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Debt crises in Global South debilitating fight against climate change: Report

These are also the countries that need finance for the climate transition to help them develop, without adding significantly to the stock of greenhouse emissions. Sunita Narain, director general, CSE said most of the money given is not free or cheap - its given as loans or investments instead of grants, which means countries have to pay it back. Many low and middle-income countries are spending more money on debt payments than on meeting their climate goals, delaying their transition to green economies, a new report says. The report by environmental think tank Centre for Science and Environment (CSE) comes as world leaders gather in Paris for a two-day summit to discuss reforms of the international financial system to better tackle poverty and climate change. The report titled 'Beyond climate finance' argues that historical inequalities have made developing countries dependent on imports of food, energy, and goods. High debts have limited their capabilities to spend on development and climate. Floods in Pakistan in 2022 and cyclone Pam in Vanuatu in 2015 caused damages worth 9 per cent and 64 per cent of their respective GDPs. Developing nations often lack sufficient funds for social and environmental projects, and rely on foreign debt to support essential activities. The report said debt payments for low-income countries are at their highest since 1998, with an average external debt service payment of 16.3 per cent of government revenue in 2023. ''Debt burden exceeds the annual cost of achieving the NDC for many low and middle-income countries; it is plausible that their climate ambition is being hindered by debt obligations,'' it said. Avantika Goswami, programme manager, climate change, CSE, said losses and damage due to climate change are mostly concentrated in developing countries. ''These are also the countries that need finance for the climate transition to help them develop, without adding significantly to the stock of greenhouse emissions.'' Sunita Narain, director general, CSE said most of the money given is not free or cheap - it's given as loans or investments instead of grants, which means countries have to pay it back. This is a problem because the countries that need the money the most can't afford to pay it back. ''In the 2011-20 period, only about 5 per cent was given as grants and the rest were loans or equity. It is then no surprise that what is termed as climate finance is not going to the countries where it is needed the most,'' she said. Seventy-five per cent of all the climate finance in the decade 2011–2020 was concentrated in North America, western Europe, East Asia and the Pacific, primarily led by China. Regions where the majority of low and middle-income countries are located received less than 25 per cent of climate finance flows, the CSE report says, citing data from Climate Policy Initiative (CPI), a San Francisco-based independent climate policy organisation. Shocks like the Covid-19 pandemic have stretched domestic spending capabilities of developing countries. For gas-dependent developing countries like Pakistan and Sri Lanka, the energy crisis driven by the Russian war on Ukraine left them unable to afford the LNG supplies needed to keep the power running, and hindered the industry's aspiration to switch from coal to gas in countries like India, the CSE said. According to CPI, only 16 per cent of the total climate finance that flowed in the 2011-2020 period can be termed as concessional – money given on favourable terms such as grants or low-interest loans. This means the rest 84 per cent of climate finance was provided as loans on market rates which poor and developing countries clearly cannot afford. The CSE report said accessing money for climate investments is costlier for developing countries because they are perceived to have a more ''high-risk environment'' due to socio-economic challenges and limited resources. This means higher interest rates on loans and higher expected returns on equity. This makes deployment of green technologies -- which are newer and require more upfront capital investment -- up to seven times costlier in emerging and developing countries than in Europe and the United States, reducing its economic attractiveness. Goswami said multilateral development banks (MDBs), an important source of concessional finance, are risk-averse and provide 80 per cent of the climate finance as loans, which worsens the debt crisis. Also, MDBs' mandate is being expanded to make financial flows ''Paris-aligned'', which could be paternalistic and may narrow funding streams to developing countries, she said. ''Now, when we view the pressure to decarbonise within the context of larger systemic financial barriers, it looks like the walls are closing in from all sides for the Global South. It is unacceptable that it is being said at UNFCCC forums that developing countries do not want to take on climate ambition. ''The reality is that most of them simply cannot afford it. This system is broken and needs urgent reform. Climate ambition cannot be unlocked whilst operating in a financial system that is inequitable by design,'' Narain said. The report suggests some solutions. One is that developing countries need more money that they don't have to pay back, and that this money should be easier to get. They also say that the rules for lending money should be fairer to middle-income countries. The CSE said that decisions about who gets the money should be made together, instead of being decided by a few powerful countries and that it's important to stop creating more debt and to find ways to solve the existing debt problems.

Climate finance is not going to the countries where it is needed the most – report

India-based Centre for Science and Environment’s (CSE) latest report has revealed that the US $100 billion a year pledged in 2009 is too little, too late and inadequate to address issues of climate change. The report said, what is rarely discussed is that whatever is offered in the name of climate money is not concessional, with just around 5% distributed as grants and the rest as loans or equity from 2011 to 2020. “It is then no surprise that what is termed as climate finance is not going to the countries where it is needed the most,” said Sunita Narain, director general, Centre for Science and Environment (CSE). According to a new CSE analysis, climate ambition in the Global South cannot be realized without financial sector reforms. The report comes only days before the international summit on the New Global Financial Pact begins in Paris. Narain was speaking at a recent webinar when CSE released its latest research, Beyond climate financing. The webinar, which featured worldwide experts, and the research preceded the two-day summit for a new worldwide financial pact, which will begin today, June 22, 2023, in Paris, France. The CSE report stated that developing countries confront additional financial challenges that impede their climate ambitions, such as a growing debt crisis. According to data from Debt Justice, a UK-based non-profit, 91 of the poorest countries made external debt-service payments average 16.3 percent of their government revenues in 2023. According to the analysis, many low and middle-income nations pay more in annual debt servicing costs than they would need to spend to meet their NDC targets. Avantika Goswami, CSE’s project manager for climate change said, poor countries are the places where losses and harm from climate change are concentrated. “These are also the countries that need finance for the climate transition to help them develop, without adding significantly to the stock of greenhouse emissions.” Goswami expanded on Narain’s statement that just 16% of overall climate finance is concessional – money offered on favorable terms such as grants or low-interest loans. “The money that is flowing towards climate projects is heavily concentrated in North America, Western EU and East Asia predominantly China. This is where most of the growth in clean energy investment has been concentrated as well. So, the money is not going to the poorest, most vulnerable countries.” Goswami also indicated that, emerging economies and developing countries other than China will require $1 trillion in foreign credit by 2030. According to Goswami, developing countries suffer excessively high capital costs, particularly for green technologies, which reduces the economic viability of clean energy investment in these countries, despite the fact that they have abundant renewable resources. The report also talked about multilateral development banks (MDBs), a major source of concessional finance, and that they are risk-averse and deliver 80% of climate finance as loans, exacerbating the debt crisis. “There is also limited eligibility for middle-income countries to access concessional finance. To add to this, MDBs’ mandate is being expanded to make financial flows ‘Paris-aligned’; this could be paternalistic and impose top-down criteria that may narrow funding streams to developing countries,” said the CSE report. Concerning the pressure to decarbonize, Narain stated that, in the context of larger systemic financial barriers, it appears that the walls are closing in on the Global South from all sides, adding that it is unacceptable to say at UNFCCC forums that developing countries do not want to take on climate ambition. “The reality is that most of them simply cannot afford it. This system is broken and needs urgent reform. Climate ambition cannot be unlocked whilst operating in a financial system that is inequitable by design.” According to the report, the Global South requires extra and concessional financing flows for climate mitigation, adaptation, and loss and damage. Existing financing pools cannot be repackaged by clever accounting, hence ‘additionality’ is critical. The ‘divide and conquer technique’ against the poor must be abandoned. Middle-income countries should have greater access to concessional financing and debt relief. It said that the Paris Agreement on Global Finance cannot be used to undermine national sovereignty and reduce critical funding flows for development. “We need a multilateral, rules-based approach to solving the debt crisis, and we must stop the creation of new debt. We cannot rely on the private sector to solve climate change—climate action is a public good.” Experts at CSE are looking forward to 2023, a year in which civil society and scholars will increase pressure and demand urgent systemic reforms for the Global South.

Heat Waves in India unleash deadly contaminant

India is no stranger to pollution, with consistent warnings being given to the population by experts globally, regarding the tight living quarters in cities such as Delhi, and the overwhelming levels of toxins being released from various vehicles in the busy streets. A lesser-known, but incredibly deadly contaminant is often overlooked by professionals when discussing pollution in the country – ozone. Ozone is created when small particles or droplets of nitrogen and volatile organic compounds such as benzene – which is found in gasoline – react under high heat and sunlight. Recent Heat Waves sweeping across India and its crowded cities have led to an increase in the formation of Ozone, demanding a response from health professionals in the area. “Even an hour of exposure can give you very poor health outcomes,” says Avikal Somvanshi, a researcher at the Center for Science and Environment in New Delhi. A 2022 study estimates that ozone killed more than 400,000 people worldwide in 2019, up 46 per cent since 2000. And according to the State of Global Air Report 2020, it is in India where the number of ozone deaths has increased the most over the past decade. Fire & Safety teams in the region must be prepared for individuals to require immediate respiratory recovery and be aware themselves of pollutants in the air affecting their ability to operate.

