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Gurgaon to enforce two-stage checks of demolition waste before construction and occupancy

Delhi-NCR is being pushed into a system where every kilogram of construction and demolition (C&D) waste must be traceable. From April 1, anyone undertaking construction, renovation or demolition on plots of 200 sq metres or more in Gurgaon will be required to show exactly where their waste went, according to the new directions issued by Commission for Air Quality Management (CAQM). Demolition waste — in the biggest shift — will have to be accounted for twice, once before construction begins and once again before a building is allowed to be occupied. The long-running practice of off-loading debris onto roadsides, vacant plots or forest edges will no longer slip through the cracks. Builders and homeowners will have to declare, at the plan-approval stage, how much debris they expect to generate. A Haryana State Pollution Control Board (HSPCB) official said, "If demolition is part of their project, they will be required to take the waste to an authorised C&D collection or processing facility and produce a formal receipt. This receipt will become a core document not only for starting construction but also for obtaining completion and occupation certificates. A structure may be finished, but unless this paperwork is in order, it cannot legally be occupied." These requirements place significant responsibility on govt agencies as well. To make compliance realistic, CAQM directed Gurgaon's civic and planning bodies to ensure there is at least one authorised C&D waste collection point within every 5km by 5km grid of the city. This means MCG and other development authorities must identify locations, notify them and put in place the infrastructure needed for regular collection, storage and processing. The presence of a designated drop-off facility in every grid effectively removes the excuses that historically justified dumping waste in open spaces. The directions also reshape the role of municipal bodies. They will now be responsible for ensuring that debris is transported and disposed of in an environmentally sound manner. This involves verifying transport routes, preventing trucks from diverting loads to unauthorised spots and making sure that waste actually reaches the notified facilities. "Construction and demolition dust is a year-round source of particulate pollution in cities like Gurgaon, but enforcement has been weak because responsibility is fragmented," executive director at Centre for Science and Environment Anumita Roychowdhury said, adding, "Linking waste disposal to building approvals and completion certificates is important because it creates a clear compliance trail and makes local authorities accountable, not just builders." To strengthen oversight across the NCR, the directions call for a digital tracking system built jointly by the govts of Haryana and Delhi. This system will feature geo-tagged waste-collection points and GPS-tracked vehicles carrying debris. Every trip will leave a digital trail, from the plot it originated on to the facility where it was dropped. Missing waste, route deviations or unexplained gaps in the chain can then be flagged in real time, making it difficult for anyone to dispose of debris stealthily. For a city where construction debris for years accumulated along highways, drains and the Aravali foothills, the responsibility to close these loopholes now falls squarely on civic systems. Regulation and enforcement will largely rest with HSPCB, which will be expected to monitor whether waste-collection points and processing facilities are functional, whether they are meeting environmental norms for dust suppression and run-off control and whether they are receiving and processing debris as per the rules. "We will also have the authority to act against illegal dumping, including issuing notices and imposing environmental compensation. In addition, C&D processing plants will fall under our inspection regime, requiring them to comply with air and water pollution standards," the HSPCB official said.

30 Communicators Attend Five-Day Virtual Workshop on the Linkages Between Business and Climate Change in India

Simrin Sirur of Mongabay carried on this theme on the last day of the workshop, explaining green credit rules and how a journalist could investigate them, and how greenwashing could be exposed. That was followed by a detailed presentation by Parth Kumar of the New Delhi-based think tank Centre for Science and Environment on the actual challenges being faced by steel, cement, chemicals and thermal power sectors in controlling their GHG emissions. As the impacts of climate change are increasingly felt across India, with climate-related natural disasters costing the economy an estimated US$12 billion in 2025, and an increasing number of studies highlighting key industries such as agriculture are incredibly vulnerable to climate shocks, it is clear that ‘business as usual’ no longer applies for the country’s private sector. Internews’ Earth Journalism Network’s (EJN) Business and Climate Media Initiative (BCMI) project introduced 30 communicators from across India to the interfaces between business and climate during the five-day virtual workshop held from December 8 to 12, 2025. “We have received repeated requests from communicators covering environment-related issues for support to improve their understanding of how businesses and industries are influencing climate change and are being impacted by it,” said Joydeep Gupta, EJN’s India Program Lead. “Experts took the conversation beyond numbers to the responsibilities industries have to keep their greenhouse gas (GHG) emissions in check, the extent to which they are carrying out these responsibilities and the world of new businesses profiting from the transition to a cleaner economy,” he said. The sessions—that lasted two hours a day—were opened by Vaibhav Chaturvedi from the Council on Energy, Environment and Water (CEEW), a think tank based in New Delhi. He outlined the current state of greenhouse emissions in India, with a focus on emissions from specific industry sectors such as power generation, transportation, steel, cement and chemicals. He also spoke about the impacts of climate change on India’s gross domestic product, as the country struggles to cope with more frequent and severe droughts, floods, storms, landslides and rising seas. Neha Malhotra from the consultancy firm Nangia Anderson described in detail the mandatory climate commitments of businesses and industries in India, and the kinds of responses that are being seen. This led on to issues around the governance of India’s environment, social and governance (ESG) policy and the impending Business Responsibility and Sustainability Reporting framework of the Securities and Exchange Board of India. There were frank discussions on the extent to which these mandates were being followed and by whom, as well as how the media could track the greenhouse gas (GHG) emissions of industries too small to fall under the mandatory requirements framework. The energy transition is not just a matter of compliance for industries—it is also a huge business opportunity, especially in renewable energy, clean transportation and associated businesses. A recent CEEW study highlighted how the green transition could attract US$4.1 trillion investment by 2047 and create 48 million jobs. With this in mind, on the second day of the workshop, Jaideep Saraswat of the New Delhi-based think tank Vasudha Foundation spoke about the prospects of renewable energy and clean mobility businesses, and also about the challenges facing them, including access to finance and raw materials. This was followed by Sanjay Vashisht, head of Climate Action Network South Asia, who presented on the challenge of finding and mining the rare earths necessary for solar panels, wind turbines and batteries. One of the big problems in the move to a greener private sector is finance. This problem has only worsened with the withdrawal of the United States from the Paris climate agreement, which has meant the US government has stopped paying what it had promised to various climate funds and to developing countries. This has also led to some large investors turning away from energy and mobility transition projects. Ravi Shankar Prasad, India’s former chief negotiator at global climate talks and now with CEEW, explained the history of these negotiations on the third day of the workshop. This led to an hour-long discussion among participants—moderated by EJN’s Gupta—on financing for mitigation, the lack of financing for adaptation to climate change impacts and how this can be highlighted through media reports. Carbon markets are emerging as the most promising solution to the lack of finance. While these markets are already proliferating in India, very few journalists even know what carbon markets are, let alone how to track the integrity of individual market transactions. Saurabh Trivedi of the Institute of Energy Economics and Financial Analysis bridged this gap on the fourth day of the workshop, with a detailed primer on what carbon markets are, the kinds of markets being followed in India, their history, whether they are mandatory or voluntary and the new markets being planned. He also explained the working of green bonds, debt-for-nature-swaps and other fixed income debt instruments in place in India. Almost all of this was new to most workshop participants, and requests to explain various facets of the presentation in more detail went on for over an hour. Simrin Sirur of Mongabay carried on this theme on the last day of the workshop, explaining green credit rules and how a journalist could investigate them, and how greenwashing could be exposed. That was followed by a detailed presentation by Parth Kumar of the New Delhi-based think tank Centre for Science and Environment on the actual challenges being faced by steel, cement, chemicals and thermal power sectors in controlling their GHG emissions. And with micro, small and medium enterprises (MSMEs) making up a huge part of India’s private sector—with 33% of India’s GDP generated by these companies—Kumar then explained the specific problems being faced by MSMEs in controlling their emissions, especially the lack of financing and knowhow. The extent to which his message resonated among workshop participants was seen later, when many journalists submitted story ideas about the problems and prospects of GHG emission control by MSMEs.

