installed in its name, rather than waiting for an external agency to return after the pilot project ends. This also reframes entrepreneurship. The green entrepreneur is not simply someone who finds a premium niche for affluent consumers. The deeper challenge is to make low-carbon and regenerative choices cheaper, accessible and aspirational for the majority: cooling that does not bankrupt households, mobility that works without private cars, packaging systems that genuinely circulate, clean energy for small enterprises, and finance that reaches women and first-generation entrepreneurs. Practical Vedanta, applied economically, is capability with conscience — enterprise that builds strength without manufacturing new forms of dependence. A VIVEKANANDA-INSPIRED DAILY CODE: 10 PRACTICESMind before mobile: Begin with 10–20 minutes of silence, breath, prayer or meditation before screens.Strengthen the instrument: Walk, exercise, practise yoga or play a sport; physical capacity supports public action.Eat with gratitude: Prefer nutritious, seasonal/local choices where practical; eliminate avoidable food waste.Work as Karma Yoga: Single-task, concentrate, act ethically and detach ego from applause.Need before want: Delay non-essential purchases; repair, reuse, borrow and choose durable goods.Use energy consciously: Switch off waste, moderate cooling, choose efficient devices and cleaner mobility.Re-enter nature: Spend daily time with trees, sky, soil, water or a neighbourhood park; observe, do not merely consume scenery.Serve weekly: Commit regular time to a social or ecological cause without making yourself the centre.Digital self-rule: Turn off non-essential notifications; create no-screen windows morning and night.Nightly audit: Ask: What did I waste? Whom did I help? What burden did my convenience shift to others? EDUCATION FOR EARTH CITIZENS, NOT JUST EXAM TAKERS “Education is the manifestation of the perfection already in man,” Vivekananda wrote. His idea of education was character-forming, confidence-building and life-making. Climate education needs exactly that breadth. A child who can define the greenhouse effect but cannot connect it to food, water, transport, waste or neighbourhood heat has information, not ecological agency. A Vivekananda-inspired sustainability curriculum would be experiential. Children would grow food, map trees, observe birds, test water, audit electricity, measure household waste, repair objects, interview farmers and waste workers, study indigenous practices critically, design low-waste celebrations and prepare local adaptation plans. They would learn to detect greenwashing and misinformation. Science would supply evidence; ethics would supply responsibility; teamwork would convert both into action. This is also why dignity of labour matters. A circular economy depends on people who collect, segregate, repair, refurbish and recycle. Renewable energy depends on technicians. Regenerative agriculture depends on skilled cultivators. Urban resilience depends on sanitation and water workers. The sustainable future cannot be built while the workers who maintain it remain socially invisible. Vivekananda’s “man-making” education, stated in the gendered language of his time, must become person-making education for equal citizenship and planetary stewardship. “They alone live who live for others, the rest are more dead than alive.”— Swami Vivekananda, Our Duty to the Masses THE 24-HOUR PRACTICAL VEDANTA OF SUSTAINABLE LIVING The attached idea of a Vivekananda-inspired daily discipline becomes most persuasive when stripped of rigidity and turned into principles. The goal is not to imitate a monk’s timetable. It is to train attention so that sustainability becomes character rather than an annual campaign. Begin the day without immediately surrendering the mind to the phone. Create a short interval of silence, breathing, prayer or meditation — not as an ecological act in itself, but as training in non-reactivity. Strengthen the body through walking, yoga, sport or exercise; a citizen exhausted by preventable ill-health has less capacity for long public work. Eat with attention, preferring nutritious, seasonal and locally appropriate food and wasting as little as possible. Work with concentration rather than permanent digital fragmentation. Buy with a “need versus want” pause. Spend some time outdoors, not for decorative wellness but to restore direct acquaintance with the more-than-human world. Then make service habitual. Give time each week to a civic or ecological task: tutor a child, assist during a heatwave, restore a pond, support a community kitchen, document local biodiversity, help segregate waste at an event, mentor a green enterprise or participate in a resident campaign for trees and footpaths. End the day with a small audit: Did I waste food, water or energy? Did I buy reflexively? Did my convenience shift a burden onto someone else? Did I help anyone without needing recognition? That is sustainability as sadhana — disciplined practice. Digital restraint belongs here too. The attention economy is an ecological issue because it accelerates advertising, impulse buying, device turnover and mental restlessness. Notifications are tiny claims on consciousness. To turn them off for chosen periods is not anti-technology; it is self-government. Vivekananda’s “internal nature” has acquired an algorithmic frontier. “The national ideals of India are RENUNCIATION and SERVICE.”