Environment - The Times Of Central Asia

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Climate Action

Kyrgyzstan Releases Its First Climate Action Transparency Report

On October 7, Kyrgyzstan’s Ministry of Natural Resources, Environment, and Technical Supervision unveiled its first Biennial Climate Action Transparency Report, marking a key step in aligning with international climate obligations. The report was developed with contributions from government agencies, academic institutions, the private sector, and civil society, with support from the United Nations Development Programme (UNDP). It outlines the country’s progress in addressing climate change, current greenhouse gas (GHG) emissions, climate risk preparedness, and the external support it has received. According to the report, Kyrgyzstan’s total GHG emissions in 2023 amounted to 19.38 million tons of CO₂ equivalent. At the same time, the country’s forests, soils, and other ecosystems absorbed 10.31 million tons, resulting in net emissions of 9.07 million tons of CO₂ equivalent. The report notes that this “climate safety net” provides a valuable natural buffer that should be protected and expanded. The energy sector remains the largest source of emissions, accounting for more than half of the total. However, emissions from transport, electricity generation, and heating have declined significantly since the early 1990s, largely due to the adoption of cleaner technologies and improved energy efficiency. Agriculture is the second largest contributor to emissions, primarily driven by livestock farming, with levels remaining relatively stable over recent decades. The submission of the transparency report is a requirement under the Paris Agreement, the international climate treaty signed by Kyrgyzstan in 2016. Beyond fulfilling a global commitment, transparent reporting is also a pathway to unlocking funding from international financial institutions, climate funds, and private investors. According to the report, improved transparency can help attract investment in energy efficiency, renewable energy, sustainable water management, climate-smart agriculture, and disaster risk reduction, critical elements in Kyrgyzstan’s strategy to achieve carbon neutrality by 2050.

Green Energy

Opinion: Uzbekistan’s Winds of Change – A Blueprint for Renewable Energy Transformation in Central Asia

For much of its post-Soviet history, Uzbekistan’s energy system has been defined by natural gas. Its abundant domestic reserves provide a cheap and reliable source of electricity generation, export revenues, and industrial growth. However, this reliance has come at a cost, including vulnerability to fossil fuel volatility, carbon emissions inconsistent with global climate commitments, and an energy profile increasingly at odds with international investment trends. Today, a new landscape is emerging in Uzbekistan’s energy sector. The vast steppes and desert plateaus of the Karakalpakstan and Navoi regions have emerged as some of the most promising areas for wind turbines and energy sector development. This transformation could redefine not only Uzbekistan’s energy security but also the regional energy map of Central Asia. A Decade in the Making: From Pilot to Pioneer This story begins in 2020, when the United Arab Emirates’ renewable energy developer Masdar signed an agreement to construct the Zarafshan Wind Farm in the Navoi region. Initially, this was not a pilot project, as its proposed capacity was about 500 MW, making it the largest wind project among the Central Asian countries at the time. Its symbolism pulsed with an energy no less powerful than the current itself. For Uzbekistan, which had no operating commercial wind capacity, the project marked a significant shift from concept to execution. The Zarafshan Wind Farm reached financial close in 2020, commenced construction in 2022, and was officially inaugurated in December 2024 by Uzbekistan’s President Shavkat Mirziyoyev. Developer reports describe it as one of the largest operational wind farms in Central Asia. It represented a step forward toward sustainability and a message of resolve for energy resilience. In a region where fossil fuels still dominate, Uzbekistan has positioned itself as a regional leader in large-scale wind energy production.. Scaling Beyond Zarafshan: Kungrad and Nukus The breakthrough at the Zarafshan Wind Farm signaled the dawn of a larger journey. Subsequently, Saudi Arabia’s ACWA Power, a giant in renewable energy, agreed to set up the Kungrad Wind IPP. This project includes a transformative complex of three 500 MW wind farms with a total capacity of 1.5 GW of power generation. According to project plans, it will also be accompanied by a 300 MW battery energy storage system (BESS) and roughly 1,450 kilometers of new transmission infrastructure. This single project surpasses Uzbekistan’s earlier renewable efforts and, when completed, will represent one of the most significant clean energy undertakings in the region. Similarly, the Nukus II wind farm-plus-storage project, which secured financing from the Asian Development Bank (ADB) and other partners in mid-2025, seeks to expand renewable energy use, reduce reliance on fossil fuels, cut greenhouse gas emissions, and strengthen energy security. It includes building and operating a 200 MW wind power plant, a 100 MWh battery storage system, a 44 km transmission line, and an upgrade of the 220 kV Beruniy substation. This integration of renewables with flexible storage represents a new phase of Uzbekistan’s energy transition, one where renewables are not simply added to the grid...

