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U.S. Ends Air Quality Data Sharing from Embassies

The United States has announced it will no longer share air quality data gathered from its diplomatic missions worldwide. This decision has sparked concerns among environmental groups, public health advocates, and nations that rely on this data to track pollution and safeguard public health. For over a decade, U.S. embassies and consulates have provided invaluable air quality data using state-of-the-art equipment to monitor pollutants such as PM2.5, a fine particulate matter with serious health implications at high levels. Updated hourly, this information was readily accessible online, empowering individuals and governments to make informed decisions on managing air pollution risks. The U.S. government has not provided any explanation for this decision. The Times of Central Asia has previously reported on poor air quality across the region sourcing data from U.S. embassies which saw both Tashkent and Bishkek enter the list of the ten worst cities in the world for air pollution, leading to warnings to “avoid outdoor exercise, close your windows, wear a mask outdoors, and run an air purifier.”

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Four New Reservoirs to Be Built in Kazakhstan

Kazakhstan’s Ministry of Water Resources and Irrigation plans to begin construction of four new reservoirs in the west and south of the country this year, Minister Nurzhan Nurzhigitov announced at a government meeting. Kazakhstan regularly faces two conflicting water-related challenges: the risk of spring floods inundating settlements and a summer water shortage for agricultural irrigation. To address both issues, construction of the new reservoirs will begin in 2025. The Akmola and Kalguty reservoirs will be built in the Zhambyl region in southern Kazakhstan, while the Karaozek reservoir will be located in the Kyzylorda region in the southeast. The Bolshoi Uzen reservoir will be built in the West Kazakhstan region. "The Akmola, Kalguty, and Karaozek reservoirs will ensure water supply for 22,500 hectares of irrigated crops during the growing season, while the Bolshoi Uzen reservoir will help retain flood and meltwater, preventing flooding in two settlements with a combined population of 5,000," Nurzhigitov said. In addition to the new reservoirs, the government plans to reconstruct the Ters-Ashchybulak and Karakonyz reservoirs in the Zhambyl region, as well as the Koskorgan reservoir and the Koksarai counter-regulator in the Turkestan region in 2025. As part of an irrigation infrastructure modernization program, 115 canals covering a total of 3,452 kilometers will be upgraded across six regions: Almaty, Zhambyl, Zhetysu, West Kazakhstan, Kyzylorda, and Turkestan. Additionally, new structures will be built to replenish the Astana reservoir. "By the end of the year, 12 projects for the construction and reconstruction of group water pipelines will be completed, providing 153 villages, home to 423,000 people, with access to quality drinking water. At the same time, 52 settlements will be connected to a centralized water supply system," Nurzhigitov added. Flood Preparedness Concerns Meanwhile, Kazakhstan’s ruling AMANAT party held a meeting of its Party Control Committee, which sharply criticized the country’s flood preparedness. According to party officials, 1,223 settlements across Kazakhstan are currently at risk of flooding. The country has 1,395 hydraulic structures designed to control water flow, but 564 of them require repairs, including 20 that are in critical condition. In the event of their failure, 536 settlements, home to more than 1.3 million people, could be at risk of severe flooding. The party emphasized that public concerns over flood preparedness remain high, with approximately 100 complaints submitted this year regarding the condition of dams, drainage channels, and other protective infrastructure. As The Times of Central Asia previously reported, Kazakhstan began releasing water from reservoirs as early as January to maximize storage capacity ahead of the flood season.

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Chinese Company to Build Waste Recycling Plant in Osh

China’s Hunan Junxin Huanbao KG Invest will build a solid waste incineration plant in Osh, Kyrgyzstan’s second-largest city, as part of a project to generate electricity from municipal waste. According to the Osh municipality, Mayor Jenyshbek Toktorbayev signed an agreement with the Chinese company during his visit to Changsha, the capital of China’s Hunan Province, in early March. The agreement includes the preparation of a feasibility study, with construction set to begin in the coming months. The project is expected to cost $90 million. Similar Project Underway in Bishkek The Times of Central Asia reported that Hunan Junxin Huanbao KG Invest is already implementing a similar waste recycling project in Bishkek, Kyrgyzstan’s capital. The company is currently constructing a solid waste recycling plant at Bishkek’s sanitary landfill. The facility will generate electricity by incinerating municipal solid waste. In its initial phase, the plant will process 1,000 tons of waste per day, with plans to expand capacity to 3,000 tons daily. The project’s total investment is estimated at $95 million, with construction expected to be completed by December 2025. Addressing Kyrgyzstan’s Waste Crisis Solid waste management has been a long-standing challenge in Kyrgyzstan, particularly in its largest cities, Bishkek and Osh. The construction of modern recycling plants marks a significant step toward tackling waste issues while simultaneously contributing to sustainable energy production.