— Swami Vivekananda, Reawakening of Hinduism on a National Basis UNIVERSALISM FOR A BORDERLESS ATMOSPHERE Vivekananda’s 1893 intervention at the World’s Parliament of Religions is remembered for interfaith fellowship. Its deeper political relevance today lies in his confidence that rootedness need not become hostility. Climate change needs precisely this combination. Carbon dioxide carries no passport. Himalayan hydrology binds countries together. Cyclones cross maritime boundaries. Air pollution travels. Oceans connect coasts. Species migrate. Climate finance, clean technology, disaster information and adaptation knowledge require cooperation even when geopolitics is difficult. India can draw strength from its own civilisational vocabulary while remaining scientifically open and globally collaborative. Vivekananda’s universalism also warns against environmental tribalism. Climate action cannot become a new purity contest in which citizens compete to appear morally cleaner than neighbours. Karma Yoga is anti-fanatical: work hard, stay unattached to ego, learn from evidence, and keep sympathy alive. The objective is not to win a lifestyle argument. It is to reduce harm and enlarge capability at scale. “It is a privilege to serve mankind, for this is the worship of God.”— Swami Vivekananda, Vedanta and Privilege ARISE, AWAKE — FROM CONSUMER TO CITIZEN “Arise, awake and stop not till the desired end is reached.”— Swami Vivekananda, Reply to the Calcutta Address “Education is the manifestation of the perfection already in man.”— Swami Vivekananda, What We Believe In The twenty-first century does not need a decorative Vivekananda framed above a stage while our economic life proceeds untouched. It needs the unsettling Vivekananda: the critic of privilege, the advocate of the masses, the organiser, the educator, the monk who demanded fearlessness and work, the Vedantin who insisted that unity must become practice. He does not give India a climate-policy manual. He gives it a theory of the human being capable of carrying a transition. That human being is inwardly freer from compulsive desire, outwardly energetic, scientifically curious, socially responsible, physically and mentally strong, respectful of difference and committed to the welfare of those with the least power. Such an India would refuse the false choice between development and ecology. It would expand electricity, housing, cooling, mobility and opportunity for those who need them while reducing wasteful luxury and pollution. It would build renewable energy without treating land and communities as expendable. It would make cities richer in public transport, shade, water, public space and clean air — not merely richer in private consumption. It would value repair workers and farmers alongside software engineers. It would judge corporations by what their core business does, not by the polish of their sustainability reports. It would make schools laboratories of stewardship. Most of all, it would change the definition of prosperity: from possession to capability, from extraction to regeneration, from status to fulfilment, from charity to justice, from ritual spirituality to responsible living. “Arise, awake and stop not till the desired end is reached,” Vivekananda urged. The words came through the Katha Upanishad and became inseparable from his public voice. In our century, the desired end cannot be national greatness on an unlivable planet. A sustainable India worthy of Vivekananda would be strong enough to restrain itself, modern enough to learn, spiritual enough to serve, and confident enough to cooperate. It would understand that the deepest climate technology is not a gadget but a civilisation’s capacity to govern desire. The green transition will be won not only in power plants, factories, farms and transport systems, but also in kitchens, classrooms, boardrooms, voting booths and the human mind. That is why Vivekananda belongs in the sustainability conversation — not as a prophet who predicted the Anthropocene, but as a seer who understood its moral anatomy. The bell has rung. Arise — not merely as consumers, but as citizens. Awake — not merely to personal ambition, but to planetary responsibility. And stop not until progress itself becomes compatible with the dignity and flourishing of life. ARISE — NOT MERELY AS CONSUMERS, BUT AS CITIZENS.AWAKE — NOT MERELY TO PERSONAL AMBITION, BUT TO PLANETARY RESPONSIBILITY. ...Read more

07 Sep 2026