Coal

Bishkek Authorities Ban Low-Quality Coal to Curb Air Pollution

On October 6, the Kyrgyz government banned the use of powder-like coal with particle sizes between 0-13 mm in Bishkek and the surrounding Chui region as part of a broader effort to combat air pollution and improve public health. According to the Ministry of Natural Resources, Ecology, and Technical Supervision, this fine-grade coal is inefficient for household heating and generates significant dust, contributing to particulate air pollution. The new regulation applies only to private households and does not affect heating plants or boiler facilities. As part of its wider decarbonization strategy, the Ministry of Finance has partnered with domestic banks to launch the Improving Air Quality project. This initiative supports the transition to modern, environmentally friendly heating systems and promotes cleaner household energy use. Funded through a $50 million loan from the International Development Association, the project will distribute $31.8 million in preferential loans via Aiyl Bank, Eldik Bank, and Bakai Bank. The program aims to reduce household coal consumption, promote energy-efficient heating, and expand access to cleaner technologies across the capital and beyond. Officials believe the project will help accelerate the adoption of eco-friendly heating solutions and improve urban air quality in Bishkek, a city of more than one million residents. Air pollution remains a chronic problem, particularly during winter months, when coal burning in households surges and accounts for an estimated 40% of the city's harmful emissions. Bishkek frequently ranks among the top 10 most polluted cities worldwide, according to IQAir’s global index.

Rogun Dam

Tajikistan’s Rogun Dam to Triple Forests Under No Net Loss Plan

The construction of Tajikistan’s massive Rogun Hydropower Plant (HPP) will proceed under strict environmental conditions, guided by what experts describe as a "No Net Loss" (NNL) approach to nature. According to Asia-Plus, the updated Environmental and Social Impact Assessment (ESIA) for the project outlines a series of measures to offset ecological damage, including large-scale forest restoration. The report states that 262 hectares of land, including 185 hectares of juniper forest and 77 hectares of floodplain, will be lost due to construction. To compensate, authorities plan to restore 786 hectares of new forest, tripling the area impacted. The reforestation effort will prioritize juniper, riverside, and fruit and nut forests, while also establishing new protected areas to reinforce local ecosystems. Tajikistan’s Forestry Agency has already allocated nearly 7,600 hectares of land for these efforts. Reforestation is expected to cost over $7.5 million, with annual maintenance costs projected at approximately $10,500. The ESIA outlines a phased strategy. From 2025 to 2030, specific restoration sites will be identified. Practical implementation, including planting and ecosystem protection, is scheduled to begin in 2031. The NNL principle aims to ensure that long-term ecological gains outweigh short-term environmental disruptions. Once completed, the Rogun HPP will have an installed capacity of 3,780 megawatts, making it the largest hydropower facility in Central Asia. Its six turbines, each with a capacity of 630 MW, are expected to generate over 14.5 billion kilowatt-hours of electricity annually once the plant becomes fully operational in 2029. Two units, launched in 2018 and 2019, are already producing power at reduced capacity. In 2024, the plant generated 1.22 billion kWh, accounting for 5.5 percent of Tajikistan’s total electricity output. However, the project has not escaped controversy. The World Bank’s Inspection Panel recently agreed to review a formal complaint filed by residents of Uzbekistan and Turkmenistan, supported by the regional coalition Rivers Without Boundaries. The complaint questions the adequacy of the project's environmental assessments, which critics argue fail to fully account for downstream impacts on communities and ecosystems along the Amu Darya basin. Despite these concerns, Tajik officials maintain that Rogun will enhance national energy independence while also helping position Central Asia as a hub for renewable energy.

