• KZT/USD = 0.00222
  • TJS/USD = 0.10840
  • UZS/USD = 0.00009
  • TMT/USD = 0.29850
  • KZT/USD = 0.00222
  • TJS/USD = 0.10840
  • UZS/USD = 0.00009
  • TMT/USD = 0.29850
  • KZT/USD = 0.00222
  • TJS/USD = 0.10840
  • UZS/USD = 0.00009
  • TMT/USD = 0.29850
  • KZT/USD = 0.00222
  • TJS/USD = 0.10840
  • UZS/USD = 0.00009
  • TMT/USD = 0.29850
  • KZT/USD = 0.00222
  • TJS/USD = 0.10840
  • UZS/USD = 0.00009
  • TMT/USD = 0.29850
  • KZT/USD = 0.00222
  • TJS/USD = 0.10840
  • UZS/USD = 0.00009
  • TMT/USD = 0.29850
  • KZT/USD = 0.00222
  • TJS/USD = 0.10840
  • UZS/USD = 0.00009
  • TMT/USD = 0.29850
  • KZT/USD = 0.00222
  • TJS/USD = 0.10840
  • UZS/USD = 0.00009
  • TMT/USD = 0.29850
05 October 2026

Viewing results 1 - 6 of 19

Opinion: Financing Nature: Why Biodiversity Investment Matters for Central Asia

Just imagine: only 50 years ago, wildlife was far more abundant across many of the world’s forests, grasslands, rivers, and seas. According to the World Wide Fund for Nature’s Living Planet Report 2024, the average size of monitored vertebrate populations fell by 73% between 1970 and 2020, based on data from almost 35,000 populations worldwide. That extraordinary decline has taken place within a single human lifetime. We are used to treating this as an environmental statistic, a sad fact trotted out in a nature documentary to which we have little emotional connection. Seen this way, we miss a vital truth: food, agriculture, construction, and forestry all depend immensely on natural systems. Pollination, water filtration, soil fertility, and flood control are among the functions that biodiversity provides for us. When that infrastructure fails, the economy built on top of it becomes more expensive, then less reliable, and eventually, in some places, unworkable. Emergency Room Most of what passes for environmental action today is triage. A river floods a city that paved over its wetlands, and engineers are called in to build higher walls. A heat wave kills crops, and governments subsidize irrigation for farmland that used to be forest. A fishery collapses, and the response is a moratorium, arriving years after the fish are already gone. This is the pattern across almost every domain of environmental policy: we manage consequences with enormous expense, and we manage causes almost as an afterthought. It is also the least efficient way to run a planet. Treating a symptom after it has metastasized costs orders of magnitude more than preventing it, financially as much as ecologically. Some of this triage is now unavoidable. The carbon already in the atmosphere will continue influencing the climate for years regardless of what we do next, while a great deal of the damage caused by air pollution is already locked in and can only be managed, not undone. These are debts we are stuck repaying. Biodiversity is often different because it is still substantially in our hands. A species pushed to the edge can, with sustained effort, be pulled back from it. A degraded watershed can, over a generation, recover its function. In Kazakhstan, recent estimates place the snow leopard population at between 152 and 189 animals, close to levels last recorded in the 1980s. The recovery has been associated with sustained monitoring and habitat protection. It demonstrates that when species and ecosystems are effectively managed and adequately protected, conservation measures can deliver tangible results by maintaining biodiversity and helping threatened species recover. That kind of recovery is rare in climate policy. This disconnect risks creating dangerous trade-offs. We cannot decarbonize an economy while continuing to bulldoze the ecosystems around it. An electric vehicle removes tailpipe emissions from a city street, and that is real progress. But it also requires critical minerals such as lithium, copper, nickel, and cobalt, whose extraction can carry substantial environmental costs. None of this is a criticism of electric vehicles. It is a reminder...

What Is Happening to Tajikistan’s Main Nature Reserve?