द‍िल्‍ली-एनसीआर से लाखों लोग जाएंगे बाहर? सीजेआई सूर्यकांत के सामने आया 300 क‍िलोमीटर वाला कौन सा प्रस्‍ताव...

सेंटर फॉर साइंस एंड एनवायरनमेंट की एक रिपोर्ट के अनुसार, NCR में हजारों की संख्या में ऐसी इकाइयां हैं जो अभी भी कोयले या अवैध ईंधन का उपयोग कर रही हैं. यदि सुप्रीम कोर्ट के प्रस्ताव के तहत 300 किलोमीटर के दायरे से इन उद्योगों को हटाया या बदला जाता है, तो इससे न केवल बड़े पैमाने पर विस्थापन होगा, बल्कि लाखों कामगारों की आजीविका और स्थानीय सप्लाई चेन पर भी गहरा असर पड़ेगा. सीजेआई सूर्यकांत के सामने ऐसा प्रस्‍ताव पेश क‍िया गया है, जो अगर लागू हो गया तो द‍िल्‍ली-एनसीआर से हजारों फैक्‍टर‍ियां 300 क‍िलोमीटर दूर भेज दी जाएंगी. अगर ऐसा हुआ तो उनमें काम कर रहे 6 से 7 लाख लोगों पर भी असर होगा. दिल्ली-एनसीआर में प्रदूषण के जानलेवा स्तर से निपटने के लिए अब एक बेहद सख्त और बड़ा कदम उठाने की तैयारी शुरू हो गई है. सुप्रीम कोर्ट में सोमवार को एक ऐसा प्रस्ताव पेश किया गया, जो अगर लागू हुआ तो कोयले से चलने वाली सारी फैक्‍टर‍ियां द‍िल्‍ली-एनसीआर से बाहर कर दी जाएंगी. इतना ही नहीं, 300 क‍िलोमीटर के दायरे में कोई थर्मल पावर प्‍लांट नहीं होगा. अगर ऐसा हुआ तो इनमें काम कर रहे लाखों लोगों को वहां जाना होगा. सीजेआई सूर्यकांत की पीठ ने इस प्रस्ताव पर केंद्र सरकार के मंत्रालयों से जवाब मांगा है, जिससे साफ संकेत मिल रहे हैं कि प्रदूषण फैलाने वाली फैक्ट्रियों के दिन अब लदने वाले हैं. 300 किलोमीटर का दायरा और थर्मल पावर प्लांट पर रोक एयर क्‍वाल‍िटी मैनेजमेंट कमीशन की ओर से सुझाए गए उपायों पर सुनवाई करते हुए सीजेआई सूर्यकांत की अध्यक्षता वाली पीठ ने कई कड़े निर्देश दिए हैंः कोर्ट ने पर्यावरण मंत्रालय, पेट्रोलियम मंत्रालय और विद्युत मंत्रालय से उस सुझाव पर जवाब मांगा है, जिसमें कहा गया है कि दिल्ली के 300 किलोमीटर के दायरे में अब कोई भी नया कोयला आधारित थर्मल पावर प्लांट नहीं लगाया जाना चाहिए. उत्तर प्रदेश, हरियाणा और राजस्थान सरकार को निर्देश दिया गया है कि वे सार्वजनिक नोटिस जारी कर कोयला आधारित उद्योगों से उनके सुझाव और आपत्तियां मांगें. इन राज्यों को एक एक्‍शन टेकन प्‍लान भी जमा करना होगा. कोयले की जगह कौन सा विकल्प? अदालत ने केवल फैक्ट्रियों को हटाने की ही बात नहीं की है, बल्कि उनके भविष्य पर भी विचार करने को कहा है. सुप्रीम कोर्ट ने मंत्रालयों से एक ज्‍वाइंट प्रपोजल मांगा है. एनसीआर के उन उद्योगों की पहचान करना जो पूरी तरह कोयले पर निर्भर हैं. यह तय करना कि इन उद्योगों को कोयले के विकल्प के रूप में कौन सा अल्‍टरनेट‍िव फ्यूल दिया जा सकता है. धूल और वाहनों पर भी चलेगा हंटर कोयले के अलावा, सुप्रीम कोर्ट ने निर्माण कार्यों से उड़ने वाली धूल और वाहनों से होने वाले प्रदूषण पर भी सख्त रुख अपनाया है. 12 मार्च को होने वाली अगली सुनवाई में अदालत वाहनों से होने वाले वायु प्रदूषण के मुद्दे की विस्तार से जांच करेगी.कोर्ट ने दिल्ली सरकार को निर्देश दिया है कि वह CAQM द्वारा सुझाए गए दीर्घकालिक समाधानों को लागू करने के लिए एक ठोस एक्शन प्लान पेश करे. सुप्रीम कोर्ट ने सभी पक्षों को अपनी रिपोर्ट और प्रस्ताव जमा करने के लिए 12 मार्च तक का समय दिया है. यदि यह प्रस्ताव मंजूर हो जाता है, तो दिल्ली से 300 किलोमीटर दूर तक के औद्योगिक इलाके पूरी तरह बदल जाएंगे और कोयले का धुआं छोड़ने वाली फैक्ट्रियों को अपना बोरिया-बिस्तर समेटना होगा. क‍ितनी फैक्‍टर‍ियां और क‍ितने कामगार विभिन्न औद्योगिक रिपोर्टों और आर्थिक सर्वेक्षणों के अनुसार, दिल्ली में लगभग 25,000 से 30,000 ऐसी फैक्ट्रियां हैं जो इंडस्‍ट्र‍ियल इलाकों में चल रही हैं. जबक‍ि अनधिकृत क्षेत्रों में यह संख्या लाखों में हो सकती है. अकेले दिल्ली-NCR के कोयला आधारित और प्रदूषणकारी उद्योगों में करीब 5 से 7 लाख श्रमिक प्रत्यक्ष रूप से जुड़े हैं. सेंटर फॉर साइंस एंड एनवायरनमेंट की एक रिपोर्ट के अनुसार, NCR में हजारों की संख्या में ऐसी इकाइयां हैं जो अभी भी कोयले या अवैध ईंधन का उपयोग कर रही हैं. यदि सुप्रीम कोर्ट के प्रस्ताव के तहत 300 किलोमीटर के दायरे से इन उद्योगों को हटाया या बदला जाता है, तो इससे न केवल बड़े पैमाने पर विस्थापन होगा, बल्कि लाखों कामगारों की आजीविका और स्थानीय सप्लाई चेन पर भी गहरा असर पड़ेगा.