शहर मेंजल्द संचालित होगा एफएसटीपी

मंगलवार को नगर पालिका परिसर मेंअमृत योजना के तहत बनाए गए एफएसटीपी प्लांट संचालन के लिए बैठक आयोजित की गई। बैठक मेंपालिकाध्यक्ष नेप्लांट संचालन मंगलवार को नगर पालिका परिसर मेंअमृत योजना के तहत बनाए गए एफएसटीपी प्लांट संचालन के लिए बैठक आयोजित की गई। बैठक में पालिकाध्यक्ष नेप्लांट संचालन को गंभीरता सेलेतेहुए जनता को जागरूक करनेके लिए रूपरेखा तैयार की। शहर के देवहा नदी के किनारेबनेमल एवं गाद प्रबंधन के बारेमेंपालिकाध्यक्ष डा.आस्था अग्रवाल और कर्मियों के बारेमेंसेंटर फॉर साइंस एंडएं एनवायरनमेंट के कार्यक्रम अधिकारी इंजीनियर मनीष मिश्रा नेविस्तार पूर्वक जानकारी दी। उन्होंनेबताया घरों मेबनेसेप्टिक टैंक को हर तीन साल मे साफ करना जरूरी होता है। वरना यह पानी को प्रदूषित करता है। उन्होंनेबताया प्लांट संचालक सेमशीन के माध्यम सेसेप्टिक टैंक साफ करा जाएगा और प्लांट मेंलेजाकर खाद बनाई जाएगी। पालिकाध्यक्ष डॉ.आस्था अग्रवाल मेंकर्मियों को निर्देश दिए कि लोगों मेंजागरूकता लानेके लिए स्कूल, कॉलेज और कोचिंग सेंटर मेंकार्यक्रम आयोजित किए जाएंगे एं । ताकि लोग सेप्टिक टैंक साफ करनेके लिए जागरूक हो सके। बैठक मेपालिका ईओ व देवेंद्र सिंह, जल निगल के एई प्रवीण, सफाई निरीक्षक सहित पालिका का अन्य स्टाफ मौजूद रहा।

Heat Waves Are Unleashing a Deadly but Overlooked Pollutant

Indian cities, afflicted by rising temperatures and poor air quality, are becoming hot spots of ozone pollution, which has proven a difficult problem to fix. LUTYENS’ DELHI IS one of the most iconic neighborhoods of India’s capital. Home to the country’s parliament, numerous embassies, and a lush, 90-acre Mughal-era park, it’s an architectural paradise, connected by tree-lined streets and roundabouts with mini-gardens. Yet despite being one of the city’s most refined districts, this clean, green neighborhood is home to something sinister. It is a hot spot for a dangerous and overlooked air pollutant: ozone. India is no stranger to pollution, with many of its cities reporting some of the worst air quality in the world. Every winter, New Delhi gets shrouded in smog for days. But discussions about air pollution and policies to mitigate it mostly focus on particulate matter: PM2.5 and PM10—small particles or droplets that are only a few microns in diameter. However, scientists are increasingly raising the alarm about surface ozone. It’s a secondary pollutant that isn’t released from any source, forming naturally when oxides of nitrogen and volatile organic compounds—such as benzene, which is found in gasoline, or methane—react under high heat and sunlight. This makes ozone a particularly ugly modern threat—a problem that arises where pollution and climate change coincide. “Even an hour of exposure can give you very poor health outcomes,” says Avikal Somvanshi, a researcher at the Center for Science and Environment in New Delhi. While ozone is beneficial in the high atmosphere, where it absorbs ultraviolet radiation, down on Earth’s surface, concentrations of it can be deadly. Data on its impacts is patchy, but a 2022 study estimates that ozone killed more than 400,000 people worldwide in 2019, up 46 percent since 2000. And according to the State of Global Air Report 2020, it is in India where the number of ozone deaths has increased the most over the past decade. Ozone wreaks havoc in the respiratory tract. The gas can “inflame and damage airways” and “aggravate lung diseases like asthma,” warns the US Environmental Protection Agency. It does this by affecting the cilia, the microscopic hair-like structures that line the airways to help protect them, explains Karthik Balajee, a clinician and community medicine specialist based in Karaikal, India. After exposure “we are more prone to respiratory infections,” he says, adding that inhaling ozone also affects lung capacity. Studies show that long-term exposure is associated with an increased risk of chronic obstructive pulmonary disease, a lung disease that makes it hard to breathe, and increases the risk of dying from other cardiovascular or respiratory conditions. Even short-term exposure can land you in the emergency room. “One or two days following a peak in ozone, there have been increases in hospital admissions due to respiratory problems,” says Balajee. Delhi and other major Indian cities see spikes in ozone throughout the year, but particularly during summer heat waves, which have become increasingly common due to climate change. The World Health Organization says that exposure to ozone in the air, across an eight-hour period, shouldn’t exceed 50 parts per billion; India’s air quality standard says this WHO limit shouldn’t be broken on more than eight days a year, and not on two consecutive days. But analysis by Somvanshi and his colleagues has found that ozone has already exceeded limits in Delhi and its surrounding areas on 87 days between March and May this year. And they’ve seen similar results over the past three summers. And while the number of monitoring stations recording a breach of the ozone threshold was fewer this year than in previous years, the duration of the exceedance was higher. “We are not even close to compliance with the standard,” says Somvanshi. Part of what’s driving this problem is ozone’s complicated relationship with other air pollutants. Ozone formation is a cyclic reaction, meaning that after it’s generated by reactions between air pollutants, ozone gets converted back to oxygen when it reacts again with pollutants in the air, such as oxides of nitrogen. But if those pollutants are not present after ozone has formed, it lingers. That’s why ozone levels shot up during India’s Covid-19 lockdown in the summer of 2020, when traffic screeched to a halt—the air pollutants needed to convert it back to oxygen weren’t being produced. It’s also why ozone is often found in green neighborhoods like Lutyens’ Delhi—because their air is cleaner, reactions that get rid of the ozone don’t take place. FEATURED VIDEO Climate Scientist Answers Earth Questions From Twitter MOST POPULAR The 17 Best (and Worst) Mattresses You Can Buy Online GEAR The 17 Best (and Worst) Mattresses You Can Buy Online MARTIN CIZMAR The Best Laptop Backpacks for Work (and Life) GEAR The Best Laptop Backpacks for Work (and Life) MEDEA GIORDANO Humans Aren’t Mentally Ready for an AI-Saturated ‘Post-Truth World’ SECURITY Humans Aren’t Mentally Ready for an AI-Saturated ‘Post-Truth World’ THOR BENSON What the Truck, Elon? GEAR What the Truck, Elon? LAUREN GOODE ADVERTISEMENT Controlling particulate pollution is relatively simple—you just regulate its sources, such as vehicles and crop burning. Reducing ozone levels is harder. “Our prediction of how ozone might respond to pollutant changes or emission changes is complicated by environmental factors,” says Steve Arnold, professor of atmospheric composition at the University of Leeds. When trying to drive levels down, everything depends on the exact mixture of the different precursor pollutants in the air, he says. Reducing precursor gasses is one way to reduce ozone formation. But bring them down too much and you won’t have any left to neutralize the ozone that’s already present. This is exactly what has happened in China, says Arnold, where stringent policies have reduced PM2.5 pollution in recent decades but the ozone problem has worsened. “There’s a delicate balance that needs to be made,” says Somvanshi. At present, particulate matter is India’s focus, and rightly so—it’s a bigger problem. According to Arnold’s research, 900,000 deaths in India each year are linked to PM2.5, with 374,000 linked to ozone. But in the future, we should worry more about ozone, Arnold says. He has modeled how ozone pollution in India might look in the coming years. “If you go to 2050, then the health impacts from particulate matter and the health impacts from ozone pollution become much more similar in magnitude,” he says. One reason is that researchers believe pollution control policies in the future will be more successful in mitigating particulate matter than ozone. Arnold’s study estimated that by 2050, India could see more than a million premature deaths a year linked to ozone exposure if there is no change in emissions. Even under a strict pollution control policy, premature deaths due to ozone were estimated to be 791,000—more than twice as many as in 2015. While the gas is a problem in other countries, it is India’s poor air quality and increasingly common heat waves that makes ozone a particularly grave threat there. And for Arnold, how the country will evolve is concerning: India will have both a growing and aging population in the coming decades—meaning more people will be exposed to ozone, and in particular, more who are vulnerable. And it’s not just human health that is damaged. Ozone also threatens food security by causing plant yields to “reduce drastically,” says Madhoolika Agrawal, a professor in the department of botany at Banaras Hindu University. Ozone enters plants through small pores on their leaves, explains Agrawal, and then kills cells by oxidizing them. Leaves then start yellowing and the plant is unable to photosynthesize. India’s wheat crop is particularly vulnerable. The country is a major producer and aspires to be a top exporter—yet studies show it loses millions of tons of wheat and rice annually to ozone. In fact, a 2021 paper shows that ozone affects the yield and seed quality of all major crops in India. Current policies are “insufficient in reducing crop loss to ozone,” its authors write. MOST POPULAR The 17 Best (and Worst) Mattresses You Can Buy Online GEAR The 17 Best (and Worst) Mattresses You Can Buy Online MARTIN CIZMAR The Best Laptop Backpacks for Work (and Life) GEAR The Best Laptop Backpacks for Work (and Life) MEDEA GIORDANO Humans Aren’t Mentally Ready for an AI-Saturated ‘Post-Truth World’ SECURITY Humans Aren’t Mentally Ready for an AI-Saturated ‘Post-Truth World’ THOR BENSON What the Truck, Elon? GEAR What the Truck, Elon? LAUREN GOODE ADVERTISEMENT At present, Somvanshi says India is “not doing anything” about ozone, and that the way the country’s Central Pollution Control Board monitors the toxic gas is flawed. The CPCB caps ozone pollution measurement at 200 micrograms per cubic meter—above that, the measurement software just records a blank cell in the data sheet. “We don’t really know exactly how severe the problem gets,” says Somvanshi, comparing the situation to checking someone’s fever using a thermometer that can only go up to 100 degrees Fahrenheit. The CPCB also reports ozone levels after averaging values at all the monitoring stations in a city, which Somvanshi calls a “disaster” because ozone is a hyperlocal pollutant. “Within the city, there is a massive variation and if you average it out, it will always be below the standard,” he says. WIRED reached out to the CPCB for comment but did not receive any response. And while ozone monitoring infrastructure is robust in the capital region—Delhi and its five satellite cities have nearly 60 stations—more than 200 Indian cities don’t monitor ozone at all. The rest only have one or two ozone monitoring stations, which is basically “useless” says Somvanshi, because of the localized nature of the gas. A quick way to mitigate the problem would be to issue targeted local ozone alerts, he says. In the US, for example, health advisories during periods of high ozone pollution warn residents to not go to refuel their cars when it is sunny outside, because petrol or diesel can evaporate to form volatile organic compounds that can further increase ozone formation. India could do something similar. Somvanshi suggests that factories could also be directed to operate during the evening or nighttime. That way, any nitrogen oxides they release wouldn’t be converted into ozone because there’s no sunlight. To reduce the precursor gasses, Arnold says the government should encourage “policies that can limit motor vehicle emissions in cities.” As for addressing the threat to food security, Agrawal says farmers could choose crop varieties that are less susceptible to ozone. Some plants show resilience, she says, and by cross-breeding we could get crops that are less affected by it. Another solution could be to plant crops during seasons when ozone levels are low, like during the monsoon, but that’s not possible for all plants. Above all, Arnold says, the Indian government should “take the time to understand the potential consequences of emission reductions” and learn from what happened in China. Use “modeling to try and predict the response you might get to emission control policies,” he advises. Ozone pollution, he says, cannot be ignored anymore. https://www.cseindia.org/delhi-ncr-hit-by-summer-ozone-once-again-but-levels-lower-than-previous-summers-cse-analysis-11745