India can land a spacecraft on the Moon and still mistake freezer ice for a divine visitation. The next science mission is not only to communicate achievements, but to build citizens who can question, verify and use technology without surrendering judgment. India’s scientific progress means little if citizens stop questioning evidence. The article calls for a stronger culture of scientific temper—one that can confront superstition, misinformation and AI-driven certainty while keeping human judgment at the centre. SummaryIndia has demonstrated remarkable scientific and technological capabilities, from lunar missions to digital public infrastructure, yet scientific achievement does not automatically create scientific temper.The article examines how faith, charisma, misinformation and AI can encourage people to accept claims without questioning, verifying or understanding the evidence.It argues for a shift from simply communicating scientific achievements to building “scientific citizenship,” where people learn to evaluate evidence, understand uncertainty and challenge harmful claims.Schools, teachers, media, public institutions and local communities should make inquiry, verification and critical thinking part of everyday life.Ultimately, the next mission for India is not only to build advanced technology, but to build citizens capable of asking what is true, what is uncertain, who bears the risk and what must change. Keywordsscientific temper in India, science communication India, scientific citizenship, scientific temper, critical thinking, evidence-based thinking, superstition and science, misinformation in India, AI misinformation, AI and society, responsible AI, public reasoning, science literacy, technology communication, science education, evidence verification, digital misinformation, human judgment, AI literacy, scientific thinking, science and society, civic agency, public trust in science, critical thinking education, responsible technology A freezer, a foot bath, and a warning In July 2026, an ordinary household refrigerator in Agra became an extraordinary destination. An ice formation inside the freezer took on a shape that some residents read as a Shivling. News spread, people arrived, flowers and belpatra were offered, water was poured in jalabhishek, and devotional chants filled a private home. The reports also recorded the obvious alternative explanation: freezing conditions had produced a naturally formed shape. No religious authority had authenticated it. No laboratory was needed to see the basic fact. Ice can take suggestive forms. The episode would be comic if it ended as a neighbourhood curiosity. It becomes revealing when a resemblance is promoted into revelation before anyone asks a simple question: what else could explain this? Around the same time, reports from Pune described videos in which women followers of a self-styled godman, Radhamohan Mishra, washed his feet and drank milk poured over them. The visuals surfaced amid a police investigation into allegations of exploitation and psychological manipulation at an ashram. In late 2024, visitors at the Banke Bihari temple in Vrindavan were filmed drinking water dripping from an elephant-shaped outlet as charan amrit. Reports later identified it as air-conditioning discharge, and said some continued despite warnings. These are not interchangeable cases. A freezer is not an ashram, reverence is not coercion, and a viral video is not a completed investigation. Together, however, they pose a larger question: why does a society that celebrates scientific achievement suspend ordinary standards of evidence when a claim is wrapped in sanctity, charisma or collective excitement? The answer cannot be that Indians are irrational, or that religion itself is the enemy. That lazy conclusion would be both unjust and strategically useless. The harder truth is that India has built considerable capacity to communicate science when there is a mission, a benefit, a government programme or a spectacular event. It has been less successful at cultivating the everyday civic habit of asking how we know, what we do not know, who is accountable, and what harm may follow if a claim is wrong. That gap is no longer a cultural curiosity. In an age of deepfakes, generative AI, miracle cures, climate shocks and mass digital persuasion, it is a public-safety problem. Faith is not on trial. Unaccountable certainty is. India's Constitution does not ask citizens to become joyless calculators. Article 51A(h) asks for scientific temper, humanism, and the spirit of inquiry and reform. Scientific temper is not a demand to abandon prayer, ritual or imagination. It is a civic capability: keeping claims about health, safety, nature, public policy and another person's rights open to evidence and correction. A person may find meaning in a sacred symbol and still know that frost is frost. A family may respect a guru and still refuse an unsafe cure. The line is not between the religious and the secular, but between meaning and manipulation, private devotion and public harm, humility before mystery and obedience to a human being who claims immunity from questions. The disturbing part of a foot-washing spectacle is the hierarchy it can normalize. When a leader's body is treated as a source of healing or supernatural authority, followers may surrender dignity, bodily autonomy and medical judgment. In Maharashtra in 2025, a self-styled godman was reported to have beaten people, forced shoes into their mouths and made them drink urine in the name of exorcism. In Damoh, an OBC man was allegedly compelled to wash a Brahmin man's