In Kashmir, It Is April In February As Cascading Cost Of Warmest Winter Worries Experts

An unusually hot February has alarmed Kashmir. On Saturday, mercury shot up to over 21 degrees Celsius, 10 notches above the average temperature, shattering the previous record high of 20.6 degrees set on February 24, 2016. The temperature being experienced nowadays is what Kashmir would witness in April, when spring would be in full bloom, while mornings and evenings would still carry a touch of wintry air. The atypical weather comes as the region grapples with a staggering over 55 per cent precipitation deficit during the peak winter. The spike is seen as an extraordinary deviation for late winter months as people started giving up pherans and woollens. "This heat is something unusual. We have stopped lighting hamaam or heaters. There is no requirement for these things as nights too are getting warmer," said 65-year-old Ali Mohammad of Srinagar. Independent weather forecaster Faizan Arif described the surge as part of a broader and intensifying warm spell triggered by the lack of Western Disturbance that can usher wet spell in the region. "Kashmir is presently witnessing temperatures that are strikingly similar to what is normally recorded in mid-April," he said. Experts warn that sustained high temperatures following the precipitation deficit could spur early snowmelt in the higher reaches of the Himalayan region, raising fears of cascading impact on the environment. Climate scientist Prof Shakeel Ahmad Romshoo noted the Kashmir Valley has experienced a pronounced warming trend in the last five to six years. "Reduced snowfall and warmer spring temperatures are triggering earlier melting of seasonal snowpacks and glaciers, thereby disrupting the natural timing and availability of meltwater that sustains rivers, springs, and groundwater recharge systems. These changes are already contributing to declining snow accumulation, reduced streamflows and increasing water stress in many parts of Jammu and Kashmir,” he told ETV Bharat. The western rivers, including the Jhelum, Chenab and its tributaries, rely on snowpack accumulation. While rapid melting is expected to trigger a short-term rise in water levels, increasing the risk of flooding, it is expected to potentially trigger lower discharge during the summer, when farms need irrigation. If the pattern persists, Romshoo said, it could likely diminish long-term water availability and increase vulnerability to water shortages, threatening both ecological sustainability and adversely affecting various socio-economic sectors in the region. Irfan Rashid of the Department of Geoinformatics, University of Kashmir, warns that streams and rivers may have more water in early spring but could experience reduced flows in spring and summer, when water demand peaks, affecting irrigated farming, especially rice cultivation, which is a staple food of the Valley. "Such extreme snow loss will expose glacier ice earlier to solar radiation, increasing ice melt, glacier thinning and long-term degradation," he said. "Warmer conditions may also trigger permafrost thaw across the Himalaya, which can destabilise mountain slopes and potentially lead to catastrophic mass movements." This was experienced in Chisoti mountains in J&K's Kishtwar and Dharali in Uttrakhand where large-scale devastation was caused by floods in 2025. In Kishtwar alone, 66 people were devoured by the floods caused by changing weather patterns. According to a report of Delhi-based think tank Centre for Science and Environment (CSE) and Down To Earth, extreme weather was recorded on 270 of the 273 days from January to September 2025, up from 255 in 2024. For the agriculture and horticulture sector, which is the mainstay of the region’s economy, the early heat has spurred worries among farmers. Fruits like apples depend on a prolonged cold spell to meet essential chilling requirements. "But warmer winters disrupt flowering cycles, increase pest activity and reduce yields," said an apple grower, Mohammad Abbas of Shopian. Likewise, tourism stakeholders also fear that early heat can shorten the winter sports season in destinations such as Gulmarg while also affecting the snow cover that draws visitors.

