Environment - The Times Of Central Asia

Viewing results 7 - 12 of 673

Forest Fires

Kazakhstan Develops Specialized Firefighting Vehicle for Forest Fires

Kazakhstan has developed a prototype of a new high-mobility firefighting vehicle designed specifically to combat forest fires, drawing on lessons from the devastating wildfire that swept through the Abai region in 2023, the Ministry of Ecology and Natural Resources said. In June 2023, a major wildfire broke out in the Semey Ormany State Forest Nature Reserve in eastern Kazakhstan’s Abai region, killing 14 forestry workers and burning tens of thousands of hectares of forest. Authorities later estimated the damage at more than $354 million. The disaster prompted forestry and emergency response specialists to conclude that Kazakhstan needed specialized equipment better suited to fighting large-scale forest fires. “Following an analysis of the events in the Abai region, it was decided to develop a prototype of a modern, maneuverable firefighting vehicle capable of responding rapidly to forest fires,” the Ministry of Ecology said. The prototype later underwent field testing in the Akmola, Karaganda, Pavlodar, and Abai regions. Engineers incorporated feedback from firefighters and forestry specialists, along with technical requirements identified during firefighting operations. “As a result, a firefighting vehicle was created that meets all the key operational requirements,” the ministry said. The new vehicle is built for off-road conditions and is powered by an engine producing approximately 300 horsepower. It carries a 3,000-liter water tank and is equipped with a high-capacity pump that allows firefighters to combat flames while stationary or moving. The pump system can be operated from inside the cab or directly from the firefighting compartment, providing greater flexibility during emergency operations. The vehicle is also fitted with a rear-view camera to improve maneuverability in low-visibility conditions and difficult terrain. One of the vehicle’s most notable features is an integrated self-protection system. In the event of approaching flames, the system creates a protective barrier around the vehicle, shielding the wheels, cab, and engine compartment from fire. According to the developers, the technology is particularly valuable during large forest fires, where rapidly changing conditions and extreme temperatures can place firefighting crews and equipment at significant risk. Officials say the vehicle has no direct equivalent elsewhere in the post-Soviet region and represents a modern solution tailored specifically to forest firefighting operations. Kazakhstan has increasingly focused on improving its wildfire response capabilities following recent disasters. As previously reported by The Times of Central Asia, engineers in the Karaganda region last year unveiled a prototype drone capable of detecting forest fire hotspots and supporting wildfire monitoring efforts.

Lake Balkhash

Kazakhstan and France Develop Master Plan to Preserve Lake Balkhash

Kazakhstan and France are developing a long-term strategy to preserve Lake Balkhash, one of Eurasia’s largest inland water bodies, as concerns grow over the impact of climate change and shifting water resources in the region. An open meeting of the working group tasked with preparing a master plan for the conservation of the lake’s ecosystem was held in Astana. The project is being implemented through cooperation between Kazakhstan’s Ministry of Water Resources and Irrigation, the French Development Agency, and France’s Bureau of Geological and Mining Research. Lake Balkhash, located in southeastern Kazakhstan, is the world’s second-largest non-drying saline lake after the Caspian Sea and ranks among the largest lakes globally. The lake is unique in that its western section contains almost fresh water, while the eastern part is brackish. The Ili River provides up to 80% of Balkhash’s inflow, while the Karatal, Aksu, Ayagoz, and Lepsy rivers, along with groundwater resources, also contribute to the lake’s water balance. Although Kazakhstan’s Ecology Ministry has previously said Lake Balkhash is not at risk of catastrophic shallowing, the government has moved forward with plans to develop a comprehensive strategy for protecting the ecosystem of one of the country’s most important water resources. At the meeting, French experts presented preliminary findings from research covering key components of the project. Participants reviewed studies on agriculture, hydrology, glacier runoff contributions, hydrogeology, water use, and water-resource modeling. Particular attention was paid to the sustainable management of water resources in the Lake Balkhash basin under changing climate conditions. Experts outlined approaches to forecasting river flows, assessing future changes in glacier-fed water supplies, studying interactions between surface and groundwater resources, and applying advanced modeling tools to support water-management decisions. The meeting also examined the potential use of digital technologies to analyze different water-allocation scenarios and assist in the preparation of basin management plans. Researchers have already integrated findings from various studies into a unified assessment system covering the entire Lake Balkhash watershed. Participants identified several priority issues requiring additional analysis as work on the master plan continues. “Following the visit by the French experts, the next stages in developing the master plan will be clarified, including the preparation of forecast scenarios for the water-management situation through 2040, the selection of climate models, and additional research in specific areas,” said Kairatgali Khairulla, Chairman of the Information and Analytical Center for Water Resources under Kazakhstan’s Ministry of Water Resources and Irrigation. “Joint work by Kazakh and French experts will continue through the end of 2026 to integrate research findings, improve modeling calculations, and prepare the final document. The master plan will provide a scientific foundation for long-term decisions on preserving the Lake Balkhash ecosystem and ensuring sustainable management of water resources throughout the basin,” he added. The final version of the master plan is expected to be completed by the end of this year. The future of Lake Balkhash has gained additional significance amid major infrastructure projects planned for the region. As previously reported by The Times of Central Asia, Kazakhstan has...

