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Ahead of COP28, disagreements on Global Stocktake remain — highlights from CSE’s briefing paper

It was the most vulnerable countries that clearly called for GST to reference a phaseout of all fossil fuels, analysis shows This year the 28th Conference of Parties (COP28) to the United Nations Framework Convention on Climate Change (UNFCCC) will conclude the first Global Stocktake (GST) — an assessment of the progress of countries towards their climate targets — after a two-year process. Including key themes of mitigation, adaptation, loss and damage and finance, the GST is expected to provide directions for greater climate ambition. In a new briefing paper released ahead of COP28, Delhi-based think tank the Centre for Science and Environment (CSE) assessed more than 35 submissions made by countries to UNFCCC, outlining their expectations from the final GST outcome. CSE also spoke to negotiators from seven blocs and countries to better understand their perspectives on the key elements. When summarised, it is clear that there are varying opinions on certain themes, with an almost clear divide between the developed and developing blocs. The paper was released at a webinar convening climate experts and negotiators, who laid out their visions for what an ambitious and equitable GST outcome can look like. Established under Article 14 of the Paris Agreement, GST aims to serve as an evaluation of countries’ progress towards global climate action. In 2015, countries agreed on concluding the first GST in 2023, with the process repeating every five years. It was mandated that the Conference of Parties agree to conduct the GST “in a comprehensive and facilitative manner, considering mitigation, adaptation and means of implementation and support, and in the light of equity and the best available science”. Reports of growing mistrust between developed and developing countries and worsening climate change impacts make the GST not just a mirror to countries’ progress but a defining moment for equitable climate action over the next decade. A strong focus on equity, albeit with different perspectives, was observed. For developing blocs, equity remains associated with the equitable right of the Global South to the remaining global carbon budget to aid their development. A principle enshrined in UNFCCC, this would mean the developed countries have used up their share of the carbon budget through their historical emissions and are now expected to rapidly decarbonise. On the other hand, developed countries are pushing for equity to be redefined in this decade to include “emerging emissions” that would also bring countries like India, South Africa and recently developed China into focus. Evidently, the divide showed up in the assessment of the mitigation elements. On adaptation, most countries reiterated the goal to double adaptation finance, either as a demand or as a commitment. However, this target may no longer be enough. While loss and damage has been agreed as a separate section in the current proposed GST outcome draft, it was not negotiated as a standalone theme and was clubbed with adaptation during GST. So, some submissions clearly highlighted it as a separate component to be assessed with the development of its own loss and damage fund, the analysis showed. For developing countries, it is important that the GST stresses the need for more public, grant-based climate finance to come in from developed nations. In contrast, Global North blocs had a clear focus on the need for more private finance to be mobilised. The phase out of fossil fuels is critical to meeting the 1.5°C target and CSE expected it to be a key discussion point this year. Most countries did not mention fossil fuels at all in their submissions. It was the most vulnerable countries, including the Least Developed Countries and the Alliance of Small Island States, that clearly called for GST to reference a phaseout of all fossil fuels. Most developed countries, including the United States and the United Kingdom, supported the phaseout of “unabated” fossil fuels, which refers to the use of carbon dioxide removal and carbon capture technologies. Russia mentioned that a complete phaseout of fossil fuels could negatively impact the social wellbeing of their population. The African Group of Negotiators stated that developing countries must retain the right to use fossil fuels in order to develop before they transition and developed countries must be directed to take the lead and begin decarbonisation immediately. With less than seven years remaining to 2030, the target year for the climate commitments of many countries, GST comes at a critical juncture with a sobering message that there is much more ambition needed to curb emissions, adapt to impacts and mobilise finance. GST was expected to look back at the ambition of developed countries and assess their climate action efforts versus what they should ideally be based on historical emissions burden. Global South countries have made specific demands, and while the hope is that no demand stalls discussions and thereby progress, it is also important that poor and vulnerable countries stand their ground and do not accept watered down compromises that will define the rest of this decade in terms of climate action Alongside this, GST must provide direction for stronger implementation and targets for 2030. The GST is expected to feed into parallel processes of the Mitigation Work Programme, Global Goal on Adaptation, Loss and Damage Fund and New Collective Quantified Goal to make them stronger and in alignment with equity and the needs of the Global South. We are a voice to you; you have been a support to us. Together we build journalism that is independent, credible and fearless. You can further help us by making a donation. This will mean a lot for our ability to bring you news, perspectives and analysis from the ground so that we can make change together.