Brace yourself for a deluge of GM crops

Down to Earth, the journal dedicated to environmental concerns, pointed out that a Centre for Science and Environment investigation in 2018 had found ‘GM ingredients in 32 per cent of 65 food products in India, 80 per cent of them imported’. Union agriculture minister Shivraj Singh Chouhan has finally ended his silence on the Indo-US trade deal. On 17 February, Chouhan — who only last year said India needed to be cautious about allowing the entry of Genetically Modified (GM) crops — declared that Indian farmers had nothing to worry about, their interests were ‘completely protected’ in the ongoing negotiations. He said little on importing soyabean oil from genetically modified soyabeans and DDG (dried distillers’ grains) made from GM maize, both of which find mention in the joint framework to the ‘interim trade agreement’. Down to Earth, the journal dedicated to environmental concerns, pointed out that a Centre for Science and Environment investigation in 2018 had found ‘GM ingredients in 32 per cent of 65 food products in India, 80 per cent of them imported’. Sridhar Krishnaswami, a researcher with the Alliance for Sustainable & Holistic Agriculture (ASHA-Kisan Swaraj), fears that “DDGs and soyabean are just a ploy and that our agricultural market is going to be totally opened up”. Why else would the US insist on India removing or relaxing ‘restrictive’ trade practices? GM foods green-signalled in the deal include soyabean oil and DDGs made from GM maize and used for cattle and poultry feed. By doing so, the Modi government ended India’s long-term moratorium on GM food crops. Under the Environment (Protection) Act 1986, the import of GM crops was disallowed; an exception was made for BT cotton in 2002. India insisted that approval was required for every GM organism entering the food chain. As late as November 2022, the Food Safety and Standards Authority of India had made it mandatory to label foods containing one per cent or more GM content insisting that all import consignments had to certify their non-GM status. In 2009, there was public backlash against moves to allow BT brinjal cultivation. This time, public reaction is muted because of lack of clarity and absence of details about the deal being negotiated. Even so, several experts say it is obvious that India has bowed to the pressure of major global seed companies (Bayer-Monsanto, Dupont Pioneer, Syngenta, Dow) and to the US, which is the largest exporter of GM crops in the world. Founder of Gene Campaign Suman Sahai believes the US desperately needed a market for its soyabean and corn, because China, once its top buyer, has dramatically scaled back its purchases. “Trump could not afford to annoy his large political base of soyabean and corn farmers, hence the pressure on us,” says Sahai. GM crops are plants whose DNA has been altered using genetic engineering techniques to introduce new traits such as resistance to insects and tolerance of herbicides and climate stress. This technology differs from traditional breeding, which mixes genes within a crop’s broader family over several generations. Experts believe India walked into this deal with its eyes closed, overlooking the ‘precautionary principle’ — followed by several countries — that prioritises the environment and health and safety measures while prohibiting the cultivation and entry of GM crops. More importantly, we are overlooking the fact that India is the centre of origin and genetic diversity for several crops. Regulators have repeatedly cited risks related to gene flow, biodiversity loss and long-term ecological impact. Shockingly, civil society has remained largely silent on the alarming repercussions of the side entry of GM food products. Could they have swallowed minister of commerce and industry Piyush Goyal’s assurances to the contrary? India produces around 13.05 million tonnes of soya bean and approximately 42 million tonnes of corn, 20 per cent of which is used to make fuel-grade ethanol. Self-sufficient in its corn output, India imports soya oil for cooking because it lacks the processing infrastructure for edible oil.

Why policy makers should look at Chennai’s autorickshaws for the future of last-mile delivery

Large delivery vans are increasingly impractical in many parts of Chennai. Parking is scarce, fuel is expensive, and traffic is unpredictable. According to the Centre for Science and Environment, transport alone can make up 30–35% of logistics costs in Indian cities—mostly because of inefficient movement within cities. Chennai is often called the automobile capital of India—and for good reason. In 2024, the city produced nearly 30% of India’s automobiles and 35% of its auto components. A strong mix of global manufacturers, suppliers, ports, and highways has made Chennai a key manufacturing and logistics hub. As Tamil Nadu pushes to become a global manufacturing powerhouse, the next big challenge isn’t just factories or highways. It’s how goods move within the city. Urban goods transport remains slow, costly, polluting, and poorly adapted to Chennai’s dense streets. Logistics is growing – but the last mile is lagging Chennai’s logistics sector is expanding fast. By September 2025, Grade-A warehousing space grew 135% year-on-year to 4.1 million sq. ft, driven by automobiles, engineering, and port-led trade. The Tamil Nadu Logistics Policy 2023 aims to connect ports, roads, railways, and freight corridors into one efficient system. The upcoming Multimodal Logistics Park at Mappedu is expected to strengthen this network further. But these big infrastructure projects largely ignore a crucial problem: how goods actually reach shops, workshops, and customers inside the city. MSMEs bear the brunt Tamil Nadu has over 4.5 lakh registered MSMEs. These small businesses depend on fast, affordable local transport. Instead, they face delays, rising costs, and unreliable deliveries due to traffic congestion and narrow roads. Large delivery vans are increasingly impractical in many parts of Chennai. Parking is scarce, fuel is expensive, and traffic is unpredictable. According to the Centre for Science and Environment, transport alone can make up 30–35% of logistics costs in Indian cities—mostly because of inefficient movement within cities. Solving this problem needs smaller, smarter, and cleaner solutions. Chennai already has one. Autorickshaws: Hiding in plain sight Over 1.2 lakh autorickshaws operate in the Chennai Metropolitan Area. They already navigate narrow streets with ease and form the backbone of urban mobility. If allowed to carry both passengers and light goods, autorickshaws could play a major role in last-mile delivery. These “dual-use” autos could carry small cargo loads (up to 150 kg), which is ideal for most intra-city deliveries. They could carry passengers during peak hours and switch to goods during off-peak times—making better use of vehicles that otherwise sit idle for hours. Integrating dual-use autorickshaws into Chennai’s upcoming City Logistics Plan could create a low-cost, scalable, and locally suited solution for MSMEs. Better incomes, better logistics This model also helps auto drivers. A Civitas Consultancies study found that 7 out of 10 drivers rent their vehicles, while most owners rely on informal debt. Income is unstable, and fare regulation delays make matters worse. Allowing autos to carry goods during low passenger demand could increase daily earnings by 20-30%. Instead of waiting for rides, drivers could deliver goods for nearby shops and businesses. At the same time, logistics companies gain access to a flexible, city-wide delivery network without investing in new vehicles. What needs to change The biggest hurdle is regulation. Updating vehicle approvals to allow higher cargo limits and easing rules that separate passenger and goods vehicles would unlock this model quickly. Small legal changes could create large economic and environmental benefits. A smarter way forward Chennai’s rise as a logistics hub doesn’t have to rely only on bigger trucks and bigger roads. Sometimes, the smartest solution is already on the street. By rethinking the role of autorickshaws, Chennai can build a last-mile logistics system that is efficient, inclusive, and environmentally friendly – turning an everyday vehicle into a quiet but powerful innovation.