International experts have warned of a potential water crisis in the Tigrovaya Balka nature reserve, while Tajik authorities maintain that the situation remains stable and that systematic measures are underway to preserve the ecosystem. At the center of the debate are the water regime of the Vakhsh River, the condition of the tugai forests, and growing anthropogenic pressure. In November 2025, the International Union for Conservation of Nature (IUCN) published an assessment describing the state of the reserve, a UNESCO World Heritage Site, as “alarming.” Experts link the primary risks to changes in the river’s hydrological regime. Regulation of the Vakhsh River through reservoirs and the redistribution of water for agricultural use have significantly reduced natural seasonal flooding, which historically sustained the tugai forests. According to the IUCN, the ecosystem has become increasingly dependent on surface and drainage groundwater, volumes of which may be insufficient to maintain ecological balance.  The report also notes that approximately one-third of the Vakhsh River’s flow is diverted for irrigation, while part of the remaining water contains wastewater with elevated concentrations of chemical substances. Authorities Assert the Situation Is Stable Tajikistan’s Environmental Protection Committee disputes the severity of the assessment. According to data from the country’s Hydrometeorological Agency, the average annual flow of the Vakhsh River in 2025 reached 468 cubic meters per second, equivalent to 89% of the long-term average. Officials state that such fluctuations fall within acceptable limits. Water quality monitoring, conducted across 47 chemical indicators, reportedly showed only slight exceedances in sulphates and nitrites. Authorities report no recorded cases of water shortages, mass fish die-offs, or the complete drying of lakes within the reserve. Committee representatives argue that the international evaluation relies heavily on data from 2017-2019 and does not sufficiently account for more recent developments. Infrastructure and Anthropogenic Pressure Scientists also point to historical infrastructure problems as a contributing factor. Particular concern surrounds a 13-kilometer bypass canal along the northern border of the reserve, which was reportedly not cleaned for nearly three decades following the dissolution of the Soviet Union. As a result, silt accumulation led to rising water levels in certain lakes, flooding tugai forests and rendering parts of the territory unsuitable for species such as the Bukhara deer and pheasants. Some areas reportedly became marshy and overgrown with reeds. Additional pressure stems from the expansion of settlements along the reserve’s northern boundary. Monitoring data indicate household waste contamination along 13.2 kilometers of shoreline. Ecological Significance The Tigrovaya Balka Reserve was established on November 4, 1938, becoming Tajikistan’s first state nature reserve. It covers 49,700 hectares, including 21,400 hectares of wetlands and more than 24,000 hectares of tugai forest. The reserve is home to more than 30 rare animal species, including the Bukhara deer, gazelle, striped hyena, Central Asian monitor lizard, and Amu Darya shovelnose sturgeon. Over 50 bird species winter in the reserve annually. In 2023, the site was inscribed on the UNESCO World Heritage List as part of the “Tugai Forests of Tigrovaya Balka” property.

