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Glaciers

Tajikistan Renames Central Asia’s Largest Glacier

Tajikistan has officially renamed the country’s largest glacier, previously known as the Vanchiakh Glacier, as the Tajikistan Glacier, according to a government decree signed on June 3. The glacier, also widely known internationally as the Fedchenko Glacier, is the longest glacier outside the polar regions. Stretching approximately 77 kilometers and covering about 700 square kilometers, it forms part of a vast glacial system that includes around 100 smaller glaciers. The glacier is one of the largest in Eurasia, surpassed in area only by the Siachen and Baltoro glaciers in the Karakoram mountain range. Siachen extends roughly 76 kilometers and covers about 750 square kilometers, while Baltoro stretches 62 kilometers and covers a similar area. The newly renamed Tajikistan Glacier plays a critical role in the hydrology of Central Asia, serving as one of the region’s most important freshwater reserves. Last year, the glacier became the focus of a major international scientific expedition conducted under the Research on Climate and Cryosphere in the Pamirs (RECAP) project. Between July 19 and August 23, 2025, researchers from Tajikistan, Germany, and France carried out extensive fieldwork aimed at establishing a permanent monitoring system to track climate change and glaciological processes in the Pamir Mountains. Scientists faced challenging conditions during the expedition, transporting heavy equipment by hand to elevations exceeding 5,000 meters above sea level. Despite low oxygen levels, freezing temperatures, and difficult terrain, the team successfully installed an autonomous monitoring station capable of transmitting real-time data to a central database. Researchers said all planned monitoring stations were successfully deployed. Data collected from the glacier will now become part of an international climate observation network, providing scientists with new tools to assess glacier retreat and better understand the long-term implications for Central Asia’s water resources. The Tajikistan Glacier remains not only one of the region’s most significant glacial formations, but also an important indicator of the future availability of freshwater resources upon which millions of people across Central Asia depend.

Water Security

Dushanbe Water Talks Put Tajikistan’s Climate Diplomacy in Focus

Conference-related events began in Dushanbe on Monday, May 25, as Tajikistan hosts the Fourth High-Level International Conference on the International Decade for Action “Water for Sustainable Development,” 2018-2028. The week gives Tajikistan a fresh stage for a role it has built for years: using water, climate risk, and glacier protection as its clearest route into global diplomacy. President Emomali Rahmon gave the week an early political signal when he met three senior U.N. officials in Dushanbe: Armida Salsiah Alisjahbana, U.N. Under-Secretary-General and Executive Secretary of ESCAP; Retno Marsudi, U.N. Under-Secretary-General and Special Envoy on Water; and Tshilidzi Marwala, Rector of the United Nations University and U.N. Under-Secretary-General. Their arrival tied the conference directly to the Dushanbe Water Process, a platform Tajikistan has used to keep water on the international agenda. The Tajik presidential press service said 14 U.N. resolutions on water resources have been adopted at Tajikistan’s initiative. For a small, mountainous country with limited geopolitical weight, that record has become a useful diplomatic asset. Tajikistan can convene governments, U.N. agencies, development banks, and water experts around a topic shaped by its geography. The conference runs from May 25 to 28, with Monday set aside for forums, side events, and regional consultations. The main high-level sessions are set to take place on May 26 and 27 at the Kohi Somon Complex, followed by field visits on May 28. Asia-Plus reported that more than 2,500 participants were expected, including representatives from 31 countries and 33 international organizations and financial institutions. The agenda links Tajikistan’s national concerns to a wider U.N. timetable. The Dushanbe events are designed as a preparatory step before the 2026 United Nations Water Conference, now scheduled for December 8-10 in Abu Dhabi, and co-hosted by the United Arab Emirates and Senegal. Tajik officials are also presenting the process as a bridge towards 2028, when the Water Action Decade reaches its final year. Tajikistan has spent more than two decades building this diplomatic niche. The International Decade for Action “Water for Sustainable Development,” 2018-2028 began on World Water Day in 2018 and ends on World Water Day in 2028. The Dushanbe Water Process was then shaped as a regular follow-up platform, including for voluntary commitments made under the U.N. Water Action Agenda. That structure has given Tajikistan repeated opportunities to host, frame, and guide discussion rather than appear only as a country seeking aid. Tajikistan’s glaciers, rivers, hydropower system, and mountain communities all face pressure from climate change. The U.N. glaciers initiative has put new attention on glacier retreat, and Tajikistan has pushed glacier preservation as part of its global water agenda. In Central Asia, melting glaciers and shifting river flows affect more than one country; they shape energy supply, irrigation, disaster risk, and food security. Water also connects Tajikistan to its neighbors. The region’s major rivers cross borders, and upstream water use affects downstream farms and cities. Tajikistan and Kyrgyzstan hold much of the mountain headwater geography, while Uzbekistan, Kazakhstan, and Turkmenistan depend heavily on reliable flows for...