आदिवासी केंद्रित वन अधिनियम की जरूरत

वन एवं पर्यावरण मंत्रालय के अनुसार भारत के लगभग 400 जिलों में वन है लेकिन मैदानी इलाकों में (उत्तर-पूर्वी राज्यों को छोड़कर) बेहद सघन वन लगभग 75 जिलों में ही है। इन जिलों के नाम हैं – बस्तर, नारायणपुर, बीजापुर, दंतेवाड़ा, कालाहांडी, रायगढ़ा, चतरा, पाकुर, साहेबगंज, सुंदरगढ़, मलकानगिरि, अंगुल, दुमका, चंद्रपुर, खम्मम आदि। संयोगवश यही वो प्रमुख जिले हैं जहाँ भूमि के नीचे कोयला, बाक्साइट, लौह अयस्क और तांबा मौजूद है। और यहीजिले मूलतः आदिवासी जनसंख्या और विशेष पिछड़ी जनजातियों की अपनी मातृभूमि हैं। भारत सरकार की वर्ष 2015 की जनगणना रिपोर्ट के अनुसार इन जनजातियों में लगभग दो-तिहाई लोग भूमिहीन हैं – अर्थात् आजादी के 75 साल बाद भी सरकारें उन्हें दो गज जंगल-जमीन का अधिकर न दे सकीं। यदि भारत के इन सबसे सघन वन वाले जिलों की संपन्न खनिज संसाधनों वाले जिलों से तुलना की जाए तो एक महत्त्वपूर्ण समानता यही होगी कि अमूमन सघन वन और प्रचुर खनिज संसाधनों वाले जिले लगभग एक ही हैं। भारत के मैदानी क्षेत्रों में प्राकृतिक संसाधनों से संपन्न ‘अमीर धऱती के गरीब लोगों’ के इस आकलन का निष्कर्ष यह है कि भारत के 50 सबसे गरीबतम जिले – 50 सबसे प्रमुख आदिवासी बहुल जिले – 50 सबसे अधिक प्राकृतिक संसाधनों से भरपूर जिले – 50 सबसे सघन वनों वाले जिले और 50 सबसे अधिक संगठित हिंसा के शिकार जिले कमोबेश एक ही हैं। 50 जिलों का यह विरोधाभास और संसाधनों से संपन्न होने के बावजूद उनका गरीबी और हिंसा का शिकार रह जाना व्यवस्था की चूक नहीं बल्कि राज्य व्यवस्था के विकास का नया मॉडल है। लेकिन विकास के इस नये मॉडल के लाभार्थी कौन अथवा कौन-कौन हैं? वन संसाधनों का हाल भारत की स्वाधीनता से लगभग 100 बरस पूर्व पर्यावरण की रक्षा और वनों के संवर्धन के नाम पर वन अधिनियम (1865) और फिर भारतीय वन अधिनियम (1927) लागू करते हुए वनों की रक्षा और संवर्धन का दायित्व वन विभाग को दिया गया। हमारा सामान्य ज्ञान यह बताता है कि हरियाली अर्थात् पेड़-पौधे अर्थात् जंगल इस धरती के फेफड़े हैं। इसलिए जंगल को बचाना और बढ़ाना सरकार और समाज दोनों की जवाबदेही है। लेकिन विगत 100 बरसों से वन विभाग वन-संपदा को अपना वैधानिक विशेषाधिकार मानता है। गौरतलब है जब ब्रितानिया सरकार ने 1865 में प्रथम वन कानून लागू किया तब वनों का अनुपात लगभग 44 प्रतिशत था। लेकिन 1927 में भारतीय वन अधिनियम लागू होते-होते यह अनुपात लगभग 35 प्रतिशत हो चुका था। आजादी के बाद हुए भारतीय वन सर्वेक्षण की रिपोर्ट के अनुसार वर्ष 1952 में वनों का प्रतिशत लगभग 29 प्रतिशत हो गया। इसके बाद पहली बार वन संवर्धन के लिए विश्व बैंक से ऋण लिया गया और 1980 के आते-आते वनों का क्षेत्रफल केवल 21 प्रतिशत रह गया। आज वर्ष 2022 में वन सर्वेक्षण विभाग के अनुसार सघन वनों का प्रतिशत मात्र 12 है। सवाल है- यदि वन विभाग का दायित्व वनों और पर्यावरण का संरक्षण-संवर्धन है तो वनों की सघनता 44 से 12 प्रतिशत रह जाने के लिए जवाबदेह कौन है? विचित्र विरोधाभास है कि भारतीय वन अधिनियम के अंतर्गत ‘निर्वनीकरण’ वास्तव में वन विभाग का प्रशासनिक अधिकार है और इसके लिए बाकायदा वन विकास निगम की स्थापना की गयी। विगत लगभग 100 बरसों से निर्वनीकरण और उसके माध्यम से सरकार के लिए राजस्व जुटाने का कार्य वन विकास निगम कर रहा है। एक अनुमान के मुताबिक विगत सौ बरसों में वनों के विनाश का कुल आर्थिक मूल्य लगभग 65 बिलियन डॉलर है। भारत दुनिया का एकमात्र देश है जहाँ औपनिवेशिक वन अधिनियम (1927) के चलते न केवल 10 करोड़ से अधिक आदिवासियों को अतिक्रमणकर्ता घोषित किया गया बल्कि उन आदिवासियों को उनके ही आजा-पुरखा से संरक्षित भूमि पर मूल निवासी मानने से इनकार कर दिया गया। पर्यावरण के सभी सिद्धांत मानते हैं कि वनों की रक्षा और संवर्धन केवल समुदाय की भागीदारी और स्वामित्व से ही संभव है लेकिन दुर्भाग्यवश भारत का मौजूदा भारतीय वन अधिनियम इस सिद्धांत को वैधानिक रूप से खारिज करता है। हम सबकी सामूहिक जवाबदेही वृक्षारोपण और वनों के संवर्धन की तो है और होनी भी चाहिए लेकिन उससे भी महत्त्वपूर्ण हमारा नागरिक दायित्व है कि हम आदिवासियों के पक्ष में कहें कि भारतीय वन अधिनियम के औपनिवेशिक स्वरूप को समाप्त करके आदिवासी केन्द्रित वन अधिनियम बनाया जाए। स्वाधीन भारत में पर्यावरण संरक्षण का सबसे महत्त्वपूर्ण कानून आखिर औपनिवेशिक क्यों होना चाहिए? कुल मिलाकर हम कह सकते हैं कि वनों के विनाश के नये लाभार्थी वन विभाग अर्थात् खुद सरकार है। खनिज संसाधनों का हाल पर्यावरण रक्षा की दृष्टि से दूसरा सबसे महत्त्वपूर्ण संसाधन खनिज है। हम सब अच्छी तरह जानते हैं कि हमारी धऱती पर खनिज, एक सीमित संसाधन है। वर्ष 1980 के विश्व पृथ्वी सम्मेलन के बाद जब जलवायु परिवर्तन के दुष्परिणामों को लेकर दुनिया ने संवेदनशील होना शुरू किया