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One Billion Points for Planting Trees: Payme Users Helping Green Navoi

By allowing users to donate their accumulated points to good causes, the Payme app, part of the Payme Mahalla, has, since its launch in December 2022, funded projects for schools in Uzbekistan and Karakalpakstan, including the purchase of computers, sports equipment and stationery. Users of the Payme payment service have collected a billion points to support the project to turn Navoi green, a scheme initiated by ecoactivist and blogger Mutabar Khushvaktova (urikguli). Thanks to this action, more than a thousand trees were planted on the territory of Navoiazot JSC in November alone. The project began in October, when Khushvaktova announced a fundraiser for tree planting on her blog. Initially, the collection progressed slowly, but since Payme connected its users through the Mahalla loyalty program, in just a few days the required amount was raised, confirming that thousands of people are willing to support environmental initiatives. The trees were planted under the guidance of biologists and soil scientists. Garden elms, ideally suited to the climatic conditions of the region, were selected for the project. The site for planting was coordinated with the local authorities, with Navoiazot JSC taking care of the trees.

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Justice for Veterans: U.S. Acknowledges Cancer Cases Tied to Service at Uzbekistan’s K2 Base

Thousands of American veterans who served at Uzbekistan’s K2 airbase have reported rare cancers and diseases - but only now, more than two decades later, is the U.S. government taking steps to address their dire situation. The U.S. Department of Veterans Affairs (VA) has announced plans to include bladder, urinary tract, and genitourinary cancers as conditions presumed to be linked to service at Uzbekistan’s Karshi-Khanabad airbase, known as K2. In 2001, the U.S. military moved into K2, a former Soviet airbase, to support a series of operations named “Enduring Freedom” which were purportedly aimed at tackling terrorism and Al-Qaeda in the wake of 9/11. However, in addition to the threat of terrorism, the troops faced another danger: the toxic environment. Reports from the base describe exposure to chemicals and radioactive materials. Soldiers recalled an underground “black bubble,” glowing lakes, and a chemical odor lingering in the air. [caption id="attachment_26149" align="aligncenter" width="634"] Image: Stronghold Freedom Foundation[/caption] The Karshi-Khanabad airbase was heavily used by the Soviet military during its operations in Afghanistan from 1979 to 1989, when it served as a site for producing, storing, and testing various weapons, including chemical weapons. The base also stored fuel, solvents, and other harmful substances. Additionally, it became a dumping ground for toxic waste, asbestos, enriched uranium, and other hazardous materials. Spills of these substances were frequent, leaving lasting environmental damage. Before the U.S. occupied K2, the destruction of Soviet-era missiles left some soil contaminated with low-level radioactive depleted uranium. The destruction of Soviet missiles was part of disarmament obligations under the 1987 Intermediate-Range Nuclear Forces (INF) Treaty. A 2001 survey found traces that could be harmful if inhaled, and a 2002 assessment confirmed small amounts of uranium, identified as non-U.S. depleted uranium, outside Camp Stronghold Freedom’s perimeter. The affected area was covered with clean soil, fenced off, and marked as off-limits in November 2001. Furthermore, approximately 392 chemical compounds were found at the K2 Air Base. Thousands of military personnel who served in K2 suffered from severe illnesses, including rare forms of cancer, associated with their time at the base. However, over the years, the U.S. government and the VA have delayed recognition of the link between service in K2 and these health issues, leaving many veterans without adequate support. [caption id="attachment_26150" align="aligncenter" width="1140"] Image: Stronghold Freedom Foundation[/caption] According to the Stronghold Freedom Foundation, K2 veterans are 500% more likely to get cancer than other veterans - 75% of U.S. service members deployed to Uzbekistan alone have developed at least one type of K2-related illness. On November 11, President Joe Biden announced an expansion of the PACT Act (Promise to Address Comprehensive Toxics Act), a law he signed in August 2022 to improve healthcare for veterans exposed to toxins. President Biden stated that the act has already helped over a million veterans and their families access benefits. Under new efforts, the VA will add bladder cancer, ureter cancer, multiple myeloma, and certain types of leukemia to the list of presumptive conditions. This expansion applies...