Glaciers

Glacier Growing Despite Global Warming Discovered in Tajikistan

While most of the world’s glaciers are retreating due to climate change, a rare anomaly has been discovered in the Pamir Mountains. Researchers have identified a glacier in eastern Tajikistan that is not melting but is, in fact, growing. The discovery, reported by Popular Mechanics, concerns the Kon-Chukurbashi ice cap, a rare formation demonstrating resilience in the face of global warming. Located in the Sarykol Range of the Pamirs, near the Chinese border, the glacier lies on the slopes of the peak bearing the same name. The expedition reached an altitude of approximately 5,810 meters (nearly 19,000 feet) above sea level to conduct research. Scientists extracted two ice cores, each over 100 meters long, from the glacier. These cores preserve up to 30,000 years of climate history. One was sent to the Ice Memory Foundation’s underground archive in Antarctica for long-term preservation. The other was delivered to the Institute of Low Temperature Science at Hokkaido University in Japan, where Professor Yoshinori Iizuka is leading an investigation into the glacier’s mass gain. Researchers hope the analysis of the ice’s structure, trapped air bubbles, and chemical composition will help explain why this glacier defies global trends. Understanding these mechanisms could offer insight into glacial stability not only in Central Asia but globally. The region, often referred to as the “Roof of the World”, is characterized by extreme altitudes, a harsh continental climate, and a near-total absence of permanent human settlement. Due to its remoteness, access to Kon-Chukurbashi is limited primarily to scientific missions, underscoring the rarity and importance of the data collected. Scientists believe that studying this glacier could provide critical insights into the future of freshwater resources and climate risk assessment in mountainous regions worldwide.

Glacier Monitoring

ADB Approves $3M for Glacier Monitoring in Tajikistan

The Asian Development Bank (ADB) has approved a $3 million grant to enhance Tajikistan’s glacier monitoring and natural disaster warning capabilities. The initiative aims to reduce risks linked to accelerated snow and ice melt, particularly in the country’s mountainous regions, and improve public safety. The grant is financed by the Japan Fund for Prosperous and Sustainable Asia and the Pacific (JFSB), which is supported by the Government of Japan through the ADB. Ko Sakamoto, ADB’s Permanent Representative in Tajikistan, emphasized the project's importance for the country. “Glaciers and snow are important for water supply, agriculture, and hydropower, but their rapid melting caused by extreme weather events can trigger devastating floods, avalanches, and other disasters,” he said. Sakamoto noted that the initiative will provide Tajikistan with modern tools for forecasting and responding to climate-related threats. The project is scheduled to be completed by 2029, with most activities to be implemented in high-risk areas of the Gorno-Badakhshan Autonomous Region. The Hydrometeorological Agency has been designated as the project’s executive body. Among the key components is the creation of a unified digital data system to improve the accuracy and timeliness of glacier and snow cover monitoring. The system will enhance the collection, storage, and analysis of data critical for disaster risk assessment. To manage the new infrastructure, technical specialists from the Hydrometeorological Agency will receive training in modern monitoring and data management methods. The project also emphasizes the active inclusion of women in the training process, aligning with ADB’s commitment to inclusive development. Improving early warning systems is another central element of the initiative. Plans include updating disaster risk management strategies, strengthening coordination between local authorities and communities, and enhancing the clarity and timeliness of public alerts related to glacial and snowmelt hazards. Tajikistan joined the ADB in 1998. Since then, the partnership has supported a wide range of infrastructure and development projects, including the modernization of major highways, such as the Obigarm-Nurobod, Dushanbe-Bokhtar, Aini-Penjikent, Dushanbe-Tursunzade, and Vose-Khovaling corridors, as well as the restoration of irrigation systems, expansion of water supply networks, and construction of schools and hospitals.