feet and drink the water as atonement after an AI-generated image triggered a caste dispute; the Madhya Pradesh High Court took suo motu cognisance. The stakes can become lethal at scale. The 2024 Hathras stampede killed 121 people at a gathering associated with Bhole Baba, after a crowd vastly exceeded the permitted number. Reuters described the conditions that make godmen attractive: illness, insecurity, deprivation, discrimination, loneliness and the need for hope. Mockery misses the need. A humanist response asks who profits from vulnerability, who provides safe alternatives, and why public institutions are absent when desperation arrives. India already knows how to make science visible The irony is that India has a remarkable science-communication inheritance. CSIR popular science and Vigyan Pragati, museums in Kolkata and Bengaluru, radio, mobile exhibitions, NCSTC, university outreach, community radio and people's science movements have all tried to bring knowledge out of laboratories and examination halls. The country has also shown what communication can do when joined to delivery. Smallpox eradication, polio elimination, HIV/AIDS communication, immunization campaigns and COVID-19 risk messaging each offered lessons in trust, repetition and local adaptation. Polio did not succeed because of one poster. It combined house-to-house work, vaccine booths, surveillance, local leaders, health workers, repeated rounds and responses to rumours. The message travelled because the service was present and people had someone nearby to ask. Space communication has given India its most visible public language of science. Aryabhata, Chandrayaan-1, the Mars Orbiter Mission, Chandrayaan-2, Chandrayaan-3, Aditya-L1 and XPoSat have made engineering and research part of popular culture. A launch can turn a complex national investment into shared wonder. Chandrayaan-2 offered a rare lesson in failure and iteration; Chandrayaan-3 showed how teams, software, materials, navigation and testing convert a difficult attempt into a successful landing. Digital India demonstrates a different strength. UPI, DigiLocker, online public services and digital public infrastructure show that technology can be adopted at enormous scale when useful, supported and woven into daily routines. A 2019-20 Pew survey found that 53 percent of Indian adults considered it very important for India to be a world leader in scientific achievements, and 75 percent considered government investment in research worthwhile. The public appetite is real. But support for science is not the same as scientific temper. A person can admire a rocket, scan a QR code and use an AI assistant while unable to test a health claim, read a graph, identify a manipulated video or challenge an automated decision. The next step is to convert admiration into reasoning. The SWOT verdict: powerful, partial, precarious Strength: when the chain is complete, India can move millions India's greatest strength is not one agency but distributed institutional memory. DST-NCSTC, CSIR-NIScPR, NCSM, ISRO, ICMR, DBT, ICAR, universities, IISERs, museums and civil-society networks possess expertise, channels and public legitimacy. Jathas, street theatre, science clubs, demonstrations and local-language campaigns add a participatory tradition no central publicity office can manufacture. When the chain is complete, India communicates at scale: a clear problem, credible action, reliable delivery, trusted intermediaries, repetition and feedback. That is a formidable foundation. Weakness: we celebrate the mission and skip the method The central weakness is a publicity bias toward what the state or a state-funded institution has announced, launched or achieved. Public institutions must explain their work. The problem begins when achievement crowds out method, uncertainty, failure, independent verification, social cost and affected voices. A rocket launch is visible; calibration, data analysis and the labour behind it are not. A medical study is exciting; its sample size, comparator, adverse effects, cost and limits are harder to narrate. This is where technology communication is confused with science communication. Technology communication teaches use. Science communication teaches judgment: how to evaluate evidence and deliberate about consequences. The distinction is simple: technology communication enables use; science communication enables judgment. The weakness is amplified by language inequality, rote schooling, fragmented media beats and weak professional pathways. The 2024 FAST India SciComm ThinkLabs report, based on a small, non-representative practitioner sample, found that 54 percent had no formal training, while about 95 percent used English in their current work. India does not lack enthusiasm. It lacks continuity, translation, evaluation and safety. The closure of Vigyan Prasar, completed on 21 October 2024 after a Union Cabinet winding-up decision, sharpens the institutional gap. It is not a case for romanticising one organisation or creating another official voice. It is a warning that archives, networks, professional memory and public-interest production disappear unless protected. Opportunity: build scientific citizenship, not just science fans The opportunity is to make scientific thinking a design requirement of public life. Every major public technology or research initiative should have two deliverables: the immediate service or achievement, and a lasting increase in public capacity to question, verify, use safely and participate. This requires a Scientific Citizenship Charter for ministries, regulators, universities, schools, hospitals and publicly funded projects. It should require plain-language evidence, methods where possible, uncertainty, conflicts, risks, consequences, a public question log and a visible correction route. Transparency should be part of scientific excellence, not an insult to institutional prestige. The opportunity also lies in local scale. A national evidence pack can be translated into Bengali, Marathi, Tamil, Hindi, Assamese or a tribal language, but translation alone is not enough. A community needs an explanation in its idiom, a demonstration, a trusted facilitator and a chance to answer back. Scientific citizenship grows where people observe water, heat, crops, waste, disease, air or biodiversity and see institutions respond. Threat: the age of AI can industrialise credulity The threat is not only false claims, but the industrialisation of the conditions that make them believable. Algorithms reward speed, certainty, outrage and identity. Synthetic images and cloned voices make a lie intimate. Climate stress and insecurity make miracle promises attractive. A high-consumption model hides the energy, water, minerals, labour and waste behind devices and data centres. AI intensifies the old problem because fluency looks like intelligence. An instant, confident answer can acquire authority. A model can invent a citation, reproduce bias, expose private information or give dangerous medical advice while sounding helpful. The newest godman may sit inside a chat window, surrounded by the assumption that computation is neutral and omniscient. The answer is not to become anti-technology. It is to make limits, provenance, uncertainty, accountability and human choice visible. A society that can identify a fake miracle should also be able to identify a fake AI certainty. Make the classroom a laboratory for doubt Scientific temper will not be installed by a slogan, a National Science Day speech or an AI awareness week. It has to be rehearsed until ordinary. The school is the most important site because it can change what children know and how they relate to being wrong. Inquiry must cross the timetable. History can teach source criticism; civics, evidence in public decisions; geography, local mapping; mathematics, estimation and uncertainty; biology, health, ecology and misinformation; language, argument and revision; computer science, data, models, bias and human oversight. The question is not whether a child remembers the scientific method, but whether the child can design a fair test, explain an anomaly, compare sources and change an answer without shame. Teachers are the hinge. They need recurring professional learning, low-cost experiment kits, local datasets, libraries, mentors and permission to spend time on questions. Assessment must reward question quality, method, uncertainty and improvement after feedback. A polished AI answer should score less than a modest answer that shows where the learner checked, doubted and decided. The best projects can begin with local problems: Does shade reduce classroom heat? What is the quality of neighbourhood water? How does a vaccination rumour travel? What happens to a phone after disposal? Students observe, measure, interview, test, analyse, present and revise. They learn that evidence is not a foreign authority. It is a shared practice. Put the human being back in the AI loop AI literacy should be compulsory, but not as prompt training. It should teach when a system should be used, when it should not, and who remains responsible after it answers. A practical Human-in-the-Loop routine can be taught from school to the workplace: frame the question; check data, permissions and privacy; use AI for a bounded task; record the prompt and output; verify against trusted sources; explain what the system could not establish; accept, revise, reject or escalate the result; disclose assistance; and record a bias, an uncertainty and a condition under which AI must not be used. This applies to an essay, translation, health answer, recruitment ranking, classroom tool or synthetic image. In a newsroom, AI can transcribe while a journalist verifies. In a public office, a model can draft while a human preserves the record and answers an appeal. In medicine, education, law and welfare, anyone affected by automation must be able to know the basis, correct an error and seek review. Human-in-the-loop is not a ceremonial click after the machine has decided. It is responsibility before, during and after the system acts: use the tool, interrogate the output, own the consequence. Build a public-reasoning grid, not a propaganda machine India needs a ten-year National Mission for Scientific Temper and Public Reasoning, supported by an independent observatory. Its