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Choking on Smog: Kazakhstan’s Ust-Kamenogorsk forced to suspend in-person schooling amid rising air pollution

The city of Ust-Kamenogorsk in eastern Kazakhstan has once again found itself at the center of an environmental scandal, with polluted air and unfavorable weather conditions causing deteriorating health among its citizens and forcing schoolchildren to move to distance learning. Smog in the city: complaints and consequences In the last week of November, unfavorable weather conditions hit Ust-Kamenogorsk, aggravating the problem of air pollution. Citizens complained of worsening health: headaches, nausea, vomiting, coughing, and fever. Children, who have to breathe polluted air on their way to school, are particularly affected. Parents have repeatedly expressed their outrage, demanding action. In response to the latest complaints, the authorities transitioned some 53,000 of the city's schoolchildren to distance learning on November 28-29. This marked the first time in the city's history that education was suspended due to the environmental situation. Weather forecasters say that the unfavorable weather conditions will continue until at least the end of November. This means that Ust-Kamenogorsk residents will continue to suffer from smog, and children will probably remain in distance learning. Environmentalists weigh in Azamat Tauyrbekov, head of the Department of Ecology for the East Kazakh region, said that environmental agencies are working hard these days, conducting air measurements throughout the city. However, inspections of enterprises are complicated by bureaucratic procedures: access to production facilities requires an official application with evidence of violation. On November 28, joint inspections took place at two large enterprises in the region: Kazzinc and an oil extraction plant. So far, the results of the inspections have not been published, but activists and citizens continue to insist on the need for more transparent controls over emissions. Citizen frustration boils over Residents of Ust-Kamenogorsk are discussing the air pollution situation on social networks, sharing their complaints and worries. In comments on the Instagram platform one can see messages such as: - "It is impossible to breathe, even at home." - "My head hurts, I feel weak, feverish, have a sore throat, watery eyes, stuffy nose." - "How is it possible to poison almost 400,000 people? We pay taxes to be destroyed?" - "There is a taste of metal and acid in my mouth." Despite the fact that the problem has become a reason for creating memes and jokes about smog, reactions such as these reveal the deep dissatisfaction and anxiety of the city's residents. People are starting to openly demand that authorities strengthen control over emissions from enterprises and take real measures to improve the environmental situation in the city.

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Kyrgyzstan Tackles Decreasing Water Levels in Lake Issyk-Kul

Kyrgyzstan’s Ministry of Water Resources, Agriculture, and Processing Industry, with support from the World Bank, hosted a National Water Forum on November 29 to address the country’s water resource challenges. The forum focused on the impacts of climate change and strategies to preserve Lake Issyk-Kul, the country’s largest lake and a key tourist destination. Lake Issyk-Kul is under significant threat due to climate change, overuse of natural resources, and ecosystem degradation. The most urgent issue is the declining water level, largely caused by the diversion of water from rivers that feed the lake. These rivers are heavily utilized for local irrigation and redirected to support agricultural needs in downstream Central Asian countries. Government Action Plan At the forum, Bakyt Torobaev, Kyrgyzstan’s Deputy Chairman of the Cabinet of Ministers and Minister of Water Resources, Agriculture, and Processing Industry, urged collective action to safeguard Issyk-Kul. “Climate change, growing water shortages, preserving the unique ecosystem of Issyk-Kul – all this requires us to make urgent and coordinated decisions,” Torobaev stated. To address the issue, the Kyrgyz government has committed $392 million to stabilize the lake’s water level. Key measures include: • Allocating $200 million to implement modern water-saving irrigation technologies on 100,000 hectares of farmland in the Issyk-Kul region. This initiative aims to reduce water losses and redirect water from local rivers back to the lake. • Modernizing existing irrigation systems. • Installing 2,200 automatic sensors to monitor and control water consumption. These efforts are expected to redirect up to 200 million cubic meters of water to Lake Issyk-Kul. Regional Cooperation Torobaev highlighted Kyrgyzstan’s critical role in Central Asia’s water policy. “Kyrgyzstan plays a central role in Central Asia's water policy, providing water and energy to neighboring countries. To maintain stability in the region, it is necessary to develop effective management of our waters, modernize infrastructure, and strengthen international cooperation,” he said. He stressed that water should unite the region rather than divide it, emphasizing the need for cooperation based on mutual respect, equality, and recognition of each country’s role. Torobaev also pointed to the joint construction of the Kambarata-1 hydropower plant by Kyrgyzstan, Uzbekistan, and Kazakhstan as an example of regional collaboration. This project aims to address shared water and energy challenges, paving the way for further cooperative initiatives in Central Asia.