Delhi air pollution: Why November became the worst in last 10 years

The air in and around the national capital is heavy and burns the eyes. But Delhi wasn't always like this in November. It wasn’t so about a decade back. Punjab existed, and so did its farms. What has changed all of a sudden that Delhi’s air has started becoming so toxic around November? Sports commentator Sanjay Banerjee, who has been living in Delhi-NCR for the last 23 years, has seen better winter air quality. He attests to the fact that high pollution has become a major problem only in the last decade. People who have been living in Delhi for decades would agree with Banerjee. The onset of winter was with blue skies. It was only around Diwali that Delhi’s air quality would dip and that too for a fortnight at best. Now, things have become much grimmer. DELHI AIR POLLUTION AND HEALTH CRISIS “Earlier, we used to see patients with breathing problems just before and after Diwali. This year we are witnessing such patients from the beginning of October, and November is particularly bad,” Dr GC Khilnani, a pulmonologist who has been practising in Delhi since 1991, tells IndiaToday.In. “I am seeing people reporting breathing issues since the beginning of October and there is a 30-40 per cent increase in such patients,” says Dr Khilnani, who is chairman of PSRI Institute of pulmonary, critical care and sleep medicine and member of the WHO technical advisory group on global air pollution and health. CLICK HERE TO CHECK DELHI'S AIR QUALITY Vehicular emissions, construction dust and smoke from farm fires are three major contributory factors to the air pollution in Delhi. Emissions from vehicles and industry and biomass burning contribute to the tinier PM2.5 pollutants while construction dust is behind the coarser PM10 pollutants. This year, the percentage share of PM2.5 in PM10 has crossed 50 per cent, indicating higher impact of combustion sources of pollution, according to the Centre for Science and Environment (CSE). This brings us to the most interesting question -- why does Delhi become a gas chamber in November? And why has it started affecting air quality only since the last decade? PUNJAB FARM FIRES AND POLLUTION IN DELHI Though Delhi’s air remains poor almost throughout the year, it is only in November that people sit up and take note of it as it reaches hazardous levels. Vehicular emissions and construction dust are present throughout the year, but what makes November worse are the smoke from farm fires and the wind conditions.

Why so much resistance to the idea of natural farming?

I am standing on a sun-baked landscape, barren and desolate as far as the eye can see. This is Ananthapuramu district of Andhra Pradesh, where the rain this year was less than normal, and farmers missed the sowing season. But as I look down, I can see signs of crop life bursting. T Vijay Kumar, who heads the state government’s community-managed natural farming programme called Rythu Sadhikara Samstha, explains that the crops are growing from pelletised seeds — in this method, farmers coat the seeds with materials like cow dung and ash, and then plant them in circles with minimal disturbance to the soil. These seeds can lay in the soil for 30 to 45 days, waiting for as little as 5-10 mm of rain to sprout. Another risk-mitigation measure is planting a variety of crops, from red gram to castor oil plant to beans. The women farmers tell me that this technique has allowed them to cultivate during a season that would have gone to waste. In our climate-risked times, when rainfall will become even more variable, this is the reworking of farm practices we desperately need. We then go on to visit more farmers practising what is called natural farming. I wanted to understand how different this practice is from what we know as organic or non-chemical farming. Field after field, we see a combination of trees and food crops. I can see arecanut, moringa tree (drumstick) and papaya on the farm boundaries and vegetables like beetroot, spinach and beans, all growing with millets, corn and even lentils. Everything is growing in profusion, but without any order, or at least that is how it seems to me. But then Lakshma Naik, chief technology and innovation officer of Rythu Sadhikara Samstha, tells me that there is an order to this cultivation. The objective is to build a web of plants so that this biodiversity can regenerate the soil structure with different fungi and bacteria. The objective is also to provide farmers income from diverse crops with different durations. Naik calls this particular model ATM or Anytime Money. It’s a bonanza of crops, all grown using only natural fertilisers or bio-stimulants.

Seema Mundoli and Harini Nagendra’s ‘Shades of Blue’: Water and the city, flow and flaws