Locust Control

Kazakhstan and China Test Biological Locust Control Agent

Scientists from Kazakhstan and China have completed field trials of a new biological pesticide designed to combat Moroccan locust infestations, offering a possible lower-impact alternative to conventional chemical insecticides. The trials took place in Kazakhstan’s southern Turkestan Region and showed the effectiveness of a biocontrol agent based on the entomopathogenic fungus Metarhizium anisopliae, according to Kazakhstan’s Ministry of Agriculture. The research was conducted as part of a joint international project focused on developing and demonstrating fungal technologies for preventing and controlling locust outbreaks in transboundary breeding areas. The project involved specialists from Kazakhstan’s Zhazken Zhiembayev Kazakh Research Institute of Plant Protection and Quarantine and researchers from the Institute of Plant Protection of the Chinese Academy of Agricultural Sciences. Field testing was carried out on pastureland in the Kazygurt district of Turkestan Region, where researchers monitored the effect of the fungal preparation on populations of Moroccan locusts (Dociostaurus maroccanus), one of the most destructive agricultural pests in Central Asia. To assess effectiveness, treated insects were placed in field cages containing 20 individuals each. Control groups were established 24 hours after application, and researchers monitored mortality rates daily throughout the trial period. According to the Ministry of Agriculture, the first signs of fungal infection appeared three days after treatment. Mortality rates reached 70-80% by the fifth day, and by the ninth day all locusts in the experimental groups had died. Moroccan locusts are considered among the most dangerous migratory pests in the region, capable of causing extensive damage to pastureland and agricultural crops. Kazakhstan’s Ministry of Agriculture said the results highlight the potential of biological crop protection methods as part of broader efforts to reduce the environmental impact of agricultural pest control. Researchers said the successful trial demonstrated the effectiveness of entomopathogenic fungi in suppressing locust populations without the additional ecological risks associated with large-scale chemical spraying. The next phase of the project will involve wider testing in different climatic zones across Kazakhstan, as well as practical recommendations for incorporating the technology into national locust monitoring and control systems. Locust infestations remain a major agricultural challenge across Central Asia. Last year, Kazakhstan, Uzbekistan, and Kyrgyzstan agreed to expand regional cooperation on locust outbreaks. Kazakhstan has also pursued similar work with Russia and China to coordinate monitoring and pest-control measures across borders.

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.