तब एक महत्त्वपूर्ण प्रस्ताव यह था कि दुनिया के सभी देश ‘नियंत्रित उत्खनन’ की ओर बढ़ेंगे। भारत जैसे खनिज संपदा से संपन्न देश को नियंत्रित उत्खनन को सैद्धांतिक रूप से स्वीकारने में लगभग 30 बरस लगे और फिर जब वर्ष 2015 में नया उत्खनन कानून आया तब तक नियंत्रित उत्खनन के सिद्धांत और व्यवहार को पूरी तरह से खारिज कर दिया गया था। आज भारत में लगभग 1245 खदानें हैं और लगभग 2000 और नये खदानों की खोज की जा चुकी है अर्थात् भविष्य में हम और अधिक खदान शुरू करने जा रहे हैं। भारत के 50 प्रमुख खनिज संसाधनों वाले जिलों में गरीब और विस्थापित लोगों संख्याओं और कहानियों से जाहिर है कि लाभार्थी वे गरीब आदिवासी तो नहीं हैं; फिर उत्खनन के नये लाभार्थी आखिर कौन हैं? सेंटर फॉर साइंस एंड एनवायरमेंट की रिपोर्ट (2010) के अनुसार भारत में लगभग दो-तिहाई खदानें अवैधानिक हैं, अर्थात् वहाँ पर्यावरण के निर्धारित मानकों का पालन नहीं किया जाता जिसके चलते न केवल वनों और वन्यजीवों की हानि हो रही है बल्कि नई स्वास्थ्य आपदाएँ भी सामने आ रही हैं। लेकिन उतना ही महत्त्वपूर्ण यह जानना भी होगा कि उत्खनन से प्राप्त होनेवाला अधिकांश मुनाफा सरकार को नहीं बल्कि उत्खनन कंपनियों को हो रहा है। आश्चर्य है कि जिस कीमत पर आप 1 किलो गोबर की खाद भी नहीं खरीद सकते, उस कीमत पर इस धरती के सबसे कीमती और सीमित मात्रा में उपलब्ध खनिज संसाधनों को सरेआम बेचा जा रहा है। और हर साल उन लाखों लोगों को विस्थापित किया जा रहा है जिनकी जमीनों के नीचे दबे कोयले, ताम्बे और बाक्साइट को किसी भी नुकसान की कीमत पर निकालना और सौदा करना विकास के नये मॉडल का मूल आधार है। जाहिर है उत्खनन के लाभार्थी निश्चित ही वे तमाम कॉरपोरेट हैं, जिन्हें पर्यावरण और लोगों दोनों की कीमत पर मुनाफा कमाने की वैधानिक छूट सरकार और समाज दे चुके हैं। जल संसाधनों का हाल भारत में पर्यावरण की दृष्टि से जल संसाधनों की बेहद महत्त्वपूर्ण भूमिका है। वर्ष 2008 में भारत सरकार की ओर से गुपचुप ‘जल संसाधनों का सरकारीकरण’ का पहला मसौदा रखा गया। जल सुरक्षा के दस्तावेजों और भूजल नियंत्रण के वैधानिक प्रस्तावों के माध्यम से सरकार का मकसद जल संसाधनों के उपयोग/विक्रय के आधार पर राजस्व जुटाना था। बहरहाल, ऐसा कोई कानून तो नहीं आया लेकिन इतना तो तय है कि आने वाले वक्त में पानी के उपयोग-दुरुपयोग की महँगी कीमत सरकार को देनी होगी। सैद्धांतिक रूप से यह सही लग सकता है लेकिन इसके लाभार्थी आखिर कौन होंगे? बोतलबंद पानी आज हम सबकी जिंदगी का एक अनिवार्य हिस्सा है। हम सब जानते हैं कि पानी को कृत्रिम रूप से बनाया नहीं जा सकता इसलिए इतना तो तय है कि बोतल का पानी किसी नदी अथवा झरने का ही पानी है। लेकिन, इसे बोतलबंद करनेवाली कम्पनी को इस नदी अथवा झरने अथवा भूजल लेने पर लगभग कोई कीमत नहीं चुकानी होती अथवा बेहद कम कीमत चुकानी होती है। अलबत्ता इसे तथाकथित रूप से मिनरल वाटर बनाने के लिए कुछ इलेक्ट्रो-केमिकल ट्रीटमेंट किया जाता है जिसकी औसत कीमत 10 पैसे प्रति बोतल होती है। फिर इसे जिस प्लास्टिक के बोतल में भरा जाता है उसकी मूल लागत लगभग 1 रुपए होती है- यदि इसमें इस कार्य को करने वाले मजदूर के पारिश्रमिक को भी जोड़ दें तो कुल लागत अधिकतम 2 रुपये तक हो सकती है। भारत सरकार के उद्योग मंत्रालय के अनुसार विगत 20 वर्षों में बोतलबंद पानी का व्यापार लगभग 4022 प्रतिशत बढ़ा है जिसका औसतन 80 प्रतिशत मुनाफा उन कंपनियों को मिला जिन्होंने आपको मिनरल वाटर नहीं बल्कि, आपके ही डर को आपको बेचा है। उन तमाम कंपनियों ने मिलकर आपको यह समझा दिया कि बोतलबंद पानी ही सुरक्षित और शुद्ध है। आज भारतीय समाज की शुद्ध पानी की चाहत और उसके पीछे के डर का कुल व्यापार लगभग 500 अरब रुपये का है और हजारों वैध-अवैध कंपनियाँ इस पानी के व्यापार की लाभार्थी हैं। समुद्री संसाधनों का हाल पूँजीवादी आर्थिक व्यवस्था के इस नये दौर में पर्यावरण और प्राकृतिक संसाधनों को उस बाजार में बदला जा चुका है जहाँ हम और हमारा भविष्य हर रोज बिक रहा है। वास्तव में हम बाजार में खरीदने नहीं बल्कि बिकने, और इस धरती का साझा भविष्य बेचने जा रहे हैं। हम मशीनों के नये सम्मोहन के दौर में हैं। आज मोबाइल हम सबकी जिंदगी या यों कहें कि शरीर का हिस्सा बन चुका है- मोबाइल जिसे हम सबके परिवार में इस बाजार ने जन्म दिया है। जब भी हम नये मोबाइल की तलाश में बाजार जाते हैं तो हमें बताया जाता है कि ऐसा मोबाइल लें जो पतला और हल्का हो। अर्थात् जो मोबाइल जितना हल्का और पतला होगा उसकी उतनी ही अधिक कीमत होगी। आखिर यह मोबाइल कौन सी धातुओं से बना है? सबसे बेहतरीन और महँगे मोबाइल बनाने के लिए जिन महत्त्वपूर्ण धातुओं का उपयोग किया जा रहा है ज्यादातर उसे पॉलीमेटालिक नोड्यूल्स से प्राप्त किया जाता है। लेकिन यह पॉलीमेटालिक नोड्यूल्स आखिर कहाँ और कैसे मिलता है? समुद्री अर्थशास्त्र