Water, its woes and wonders have for long loomed large in the ecology, cultures and histories of India. Nearly a quarter century ago, the book ‘Dying Wisdom’ by Anil Agarwal and Sunita Narain struck a chord by documenting the traditional system of water harvesting for potable and local irrigation water. It is also no surprise that slogans like ‘more crop per drop’ and discussions on ground water conservation figure prominently in a country where aquifers provide over 60 per cent of irrigation. Cities seem to alternate between scarcity and over-abundance. This is that rare book that wears learning lightly on the sleeve. It is lucid and deeply insightful at the same time. Seema Mundoli, a polymath, and leading ecological scientist Harini Nagendra are more than established scholars of repute. From their base at Azim Premji University in Bengaluru, they authored ‘Cities and Canopies’ some four years ago, bringing to fore the wonders or/and threats to green cover in the cities. The vexed issue of water and the city is the subject of this work. India is a monsoon-reliant country but one with 7,500 km of coastline. While the national anthem sings of rivers, it is as much a land of seasonal as well as perennial water bodies, some natural, others human-made and most a mix of both. How humans manage water has much to do with how we relate to one another. No story of water, its use or abuse can leave humans out. Yet, it also needs to pay attention to myriad life forms that are vital to these living waters. This is what the authors have set out to do in 21 chapters. A mix of science, culture and community in specific settings works well — light in style, but provoking curiosity as well as concern. Water may cover 70 per cent of the earth’s surface but less than half of 1 per cent is fresh water. India may have 18 per cent of the world’s people but has only 4 per cent of the fresh water. Further, only water in the narrow range of pH scale is fit for human use. More importantly, the level of human waste and chemical contamination now imperils the life cycles of marine creatures big and small. By taking us on a journey of specific cities, the authors shed light on a range of situations. The work traces a history of interventions, such as the work of Arthur Cotton in the Krishna-Godavari delta in the 19th century and the historic Bhakra and Nangal dams in newly Independent India. While steering clear of early labeling, it warns of how long-term consequences need careful thought. This is all the more so at a time of global warming. Much more study of natural flows of water, both above and below ground, should precede projects, not follow in their wake. The issues of equity are easy to comprehend once spelt out. After any flood in a town big or small, underpaid sanitation workers with little protective gear have to do the work of disposal of carcasses. There are other deeper exclusions marked in the past, like the displacement of Chandrawal village to create the water works as long ago as 1869. A cleaner environment should include all and pay special attention to human well-being of the worse-off sections. Less well-known but equally important is the near extinguishment of livelihoods. The Pallikaranai marshes near Chennai have now been protected but 9/10ths have been drained, with fishers and gatherers losing income and material dignity as well. There are myriad instances of citizen groups taking up issues in places as diverse as Kolkata, Pune and Vadodara. Most intriguing is the exploration of solastalgia, a yearning by individuals or groups in distress for a neighbourhood that is vanishing. Applied to India — and this will not surprise anyone who has lived or lives near a well, a pond, a lake or a river or the seashore — the protection of these has been one common citizen response to recent pressures. Mundoli and Nagendra argue that this is as much about human well-being in a broader sense. There were and are a range of cultural and religious customs in different settings that honour, say, a river. This links the present-day controversies and initiatives to traditions of regard for nature in the larger sense. This is a work that resonates beyond the Indian city or its water woes. It is a must-read for anyone concerned about our future in India, Asia or anywhere on the planet.

Coal-based power plants aggravating air pollution in Delhi-NCR: Report

The study by environmental think tank Centre for Science and Environment (CSE) focuses on particulate matter, nitrogen oxide and sulphur dioxide emissions from the 11 thermal power plants (TPPs) in Delhi-NCR and is based on their environmental status reports sourced from the website of the Central Electricity Authority (CEA), a technical arm of the Union Ministry of Power, from April 2022 to August 2023.