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Caspian Sea Shrinking Faster Than Expected, Risking Aral Sea-Like Disaster

The Caspian Sea is shoaling at an alarming rate, raising concerns among environmentalists in the countries that border it. According to the global movement Save The Caspian Sea, the sea level has dropped by two meters over the past 18 years. If this trend continues, the water level could fall by another 18 meters by 2100, triggering an ecological catastrophe much sooner than anticipated. Kazakh Coastlines Recede by 50 Kilometers The most dramatic retreat of the Caspian shoreline has been recorded along the Kazakh coast, where the sea has receded by 50 kilometers. Environmental activist Vadim Ni, founder of Save The Caspian Sea, reports that from 2005 to 2023, the sea’s surface area has shrunk by more than 30,000 square kilometers. This drastic change is devastating local ecosystems, particularly the Caspian seal population, which has declined from one million to just 70,000. Each year, thousands of dead seals are found along Kazakhstan’s coastline. Shipping and Oil Production at Risk Falling water levels are also disrupting shipping and trade in the Caspian Sea. Cargo ships can no longer enter the port of Aktau, a critical hub in the Trans-Caspian transport corridor that connects Kazakhstan with Azerbaijan. The Kazakh government has developed a dredging project to keep Aktau operational, with plans approved in December 2024. The project is expected to cost 42 billion tenge ($84 million). Additionally, the shoaling of the Caspian Sea is limiting the loading capacity of transport ships to just 75% of their maximum displacement. This also hinders access to the Kashagan oil field, one of Kazakhstan’s largest energy projects. [caption id="attachment_29154" align="aligncenter" width="671"] The Caspian Sea as seen from space; image: NASA[/caption] Ecologists Warn of Aral Sea-Like Collapse Russian ecologist Alexander Veselov has warned that the Caspian Sea could face the same fate as the Aral Sea, which virtually disappeared due to overuse and mismanagement. “The Caspian Sea may split into several parts, water quality will deteriorate, leading to mass deaths of swans, sturgeons, and seals. However, state authorities are failing to respond adequately to the crisis,” Veselov said. Impact on Climate and Regional Weather The Caspian Sea plays a crucial role in regulating the climate across Central Asia and beyond. Pyotr Zavyalov, deputy director of the Shirshov Institute of Oceanology at the Russian Academy of Sciences, warns that a continued drop in sea level could alter precipitation patterns as far as the Pacific region. The current average sea level of the Caspian stands at minus 29.5 meters relative to the World Ocean, the lowest point in 400 years. However, precise long-term predictions remain difficult due to the complex interactions of evaporation, river runoff, and precipitation. Volga River and Algae Threaten Caspian’s Future The Volga River, which supplies 90% of the Caspian’s water, has seen its flow dramatically reduced due to the construction of numerous dams in recent years. Meanwhile, scientists have recorded the spread of the dinophyte algae Ceratium tripos var. balticum in the Middle Caspian Sea. This invasive species can trigger harmful algal blooms, reducing oxygen...

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Report Addresses Cross-Border Challenges in Irtysh River Basin