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Kazakhstan, with China’s Help, Plans to Export Green Energy to Europe

Although Kazakhstan is a major producer of all fossil fuels – coal, crude oil, and natural gas – it also has the capacity to secure its energy future by prioritizing renewable energy. Fully aware of that, the European Union – one of the former Soviet republic’s most significant trade partners – aims to strengthen its energy ties with Astana, hoping to begin importing not only “green electricity” from the Central Asian nation, but also green hydrogen. On November 25, at Nazarbayev University in Astana, the “Energy in Transition – Powering Tomorrow” traveling exhibition was held, and one of the major topics discussed by energy experts was green hydrogen – hydrogen produced using renewable energy sources such as solar and wind power. It is unlikely a pure coincidence that the German Federal Foreign Office initiated the event. Over the past few years, Germany has shown interest in the development of the Kazakh green hydrogen sector. The most prominent green hydrogen project in Kazakhstan is currently being developed by Hyrasia One, a subsidiary of the German-Swedish energy company, Svevind. In 2021, the company announced its plans for €50 billion ($55 billion) green hydrogen project in the Mangystau Region in western Kazakhstan. It is expected that Hyrasia One will begin the production of green hydrogen in 2030, and the power plant will reach full capacity by 2032. Meanwhile, the authorities in Astana will need to find a way to export this form of renewable energy to Europe, a major energy market for Kazakhstan. Although Astana and Brussels signed a strategic partnership on the production of green hydrogen in November 2022, several challenges remain in the implementation of the deal. Issues such as the high cost, water scarcity in the largest Central Asian state (with water being the key component of green hydrogen production), and a lack of transport infrastructure, are significant barriers to exporting hydrogen from Kazakhstan to Europe. Using Russian gas pipeline systems for transportation of the Kazakh green hydrogen to Europe is not an option given current geopolitical circumstances. To resolve this transportation issue, the Kazakh authorities and their European partners could build hydrogen pipelines across the Caspian Sea, the Caucasus and Turkey to reach southern European countries. The problem is that building such a pipeline infrastructure is very expensive, and it remains uncertain who would be willing to fund such a project. That, however, does not mean that Kazakhstan cannot become Europe’s major green hydrogen supplier. What Astana would have to do, according to experts, is to convert the green hydrogen into green ammonia and then export it to Europe via the Middle Corridor – running through Kazakhstan, the Caspian Sea, Azerbaijan, and Georgia. On the Black Sea coast, ammonia would be loaded onto ships and transported past the Bosphorus to EU members such as Greece, Romania, and Bulgaria. From there, it would be sent further north, where green hydrogen would eventually be extracted from the ammonia. This is a rather complex process, and it is unclear how feasible and...

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Satellite Data Reveals High Methane Emissions in Turkmenistan’s Oil and Gas Fields

The Environmental Defense Fund (EDF) has released the first images from MethaneSAT, a cutting-edge satellite designed to monitor methane emissions globally. The data reveals significant leaks from key fossil fuel production regions, including the United States, Turkmenistan, and Venezuela. Initial findings indicate methane emissions from North American and Central Asian production sites are substantially higher than earlier estimates based on ground-based monitoring. Both Turkmenistan and the U.S. are signatories to the Global Methane Pledge, which aims to reduce global methane emissions by 30% by 2030. MethaneSAT is part of a new wave of satellite missions focused on holding major emitters accountable for curbing methane leaks. This comes amid alarming findings from a September study by Stanford University, which reported that global methane emissions are increasing at an unprecedented rate, driving atmospheric methane levels to their highest in 800,000 years. Without immediate intervention, researchers warn, the planet could face a temperature rise exceeding 3 degrees Celsius by 2100. Methane, a greenhouse gas over 80 times more potent than carbon dioxide in the short term, is primarily released through fossil fuel production, agriculture, and waste decomposition. In 2020, human activities were responsible for 65% of methane emissions, with agriculture and waste contributing two-thirds and fossil fuels accounting for one-third. While agricultural emissions are harder to mitigate, initiatives like the Methane Pledge prioritize reducing methane leaks in fossil fuel production, which are more readily addressed. The MethaneSAT mission highlights the urgency of reducing emissions and pressuring major fossil fuel producers to take swift action. The Global Methane Pledge accommodates different national circumstances, allowing countries like New Zealand, where fossil fuel emissions are minimal, to focus on reducing methane from agriculture and waste. With atmospheric methane levels reaching critical thresholds, MethaneSAT and similar initiatives aim to catalyze a global effort to combat this potent driver of climate change.