Coal-based thermal power plants worsening Delhi air pollution, says new study

A new suggests that coal-based thermal power plants are responsible for aggravating air pollution in Delhi-NCR, as most of them are not complying with emission control norms. Delhi-NCR has 11 thermal power plants. An analysis by the Centre for Science and Environment (CSE) revealed that the thermal power plants contribute around 8 per cent of particulate matter (PM) to the air in Delhi-NCR. Anumita Roychowdhury, Executive Director, of Research and Advocacy, CSE, said in a press release, "Delhi and NCR cannot meet the clean air benchmark and protect public health if the continuous sources of pollution like thermal power plants remain high emitters." Roychowdhury said that these plants have not been able to meet the standards and "are at varying stages of progress simply because the target dates for compliance (with emission control norms) are shifting continually". The recent study by the environmental think tank focused on particulate matter, nitrogen oxide and sulphur dioxide emissions from the 11 thermal power plants (TPPs) in Delhi-NCR. The analysis was based on the environmental status reports of these plants accessed from the website of the Central Electricity Authority (CEA), a technical arm of the Union Ministry of Power, from April 2022 to August 2023. The study revealed that "only two of 11 plants in NCR have sulphur dioxide (SO2) control measures in place" and "only one meets the SO2 emission standards". Meeting the norms for emissions The CSE report said that despite multiple deadline extensions and revised categorisations by the Union Environment Ministry, many plants in the region are struggling to meet prescribed norms for emissions of nitrogen oxide, sulphur dioxide and particulate matter. The ministry established stringent emission standards for coal-based power plants in December 2015, requiring compliance within two years. "Since then, the norms have been diluted for several parameters and deadlines have been repeatedly delayed," the report said. Later, it granted a five-year extension to all power plants, except those in Delhi-NCR which were given until 2019 to comply due to the region's high pollution levels. Despite this, except for Dadri TPP and Mahatma Gandhi TPP, all NCR plants failed to meet the revised deadline and continued operating in violation until another extension in March 2021, the CSE report added. Now, it was at this time that the ministry classified all power plants, including the ones in NCR, under three different categories: A, B and C. The categorisation was based on the criteria defined by the Central Pollution Control Board (CPCB). According to the new deadlines: > Category A plants can meet SO2 emission norms by December 31, 2024. > Category B plants can meet SO2 emission norms by December 31, 2025. > Category C plants can meet SO2 emission norms by December 31, 2026. Roychowdhury said that instead of delaying the timeline, more focus should be laid on the enablers in terms of strong compliance and deterrence mechanisms as well as incentives and one-time support for fast-tracking change and for time-bound implementation. Key findings of the CSE report 1. Three plants in the NCR — Harduaganj thermal power station of UPRVUNL, Panipat Thermal Power Plant of HPGCL, and Guru Hargobind TPP (Lehra Mohabbat) of PSPCL — are reporting very high suspended particulate matter emissions. 2. Despite the relaxation in norms and deadlines, four plants — Panipat TPS, Rajiv Gandhi TPP and Yamunanagar TPP in Haryana and Guru Hargobind TPP (Lehra Mohabbat) in Punjab — have exceeded the Nitrogen oxide norms several times during the reporting period. (Three in Haryana, one in Punjab) 3. In the case of sulphur dioxide, the Mahatma Gandhi TPP is the only power plant in NCR where the norms are within the prescribed limit. 4. Dadri TPP is another plant that has sulphur dioxide control equipment (FGD) in place, but the plant has reported high sulphur dioxide readings 86 per cent of the time during the reporting period. 5. All the coal power plants in NCR have reported sulphur dioxide emissions up to three times over the prescribed limits. Why is sulphur dioxide a concern? According to DD Basu, Former Director, Central Pollution Control Board (CPCB), said, “Sulphur dioxide is a reactive gas and converts to sulphates in the form of fine particulate matter -- PM2.5 -- which poses even a greater risk to health and environment. Therefore, control of sulphur dioxide is crucial from the perspective of controlling particulate matter emissions." Nivit Yadav, Programme Director, Industrial Pollution, CSE, said, "The plants may not be in violation of the 2015 notification due to the extended deadlines granted to them to comply with the norms, but such high emissions of PM, nitrogen oxide and sulphur dioxide will only worsen the pollution in NCR." Delhi's air quality remained 'very poor' on Sunday though a change in meteorological conditions due to a western disturbance may bring some relief, according to monitoring agencies. Meanwhile, Delhi Environment Minister Gopal Rai on Sunday expressed hope that the air quality would continue to improve for the next two days owing to an increase in wind speed and probability of rain.

Transport sector the biggest contributor to Delhi’s bad-air November, study reveals

What are the sources that have been keeping Delhi’s air bad all through this month? Vehicles, biomass burning even when farm fires are few, and secondary aerosols or particles that are formed in the atmosphere from gases released by fossil fuel combustion in power plants, industries, and vehicles, going by data from a real-time source apportionment study that is underway for the city. From November 9 to 25, the highest average percentage contributors to PM2.5 levels that are being monitored at a supersite near Rouse Avenue, are the transport sector (contribution of around 30% to PM2.5 levels) and secondary aerosols (contribution of around 30.88% to PM2.5 levels). This was followed by an average percentage contribution of 27% from biomass burning, according to daily contributions at 12am provided by the study. IIT Kanpur, IIT Delhi and TERI are involved with the real-time source apportionment study. Despite farm fires being low (37 in Punjab and four in Haryana on Saturday), the contribution of biomass burning to pollution levels in Delhi remained high, at around 39% at 12am on Saturday, and 40% on Friday. On secondary aerosols, Anumita Roychowdhury, Executive Director, Research and Advocacy, Centre for Science and Environment (CSE), said, “Gases contribute to the formation of secondary aerosols – oxides of nitrogen, sulphur dioxide—which are released by vehicles or industries, go through further atmospheric changes and form particles, and then add to a load of particulate pollution. What this says in terms of mitigation is that too much concentration on dust control is not going to help, and we will have to focus on combustion sources since these gases come from vehicles, industries, and power plants.” Data from the study shows that soil and road dust contributed significantly to PM2.5 levels in the first week of September, when this contribution stood at over 30% from September 1 to 4. This contribution has, however, fallen in November. While it was around 15% on November 13, the contribution of soil and road dust was 0% on November 19, 20, 23, 24 and 25, and 1% on November 21 and 22, at the Rouse Avenue supersite.