TN sets course for emission cuts by 2030

Chief Minister MK Stalin on Tuesday announced that Tamil Nadu will formulate State Determined Contributions (SDCs) to establish measurable carbon-reduction targets across departments by 2030, positioning the state on a par with India’s Nationally Determined Contributions under the Paris Agreement. Inaugurating the two-day Tamil Nadu Climate Summit 4.0 in Chennai, Stalin said future state budgets would integrate climate action and align departmental schemes with emission reduction goals. The summit, organised under the aegis of the Tamil Nadu Climate Change Mission, brought together policymakers, multilateral agencies and subject experts to deliberate on the state’s climate roadmap. During the event, the chief minister launched TN-SHORE (Tamil Nadu Sustainably Harnessing Ocean Resources and Blue Economy) and distributed revolving fund-based micro-loans of Rs 5 lakh each to the Killai–MGR Nagar and Killai–Kalaignar Nagar Mangrove Protection Groups. Officials said similar assistance would be extended to 32 other mangrove protection groups to bolster coastal livelihoods. He also laid the foundation stone for a Sea Cow (Dugong) Protection Centre at Thanjavur Manora. An MoU was exchanged between the Indian Institute of Technology Madras, the United Nations Environment Programme and the Tamil Nadu Green Climate Fund to establish a Circular Economy Centre at IIT-M. Separately, the SEBI-registered Tamil Nadu Green Climate Fund started its first round of investments. With a target corpus of Rs 1,000 crore and a green shoe option of another Rs 1,000 crore, the fund announced an initial deployment of Rs 70 crore across Kannapiran Polymers, electric mobility operator Oor Cabs and EV charging firm ESYGO. Supriya Sahu, Additional Chief Secretary, Environment, Forests and Climate Change, said the fund would be managed by Tamil Nadu Infrastructure Fund Management Corporation Ltd. The state has committed Rs 100 crore, with the remaining Rs 900 crore to be mobilised through private finance for green ventures. Centre for Science and Environment Director General Sunita Narain underscored the widening global climate finance gap and called for innovative sub-national financing mechanisms. Stalin added that the summit was conducted sustainably, with 1,100 saplings planted in Krishnagiri to offset its carbon footprint. CM MK Stalin also distributed revolving fund-based micro-loans of Rs 5 lakh each to the Killai–MGR Nagar and Killai–Kalaignar Nagar Mangrove Protection Groups. Similar assistance would be extended to 32 other groups

PM10 stays 2.5 times above safe limit, but Faridabad uses only half of budget to cut pollution

Gurgaon: Faridabad has stayed far from meeting national clean-air standards but half of its anti-pollution budget lies unused. The city utilised Rs 53.2 crore of Rs 107 crore — just under 50% — released to it under National Clean Air Programme (NCAP) so far, fresh govt data accessed by TOI shows. While Faridabad had remained a ‘non-attainment city' under NCAP for seven years, the underutilisation has persisted. The city repeatedly failed to meet the National Ambient Air Quality Standards (NAAQS) even though it has managed to cut its PM10 levels by nearly a third over the past five years. Annual PM10 readings show that the city made some progress, but the improvement remains inconsistent and still far from the NAAQS annual permissible limit of 60 µg/m³. The latest figure — 153 µg/m³ in 2024-25 — marks a 33% reduction from 2020-21 levels (209), but PM10 concentration remains over 2.5 times higher than the national standard. "The city cannot afford to leave half its NCAP funds idle," said Centre for Research on Energy and Clean Air (CREA) analyst Manoj Kumar. Kumar added, "It is important to assess how these funds contributed to reductions in PM10 levels and identify the measures that delivered the most impact. This can help strengthen future implementation by ensuring resources are directed towards interventions that provide long-term improvements in air quality." Faridabad's annual PM10 readings show a gradual but uneven improvement over the past five years. The concentration stood at 229 µg/m³ in 2020-21, dropping to 209 µg/m³ in 2021-22, before rising slightly to 212 µg/m³ in 2022-23. The city recorded a more noticeable improvement thereafter, with the level declining to 190 µg/m³ in 2023-24. An earlier analysis by the Centre for Science and Environment (CSE) found that Faridabad achieved only a 17% reduction in PM10 by 2024 when compared to the baseline year (2020-21), as the city did not have continuous PM10 data before that. Much like earlier years, most of the utilised NCAP funds went into dust control measures — including mechanised road sweeping, water sprinklers, black-topping of stretches and pavement of roads. Less than 1% of NCAP money previously went into tackling industrial pollution, CSE found in an RTI-based analysis. Founder and lead analyst at think-tank Envirocatalysts Sunil Dahiya said, "The absence of emission load reduction targets for key contributing sectors within cities and their broader airsheds, coupled with a lack of clearly demarcated accountability, explains why we didn't witness systematic, aggressive air quality improvements. NCAP 2.0 must change this by leveraging available data and tools to empower govts, administrations, and polluting sectors alike to take aggressive emission load reduction at source." A senior Municipal Corporation of Faridabad (MCF) official said the focus on dust control was deliberate. "Most industries in Faridabad have already been moved out of NCR. That is why spending is higher on traffic management and preventing dust resuspension. Funds were also used for creating EV charging infrastructure and skill development for officials," the official said. The city also spent part of the allocation on public awareness campaigns and afforestation efforts.Researchers say Faridabad's incremental improvement in PM10 levels is welcome but insufficient — especially considering the scale of pollution sources and the substantial funds still unutilised.

Why Are Models Picking Trash In This Manipur Fashion Show?