Russia’s Amur Tigers to Aid Restoration of Tiger Population in Kazakhstan

Kazakhstan and Russia have signed a formal action plan to reintroduce Amur tigers into Kazakhstan, marking a key step in restoring the region's long-extinct Turan tiger population. On November 12, Kazakhstan’s Ministry of Ecology and Natural Resources and Russia’s Ministry of Natural Resources and Environment agreed to transfer four Amur tigers, two males and two females from Russia to Kazakhstan. The animals will be relocated to the Ile-Balkhash State Nature Reserve in southern Kazakhstan, where they will undergo adaptation to local ecological conditions. According to Kazakhstan’s Ministry of Ecology, the reintroduction plan is scientifically supported. The now-extinct Turan tiger once roamed across Central Asia, the Caucasus, and northern Iran. Biologists believe that the Turan and Amur tigers, the latter native to Russia’s Far East, share the same genetic lineage. This provides a basis for using Amur tigers to revive the Turan population in Kazakhstan. Under the agreement, Russia will be responsible for veterinary oversight and transportation, while Kazakhstan will manage accommodation and post-transfer monitoring. The initiative is being implemented with support from the World Wildlife Fund (WWF) and the United Nations Development Programme (UNDP). In September 2024, two Amur tigers, a male and a female, were already transferred to the Ile-Balkhash Reserve from the Landgoed Hoenderdaell Zoo in the Netherlands. They are currently housed in a specially designed enclosure for breeding, with the aim of releasing their offspring into the wild. If successful, their cubs would be the first wild tigers to return to Kazakhstan in over 70 years. The southern shore of Lake Balkhash, located in the Ili River delta, was selected as the optimal site for tiger reintroduction. The Ile-Balkhash Reserve was created to rehabilitate the degraded ecosystems of the southern Balkhash region, with particular emphasis on restoring the tiger’s natural prey base. The reserve encompasses the last intact river delta in Central Asia, the Ili River Delta, whereas other major deltas such as those of the Syr Darya, Amu Darya, and Chu rivers have been severely degraded due to desertification. Officials say enhancing the prey base and preserving the area’s remoteness will help prevent human-wildlife conflict. Historically, Turan tigers inhabited reed beds and floodplain forests along the Ili and Syr Darya rivers. Tiger extermination in Kazakhstan began in 1891, when organized military hunts were conducted. The extinction of key prey species, including Bukhara deer, goitered gazelles, saigas, kulans, roe deer, and wild boars, combined with habitat loss, ultimately led to the disappearance of the Turan tiger by 1948. This is not Kazakhstan’s first species reintroduction effort. In June 2024, the country successfully reintroduced the first group of Przewalski’s horses to the Altyn Dala Nature Reserve in the Kostanay region. The horses were transported from the Prague Zoo.

Tajikistan’s Tigrovaya Balka Nature Reserve Under Threat

The International Union for Conservation of Nature (IUCN) has raised serious concerns about the condition of Tajikistan’s Tigrovaya Balka Nature Reserve, a UNESCO World Heritage site. The IUCN has classified the state of this rare ecosystem as “alarming,” citing deteriorating hydrological conditions and mounting risks to regional biodiversity. Located at the confluence of the Vakhsh and Panj rivers in southern Tajikistan, Tigrovaya Balka is home to Central Asia’s only remaining natural Tugai forest, a unique riparian ecosystem that depends on periodic flooding for its survival. The IUCN’s World Heritage Outlook uses four categories to assess sites: “good,” “good with some concerns,” “alarming,” and “critical.” In its latest report, the organization identifies water regulation on the Vakhsh River as the primary threat to the reserve. The construction of reservoirs and increased water extraction for agriculture have disrupted the seasonal floods that historically sustained the forest. Prior to the 1960s, before large-scale hydropower development began, spring floods replenished groundwater, restored ecosystems, and prevented soil erosion. Today, experts say, the Tugai forest relies almost entirely on surface runoff and drainage water, insufficient to maintain its ecological balance. The IUCN report notes that approximately one-third of the Vakhsh River’s flow is diverted for irrigation, while about 20% of the remaining water consists of chemically polluted wastewater. This contamination is degrading water quality across the reserve and contributing to the decline of rare aquatic species. “Pollution damages the aquatic ecosystem, and many species cannot withstand environmental changes,” the report states. The IUCN emphasizes that much of the available data is observational and requires further scientific validation. It recommends a comprehensive hydrological study that considers the effects of climate change to more accurately assess the threats facing the reserve and to develop effective conservation measures. Established on November 4, 1938, the Tigrovaya Balka Nature Reserve spans 49,700 hectares across the Dusti, Jaihun, and Kubodyon districts in the Khatlon region. Renowned for its natural beauty, it remains one of the Vakhsh Valley’s key ecological and tourist sites. The name “Tigrovaya Balka” (Russian for “Tiger Valley” or Beshaï Palangon in Tajik) commemorates the now-extinct Turanian tiger, which once roamed these lands. The last confirmed sighting of the species in the area dates back to the 1950s.