Thermal plants behind nearly 8% of pollution in Delhi-NCR: Study

NEW DELHI: A study by the Centre for Science and Environment has said that 11 coal-based thermal power plants in the region with poor checks and measures are responsible for at least 8% of the pollution in Delhi-NCR that is already fighting to reduce its high AQI. The CSE's analysis focused on particulate matter, nitrogen oxide and sulphur dioxide emissions from the coal-based thermal power plants (TPPs). The study was based on the environmental status reports of the plants, accessed from the website of the Central Electricity Authority (CEA), a technical arm of the Union ministry of power. The data was from April 2022 to August 2023. The study stated that the intransigence of the power plants, most of which were not complying with the emission control norms, was worsening the ongoing air pollution in Delhi-NCR. "Delhi and NCR cannot meet the clean air benchmark and protect public health if continuous sources of pollution like thermal power plants remain high emitters. These plants have not been able to meet the standards and are at varying stages of progress simply because the target dates for compliance are shifting continually," Anumita Roychowdhury, executive director of research and advocacy at CSE, said. The study pointed out how extending the timelines and relaxing emissions standards had impacted the region's air quality. There are 11 coal-based plants comprising 33 units in a 300-km radius of Delhi-NCR. Another power plant in Goindwal Sahib, Punjab, with two units is just a few kilometres outside the 300-km radius. In 2015, the Union environment ministry had asked the plants to comply with emissions norms for SO2, PM2.5 etc. However, last year the compliance date was extended from December 2024 to December 2026. Given the new deadline, except for four plants - Dadri, Indira Gandhi, Mahatma Gandhi and Panipat - the other seven now have time up to December 2026 to comply with the norms. After the extension, the Panipat plant remains the only plant that is unlikely to meet the emission norms by the compliance deadline. The report said that almost eight years after the notification on emissions norms, and six years after the first deadline, three plants in NCR -- Harduaganj, Panipat and Guru Hargobind TPP (Lehra Mohabbat) - are still reporting very high suspended particulate matter emissions. The study said that four plants - Panipat, Rajiv Gandhi and Yamunanagar in Haryana and Guru Hargobind in Punjab -- have exceeded the NOx norms several times during the reporting period. In the case of sulphur dioxide, the Mahatma Gandhi TPP is the only one in NCR where the emissions are within prescribed limits. The Dadri TPP has sulphur dioxide control equipment in place, but the plant has reported high SO2 readings 86 per cent of the time during the reporting period. The reason could be either the equipment is not in service or inadequate capacity or very high sulphur content in the coal used due to which all the coal power plants in NCR have reported SO2 emissions up to three times the prescribed limits. The report said that minor changes in operational parameters and regular maintenance of electrostatic precipitators can make substantial improvement in compliance of power plants.

11 coal-based power plants around Capital not complying with emission norms: Study

The 11 coal-based thermal power plants (TPPs) that fall within a 300-km radius of Delhi are not complying with emission control norms and are likely contributing to the prevailing high pollution levels in the national capital region (NCR), according to a new analysis carried out by the Centre for Science and Environment (CSE). The analysis, released on Sunday, said that out of the 11 plants, all but one were exceeding the sulphur dioxide (SO2) norms, three were exceeding the particulate matter (PM) norms, four were found exceeding nitrogen oxide (NOx) emission norms and five were not maintaining adequate emissions data in the public domain. The study also said that only two plants were using flue-gas desulfurisation (FGD) — a technology mandated by the Union environment ministry to be installed to reduce SO2 emissions. HT had reported earlier this week how nine of these plants have missed at least four deadlines to switch to this technology, the first of which came in December 2017. Eleven coal-based thermal power plants fall within Delhi’s 300-km radius — Indira Gandhi super thermal power project, Mahatma Gandhi thermal power station (TPS), Panipat TPS, Rajiv Gandhi TPS, Yamuna Nagar TPS (all Haryana), Rajpura thermal power plant (TPP), Talwandi Sabo TPP, Guru Hargobind TPS, Ropar TPS (all Punjab), and Dadri TPS and Harduaganj TPS. Currently, FGD technology is installed only at the Mahatma Gandhi TPS and the Dadri TPS. “Delhi and NCR cannot meet the clean air benchmark and protect public health if the continuous sources of pollution like thermal power plants remain high emitters. These plants have not been able to meet the standards and are at varying stages of progress simply because the target dates for compliance are shifting continually,” said Anumita Roychowdhury, executive director, research and advocacy at CSE. The analysis is based on the environmental status reports of these plants accessed from Central Electricity Authority (CEA) website, a technical arm of the Union ministry of power, from April 2022 to August 2023. Data showed that among the 11 plants, three — Harduaganj, Panipat and Guru Hargobind TPPs — were reporting “very high” suspended PM emissions. Meanwhile, NOx norms were not being met by Panipat, Rajiv Gandhi TPP, Yamunanagar TPP and Guru Hargobind TPP. In the case of SO2, Mahatma Gandhi TPP was the only power plant in NCR where the norms were within the prescribed limit. Dadri TPP, the other plant that has FGD in place, still reported SO2 readings above the permissible standard 86% of the time during the reporting period. All TPPs reported SO2 emissions up to three times over the prescribed limits, the report added. “The reason could be either FGDs not in service or of inadequate capacity, or very high sulphur content of the coal being used,” the report said. DD Basu, former director, Central Pollution Control Board said, “SO2 is a reactive gas and converts to sulphates in the form of fine PM2.5 which poses an even greater risk to health and environment. Therefore, control of SO2 is crucial from the perspective of controlling PM emissions.”