अर्थात् ब्लू इकॉनमी के इस नये खेल ने बताया कि समुद्र की तलहटी में पॉलीमेटालिक नोड्यूल्स के अथाह भण्डार मौजूद हैं, जिसे निकालने के लिए समुद्री सतह के उत्खनन का नया दौर शुरू हो चुका है। जाहिर है, समुद्र की सतह में कोई भी इंसान उत्खनन नहीं कर सकता इसलिए समुद्री सतह के उत्खनन के लिए मुख्य रूप से रोबोटिक्स का इस्तेमाल किया जाता है। लेकिन जिस इलेक्ट्रो-मैग्नेटिक और लेजर तकनीकों से यह कार्य किया जा रहा है उससे समुद्र की सतह और समुद्री पर्यावरण में एक गहरी और स्थायी उथल-पुथल पैदा हो रही है। हार्वर्ड एनवायर्नमेंटल रिसर्च रिव्यू के अनुसार समुद्री सतह के उत्खनन के चलते न केवल समुद्री जीव और वनस्पतियाँ समाप्त होंगी बल्कि इलेक्ट्रो-मैग्नेटिक तरंगों के कारण समुद्र के सूखने और कुछ स्थानों पर फैलने का क्रम भी शुरू होगा जो अंततः वर्षा में कमी और अनियंत्रित जल भराव का कारण बनेगा। साथ ही समुद्री जीवों के ऊपरी सतह पर पलायन के कारण संपूर्ण समुद्री तंत्र में गहरा और स्थायी खाद्य संकट भी खड़ा होगा। बहरहाल, समुद्री सतह के उत्खनन से प्राप्त पॉलीमेटालिक नोड्यूल्स से जिस मोबाइल और बेहद संवेदनशील इलेक्ट्रॉनिक्स का निर्माण किया जा रहा है – अमरीका के मेसाचुसेट्स इंस्टीट्यूट ऑफ टेक्नोलॉजी के अनुसार, इसमें उपयोग हुए अधिकांश पदार्थ और उसके जटिल संयोजन को रीसायकल नहीं किया जा सकता। अर्थात् हम एक ऐसे इलेक्ट्रो-मैग्नेटिक कचरे को जन्म दे रहे हैं जिससे मुक्ति पाने का कोई मार्ग है ही नहीं। जाहिर है, समुद्री संसाधनों के इस नये खेल अर्थात् समुद्री उत्खनन के नये लाभार्थी वो तमाम गैरजवाबदेह कंपनियाँ हैं जिन्हें उनके द्वारा किये जा रहे पर्यावरणीय अपराधों का कोई इल्म नहीं है– लेकिन एक विवेकशील खरीददार हो सकने वाले हमें तो कम से कम इसका अहसास होना ही चाहिए। एक अंतिम विकल्प जेसी कुमारप्पा एक मेधावी अर्थशास्त्री थे। जब 1929 में वे महात्मा गांधी से प्रेरित होकर भारत लौटे तो गांधीजी ने उन्हें पहला कार्य यही सौंपा था कि वह बताएँ कि आखिर एक व्यक्ति या एक देश के द्वारा संसाधनों के उपभोग की सीमा क्या होनी चाहिए? वास्तव में इस सवाल का उत्तर हममें से हरेक को अपने आप से पूछना ही होगा। केवल उत्तर तलाशना ही नहीं, बल्कि उसके अनुसार अपने आप को डी-कोलोनाइस (प्रति-उपनिवेशित) भी करना होगा। आज हमें एक सुरक्षित धरती की खातिर भौतिक और मनोवैज्ञानिक उपनिवेश के खिलाफ अपने आपको प्रति-उपनिवेश का माध्यम बनाना होगा। पर्यावरण और दुनिया भर में मानव जाति के भविष्य को लेकर यदि हम संवेदनशील हैं तो आज ही वह समय है जब हमें अपने ‘हिंसक लालच’ अथवा ‘अनुशासित अहिंसक आवश्यकताओं’ के मध्य एक का चुनाव करना होगा। मानव सभ्यता के विगत दो सौ बरसों के भीतर हमने धरती, जंगल और समुद्र तथा अन्य जल संपदा का इतना भयावह दोहन किया है कि यदि इसी रफ्तार से संसाधन समाप्त हुए तो वर्ष 2040 तक हमें एक और धरती की जरूरत होगी। हम जानते हैं कि यह संभव है ही नहीं। पर्यावरण का अर्थ केवल प्राकृतिक संसाधन नहीं बल्कि उन संसाधनों का संयमित उपयोग, और सुरक्षित भविष्य के लिए इसे बचाकर रखना भी है। वर्ष 1974 में अपने विश्वविख्यात शोध में जेम्स टोबिन ने इसे ‘पीढ़ीगत समानता’ अथवा ‘पीढ़ीगत न्याय’ का नाम दिया और जवाबदेह वैश्विक नागरिकों को ‘भावी पीढ़ियों का विवेकशील अभिभावक’ कहते हुए एक सुरक्षित कल के बारे में सोचने और उसके अनुसार ही जीने का आह्वान भी किया। आज हमें यह तय करना ही होगा कि आखिर भावी पीढ़ियों के लिए सुरक्षित पर्यावरण रहे, उसके सापेक्ष हमारी जवाबदेही क्या है?पर्यावरण दिवस के अवसर पर अब केवल एक पेड़ लगा देना ही काफी नहीं बल्कि उन ताकतों का प्रतिरोध करना भी है जो वनों को काटने, खेतों में केमिकल डालकर जहर पैदा करने, आकाश में जहरीली हवा फैलाने, नदियों और झरनों से पानी चुराने और उसका अवैध व्यापार करने, धरती की कोख चीरकर खनिज संसाधनों को लूटने, नदियों को अपवित्र और दूषित करने, समुद्र को सुखाने और पहाड़ों को निर्वस्त्र करने के साथ-साथ पूरी मानव और सजीव सभ्यता के अस्तित्व को ही नेस्तनाबूद करने में लगे हैं। यह पृथ्वी पूरी मानव सभ्यता की साझी विरासत भर नहीं बल्कि भावी पीढ़ियों का हमें दिया हुआ कर्ज भी है जिसे सुरक्षित और संवर्धित बनाकर भावी पीढ़ी को सौंपना ही हमें और भावी पीढ़ियों को विवेकशील अभिभावक बने रहने का अवसर देगा। आज हमारे समक्ष विकल्प, पर्यावरण संवर्धन की नयी उम्मीदों के साथ ‘नये अहिंसात्मक अर्थतंत्र की शुरुआत –अथवा संसाधनों की अंधाधुंध लूट के अराजक दौर में अस्तित्वहीन हो जाने’ के मध्य है। पर्यावरण-दिवस मानवीय-अस्मिता और मानवीय भविष्य के निर्धारण की नयी शुरुआत है। आइए हम सब मिलाकर पर्यावरण, सभी सजीवों और मानव सभ्यता की रक्षा का संकल्प लें। आज और अभी। (आलेख आईटीएम यूनिवर्सिटी, ग्वालियर में दिए गए अनुपम मिश्र स्मृति व्याख्यान-3 पर आधारित है)