work should be coordination and capacity building, not narrative control. It should map assets, track language and access gaps, fund independent evaluations, monitor misinformation, preserve the Vigyan Prasar archive and publish an annual report on reasoning, trust, safety and equity. The architecture should be federated. NCSTC can provide a backbone; NIScPR, research communication; NCSM, hands-on learning. Universities, IISERs, state councils, community radio, civil-society organisations, journalists and creators can supply local capacity. District nodes can connect science centres, colleges, hospitals, libraries, Krishi Vigyan Kendras, teacher-resource centres and NGOs. The news media need their own investment. A public-interest fund with editorial firewalls can support science, health, climate and technology reporting in regional languages. Newsrooms need primary papers and data, specialist training, expert networks, visible corrections and time for follow-up. A high-quality science story should state the claim, evidence, uncertainty, limits, affected people and a route to the source or help. Climate and nature should be the permanent spine. A heatwave story needs exposure, work, housing, cooling and health services; a river story, ecology, livelihoods, pollution, infrastructure and governance; an AI story, data, labour, energy, water, privacy and recourse. Sustainable prosperity means more well-being with less waste. The public must ask not only, "Does this technology work?" but also, "For whom, for how long, at what cost, and what happens after disposal?" Protect the people who ask inconvenient questions Scientific temper cannot be a public duty if its practitioners are disposable. Narendra Dabholkar was murdered in Pune in 2013 after campaigning against exploitative superstition and black magic. A 2024 special-court conviction brought some accountability, but the lesson is institutional: rationality work needs protection, not applause after tragedy. Anti-superstition work should connect rationalist groups, teachers, doctors, journalists, fact-checkers, psychologists, lawyers, police, public-health officials and community leaders. A response should identify harm, explain evidence, offer a safer alternative, connect people to services and protect the person speaking up. Respect for dignity must not become surrender to deception. The state must also guard against a different danger: a national mission becoming a censorship machine, or AI monitoring becoming surveillance. Pluralism, dissent, privacy, due process and independent evaluation are conditions of scientific temper. Stop counting applause. Measure agency. India's communication system often counts events, impressions, clicks, downloads and views. Those numbers matter, but do not show whether anyone became more capable. A campaign with a million views and no change in understanding should not outrank a local programme with 5,000 participants who can identify a rumour, demonstrate a method or demand a correction. A National Scientific Temper and Public Reasoning Index should measure comprehension of evidence and uncertainty, source checking, willingness to revise a belief, trust calibrated to evidence rather than status, safe AI use and civic agency. It should ask whether institutions answer questions, publish corrections and include affected communities. Results should be disaggregated by language, geography, gender, caste, disability, age, education and income; a national average can hide a thousand exclusions. Progress is not louder applause for science. It is the ability to disagree without violence, refuse a fraudulent cure, recognize a deepfake, ask a public office for evidence, appeal an automated decision, protect dignity and choose within ecological limits. The next mission is ordinary The Agra freezer did not reveal a divine crisis. It revealed a civic one: how quickly resemblance becomes certainty when a crowd, a camera and sacred vocabulary meet. The Pune videos did not prove every allegation about a godman, but showed how devotion can be staged as submission. Vrindavan showed how a pipe, an architectural design and a story can turn contaminated water into a sacrament when no one checks. India should not respond with ridicule. It needs better institutions, journalism, classrooms, public-health systems, local networks and a more honest relationship with uncertainty. It has shown that it can communicate a polio campaign, a digital service and a lunar landing to millions. Now it must communicate the method and the limits. A rocket landing can give a nation a shared moment of wonder. Scientific citizenship gives it a shared capacity to decide. The next mission is to make that capacity ordinary: in the classroom, clinic, newsroom, village meeting, public office, family WhatsApp group and AI tab open at midnight. The future of science communication in India will be decided not only by how brilliantly the country explains what it can build, but by whether citizens can ask what is true, what is uncertain, who bears the risk and what must change. In the era of blind faith and intelligent machines, that is the infrastructure of freedom. ...Read more