Out of ‘severe’ category, Delhi air may improve with increase in wind speed

Expressing hope of an improvement in the situation arising from air pollution in the national capital, Delhi Environment Minister Gopal Rai declared here on Sunday that the city air has come out of the ‘severe’ category and with the wind speed and could make things better as predicted. With the increase in wind speed and if the light rain takes place as predicted, the air quality will improve in the coming days, the minister said while speaking to a news agency over Delhi’s air pollution situation. He said there was an increase in the pollution levels during the past two to three days, which was not due to the stubble burning incidents that have reportedly reduced to a handful, and, further pointed towards the local sources responsible for contributing towards the situation, especially biomass burning. He further said that the pollution was coming towards Delhi from NCR regions at present. Rai called for strict monitoring of the implementation of Graded Response Action Plan (GRAP) stage- III in the NCR region the way it has been enforced in Delhi. Highlighting the possibility of changes in weather, he said it is expected that the same will help improve the air pollution situation. Meanwhile, the minister also said that anti- pollution plans are being strictly implemented in Delhi under the GRAP stage- III in view of curbing local sources of pollution. However, Delhi’s average Air Quality Index (AQI) on Sunday was 396, according to the Central Pollution Control Board (CPCB), and was in the ‘very poor’ category. The data released by the pollution control body was based on readings taken by 38 out of 40 monitoring stations across the national capital, CPCB said. Highest AQI level was recorded at Wazirpur area with a reading of 464, followed by Jahangirpuri- 457 and Vivek Vihar- 455. Cities adjoining Delhi to the likes of Faridabad, Gurugram, Ghaziabad, Noida and Greater Noida also recorded ‘very poor’ levels of the air qualoity index on Sunday. Meanwhile, a fresh report by Centre for Science and Environment (CSE) has said that ongoing air pollution in Delhi-NCR is being further worsened by the intransigence of thermal power plants, most of which are not complying with emission control norms.

Pollution curbs in place, but garbage burning in open still goes unchecked

Gurgaon: Despite a ban, waste burning remains rampant, especially during late evenings and early mornings, adding to pollution at a time air quality has touched hazardous levels. Garbage was being burnt along the roadside at three locations between Kherki Daula toll plaza and the Dwarka Expressway on Sunday. Shopkeepers, garbage collectors, sweepers, security guards and slum dwellers were burning waste to stay warm and dispose of the garbage in the absence of a well established solid waste management system in the city. “We constantly spot fires as the garbage disposal system is not in place. So, people choose the easy option — burning their waste. Though it happens round the year, it becomes worse during the winter as the air is already hazardous and the smell of smoke lingers," said Ruchika Sethi, a resident of Sector-50 who has been advocating for proper waste disposal. Residents alleged that civic authorities were unwilling to take responsibility. “The Graded Response Action Plan (GRAP) has been imposed, but civic authorities have failed to deter open garbage burning. We have seen people doing it in areas such as Sadar Bazar, Sohna Chowk, Gurgaon bus stand, Jacobpura and others,” said Sumit Tayal, who runs a shop in Sadar Bazar. Smoke from burning leaves and trash releases particulate matter, particles that can embed themselves deep in the lungs when inhaled. “Waste accumulating on open grounds releases PM2.5, PM10, oxides of nitrogen and carbon monoxide when burnt. These make the air toxic,” said Anumita Roychowdhury, executive director for research and advocacy at the Centre for Science and Environment. An MCG official said the corporation has received complaints of open waste burning and the concerns have been forwarded to sanitary inspectors to carry out checks and penalise the violators. “The issue will be resolved soon. Waste collection process has been resumed in the city,” the official added. We also published the following articles recently 30,000 tonnes of garbage burnt in open, citys air quality suffersHyderabad sees 30,000 tonnes of open waste burnt every year, likely to increase to 40,000 tonnes by 2030. Open waste burning contributes to air pollution along with industries and vehicles. Burning waste releases toxic substances due to incomplete combustion. Despite NGT's prohibition and fines, open waste burning continues, sometimes by civic staff. The city faces challenges with waste volume and lack of recycling. Experts call for grassroots changes, such as household waste segregation, education on recycling, and strict enforcement of court orders.105341586 HC tells MCG to lift waste; corpn says disposal to improve in a wkThe Punjab and Haryana high court directed the Municipal Corporation of Gurgaon (MCG) to remove garbage strewn across the city amidst an ongoing strike by sanitation staff. The strike, demanding regularisation of jobs, has led to mounds of garbage in several parts of Gurgaon. The high court's order highlights the violation of the fundamental right to a clean environment. Gurgaon's overall hygiene and civic infrastructure have been subpar even before the protest. The MCG has expedited the process and expects improvement within a week.105369902 Safai staffers back at work, will boost waste collection: MCG chiefMCG commissioner PC Meena visited various areas in zone 2 to check the sanitation situation amid protests by workers. Meena ordered speedy garbage collection and directed continuous monitoring by joint commissioners. The municipal corporation is working to improve garbage collection and sanitation. More than 200 sanitation staffers have returned to work. The government is trying to repress the protest, but the workers remain resolved and plan to intensify their protest if demands are not met. The union demands an impartial probe into contract discrepancies and irregularities.105341468