Environmental policy expert Sunita Narain from the Centre for Science and Environment has consistently argued that India’s waste crisis is less about how much we generate and more about how poorly we segregate and manage it. Without proper separation at source, recyclable and biodegradable waste mix, reducing recovery and increasing dumping. At the Fashion Tourism Show 2026 in Manipur, designer Robert Naorem halted the runway after noticing litter scattered across the stage. Instead of asking staff to clear it quietly, he stopped the music and, along with nearly 40 models, began picking up the trash in full public view. The show paused. The audience watched. The models cleaned. The act was simple. That simplicity is exactly why it drew attention. In a country where public litter is common, basic civic behaviour often feels unusual enough to go viral. What Exactly Happened According to videos circulated online, Naorem saw plastic waste and paper debris on the runway during the event. Rather than continuing as planned, he interrupted the show. Gloves and garbage bags were brought out. The models joined him in clearing the space before the event resumed. https://www.instagram.com/reel/DUyPNqWEojb/ There was no dramatic speech. No slogan. Just visible action. In a setting built around presentation and spectacle, the message was direct: if you use a public space, you are responsible for it. That responsibility does not disappear because the setting is glamorous. The fact that this incident became widely discussed shows how rare visible civic correction is in public events. Cleanups usually happen off-stage, often by sanitation workers who remain invisible. This time, those in the spotlight took on the task. The Waste Numbers Behind The Moment India’s waste problem is large and measurable. Urban India generates approximately 1.60–1.70 lakh tonnes of municipal solid waste every day. On average, an individual produces approximately 0.5 kg of solid waste per day. When multiplied across millions of people, even small acts of careless disposal add up quickly. Treatment levels remain uneven. Estimates suggest that only around 50–55% of municipal solid waste is scientifically processed, while nearly 19–25% in several urban local bodies remains unprocessed. Unprocessed waste often ends up in open dumps, poorly managed landfills, or informal disposal sites. Environmental policy expert Sunita Narain from the Centre for Science and Environment has consistently argued that India’s waste crisis is less about how much we generate and more about how poorly we segregate and manage it. Without proper separation at source, recyclable and biodegradable waste mix, reducing recovery and increasing dumping. The litter on a runway may seem minor. But it sits within this larger structural issue. Public Health And Economic Consequences Improper waste disposal is not just about appearance. Public health research links unmanaged waste to increased risks of diarrhoeal diseases, vector-borne infections, and respiratory exposure, especially in areas near open dumping or informal burning sites. Waste that blocks drains contributes to waterlogging, which in turn creates breeding grounds for mosquitoes. There is also an economic cost. Municipal bodies allocate large portions of their budgets to waste collection, transport, and landfill management. When waste is not segregated or disposed of properly, operational costs increase. Tourism areas and event spaces that appear dirty risk reputational damage. The visible act of picking up trash highlights a basic truth: preventing litter at source is cheaper and safer than cleaning up after systemic neglect. Why Civic Behaviour Breaks Down Littering persists because of both behavioural and structural reasons. Studies in behavioural economics show that people are more likely to litter in areas where waste is already visible. Social norms influence behaviour. If a space appears neglected, individuals assume that standards are low. Behavioural economist Sendhil Mullainathan has explained that people often default to the easiest immediate action. If a bin is far away or absent, dropping waste becomes the convenient choice. Designing systems that make correct disposal easy is essential. Policy recommendations from NITI Aayog also emphasise that infrastructure alone is insufficient. Behavioural nudges, public participation, and consistent messaging are required to change habits. Visible role models can shift perception by signalling that certain behaviour is expected. In this context, a public figure interrupting a show to clean a space functions as a behavioural cue.

Recycling Cultures in India: Studying Electronic and Textile Waste

Kiran Pandey, “India’s E-Waste Surges by 73% in 5 Years,” Down to Earth, 17 December 2024, https://www.downtoearth.org.in/waste/indias-e-waste-surges-by-73-in-5-years. At our home in Delhi’s National Capital Region (NCR) in India, I often wake up in the morning to the calls of street vendors. Many of them are experts in fixing small household items—be it a pressure cooker that needs a quick repair or a kitchen knife that requires a swift sharpening. Their calls are one of the few things in Delhi that remind me of my childhood in Assam, a state in the foothills of the Indian Himalayas. The cries of the scrap dealers, locally known as kawadiwalas, in the mornings in an otherwise quiet neighbourhood of the small town of Tinsukia are still distinct in my memory: “Tina, loha, plastic,” they were shouting, asking for recyclable waste such as old newspapers, plastic, or metals.

Punjab: Torrent Power to acquire Nabha Power plant from L&T, sold for Rs 6,889 crore

Last year, NPL achieved its highest-ever plant availability factor of 95 percent. The Centre for Science and Environment (CSE), a research and advocacy organisation, too, had named NPL’s Rajpura facility as India’s best-performing supercritical coal-based thermal power plant in terms of emission intensity (in plants having less than 800 MW capacity). Torrent Power has entered into an agreement with Larsen & Toubro to acquire a 100 percent stake from the latter in Rajpura-based Nabha Power Limited (NPL) for an enterprise value of Rs 6,889 crore. The acquisition is structured as a complete buyout of equity and convertible instruments held by L&T Power Development Limited. Commissioned in 2014, the 1400 MW (two supercritical plants of 700 MW each) thermal power plant is believed to be one of the most efficient power plants in Punjab. Punjab: Torrent Power to acquire Nabha Power plant from L&T, sold for Rs 6,889 crore Commissioned in 2014, the Rajpura-based NPL comprises two supercritical units of 700 MW each article_Author Ruchika Khanna Aman Sood Patiala, Updated At : 07:59 PM Feb 16, 2026 IST fb twitter whatsapp Follow us 0 Follow us Connect with us 1 Connect with us featured-imgfeatured-img Nabha Power Plant, Rajpura. File Photo Advertisement Torrent Power has entered into an agreement with Larsen & Toubro to acquire a 100 percent stake from the latter in Rajpura-based Nabha Power Limited (NPL) for an enterprise value of Rs 6,889 crore. Advertisement The acquisition is structured as a complete buyout of equity and convertible instruments held by L&T Power Development Limited. Advertisement Commissioned in 2014, the 1400 MW (two supercritical plants of 700 MW each) thermal power plant is believed to be one of the most efficient power plants in Punjab. Advertisement Built with Japanese technology, it has consistently outperformed industry benchmarks. Last year, NPL achieved its highest-ever plant availability factor of 95 percent. The Centre for Science and Environment (CSE), a research and advocacy organisation, too, had named NPL’s Rajpura facility as India’s best-performing supercritical coal-based thermal power plant in terms of emission intensity (in plants having less than 800 MW capacity). Official sources in the power department told The Tribune that the L&T Power Development Limited had first asked the state government to buy the plant during the tenure of the previous Congress government. In August 2022, L&T had even written a letter to the Chairman of Powercom offering them the plant for Rs 9,690 crore. This letter, written by the Director cum Vice President of the company had said that the company had invested Rs 10,000 crore in setting up the plant. However, the deal with the government ultimately did not get through. A senior Punjab State Power Corporation Limited (PSPCL) functionary told The Tribune, “Since the power purchase agreement (PPA) is already signed, the change of ownership will not make any difference as for now. However, at a later stage, there might be some issues which can be sorted out mutually, as is the scenario in such cases.” L&T chairman and managing director S N Subrahmanyan said, “The divestment of NPL aligns with L&T’s strategic objective of unlocking value to strengthen our robust core businesses. This move positions us to create long-term value for all our stakeholders — business partners, shareholders, and employees.” Speaking on the development, Torrent Power Limited chairman Samir Mehta said, “The acquisition marks Torrent’s entry into the high-growth power market of northern India. Upon completion, NPL will add a high-quality, best-in-class, and well-established operating asset to our portfolio supported by fully contracted cash flows and a strong operational track record. The acquisition will be value accretive from day one, delivering a meaningful uplift in the overall revenues and profitability.” The plant operates under a 25-year PPA, providing guaranteed long-term cash flows. It has long-term Fuel Supply Agreements (FSAs), with the flexibility to blend domestic and imported coal. The plant also helps L&T to pivot away from non-core asset-heavy development projects to focus on its core business of engineering, procurement, and construction.