Water Security

Glacier Melt Threatens Central Asia’s Water Security, Experts Warn at Regional Forum

The accelerating retreat of glaciers poses a serious risk to water security across Central and West Asia, scientists and journalists warned during an online media forum jointly hosted by the Asian Development Bank (ADB) and the International Centre for Integrated Mountain Development (ICIMOD) on December 10, according to Asia-Plus. The forum focused on the growing impact of glacial melt in mountain regions, including the Pamirs, Tien Shan, Hindu Kush, and Himalayas, where shrinking ice reserves are increasingly disrupting water supplies for agriculture, energy, and drinking water. A key highlight was the ADB’s Glacier to Farms (G2F) program, presented by senior climate adaptation specialist Chris Dickinson. The initiative, spanning nine countries including Tajikistan, Uzbekistan, Armenia, and Georgia, aims to link glacier monitoring with practical, climate-resilient policy measures. Unlike past approaches that primarily diagnosed the problem, G2F offers technical and financial solutions designed to support communities in adapting to climate change. The $3.5 billion initiative, backed in part by $250 million from the Green Climate Fund, leverages a co-financing model that aims to attract $10 in additional investment for every dollar committed. The program envisions a full climate adaptation chain from satellite-based glacier monitoring and mountain observation stations to downstream interventions such as crop insurance, farmer support, and modernization of water infrastructure. “Glaciers are the origin of the entire food and water system,” Dickinson said. “Their rapid retreat threatens lives and livelihoods far beyond mountain regions.” Tajikistan serves as a pilot site for the program due to its heavy reliance on hydropower and its largely mountainous terrain. One of the project's key goals is to enhance the country’s hydrometeorological services and strengthen monitoring of snow cover, glacier movement, landslides, and related hazards. A modern early warning system is being developed for the Panj River basin, combining data on glacial lakes, mudflows, precipitation, and seismic activity. The alerts will be sent to vulnerable communities via mobile networks, complemented by local training programs to ensure proper responses. Forum participants noted that the effects of glacial retreat are already evident. Glaciers in the Tien Shan and Pamir ranges feed the Amu Darya and Syr Darya rivers, vital water sources for Central Asia’s agriculture, energy, and drinking needs. An estimated 74% of the Amu Darya’s flow comes from snow and glacier melt. In the Indus basin, the figure is about 40%. Yet only a small number of the region’s more than 54,000 glaciers are regularly monitored, leaving gaps in early warning systems and long-term planning. Experts from ICIMOD and ADB described glacier melt as a “cascading crisis.” Rising temperatures are fueling more frequent landslides, floods, and mudflows, while droughts reduce crop yields and damage pastures. Glacial lake outburst floods, sudden and destructive releases of water, pose grave risks to nearby settlements. Since the 19th century, the region has recorded around 500 such incidents, and their frequency could triple by the end of this century. Heatwaves and water quality issues further compound the risks. Recent glacial activity in Tajikistan underscored the forum’s urgency. In October, a massive...

Glaciers

Glacier Shift in Tajikistan Triggers Fears of Flood and Landslide

A significant portion of the Didal Glacier in Tajikistan’s Tajikabad district has detached and slid more than five kilometers downslope, according to a report by Russian state news agency TASS, citing the Agency for Hydrometeorology of Tajikistan. Experts from the agency’s Center for Glaciology confirmed that the glacier has continued to shift over the past three days, advancing an additional 72 meters and remaining in an “unstable” state. A field expedition to the Surkhob River basin revealed that the detached ice mass measures between 1.3 and 1.5 kilometers in length, 170-200 meters in width, and 25-50 meters in height. Satellite imagery reviewed by glaciologists confirmed the glacier’s ongoing movement and indicated significant displacement since its initial shift began in September. Experts attribute the detachment to unusually high temperatures during the summer and autumn months. The Geophysical Service of the National Academy of Sciences noted that seismic activity may also be a contributing factor. On November 3, an earthquake struck the region at 01:29 local time, with tremors measuring four points in Dushanbe and six to seven in northern Afghanistan, the location of the epicenter. Scientists believe the combination of warming temperatures and recent seismic shocks has rendered the glacier’s behavior increasingly unpredictable. Officials from the Hydrometeorology Agency warned that continued movement of the Didal Glacier could lead to the formation of glacial lakes and possible outburst floods, endangering downstream settlements and infrastructure. The unstable ice mass also raises the risk of secondary natural hazards such as landslides and mudflows. Monitoring teams are conducting regular field assessments to track developments. Authorities have described the glacier's shift as a broader warning about the urgency of climate adaptation and glacier conservation. Tajikistan, 93 percent of which is mountainous, hosts roughly 14,000 glaciers that supply nearly 60 percent of Central Asia’s water resources. Of these, approximately 1,300 have already melted completely, and the rate of glacial retreat is accelerating. Earlier this year, President Emomali Rahmon warned of the growing threat posed by glacial lake outbursts, noting their potential to destroy villages and infrastructure and potential to cause casualties. He cited climate change, air pollution, and heavy dust deposits as key factors driving glacier loss. A similar incident occurred on October 25, when a large section of the Ismoil Somoni Glacier broke away in the same district. Emergency services quickly contained the situation, though authorities warned that continued rainfall and further collapse remained possible.