Turkmenistan to Designate Bolshoy and Maly Balkhan Mountains as Protected Areas

The government of Turkmenistan has announced plans to designate the Bolshoy and Maly Balkhan mountain ranges as protected areas. A new nature reserve is currently being established, with its core zone centered on Bolshoy Balkhan and additional wildlife sanctuaries to be located on Maly Balkhan and the Yuzhny Ustyurt plateau. Ecosystem Under Pressure Concerns about preserving the unique Balkhan ecosystem date back to the 19th century. The first official discussions arose in 1832 following Grigory Karelin’s expedition to the Caspian Sea. By 1836, cartographers had documented the eastern Caspian coastline, the ancient Amu Darya riverbed, and the Bolshoy Balkhan ridge. Zoologists such as Mikhail Laptev (1920s-1930s) and Gheldy Shukurov (1940s) later highlighted the ecological value of this “mountain island in the desert,” a view supported by contemporary scientists who continue to stress its conservation importance. For decades, the slopes of the Balkhans have served as seasonal pastures for small livestock from May to October. This overgrazing has degraded natural ecosystems and reduced biodiversity. The new reserve aims to reverse this trend by limiting cattle grazing to foothills and surrounding pastures. The Natural Wealth of the Balkhans The Balkhan region features a striking mix of desert plains and mountain-steppe terrain. Its highest peak is Mount Arlan, which rises to 1,880 meters. The area is home to two species of amphibians, 28 species of reptiles, 174 species of birds, and 45 species of mammals. Among the most distinctive species is the gray monitor lizard, the region’s largest lizard, growing up to 1.5 meters in length. The Central Asian leopard once roamed these mountains but has since migrated to the Ustyurt Plateau. In its absence, populations of wolves and jackals have increased. Other rare animals found in the area include the Turkmen corsac fox, manul (Pallas’s cat), banded gerbil, rock marten, and Severtsov's jerboa. Maly Balkhan, with its unique topography and the renowned Chalsuv spring, famous for its distinctive taste, reaches a height of 780 meters. In earlier decades, saigas would migrate here from Kazakhstan during winter, though such migrations have not occurred in recent years. Part of a Broader Conservation Push The creation of the Balkhan Reserve is part of Turkmenistan’s National Forest Program (2021-2025). The initiative also includes preparations for establishing the Zengibaba Reserve in Dashoguz velayat and expanding the Amudarya State Reserve. Additional protected areas are planned for Lebap velayat, particularly on the Tallymerdzhen Plain, which is home to the rare sandpiper.

Kazakhstan Establishes New Nature Reserve in Zhambyl Region

The Merke Regional Nature Park has been established in Kazakhstan's southern Zhambyl region. Granted the status of a protected natural area, the park aims to preserve the unique ecosystems of the foothill and mountain zones of the Western Tien Shan. Covering 86,632 hectares, Merke is home to rare and endemic species, including snow leopards, argali sheep, Indian porcupines, and Turkestan lynxes. The park also opens avenues for developing ecotourism, environmental education, and inclusive community engagement in sustainable land use. Future plans include infrastructure development, job creation, and the implementation of scientific and educational programs. Its establishment was made possible through strong collaboration among government bodies, scientific institutions, local communities, and international partners, including the United Nations Development Programme (UNDP). “UNDP supports Kazakhstan’s efforts to expand its protected area system and strengthen environmental policy at the regional level. Merke Park is a strong example of how local initiatives contribute to global biodiversity goals and climate resilience,” said Katarzyna Wawiernia, UNDP Resident Representative in Kazakhstan. As part of ongoing cooperation between Kazakhstan and the UNDP, ten new specially protected natural areas have already been created nationwide, including the Akzhayik, Altyn-Dala, and Ile-Balkhash nature reserves, as well as the Buyratau, Zhongar Alatau, and Tarbagatai national parks. Additionally, six existing protected areas have been expanded. For the first time, Kazakhstan has also established the Kapshagay-Balkhash and Yrgyz-Torgay-Zhylanshyk ecological corridors, spanning 2.9 million hectares, to safeguard the migration routes of rare animal species.