Financing climate-resilient cities for sustainable India

Low-carbon mitigation and adaptation measures exist to build urban climate resilience Climate change is accelerating, leading to extreme weather events. India recorded extreme weather events between January and September on approximately 90 per cent of days, as per a Centre for Science and Environment analysis from 2022. Extreme weather events result in loss of lives, vector-borne diseases, damage to infrastructure, and other economic losses. The Global Climate Risk Index 2021 listed India as one of the most risk-prone countries to climate change. Flooding and extreme heat are the most potent disaster risks for urban India because of its tropical climate. Erratic but extreme rainfalls, combined with rising sea levels cause flash floods and stagnation of water. Besides, higher average temperatures in summer due to global warming lead to heat waves, i.e. temperatures breaching 45-50 °C mark, over sustained periods. Nearly 76 per cent of the Indian population is exposed to climate disaster risks, of which 30 per cent of the victims live in small towns. India's cities are not ready to withstand either of the risks. The design capacity of stormwater systems is inadequate to match more intense floods. Impervious and heat-absorbing concrete and asphalt have replaced natural drainage systems of wetlands. Buildings and public spaces have minimal heat resistance and offer little respite from extreme heat. Green cover, tree canopies and water bodies that can reduce ambient temperatures have been depleted. Nature-based solutions offer hope. Increasing urban forests, tree cover and controlling cutting down of trees are known to be effective. Evapotranspiration alone or in combination with shading can reduce temperatures by 1-5°C. Focus needs to be on mitigating flash floods, which require the revival of natural water bodies and channels, that in turn will also recharge groundwater and mitigate heat waves. Reviving water bodies needs to be further complemented with a science-based strategy to control vector-borne diseases. For this, cities need to prioritise investments in climate resilience and adaptation to reduce the loss of lives, property, and economic potential. Low-carbon mitigation and adaptation measures exist to build urban climate resilience but require massive, low-cost financing. In the Report on Currency and Finance 2023, the Reserve Bank of India has projected that climate adaptation will cost India 85.6 lakh crore/$1 trillion, by 2030. The magnitude of damage, if we do not adapt, is much larger; India may lose more than Rs 4 lakh crore/ $50 billion annually. The bulk of this financing will be required in urban areas. Raising climate finance is a formidable but unavoidable challenge for cities as they primarily depend on Central and state government assistance for delivering essential urban services. Enhancing public finance management systems is therefore advantageous from a broader macroeconomic viewpoint. Private investors hesitate because of low and uncertain returns in climate resilience. Municipal fiscal deficits and lack of governance autonomy complicate access to public and international development funds. Cities can also raise green and blue bonds, and to attract investors, innovative structures such as zero-coupon or inflation-linked instruments can be attempted. Here are six strategies for municipalities to generate revenue and attract investment. • Understand, evaluate, and communicate adaptation benefits. ULBs (urban local bodies) must determine the monetary value of mitigation and adaption in terms of benefits to health, livelihood, economic productivity, biodiversity, etc. within their jurisdiction. Land value enhancement resulting from increased climate resiliency should also be estimated. Quantifying the benefits will help in developing business cases for potential investors. • Maximize utilisation of ULB assets. Cities must monetise ULB-provided public infrastructure—climate-resilient or otherwise—as it raises the value of private assets. This can be achieved through value capture methods such as betterment levy, land value tax, development charges, additional FSI and others recommended by the ministry of housing and urban affairs to maximize revenue. • Urban governance and institutional practices must be efficient. Governance needs to be strengthened and stabilised to boost investor confidence. Limited mandates of city corporations reduce their efficacy. Fast turnover in tenures of municipal commissioners, which typically last a year, curtail their capacity for stable governance; municipal financial accounting is irregular and often ignores standard accounting practices. All of these need to be corrected to boost credit ratings and gain market confidence. • Minimise under-recovery of revenues. Municipal revenues can be enhanced substantially, without raising the tax rate, by improving property tax billing and collection efficiency. • Upskill ULBs for planning and climate action. Gaps in ULB expertise in urban and town planning are staggering and must be avoided. Nearly half of the sanctioned posts for town planners are vacant as per a NITI Aayog report on urban planning capacity reforms in 2021. Cities must also appoint resilience officers and reinforce with subject experts to plan and execute roadmaps for climate sustainability. • Use data-driven planning and performance monitoring methods. Cities must start capturing data about city infrastructure, vulnerabilities, and risk hotspots. Planning aided by reliable data will be more vigorous. Investors will also be assured if risk adaptation measures are tracked robustly and accurate results are reported about progress. India’s net zero ambition is admirable. We have done well up until now by ramping up clean energy through private investments. Complementing it with climate resilience and financing for adaptation will make our cities sustainable and provide momentum for the next round of growth.

Heat waves are unleashing a deadly but overlooked pollutant

Indian cities, afflicted by rising temperatures and poor air quality, are becoming hot spots of ozone pollution, which has proven a difficult problem to fix. LLutyens' Delhi is one of the most iconic neighborhoods of India’s capital. Home to the country’s parliament, numerous embassies, and a lush, 90-acre Mughal-era park, it’s an architectural paradise, connected by tree-lined streets and roundabouts with mini-gardens. Yet despite being one of the city’s most refined districts, this clean, green neighborhood is home to something sinister. It is a hot spot for a dangerous and overlooked air pollutant: ozone. [...] Ozone wreaks havoc in the respiratory tract. The gas can “inflame and damage airways” and “aggravate lung diseases like asthma,” warns the US Environmental Protection Agency. It does this by affecting the cilia, the microscopic hair-like structures that line the airways to help protect them, explains Karthik Balajee, a clinician and community medicine specialist based in Karaikal, India. After exposure “we are more prone to respiratory infections,” he says, adding that inhaling ozone also affects lung capacity. Studies show that long-term exposure is associated with an increased risk of chronic obstructive pulmonary disease, a lung disease that makes it hard to breathe, and increases the risk of dying from other cardiovascular or respiratory conditions. Even short-term exposure can land you in the emergency room. “One or two days following a peak in ozone, there have been increases in hospital admissions due to respiratory problems,” says Balajee. [...] Reducing precursor gasses is one way to reduce ozone formation. But bring them down too much and you won’t have any left to neutralize the ozone that’s already present. This is exactly what has happened in China, says Arnold, where stringent policies have reduced PM2.5 pollution in recent decades but the ozone problem has worsened. “There’s a delicate balance that needs to be made,” says Somvanshi. [...] Arnold’s study estimated that by 2050, India could see more than a million premature deaths a year linked to ozone exposure if there is no change in emissions. Even under a strict pollution control policy, premature deaths due to ozone were estimated to be 791,000—more than twice as many as in 2015.