Delhi brought GRAP reactively after AQI crossed limit—13 out of 17 times this winter

According to Sunita Narain, Director of CSE, between these iterations and revisions, somewhere along the way, GRAP lost its original purpose. “When we took the idea of GRAP to the Supreme Court, it was supposed to be a temporary, emergency action plan,” she wrote on LinkedIn in December 2025. “But sadly, GRAP has become a proxy for action. This is not going to work. We need round-the-year action.” The Graded Response Action Plan for air pollution was imposed in Delhi a total of 17 times from January 2025 to January 2026, with Stage III restrictions lasting 53 days and Stage IV restrictions lasting 15 days. According to the Commission for Air Quality Management’s guidelines, GRAP measures should be planned as “advance action” and invoked based on AQI forecasts ahead of pollution-heavy days. However, ThePrint’s analysis of GRAP orders and a CEEW study from October 2025 showed that GRAP impositions largely relied on real-time AQI numbers, instead of on forecasts.

Long read: When water kills: The cracks in the urban supply story

Even as India strides confidently towards becoming the world’s third largest economy, it still hasn’t figured out how to get the basics of a decent life delivered to the vast majority of its population. The recent deaths in Indore – all 25 of them – from drinking sewage infected water are not an aberration. As Kushagra Bhardwaj points out in this piece, the overwhelming majority of India’s population does not have access to clean drinking water. Consequently, the incidence of water borne diseases – diseases which not just Europe & America but also most of Asia eradicated 50 years ago – have soared in India in recent decades. Even more worryingly, this issue is not confined to a few states of India; it is a pan-India issue cutting across geographies and across political divides. Mr Bhardwaj says: “According to a report by Down to Earth published by the Centre for Science and Environment, from January 2025 to January 7, 2026, at least 34 people died and 5,500 people fell ill across 26 cities, including 16 state capitals, spanning 22 states…after drinking sewage-contaminated piped drinking water.” To understand the speed at which India has gone backwards on this front, Mr Bhardwaj has studded his article with several excellent infographics which we would strongly encourage you to read & reference. In case you are too busy to do so, here are 3 points which hit us hard: Only 6% of urban Indian families get drinkable quality water from the tap whereas 62% use some form of modern filtration equipment at home. The number of Indians annually infected by Hepatitis A has risen 10x in the last 5 years. The jump in the incidence of Cholera in India over the same period is 5x. Relatively prosperous Indian states like Kerala, Tamilnadu and Karnataka feature prominently among states afflicted by disease infected water. So why is the Indian state failing so comprehensively to deliver such a basic human need? Mr Bhardwarj’s piece points to three issues (all 3 of which are hard to rectify). Firstly, the way the main water feeder pipes have been constructed in Indian cities puts them in close proximity to sewage pipes. Mr Bhardwaj writes: “Water pipelines running in close proximity to sewage-carrying pipelines significantly increase the risk of contamination. “The most critical point of pollution occurs when feeder mains pass through multiple areas, crisscrossing storm water drains and sewage lines,” Thippeswamy says. “When these lines crisscross, the joints are vulnerable.” Historically, when Indian cities were developed, artificial drains were designed to carry the stormwater from rooftops, streets and roads to natural drains or water bodies to prevent flooding of local areas. However, today, in most cities, these stormwater drains are filled with filth, which often comes into contact with drinking water supply lines, leading to contamination. However, multiple experts have highlighted that one of the greatest drawbacks of our water supply system remains intermittent supply. In most cities, water is often supplied twice or thrice a day, usually during specified timings. “When no water is being supplied, there is low pressure in the pipeline. It allows outer contaminants to enter the pipeline during this time. Surrounding groundwater, if mixed with the raw sewage, can enter the drinking water system through cracks and loose joints. This is called back siphonage or intrusion,” Subrata Chakraborty, Director, Water Program at the Delhi-based Centre for Science and Environment, told DH.” The second challenge arises from the sequence in which water pipes and sewage lines have been laid in India. Ideally, the water pipes should be ABOVE the sewage lines with a gap of 0.5m between the two pipes. However, in India the water pipes were laid many years BEFORE the sewage lines. This creates a major structural challenge when it comes to installing sewage lines. Mr Bhardwaj explains: “The challenge stems from the order in which the infrastructure is developed. “Almost all urban local bodies have some drinking water supply system,” Subrata explains. “But not all areas of these cities are covered under sewer line systems. So, drinking water lines are already there. Now, when you need to lay down sewer lines, engineers first need to identify the drinking water line and go below it.” Implementing this requires tools, training and documentation, resources that most cities lack.” Thirdly, Indian politicians prefer to prioritise capex over maintenance because the capex is tangible, do-able, can be shown to the voters and also creates scope for exercising patronage. As a result of this the unglamourous but essential work of maintaining water pipes is usually overlooked by the local and state governments. In fact, so poor is our maintenance of water-related infrastructure that in many cities the government actually does not know where the water pipes are: “Vishwanath Srikantaiah, popularly known as the Rain Man of Bengaluru, highlighted another problem about the ageing underground infrastructure. “The typical lifespan of pipes is around 30-40 years. However, there is no publicly available database storing information about these pipelines. It is usually only when some incidents happen that they are changed or repaired.” Asset replacement requires funds that cities often claim they lack. “Some amount is earmarked for asset replacement They start with the oldest pipelines, gradually replacing them,” Thippeswamy says. “But finances are always limited.””