Caspian Sea

Kazakhstan Channels Billions of Cubic Meters Into Caspian Sea

Kazakhstan has channeled 6.16 billion cubic meters of water into the Caspian Sea since the beginning of 2026 as regional governments confront mounting concerns over the long-term decline of the world’s largest inland body of water. The figure was announced by Water Resources and Irrigation Minister Nurzhan Nurzhigitov, who said more than 35 billion cubic meters of water had been channeled into the Caspian Sea over the past two and a half years. Nearly half of that volume, more than 17 billion cubic meters, came from floodwaters redirected from the Zhaiyk, or Ural, River during the severe spring floods that affected northern and western Kazakhstan in 2024. The Caspian Sea, bordered by Azerbaijan, Iran, Kazakhstan, Russia and Turkmenistan, has experienced a sustained decline in water levels in recent decades, raising concerns about both environmental degradation and economic losses across the region. TCA has previously reported that the Caspian Sea fell to its lowest recorded level in July last year, with the northern basin bordering Kazakhstan and Russia shrinking particularly rapidly. This poses both ecological and economic risks, including pressure on marine ecosystems, port infrastructure, fisheries and coastal settlements. According to the United Nations Environment Programme, there is increasing evidence that water levels in the Caspian could continue to fall significantly over the next half-century. Researchers say the decline is driven by a combination of factors, including reduced river inflows, changing precipitation patterns and increasing evaporation linked to rising temperatures and shifting wind regimes. Historically, the Caspian Sea has experienced substantial fluctuations in water levels. During the 20th century alone, levels varied by more than three meters. After reaching a historic low in 1977, the sea recovered by approximately 2.5 meters between 1978 and 1995 before entering another prolonged decline. UNEP researchers note that the downward trend has accelerated since 2006. Scientists stress that coordinated regional research is needed to better understand the interaction between climate change, river discharge, water consumption, evaporation and other factors influencing the Caspian’s future. The challenge has prompted increasing calls for cooperation among the five littoral states. Such collaboration is formally guided by the Framework Convention for the Protection of the Marine Environment of the Caspian Sea, commonly known as the Tehran Convention, which was signed by all five countries in 2003 and entered into force in 2006. Kazakhstan has also sought to frame water management as a broader strategic issue. The Ministry of Water Resources and Irrigation says the country’s updated Water Code requires industrial enterprises to prepare five-year plans for switching to recycled water supply, while the pace of introducing water-saving irrigation technologies rose from about 30,000 hectares a year before 2024 to 150,000 hectares annually in 2024 and 2025.

UNDP

UNDP Opinion: Central Asia – Shared Wildlife, Shared Landscapes, Shared Responsibility

As global leaders gather for the Global Environment Facility (GEF) Assembly in Samarkand, Central Asia has an opportunity to send a clear message to the world: protecting biodiversity is not only about saving species — it is about securing water, livelihoods, resilience and long-term stability for millions of people across our region. From the glaciers of the Tien Shan and Pamir mountains to the deserts, steppes and river basins downstream, Central Asia’s ecosystems are deeply interconnected across borders. Rivers flow between countries. Wildlife migrates through shared landscapes. Mountain ecosystems regulate water systems that sustain agriculture, energy production and communities far beyond the highlands themselves. Among the most powerful symbols of this shared natural heritage is the snow leopard — the silent guardian of Central Asia’s mountains. The snow leopard represents far more than a rare and iconic species. Its survival reflects the health of entire ecosystems that millions of people depend upon every day. Healthy mountain landscapes help secure freshwater resources, reduce disaster risks, sustain pastures and agriculture, preserve biodiversity, and strengthen resilience to climate change across the region. But today, these ecosystems are under growing pressure. Climate change is accelerating glacier melting and intensifying water stress. Land degradation, unsustainable grazing, habitat fragmentation and biodiversity loss are placing increasing pressure on fragile mountain environments and rural livelihoods. Communities living closest to nature are often the first to feel the consequences — through declining water availability, degraded pastures, reduced agricultural productivity and increasing climate-related risks. These challenges do not stop at national borders. And neither can the solutions. Only a coordinated regional response can match the scale of the challenge. Protecting Central Asia’s mountain ecosystems requires countries to work together to conserve ecological corridors, strengthen transboundary protected areas, improve water and land governance, and invest in climate-resilient livelihoods for communities whose futures are closely tied to nature. There are already successful examples of regional agreements. For example, a highly successful transboundary nature conservation agreement in Central Asia protects the Ustyurt Plateau and the Turan Temperate Deserts. Spanning across Kazakhstan, Uzbekistan, and Turkmenistan, this initiative has successfully safeguarded vulnerable ecosystems and migratory species like the saiga antelope and snow leopard. [caption id="attachment_50004" align="aligncenter" width="1774"] Photo: Saiga calf. Kazakhstan/UNDP Kazakhstan[/caption] It is encouraging that transboundary cooperation has already taken shape across the region. Across Central Asia, governments, communities and development partners are already demonstrating that conservation and development can advance together. While each country's experience is unique, the lessons are remarkably similar: when communities benefit from healthy ecosystems, nature and people both thrive. In Kazakhstan, the snow leopard has become one of the clearest examples of how coordinated conservation efforts can help restore fragile ecosystems across borders. The species inhabits mountain systems that extend beyond national boundaries into China, Kyrgyzstan, Russia, and Uzbekistan, making its protection inseparable from regional cooperation. Over the past decade, habitat countries have strengthened efforts to protect the species through national conservation strategies, expanded protected areas, and improved ecosystem monitoring. Supported by cooperation between the Government, UNDP, the Global...