• KGS/USD = 0.01144 0%
  • KZT/USD = 0.00191 -0%
  • TJS/USD = 0.10840 0.37%
  • UZS/USD = 0.00008 0%
  • TMT/USD = 0.28571 0%
  • KGS/USD = 0.01144 0%
  • KZT/USD = 0.00191 -0%
  • TJS/USD = 0.10840 0.37%
  • UZS/USD = 0.00008 0%
  • TMT/USD = 0.28571 0%
  • KGS/USD = 0.01144 0%
  • KZT/USD = 0.00191 -0%
  • TJS/USD = 0.10840 0.37%
  • UZS/USD = 0.00008 0%
  • TMT/USD = 0.28571 0%
  • KGS/USD = 0.01144 0%
  • KZT/USD = 0.00191 -0%
  • TJS/USD = 0.10840 0.37%
  • UZS/USD = 0.00008 0%
  • TMT/USD = 0.28571 0%
  • KGS/USD = 0.01144 0%
  • KZT/USD = 0.00191 -0%
  • TJS/USD = 0.10840 0.37%
  • UZS/USD = 0.00008 0%
  • TMT/USD = 0.28571 0%
  • KGS/USD = 0.01144 0%
  • KZT/USD = 0.00191 -0%
  • TJS/USD = 0.10840 0.37%
  • UZS/USD = 0.00008 0%
  • TMT/USD = 0.28571 0%
  • KGS/USD = 0.01144 0%
  • KZT/USD = 0.00191 -0%
  • TJS/USD = 0.10840 0.37%
  • UZS/USD = 0.00008 0%
  • TMT/USD = 0.28571 0%
  • KGS/USD = 0.01144 0%
  • KZT/USD = 0.00191 -0%
  • TJS/USD = 0.10840 0.37%
  • UZS/USD = 0.00008 0%
  • TMT/USD = 0.28571 0%
14 November 2025

Viewing results 1 - 6 of 595

Kyrgyzstan Launches Autumn Sowing of Winter Crops on 250,000 Hectares

Kyrgyzstan has launched its autumn sowing campaign, with winter crops expected to cover 250,000 hectares, according to the Ministry of Water Resources, Agriculture, and Processing Industry. To date, over 81,000 hectares, approximately one-third of the planned area, have already been sown with wheat and barley. “Sowing is underway in all regions of the country. The necessary agricultural equipment has been deployed, and a sufficient amount of seed material has been provided to meet the targets,” the ministry said. Experts note that work is proceeding within optimal agrotechnical timelines, with the campaign scheduled for completion by the end of November. In the Chui and Issyk-Kul regions, more than 40% of the targeted areas have already been sown, despite the campaign beginning only a month ago. In an experimental effort, one farm in the Chui region sowed 50 hectares with the Canadian wheat variety “Jersey,” known for its high yield and grain quality. Farmers state that adherence to agrotechnical standards, including timely soil preparation and the application of modern cultivation techniques, is crucial for achieving strong harvests. In the Talas region, farmers have already cultivated more than a third of the targeted sowing area. Other regions across the country are also progressing on schedule.

Former Soviet Nuclear Test Site in Semipalatinsk to House Kazakhstan’s Nuclear Waste