प्राकृतिक विरासत की उपेक्षा आत्म-विनाश का मार्ग है

मैं इस महीने की शुरुआत में एक यात्रा के दौरान भोर से ठीक पहले उठा और अपने कमरे में खिड़की के पर्दे खोल दिए। खज्जियार की झील, विस्तृत घास के मैदान और देवदार के पेड़ मेरे सामने खुल गए। मैंने जल्दी से कपड़े पहने और झील के चारों ओर बिछाए गए "वॉकिंग ट्रैक" का आनंद लेने के लिए निकल गया। दो किलोमीटर का ट्रैक घोड़े के गोबर से ढका हुआ था, बाकी जगह पर शराब की खाली बोतलें, पानी और कोल्ड ड्रिंक सहित कई तरह के कचरे का ढेर लगा हुआ था। एक बोर्ड की घोषणा के अनुसार, इस उत्तम स्थान का आधिकारिक शीर्षक मिनी स्विट्जरलैंड था। अंग्रेजों ने जब इस जगह को ऐसा नाम दिया था तो यह स्विटजरलैंड जैसा लग सकता था, लेकिन आज यह मामूली सा हिल स्टेशन अस्तित्वगत चुनौतियों से जूझ रहा है। वॉकर्स ट्रैक पर आज फेरीवालों और सैकड़ों घुड़सवारों द्वारा कब्जा कर लिया गया है। सरोवर के किनारे बने खज्जी नाग मंदिर के पास ऐसे रेस्टोरेंट और होमस्टे खुल गए हैं, जैसे वे किसी भी चीज पर न रुकने की ठान चुके हों। अपनी सैर के दौरान, मैंने एक और निराशाजनक दृश्य भी देखा। ऐसे तथाकथित रेस्तरां में काम करने वाले लोग कचरे को कूड़ेदान में नहीं, बल्कि झील के जलमग्न क्षेत्र में फेंक रहे थे, जो कुछ ही कदम आगे था। इसमें कोई आश्चर्य की बात नहीं है कि पिछली यात्रा के दौरान मैंने इसे जहां देखा था, वहां से पानी थोड़ा और आगे बढ़ गया है। हमारे हिल स्टेशन अपने वफादार प्रशंसकों को निराश क्यों करते हैं? क्या यह बढ़ती आबादी और पर्यटकों की संख्या के कारण है? ऐसे में विदेशों के पर्यटन स्थलों ने अपना प्राकृतिक सौन्दर्य कैसे बनाए रखा है? खज्जियार इन सवालों का जवाब देते हैं। जब मैं पहली बार 1980 के दशक के अंत में यहां आया था, तब यहां राज्य सरकार द्वारा संचालित केवल एक होटल था। घोड़े का गोबर जगह-जगह बिखरा हुआ था, लेकिन उतना व्यापक नहीं था जितना अब है। खज्जी नाग के मंदिर के आसपास तब कोई पक्का ढांचा नहीं था। लेकिन कई होटल-शैली के होमस्टे पिछले कुछ वर्षों में उभरे हैं। किसने इतने भोजनालयों के निर्माण की अनुमति दी? झील की सुरक्षा के लिए तथाकथित विकास को झील के तल से दूर रखना होगा। ऐसा नहीं किया गया और इसके परिणाम दिखाई दे रहे हैं। पहाड़ों में ऐसे खूबसूरत इलाकों को बनाए रखने का एक ही तरीका है: सख्त नियम, और नए हिल स्टेशनों का विकास। ऐसा होने के लिए ऐसे विकास के लिए प्रतिबद्ध नेताओं की आवश्यकता है। मैंने एक बार उत्तराखंड के एक पूर्व मुख्यमंत्री के साथ इस मामले पर अपने विचार साझा किए थे। फिर उन्होंने आत्मविश्वास से कहा: "शशि शेखर जी, आप एक नया हिल स्टेशन बनाने की बात कर रहे हैं, मैं तेरह बना रहा हूँ।" मैंने कहा कि इतना बड़ा लक्ष्य सिर्फ एक कार्यकाल में अव्यावहारिक लगता है और उनसे पूछा कि वह सिर्फ विकास पर ध्यान क्यों नहीं देते एक नया हिल स्टेशन। उन्होंने कहा, "आप देखते हैं, सब हो जाएगा।" तीन साल के भीतर उनकी पार्टी ने उन्हें पद से हटा दिया। मैंने झारखंड के एक पूर्व मुख्यमंत्री से भी यही बात कही थी। उन्होंने भी इस विषय को टाल दिया। जो लोग अनजान हैं, उनके लिए छोटा नागपुर में चार स्थानों को ब्रिटिश काल के दौरान हिल स्टेशनों के रूप में नामित किया गया था। नेतरहाट को पहाड़ों की रानी, रांची को बिहार के शिमला, हजारीबाग को बिहार के मसूरी और मैक्लुस्कीगंज को 'शांत' क्षेत्र के रूप में जाना जाता था। इन सभी की हालत फिलहाल खराब है। हम भारतीय अपनी प्राकृतिक विरासत के प्रति इतने लापरवाह क्यों हैं? कई अध्ययनों के अनुसार, जम्मू और कश्मीर में वुलर झील एक सदी में लगभग 45% सिकुड़ गई है। यह 1911 में लगभग 158 वर्ग किमी में फैला हुआ था, लेकिन अब यह सिर्फ 87 वर्ग किमी में फैला हुआ है। ओडिशा की चिल्का झील की भी कुछ ऐसी ही कहानी है। मूल रूप से 2,000 वर्ग किलोमीटर आकार की यह झील अब सिकुड़ कर 1,165 वर्ग किलोमीटर रह गई है। केरल में वेम्बनाड झील और महाराष्ट्र में लोनार झील भी नष्ट होने के खतरे में हैं। सेंटर फॉर साइंस एंड एनवायरनमेंट (सीएसई) द्वारा किए गए एक अन्य अध्ययन से हमें पता चलता है कि 2001 में अकेले अहमदाबाद में 137 झीलों और बड़े तालाबों का दस्तावेजीकरण किया गया था, लेकिन उनमें से 65 2012 तक गायब हो गए थे। नतीजतन, सभी प्रमुख समुदायों को अब प्रावधान करने की जरूरत है सैकड़ों किलोमीटर दूर से पीने का पानी लाते हैं। मुंबई को 120 किमी दूर नदियों और झीलों से पानी मिलता है, जबकि चेन्नई को 200 किमी दूर वीरानम झील से पानी मिलता है। हैदराबाद कृष्णा नदी पर बहुत अधिक निर्भर करता है, जो शहर से 116 किमी दूर बहती है। एक समय ऐसा आ सकता है जब हमें पीने के पानी का आयात करना होगा जैसा कि आज सिंगापुर करता है। स्थिति केवल बिगड़ती जा रही है, क्योंकि हम प्राकृतिक संसाधनों के विनाश को विकास के लिए आवश्यक मानते हैं। कल 20 जून को विश्व पिकनिक दिवस है। अगर यही हाल रहा तो पिकनिक हमारी यादों में ही रह जाएगी। "पिकनिक स्पॉट" शब्द तेजी से अप्रचलित होता जा रहा है। https://jantaserishta.com/editorial/ignoring-natural-heritage-a-path-to-self-destruction-2478276

Ignoring natural heritage a path to self-destruction

I awoke just before daybreak during a trip earlier this month and parted the window curtains in my room. A beautiful view of Khajjiar’s lake, wide meadows, and deodar trees opened up before me. I hurriedly dressed and went out to enjoy the “walking track" laid around the lake. But the walk turned out to be horrifying. The stink of horse dung and faeces enveloped me even before I arrived at the meadow. More than a quarter of the two-kilometre track was covered by horse dung. The remaining space was occupied by various types of garbage including empty bottles of liquor, water, and cold drinks. The official title of this exquisite location was Mini Switzerland, as a board proclaims. When the British gave this place such a name, it may have resembled Switzerland, but today this modest hill station is grappling with existential challenges. The walkers’ track today is encroached upon by hawkers and scores of horsemen. Restaurants and homestays have mushroomed near the Khajji Nag temple, built on the shores of the lake, like they were determined not to stop at anything. During my walk, I also came across another depressing scene. People working in such so-called restaurants were sweeping waste not into dustbins, but into the lake’s submergence area, which was just a few steps ahead. No wonder the water appears to have receded a little further from where I saw it during my last visit. Why do our hill stations let down their faithful fans? Is this due to the growing population and number of tourists? In that case how have the tourist destinations abroad maintained their natural beauty? Khajjiar answers these queries. When I came here first in the late 1980s, It had only one hotel run by the state government. Horse dung lay strewn about the place, but not as pervasively as it now is. There was no pucca structure around Khajji Nag’s temple then. But many hotel-style homestays have sprung up over the years. Who permitted so many eateries to be built? To safeguard the lake, the so-called development has to be kept away from the lake bed. This was not done, and its repercussions are visible. There is only one way to maintain such beautiful areas in the mountains: Strict rules, and development of new hill stations. Leaders committed to such development are required for this to happen. I had once shared my thoughts on the matter with a former Uttarakhand chief minister. He then confidently stated: “Shashi Shekhar ji, you are talking about creating a new hill station, I am building thirteen." I said such a large target appeared unfeasible in just one tenure and asked him why doesn’t he focus on developing just one new hill station. He said, “Aap dekhte jaiye, sab ho jayega." Within three years, his party removed him from office. I had told a former chief minister of Jharkhand the same thing. He, too, dodged the subject. For those who are unaware, four places in Chota Nagpur were designated as hill stations during the British period. Netarhat was known as Queen of the Hills, Ranchi as Bihar’s Shimla, Hazaribagh as Bihar’s Mussoorie, and McCluskieganj as a ‘cool’ region. All these are currently in poor condition. Why are we Indians so uncaring of our natural heritage? According to numerous studies, Wular Lake in Jammu and Kashmir has shrunk about 45% in a century. It covered about 158 sq. km in 1911 but now is spread over just 87 sq. km. Chilika Lake in Odisha has a similar story. Originally 2,000 sq. km in size, this lake has been shrunk to 1,165 sq. km. Vembanad Lake in Kerala and Lonar Lake in Maharashtra are both also in danger of being destroyed. Another study by the Centre for Science and Environment (CSE) tells us that 137 lakes and big ponds were documented in Ahmedabad alone in 2001, but 65 of them had vanished by 2012. As a result, all major communities now need to make provisions to get drinking water from hundreds of kilometres away. Mumbai gets its water from rivers and lakes 120 km away, whereas Chennai gets it from Veeranam Lake 200 km away. Hyderabad depends heavily on the Krishna River, which flows 116 km away from the city. There may come a time when we will have to import drinking water just as Singapore does today. The situation is only worsening, since we consider the destruction of natural resources an essential for growth. Tomorrow, 20 June, is World Picnic Day. If this circumstance persists, the picnic will simply have remained in our memories only. The term “picnic spot" is quickly becoming obsolete. Shashi Shekhar is editor-in-chief, Hindustan. Views are personal.