The Eurasian Development Bank (EDB) has released a report titled “The Irtysh River Basin: Transboundary Challenges and Practical Solutions”, analyzing the water resources of the transboundary Irtysh River basin, shared by China, Kazakhstan, and Russia. The report highlights growing water demand in all three countries and proposes practical solutions to address cross-border challenges. Strategic Importance of the Irtysh River The Irtysh River, the world’s longest transboundary tributary, stretches 4,248 km and, together with the Ob River, forms Russia’s longest waterway, the second longest in Asia and the seventh longest globally. Flowing from China through Kazakhstan into Russia, the river is crucial for all three countries, necessitating strategic cooperation in its management. [caption id="attachment_29111" align="aligncenter" width="1950"] The Irtysh River Basin; image: eabr.org[/caption] Key Challenges in Each Country China In China, the upper Irtysh River is essential for the Xinjiang Uygur Autonomous Region (XUAR), where the population has surged from 15.2 million in 1990 to 25.87 million in 2022. Rapid regional development has made water stress a pressing issue. Research forecasts that annual water withdrawals from the Irtysh could more than triple, from the current 1.5 - 2.0 km³ to 7 km³, out of an average natural flow of 8.3 km³. Kazakhstan In Kazakhstan, the Irtysh and its tributaries support 30% of the population and contribute 45% of the country’s total agricultural output. The Irtysh HPP Cascade accounts for 10% of Kazakhstan’s electricity generation and 80% of its hydropower capacity. Increased water withdrawals by China pose significant risks to Kazakhstan’s water security. Russia For Russia, upstream water policies in China and Kazakhstan are major concerns. Excessive Chinese withdrawals could reduce Kazakhstan’s downstream flow, impacting Omsk and the surrounding Omsk Municipal District. Changes in water availability and quality over the next decade present serious socio-economic challenges for the region. Key Recommendations from the Report The EDB report outlines four major recommendations for managing transboundary water challenges: Expanding Bilateral and Trilateral Cooperation The report urges stronger water agreements between Kazakhstan and Russia, as well as between Kazakhstan and China, incorporating international water management principles. Recommended cooperation areas include: Ensuring international navigation on the Irtysh-Ob River system Controlling water pollution Regulating safe water usage Improving efficiency during floods, droughts, and low-water periods This groundwork would help establish a future trilateral water management agreement between the three countries. Strengthening Water Management Infrastructure The report calls for soft infrastructure development, such as: Creating an interstate river flow monitoring system with open data access Developing joint training programs for water management specialists Expanding interdisciplinary water research involving experts from all three nations Coordinating Hydraulic Infrastructure Operations The report stresses the importance of joint management of existing and future hydropower plants, dams, reservoirs, and irrigation canals to ensure stable water supplies without harming other nations' resources. Priority projects include: Shulbinsk HPP (Phase 2) in Kazakhstan Semipalatinsk HPP in Kazakhstan Modernization of the Satpayev Irtysh-Karaganda Canal in Kazakhstan Construction of the Krasnogorsk hydro-system near Omsk, Russia Developing a Multimodal Transport Corridor The report proposes a multimodal transport corridor linking Russia,...

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Securing Central Asia’s Future: EBRD’s Regional Head on the Fight for Water Sustainability

Every fourth inhabitant of Central Asia, home to more than 83 million people, does not have regular access to safe drinking water. The region spans more than four million square kilometers, and over 15% of its territory is covered by the Karakum and Kyzylkum deserts, as well as waterless places such as the Ustyurt Plateau (similar in size to the United Kingdom), which stretches across Kazakhstan, Uzbekistan, and Turkmenistan. The extreme heat common to Central Asia in summer makes water a precious resource. To make matters worse, irresponsible human activity, particularly wasteful water use for irrigation, has led to one of the most devastating ecological catastrophes globally. The Aral Sea, where up to 60,000 tonnes of fish were caught annually only 30 years ago, has practically ceased to exist. Most of Central Asia’s freshwater intake relies on glacial melts affected by global warming. The World Resources Institute forecast in its 2023 Aqueduct Water Risk Atlas that an additional one billion people globally will live with extremely high water stress by 2050. This will disrupt economies and agricultural production. Most Central Asian countries will be severely affected. While the European Bank for Reconstruction and Development (EBRD) cannot reverse the global warming process or tackle its impacts alone, it can certainly contribute to climate change mitigation efforts, securing better water access, and promoting its rational use. There is frequently no water supply or water treatment infrastructure in rural areas of the regions where it invests. Most municipal water supply and treatment utilities across Central Asia have not seen much investment or refurbishment over the last 30 years. The EBRD has been working to address this issue, and many of its investment projects are already impacting people’s lives. [caption id="attachment_29070" align="aligncenter" width="1600"] Image: EBRD[/caption] In Kazakhstan, the Bank’s work with Vodnye Resoursy Marketing (VRM)/Shymkent water company, the country’s only privately owned municipal water utility, perfectly illustrates why the EBRD is such a strong advocate of private-sector involvement in the provision of municipal services. Over many years, we have enjoyed excellent cooperation with this company, which has translated into high-quality water supply services for more than 1.2 million residents of Shymkent. It has become a benchmark for the region for its effective and efficient operations. Thanks to VRM’s efforts, with 1.2 million residents, Shymkent became the first city in Kazakhstan to install a water meter for every consumer. User habits have changed: personal daily water consumption has decreased from 456 liters 27 years ago to 150 liters. The water savings achieved during this period will enable Shymkent to meet the needs of its population for another 20 years. The EBRD started working with VRM in 2009 and has financed five projects totaling €60 million. With the Bank’s financial assistance, VRM has introduced an automated network monitoring system, improved power supply at twelve pumping stations, constructed eleven electrical substations, and built a European Union standards-compliant biogas facility (the only one of its kind in Central Asia), which helps VRM to meet all of its thermal...