Kazakhstan plans to establish disposal sites for radioactive waste from its nuclear power plants at the former Semipalatinsk nuclear test site in the eastern part of the country, Deputy Chairman of the Atomic Energy Agency Gumar Sergazin announced during a briefing in Astana. Sergazin stated that the operation of two 1,200 MW reactors, similar to those under construction at the country’s first nuclear power plant in the Almaty region, will produce approximately 50 cubic meters of radioactive waste annually. Burial in the Semipalatinsk Zone A new bill on radioactive waste management, presented to parliament this week, outlines plans to develop burial sites within the Semipalatinsk nuclear safety zone. “This is already a contaminated area: the total area of the site is 18,000 square kilometers, of which about 8,300 are zones of elevated radiation,” Sergazin said. The National Nuclear Center is scheduled to begin site preparation in 2026. The depth of burial will depend on groundwater levels, with international norms typically placing high-level waste at depths of up to 400 meters. “Sanitary requirements will determine technical standards, including the type of cement and sealing techniques to prevent radiation leakage. Liquid radioactive waste will not be buried,” he clarified. Sergazin emphasized that the Semipalatinsk site will serve as a centralized repository for waste from all future nuclear power plants in Kazakhstan. He also noted that radioactive waste is already present in the country, even in the absence of operational nuclear power stations. Scale and Sources of Radioactive Waste Kazakhstan has accumulated approximately 293 million cubic meters of radioactive waste to date, of which 290 million cubic meters are low-level waste, Sergazin said. “The majority, about 237 million cubic meters, is located at the Semipalatinsk test site,” he noted. The remaining waste, consisting of medium and high-level material, originates from industrial and scientific operations. Key contributors include the National Nuclear Center, the Institute of Nuclear Physics, the Ulba Metallurgical Plant in East Kazakhstan region, and facilities in Western Kazakhstan such as Koshkar-Ata and the Chemical and Hydrometallurgical Plant. The agency estimates that safe disposal of liquid radioactive waste alone will require around $40 million. Funding and International Participation Given the scale and cost of the project, Kazakhstan intends to secure international grant funding. Sergazin confirmed that negotiations have begun with the European Bank for Reconstruction and Development. A draft agreement and roadmap have already been prepared as part of the Central Asia Environmental Safety Program. “Participating countries are expected to provide grant-based funding. Adoption of the new legislation will establish the legal foundation necessary to attract external resources, avoiding the need for increased domestic budget spending,” he said. Previously, The Times of Central Asia reported that Kazakhstan’s first nuclear power plant is slated for construction by the Russian state corporation Rosatom by 2035, while the second and third plants are expected to be built with the involvement of China National Nuclear Corporation (CNNC).

Kazakhstan and Israel Strengthen Cooperation on Water Resource Management

On November 11, Kazakhstan’s Minister of Water Resources and Irrigation Nurzhan Nurzhigitov and Israel’s Minister of Regional Cooperation David Amsalem signed a memorandum of cooperation to deepen bilateral ties in the field of water resource management. The agreement outlines joint efforts in modernizing Kazakhstan’s water management infrastructure, improving water use efficiency, implementing water-saving and reuse technologies, and exchanging expertise in innovation and technology, particularly in the collection, management, and processing of remote sensing data. The memorandum also covers cooperation in the digitalization of water resource monitoring, flood and drought risk management, scientific and technical collaboration, and specialist training programs. As part of the visit, the ministers held talks with representatives of leading Israeli companies to explore partnerships on introducing water-saving technologies in Kazakh agriculture and training Kazakh specialists at Israeli enterprises. “Israel has extensive experience in water resource management under challenging climatic conditions and offers advanced technologies,” said Minister Nurzhigitov. “We are interested in long-term, mutually beneficial cooperation to modernize Kazakhstan’s water sector across the board, including the digitalization of water metering and distribution, deployment of cutting-edge water-saving systems, use of modern data collection methods, and professional development of our specialists.” Israeli firms have previously expressed interest in participating in the construction and reconstruction of reservoirs in Kazakhstan, and in supplying the country with modern flood forecasting and protection systems. Kazakhstan’s Ministry of Water Resources and Irrigation plans to build 20 new reservoirs by 2030, with a combined capacity of 2.5 billion cubic meters. The project is expected to reduce the country’s reliance on upstream water sources from Kyrgyzstan and China by 25%, mitigate drought in southern regions, and lower flood risks for 70 rural settlements with a combined population of nearly 140,000. Additionally, irrigation will be expanded to cover another 250,000 hectares of farmland. The ministry also plans to reconstruct 15 existing reservoirs, adding another 1.9 billion cubic meters in water storage capacity.

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.