Glaciers

Learning About Glaciers: Scientists Extract Ice Cores in Tajikistan

A group of international scientists is on a complex, arduous expedition to learn more about the glaciers of the Pamir Mountains in Tajikistan, drilling and extracting two deep ice cores in what the team descibes as a race against the impact of global warming. Scientists from the Swiss-funded PAMIR Project and their Tajik partners are working at an altitude of 5,800 meters on the Kon Chukurbashi ice cap, taking ice samples down to the bedrock at an estimated depth of just over 100 meters. “The Pamirs remain to date one of the last major high-altitude regions where no deep ice core has ever been retrieved,” the PAMIR Project said in a statement. “If many glaciers in the Pamir Mountains of Tajikistan still seem resilient in the face of global warming, scientists do not know how long this will last.” The two-week expedition began on September 24. If successful, it will secure environmental information from air bubbles and chemical trace concentrations and isotopes, and possibly organisms trapped in the ice, and help future generations anticipate and adapt to changes in Earth’s climate and ecosystems, the project said. The expedition is being coordinated by the University of Fribourg in Switzerland and conducted by the National Academy of Sciences of Tajikistan along with Swiss, Japanese, and American universities. Because of the extreme altitude, team members had prepared for gradual acclimatization with a plan for a base camp and a camp at higher altitude. Logistical difficulties and the challenges of site access have prevented such an expedition in the past. The Pamir glaciers are a riddle to scientists who have observed both health and decay in the reaction of the high-altitude ecosystems to climate change. Various theories, including more wind-induced precipitation at high elevations and summertime cooling, have been put forward. But field measurements are lacking and the theories have not been tested against scientific data. At an international conference on glacier preservation in Dushanbe this year, President Emomali Rahmon of Tajikistan called for the establishment of a regional lab to study the topic. Most of Central Asia’s glaciers are in Tajikistan. The United Nations said last month that some 1,000 glaciers out of the total number of 14,000 that have existed in Tajikistan in recent decades have disappeared and many small ones are expected to vanish in the next 30-40 years. A recent study published in the Communications Earth & Environment journal noted the relative stability of some glaciers in Central Asia, but said there had been a recent drop in glacier health in the Northwestern Pamirs following significantly lower snowfall and snow depth since 2018. One of the authors of that study is Evan Miles, a Switzerland-based glaciologist who is leading the current PAMIR Project expedition. “This ice holds hundreds and possibly even thousands of years of physical records of snowfall, temperature, dust, and atmospheric chemistry,” Miles said, according to the project statement. “We are racing against time to retrieve it before climate-change induced melt damages these natural archives forever.” Of the two ice...

Qosh Tepa Canal

Afghanistan’s Qosh Tepa Canal Raises Water Security Fears

Water has long been one of Central Asia’s most contested resources, shaping agriculture, energy policy, and diplomacy across the region. Recently, Afghanistan’s Qosh Tepa Canal project has emerged as a central point in this debate. Promoted by the Taliban as a vital step toward achieving food security and economic growth, the canal also raises alarm bells among downstream neighbors who heavily depend on the Amu Darya River. Now, according to Islamic Emirate spokesman Zabihullah Mujahid, the second phase of the project is expected to be completed within five months, raising further concerns among downstream countries about its potential impact on regional water security. Progress on the Ground In August, the Afghan authorities stated that 93% of the second phase had been completed. Videos show the canal lined with concrete and stone in some sections, alongside the construction of large and medium-sized bridges to link surrounding settlements. The project spans 128 kilometers from Dawlatabad district in Balkh province to Andkhoy district in Faryab province and involves over 60 contractors, making it one of Afghanistan’s largest infrastructure projects. Origins and International Support The canal’s roots trace back to earlier international efforts. While some sources attribute its conceptual origins to Soviet or British engineers in the 1960s, significant development began in 2018 under President Ashraf Ghani. The project was supported by the U.S. Agency for International Development (USAID) and Indian engineering firms. According to the Scientific-Information Center of the Interstate Commission for Water Coordination (SIC ICWC), a $3.6 million feasibility study was launched in Kabul in December 2018, funded by USAID and conducted by AACS Consulting and BETS Consulting Services Ltd. The study was coordinated with several Afghan ministries, but has not been published. Following the Taliban’s takeover, the Islamic Emirate held an official inauguration ceremony on March 30, 2022. The full canal is designed to stretch 285 kilometers, measuring 100 meters wide and 8.5 meters deep, and is expected to divert an estimated six to ten cubic kilometers of water annually from the Amu Darya. Afghan media have quoted water management expert Najibullah Sadid, who projected the canal could generate between $470 million and $550 million in annual revenue. Regional Concerns and Environmental Risks The project has raised alarm in Uzbekistan, Turkmenistan, and Tajikistan, countries that depend heavily on the Amu Darya for irrigation. Experts at SIC ICWC point out that no environmental impact assessment was conducted for downstream states, nor were they formally notified of the construction, as required by international water conventions. In December 2022, Uzbek President Shavkat Mirziyoyev called for practical dialogue with Afghanistan and the international community to strengthen regional water security. Adroit Associates estimates that the canal could eventually divert up to 13 billion cubic meters annually, nearly one-quarter of the Amu Darya’s average flow. Environmental risks are also mounting. Analysts warn that Uzbekistan, which relies heavily on the river for agriculture, could face soil degradation and declining crop yields. Turkmenistan, where agriculture accounts for 12% of GDP, may also suffer severe disruptions. Some studies suggest Uzbekistan and...