Pune’s Dhruvang and Priyanka want to bring mud houses back to the mainstream

According to the report of the Center for Science and Environment, in the year 2022, India faced extreme weather events on 314 out of 365 days. This situation will be grimmer in the coming years. Humans have to evaluate their lifestyle choices. People are making many efforts to make their life eco-friendly. One such effort is the construction of sustainable and eco-friendly houses. Houses built through sustainable and traditional techniques don’t require ACs in hot summer and heaters in winter. According to experts, if the local techniques are used right, then these houses can withhold natural calamities like cyclones and earthquakes. These houses can be defined as homes built without harming nature, and use the least amount of natural resources to run. Dhruvang Hingmire and Priyanka Gunjikar, architects from Pune, Maharashtra, are helping people to build such houses. In 2014, Dhruvang and Priyanka completed their graduation from the Rachna Sansad Academy of Architecture. Their professor Malaksingh Gill drew their interest in traditional-localized techniques for home construction. Hence, they chose to build houses with sustainable and traditional techniques as a career. The technique The construction is done with traditional materials and techniques. The process starts with surveying the nearby region/areas to understand the existing architecture, design, culture, and material availability. As Dhruvang emphasizes, surveying is a very crucial part of their process. Further, they incorporate local art into the house to make it look aesthetic. In these houses, wood is used instead of metal rods, sun-dried bricks are used instead of kiln-fired bricks, mud clay is used instead of cement, and surkhi (brick powder) is used instead of sand. In material, they use cow dung or rice husk only when it is necessary. They use locally-sourced material like mud/soil which has significantly less carbon footprint than cement, or aluminum. Not just this, the water footprint is lesser than the material used other in conventional houses. In addition, they have to manage the timeline of the construction with the monsoon i.e. it takes almost a year, and a half to complete one house. While addressing the questions of durability, and high maintenance of mud houses, Dhruvang says, “Cement was invented 100 years ago, before that the walls of our forts were made of mud and lime. I do not believe that houses made of cement are stronger. It is a mix of both advertisements and a lack of visible alternatives. The advertisements for cement, have made us believe that cement makes the house strong… remember the famous ‘Ambuja Cement ad’…As far as maintenance is concerned, we use ‘maintenance’ as a negative word. It is an intermediary between you and the product. Hence, it is necessary for every house… And in a mud-house, it can be done at minimal cost.” Additionally, they said, the roof and foundation of the house should be focused upon. This would determine the durability of the house. With frequent extreme weather events, the need for ‘time-tested’ techniques is unparalleled. https://www.downtoearth.org.in/factsheet/india-experienced-an-extreme-weather-event-on-314-of-365-days-last-year-87183

What Is Need Of Equal Distribution Of Nutritious Food Among The Masses?

One of the striking features of India is its rich and diverse cuisine. India is a vast country and almost every state or region has its unique flavours to be relished. Staple food sources such as wheat, rice, lentils, spices, millet, barley, and various types of flour are widely consumed in India. Wheat is one of the most consumed cereals in India and as per the latest government statistics, wheat production is likely to rise 4.1% to a record 112.2 million tonnes in FY 2023-24. It has been observed that the demand for FMCG (Fast Moving Consumer Goods) products have increased significantly over the years. The FMCG market in India is expected to increase at a CAGR of 14.9% to reach US$ 220 billion by 2025, from US$ 110 billion in 2020. The change in the lifestyle of people can be attributed to the notable rise in the demand for FMCG items. The modern generation is health-conscious and prefers to cook nutritious food and buy quality, easy-to-cook food products. Subsequently, many progressive FMCG brands have launched gender-neutral, convenient and affordable food products to attract the younger customer base. In the era of thriving market competition, when the costs of staple food items are rising exponentially, it becomes essential to ensure that every citizen should have access to nutritious, quality and affordable food staples like wheat flour, spices, etc. According to a 2022 report by the Centre for Science and Environment(CSE), more than 1.7 million Indians per year die from illnesses that can be linked to dietary risk factors and weight levels. At least 71% of Indians live in poverty and cannot afford a balanced diet. Rice and wheat are the two primary food staple items in India, and they are generally affordable and accessible for most people. The government provides subsidies for these grains, and there are various schemes like the Public Distribution System (PDS) that make them available at subsidized rates to low-income households.

Delhi burns its plastic, then hopes it’s gone with the wind

Delhi, which generates about 1,100 tonnes of plastic waste daily, claims to have relatively high recycling and processing rates across its civic bodies. For example, New Delhi Municipal Council and Delhi Cantonment Board claim to recycle and process 100% of their plastic waste. The much bigger Municipal Corporation of Delhi (MCD) claims 78% recycling and processing currently, and will increase it to 100% by June next year. While these figures sound impressive, there is a catch. An expert, who did not wish to be named, told TOI that “only a very small amount” of the 871 tonnes of plastic waste handled by the three civic bodies daily is recycled. “Most of the plastic waste is sent to the four waste-to-energy plants where it is incinerated,” he said. MCD officials did not respond to TOI’s queries on this. Siddharth Ghanshyam Singh, programme manager for the municipal solid waste unit at Centre for Science and Environment (CSE), also said, “The term ‘processing’ is very tricky. ”Priti Banthia Mahesh, chief programme coordinator, Toxics Link, said, “Waste-to-energy plants are certainly not a solution and may hinder the key environmental objectives of ensuring the transition to a circular economy, waste prevention and recycling. ” She added that plastic waste that cannot be recycled should be reduced and eliminated, not incinerated. “Recycling is the last option in the waste hierarchy and should be used as the final measure for the plastic that cannot be reused or repurposed. We can’t really recycle our way out of the plastic problem. ”So why aren’t more plastics reused or recycled? It comes down to the segregation problem, said Swati Singh Sambyal, a Delhi-based waste management expert. “Recycling depends on the quality of plastic waste feed. Due to the lack of robust segregation systems in Delhi, most of the feed is contaminated and thus entails costs to wash and clean before recycling. This is not possible for small recyclers. Hence, most of the plastic waste ends up in waste-to-energy plants. ”

What Is Need Of Equal Distribution Of Nutritious Food Among The Masses?

One of the striking features of India is its rich and diverse cuisine. India is a vast country and almost every state or region has its unique flavours to be relished. Staple food sources such as wheat, rice, lentils, spices, millet, barley, and various types of flour are widely consumed in India. Wheat is one of the most consumed cereals in India and as per the latest government statistics, wheat production is likely to rise 4.1% to a record 112.2 million tonnes in FY 2023-24. It has been observed that the demand for FMCG (Fast Moving Consumer Goods) products have increased significantly over the years. The FMCG market in India is expected to increase at a CAGR of 14.9% to reach US$ 220 billion by 2025, from US$ 110 billion in 2020. The change in the lifestyle of people can be attributed to the notable rise in the demand for FMCG items. The modern generation is health-conscious and prefers to cook nutritious food and buy quality, easy-to-cook food products. Subsequently, many progressive FMCG brands have launched gender-neutral, convenient and affordable food products to attract the younger customer base. In the era of thriving market competition, when the costs of staple food items are rising exponentially, it becomes essential to ensure that every citizen should have access to nutritious, quality and affordable food staples like wheat flour, spices, etc. According to a 2022 report by the Centre for Science and Environment(CSE), more than 1.7 million Indians per year die from illnesses that can be linked to dietary risk factors and weight levels. At least 71% of Indians live in poverty and cannot afford a balanced diet. Rice and wheat are the two primary food staple items in India, and they are generally affordable and accessible for most people. The government provides subsidies for these grains, and there are various schemes like the Public Distribution System (PDS) that make them available at subsidized rates to low-income households.

Biporjoy Cyclone: Gujarat cut its budget for natural calamities by 71%

Gujarat’s budget for natural calamities was cut by 71% in 2022-2023 as the state prepared for Cyclone Biporjoy. According to India’s Environment in Figures 2023 (SoE in Figures 2023) report, the budget for natural disasters in 2022-2023 decreased in 20 states and one union territory, including Gujarat. The report highlights that Gujarat, which is expected to be hit by severe Cyclone Biparjoy, reduced its natural calamity spending by 71% in 2022-2023 compared to 2021-2022. According to a report published in Down To Earth, Gujarat ranks second, after Tamil Nadu, for reducing expenditures related to natural disasters by 100% in 2022-2023. These two states are among 20 states or union territories that have cut their natural disaster spending for the years 2022–2023. In 2022-2023, Gujarat allocated Rs 7,689.7 billion to deal with natural disasters, a decrease from Rs 2,633 crore in 2021-2022. This is the second time in six years that Gujarat has reduced its budget for natural disasters, with a similar reduction of just over 34% seen during 2017–18 and 2018–19. The budgets to deal with natural disasters experienced a constant increase during the years 2019-2020 and 2020-21. The analysis further reveals that the budget cut to deal with natural disasters between 2021-22 and 2022-23 was the largest (71%), compared to the previous drop of 34% between 2017-18 and 2018-19.