Central Asia Faces Billions in Climate Adaptation Costs, UNEP Warns

Central Asia ranks among the most climate-vulnerable regions in the world and will require tens of billions of dollars to adapt to the accelerating effects of global warming, according to a new report by the United Nations Environment Programme (UNEP). The report identifies Central Asia as one of the fastest-warming areas globally. However, current adaptation funding remains drastically insufficient to meet the growing threat. A Region Under Threat Developing countries worldwide, including those in Central Asia, will need up to $310 billion annually by 2035 to adapt to climate change. UNEP highlights the region’s specific challenges: rapidly melting glaciers, widespread soil degradation, worsening water scarcity, and increasing aridity, all of which endanger food security and energy sustainability. “If we don't start investing in adaptation now, we will face increasing costs every year,” said UNEP Executive Director Inger Andersen. Tajikistan and Kyrgyzstan are particularly exposed, with more than 70% of their populations employed in agriculture, which depends heavily on mountain rivers fed by glacial runoff. According to UNEP, glacier volumes in the region have shrunk by over 30% in the past decade. The changing flow of the Amu Darya and Syr Darya rivers threatens not only agriculture but also the hydropower sectors in both countries. Diminished access to water could lead to socio-economic instability in vulnerable communities. Funding Gap Widens UNEP estimates that developing countries in Europe and Central Asia need roughly $51 billion annually for adaptation. Yet, only a fraction of that figure is currently being met. Tajikistan, for example, has outlined total climate financing needs of $8 billion by 2030 and $17 billion by 2050. In Uzbekistan, the cost of modernizing irrigation and water management systems alone is expected to approach $10 billion by 2030. UNEP has urged governments in the region to accelerate the updating of national adaptation plans, many of which have not been revised in over a decade, and to enhance cooperation in the Amu Darya and Syr Darya basins. Priority areas include investment in irrigation infrastructure, early warning systems, and flood control. From Glaciers to Farms In response to UNEP’s findings, international organizations have begun to fund targeted adaptation initiatives. The Green Climate Fund, for instance, has approved $250 million for the From Glaciers to Farms program, spearheaded by the Asian Development Bank. The project aims to strengthen agricultural and water resilience in glacier-dependent countries in Central Asia, the South Caucasus, and parts of South Asia. It covers four major river basins: the Naryn and Panj in Central Asia, the Kura in the South Caucasus, and the Swat in Pakistan, benefiting approximately 13 million people. Funding will support the development of irrigation networks, reservoir construction, glacier monitoring, and early warning systems. The program also places a strong emphasis on empowering women entrepreneurs in agriculture and improving the financial sustainability of rural communities.

Tajikistan Upgrades Nurek Dam to Boost Power Supply Ahead of Winter Crunch

Tajikistan’s massive Nurek hydroelectric dam – the world’s second-tallest – is undergoing a sweeping modernization to shore up the nation’s electricity supply ahead of the demanding winter season. The 300-meter-high dam, completed in 1980 on the Vakhsh River near the Afghan border, has long been a strategic asset, supplying approximately 70% of Tajikistan’s power. As winter approaches and energy demand peaks, crews at the 3,015 MW hydropower plant are racing to upgrade aging turbines and infrastructure to ensure reliable electricity across the country. The overhaul, which began several years ago, promises not only to keep the lights on through harsh weather but also to boost Nurek’s capacity and extend the life of a facility that has defined Tajikistan’s energy landscape for five decades. A Soviet-Era Marvel at the Heart of Tajikistan’s Power Grid When it was completed in 1980, Nurek was the tallest dam in the world, a record it held for years as a feat of Soviet engineering, with the earth-fill embankment forming a vast reservoir of 98 km² that stores some 10.5 billion cubic meters of water. Between 1972 and 1979, nine giant hydro turbines were installed, giving Nurek an original design capacity of approximately 2,700 MW. Over time, improvements brought its output to just over 3,000 MW. In addition to producing power, the reservoir also supports major irrigation across the Amu Darya basin with one scheme alone - via the Dangara tunnel - irrigating roughly 70,000 hectares, underscoring its dual importance for energy and agriculture. For Tajikistan, a mountainous country of roughly 10.8 million people, Nurek has been nothing short of an economic lifeline. Hydropower accounts for roughly 98% of Tajikistan’s electricity generation, one of the highest shares of renewable energy in the world. This green energy dominance is largely thanks to Nurek and a network of smaller dams. However, the infrastructure is aging, and after 50 years of service, Nurek’s machinery had begun to falter. By the mid-2010s, winter electricity shortages had become common. During the cold months from late September to April, the hydrological cycle leaves Tajikistan with reduced river flow, just as heating needs spike. In those winters, rural areas often faced power rationing and outages, while the capital Dushanbe and other major cities narrowly avoided blackouts. Modernizing Nurek became essential to prevent a return to the severe energy crises of the past and to meet the country’s development goals. Upgrading and Expanding a Giant A comprehensive rehabilitation of Nurek began in earnest in recent years, backed by international financing, including the World Bank. The overhaul is split into phases: Phase I of the modernization — covering four of Nurek’s nine generating units along with major dam-safety works — is scheduled for completion by the end of 2026. Phase II will then refurbish the remaining six units. The upgrades are substantial - new high-efficiency Francis turbines will raise each unit’s capacity from 335 MW to 375 MW. In October 2022, the first upgraded unit came online, producing about 10% more power than before. By August...