Delhi Pollution: दिल्ली में बढ़ते प्रदूषण को लेकर सामने आई नई जानकारी, पता चला राजधानी की हवा को कौन कर रहा काला

राज्य ब्यूरो, नई दिल्ली। उत्सर्जन मानकों का पालन नहीं किए जाने से राष्ट्रीय राजधानी क्षेत्र के थर्मल पावर प्लांट भी दिल्ली की हवा में जहर घोल रहे हैं। एक नए विश्लेषण में यह जानकारी सामने आई है। पर्यावरण से जुड़े प्रमुख थिंक टैंक सेंटर फार साइंस एंड एन्वायरमेंट'' (सीएसई) ने एनसीआर स्थित 11 थर्मल पावर प्लांटों (टीपीपी) से उत्सर्जित प्रदूषक तत्वों, नाइट्रोजन ऑक्साइड और सल्फर डाइऑक्साइड पर ध्यान केंद्रित करते हुए एक अध्ययन किया है। यह अध्ययन केंद्रीय विद्युत प्राधिकरण (सीईए) की वेबसाइट पर मौजूद अप्रैल 2022 से अगस्त 2023 तक की उनकी पर्यावरणीय स्थिति रिपोर्ट पर आधारित है। थर्मल पावल प्लांट से भी बढ़ रहा प्रदूषण अध्ययन के मुताबिक दिल्ली-एनसीआर में पीएम 2.5 प्रदूषण में टीपीपी का हिस्सा तकरीबन आठ प्रतिशत है। सीएसई में ''रिसर्च एंड एडवोकेसी'' की कार्यकारी निदेशक अनुमिता रॉय चौधरी ने कहा, अगर थर्मल पावर प्लांट जैसे प्रदूषण के स्रोत इतने उच्च स्तर पर प्रदूषण करेंगे तो दिल्ली-एनसीआर स्वच्छ वायु के मानदंड और जन स्वास्थ्य की रक्षा के अपने लक्ष्य को कभी हासिल नहीं कर सकेगा। मानदंडों को पूरा करना जरूरी इस तरह के प्लांट मानदंडों को पूरा करने में असमर्थ हैं, जिसकी शुरुआती वजह समय सीमा को लगातार आगे बढ़ाया जाना है। सीएसई रिपोर्ट के मुताबिक समय सीमा को बार-बार आगे बढ़ाए जाने और केंद्रीय ऊर्जा मंत्रालय द्वारा संशोधित वर्गीकरण के बावजूद क्षेत्र में बहुत से प्लांट नाइट्रोजन आक्साइड और सल्फर डाइआक्साइड प्रदूषक तत्वों के उत्सर्जन के लिए तय मानकों का पालन नहीं कर रहे हैं। तय किए गए थे मानक मंत्रालय ने दिसंबर 2015 में कोयला आधारित प्लांट के लिए सख्त उत्सर्जन मानक लागू किए थे, जिनका दो साल के भीतर पालन किया जाना था। बाद में मंत्रालय ने दिल्ली-एनसीआर को छोड़कर सभी पावर प्लांट के लिए तय समयसीमा को पांच साल के लिए बढ़ा दिया था, जिस पर क्षेत्र में उच्च प्रदूषण स्तर को देखते हुए 2019 तक अमल किया जाना था।

दिल्ली में कोयला पावर प्लांट की वजह से बढ़ रहा प्रदूषण, रिपोर्ट में दावा

अनुमिता रॉय चौधरी ने कहा,अगर थर्मल पावर जैसे प्रदूषण के स्त्रोत इतने उच्च स्तर पर प्रदूषण करेंगे तो दिल्ली-एनसीआर स्वच्छ वायु..