Sweeping gap in dust control: Gurgaon has only 18 of 38 required mechanical sweepers operational

Gurgaon: The city continues to struggle with road dust due to a glaring shortage of mechanical road sweepers. Though the city has 287 km of roads wider than 60 feet, requiring 38 large mechanical road sweeping machines (MRSMs), only 18 are operational, leaving a deficit of 20, data shows. This gap remains despite repeated directives from the CAQM, which mandated strict technical and operational standards for mechanised sweeping across the NCR. Bridging this shortfall is estimated to cost Rs 26 crore, but procurement is still awaiting administrative approval. MRSMs are specialised vehicles that sweep and vacuum fine dust while spraying water to suppress particles. Dust collected is stored in hoppers and filtered to prevent re-release into the air. CAQM mandated that new fleets must run on CNG or electric power. The issue is particularly acute in Gurgaon, where road dust is a major contributor to particulate pollution, worsened by traffic, construction activity, and unpaved shoulders. During dry months, CAQM warned that road dust spikes PM10 levels and contributes to PM2.5 through re-suspension. Auxiliary dust-control measures also fall short. Gurgaon requires 40 water sprinklers during Grap periods but has only 30. Similarly, just 13 mobile anti-smog guns are available against a requirement of 24, with funding for additional units pending. The problem extends beyond wide roads. Gurgaon also has 99.64 km of medium-width roads and 311.16 km of narrow roads, but no medium or small MRSMs were deployed or even proposed. This leaves over 410 km of the city's road network outside the mechanised sweeping framework, in violation of CAQM norms that require separate machines for different road widths. In its latest direction dated Feb 10, CAQM laid down uniform technical and operational norms for mechanised sweeping across NCR, flagging road dust as a dominant contributor to PM10 and a significant source of PM2.5, especially during dry months. The commission directed that MRSMs must be deployed strictly according to road width, with separate specifications for large, medium and small roads. Machines must be equipped with integrated water spraying and particulate matter filtration systems to prevent re-suspension of dust. It also mandated that MRSMs operate for at least eight hours per shift, follow declared sweeping schedules, run on CNG or electric fuel in new fleets, and ensure scientific disposal of collected dust to prevent its re-entry into ambient air. Experts cautioned that mechanised sweeping, while useful, cannot be seen as a silver bullet. Anumita Roychowdhury, executive director, research and advocacy, Centre for Science and Environment (CSE), said focusing only on mechanical road sweepers will not solve Gurgaon's dust problem. Roychowdhury said cities need a road redevelopment approach, where entire road networks are rebuilt with properly paved carriageways, footpaths and shoulders, avenue greening and well-designed drains, all of which directly reduce dust generation. "Otherwise, sweeping and water sprinkling become a never-ending exercise. You collect dust, dump it somewhere, and it re-enters the air. Even the fuel used to run these machines adds to pollution. Without fixing the roads themselves, sweepers alone cannot control dust," she added. TOI earlier reported on how loose dust remains widespread across Gurgaon, from dug-up roads to exposed construction materials and garbage trucks. Busy areas such as MG Road, Udyog Vihar, Sector 29, Sushant Lok 1, Galleria Market Road, IFFCO Chowk, Atlas Chowk, and Gurgaon-Faridabad Road are particularly affected. According to the pollution board, the size of dust particles determines their health hazard.

India Water Foundation Felicitated for Integrated Transversality Leadership

The India Water Foundation (IWF) was honoured with a prestigious award by the Nurserymen Association of India in recognition of its outstanding contributions across diverse domains including water conservation, environmental sustainability, climate resilience, and community empowerment. The award was presented during “Prakriti Diwas” organised by Nurserymen Association of India on 12 February 2026 at the India International Centre. The recognition reflects the shared vision between the two institutions in promoting ecological restoration, strengthening green livelihoods, and advancing sustainable natural resource management. The award acknowledges India Water Foundation’s integrated aligned with national priorities and global sustainability goals. The event was graced by eminent dignitaries including Ramesh Pokhriyal Nishank, Former Minister of Education, Government of India and Former Chief Minister of Uttarakhand; K. C. Tyagi, Former Member of Lok Sabha; and Sunita Narain, Director General of the Centre for Science and Environment. Addressing the gathering, Shri Ramesh Pokhriyal Nishank appreciated the India Water Foundation for its sustained efforts in integrating water security with environmental stewardship. He noted that India’s developmental journey must be anchored in ecological wisdom and stated that institutions like IWF are playing a pivotal role in bridging policy, science, and grassroots action. He emphasized that water conservation and afforestation must go hand in hand to ensure long-term climate resilience. Shri K. C. Tyagi highlighted the importance of collaborative platforms that unite policymakers, civil society, and practitioners. He remarked that the work of the India Water Foundation demonstrates how integrated approaches can simultaneously address environmental degradation, rural livelihoods, and social inclusion. He underscored that nurturing plant life through nurseries and protecting water resources are complementary pillars of sustainable development. Ms. Sunita Narain commended the Nurserymen Association of India for strengthening the environmental movement through practical interventions.

Debris and road dust drive PM10 pollution level in Delhi-NCR, experts tell MCG

Gurgaon: During a one-day training session on construction and demolition (C&D) waste management, experts told MCG officials that dust from roads, soil and construction activities accounted for 42% of PM10 pollution in the Delhi-NCR, making C&D waste a major, but often overlooked, source of air pollution. Centre for Science and Environment (CSE), briefed civic officials on dust control strategies and recycling models drawn from cities participating in the National Clean Air Programme (NCAP). If not disposed of properly, C&D waste causes blockage of water bodies, urban flooding, land instability and eats into green areas, experts said. About 80% to 90% of C&D waste can be recycled and reused, and if measures such as road management, material handling and wind barriers are used at construction sites, PM10 emissions can be reduced by 64% to 79%, they said.