What are the lessons of the tunnel collapse in India?

The collapse of the Silkyara Tunnel in northern India has prompted a massive rescue effort to reach 41 construction workers. India's government isa also taking steps aimed at avoiding similar incidents in the future. The National Highways Authority of India (NHAI), which builds and manages has been ordered to inspect all tunnel construction projects nationwide. "To ensure safety and adherence to the highest quality standards during construction, NHAI will undertake safety audit of all 29 under construction tunnels across the country," it said in a statement. The audit will look at 12 tunnels in the Himalayan state of Himachal Pradesh and six in the troubled Jammu and Kashmir region. It will also examine projects in Uttarakhand, the northern Himalayan state where the Silkyara Tunnel collapsed, and other Indian states. Given India's poor reputation for safety, there are some obvious areas where improvement is needed. For example, the Silkyara Tunnel apparently did not have an emergency exit, which has posed another challenge to rescuers struggling with busted machinery and possibly unstable terrain. However, many have said that this collapse is a sign of a wider problem in the Himalayas, wherepoorly planed development is having an impact on the frequency and intensity of disasters. Uttarakhand is often hit by landslides, earthquakes and flooding, and some experts and residents have warned that the mountains there are geologically unstable. Officials suspect that the tunnel collapse could have been caused by a weak section of rock that was hidden. As Indian and global media focus on the story, there is more and more attention being drawn to the fragility of the Himalayan ecosystem. Big plans for big roads through the Himalayas The Silkyara Tunnel is 4.5 kilometers (2.8 miles) long and located on the Char Dham pilgrimage route, which is currently one of the most ambitious projects of Indian Prime Minister Narendra Modi's government. It aims to link four important Hindu sites in northern India via 890 kilometers of wide two-lane all-weather roads that are being built at a cost of $1.5 billion (€1.36 billion) to link the holy towns of Gangotri, Yamunotri, Badrinath and Kedarnath. Environmentalists and other experts say that rampant development is already making the local ecosystem even more vulnerable to climate change. They say that years of unbridled construction, hydropower development and the lack of a proper drainage system have all exacerbated the crisis. This year alone, the Himalayan region has experienced several disasters, including the sinking of Joshimath town in Uttarakhand to floods and landslides in Himachal Pradesh, as well as a glacial lake outburst in Sikkim in October and the recent tunnel collapse. Saving the Himalayas from 'development destruction' Environmentalist Shekhar Pathak believes work on the Silkyara Tunnel started before sufficient geological surveys were conducted. He told DW that no lessons had been learned from the 2021 floods in the Rishi Ganga and Dhauli valleys, which claimed more than 200 lives, including those of many who were trapped inside the tunnels of the Tapovan Vishnugad hydropower plant. Pathak, who is also the founder of non-profit NGO People's Association for Himalaya Area Research, said that advanced safety measures for the tunnel were "missing" from the beginning. "The execution of emergency evacuation was not well thought out," he told DW. "Anything in the Himalayas should be done with in-depth studies and analysis and with detailed dialogue with community and scientists," he said. "Saving the Himalayas from big developmental destruction is equally important otherwise more lives will be at risk in the future." Melting glaciers increase risk There is a growing number of observers of the Char Dham project saying that critical mistakes have been made in the planning and implementation of the 900-kilometer route. Experts say that the environmental impact assessment process mandated for projects exceeding 100 kilometers was bypassed when the project was given the go-ahead. Officially, the project is not a single one but 53 small projects, which is why it has been able to proceed after just a token environmental assessment. Sunita Narain, the director of the Centre for Science and Environment think tank in the Indian capital, warned that climate change was bringing more volatility to the region because of unseasonal and extreme rain events. Various studies have found that glaciers in the Himalayas are melting dramatically, potentially increasing the risks of floods and landslides. "The bottom line is that this region is different — it is not the plains of India, which are situated on alluvial soil; it is not the Indian peninsular region where there is hard rock; it is not even the slopes of the Alps, where mountains have aged," Narain told DW. Illegal 'shortcut' to rush the project In 2019, India's Supreme Court appointed a high-ranking committee to assess the potential environmental and social damage of the project and to recommend measures to mitigate the impact. Veteran environmentalist Ravi Chopra was appointed chairman of the committee but resigned in 2022, claiming its recommendations had not been implemented. He told DW the entire project had been rushed. "In the process, shortcuts have been taken which violated the existing laws. The avoidance of an environmental impact assessment was particularly detrimental," he said. Chopra told DW that there would be more incidents such as the tunnel collapse as long as environmental issues are swept aside. "For development in the Himalayas, it is necessary to first address ecological concerns. Sustainable development demands approaches that are both geologically and ecologically sound." Edited by: Darko Janjevic