Cold Winter Deserts of Turan

Country
Kazakhstan,
Turkmenistan,
Uzbekistan
Inscribed in
2023
Criteria
(ix)
(x)
The conservation outlook for this site has been assessed as "good with some concerns" in the latest assessment cycle. Explore the Conservation Outlook Assessment for the site below. You have the option to access the summary, or the detailed assessment.

This transnational property comprises fourteen component parts found across arid areas of Central Asia’s temperate zone between the Caspian Sea and the Turanian high mountains. The area is subject to extreme climatic conditions with very cold winters and hot summers, and boasts an exceptionally diverse flora and fauna that has adapted to the harsh conditions. © UNESCO

©IUCN/Oliver Avramoski

Summary

2025 Conservation Outlook

Finalised on
11 أكتوبر 2025
Good with some concerns
The overall conservation outlook for the Cold Winter Deserts of Turan is good with some concerns. Given the recent inscription of the site, it's significant ecological values, including exceptional plant diversity, unique adaptations in wildlife, vital carbon sequestration by saxaul woodlands, and critical habitats for rare and threatened species are sustained as they were at the time of inscription. These values are relatively well-preserved within extensive protected areas, with the site's remoteness offering natural protection from human impacts. The site faces a number of threats, including habitat fragmentation, border fencing that disrupts animal migrations, poaching, overgrazing, and infrastructure development. Environmental degradation from the desiccation of the Aral Sea further exacerbates these challenges, while hydrological alterations and grazing within the site place additional pressure on its ecosystems. Governance and management frameworks are relatively strong, with national-level coordination and a transnational Joint Steering Committee that facilitates collaboration between Kazakhstan, Turkmenistan, and Uzbekistan. Regularly updated management plans, buffer zone regulations, and eco-tourism initiatives provide a foundation for sustainable development. However, limited financial resources, gaps in monitoring and research, and the absence of a unified management plan for the entire site weaken conservation efforts. Nevertheless, some of these aspects are being addressed currently.

Current state and trend of VALUES

Low Concern
The Cold Winter Deserts of Turan sustain significant ecological values, including exceptional plant diversity, unique morphological and behavioral adaptations in animals, critical carbon sequestration by saxaul woodlands, and a vital refuge for rare and threatened species. These values are relatively well-preserved within the extensive protected areas making up the site, where the remoteness and harsh conditions limit direct human impacts. However, persistent threats such as habitat fragmentation, border fencing, poaching, and environmental degradation the drying of the Aral Sea, overgrazing, infrastructure development, and climate change are undermining their integrity. While proactive management and conservation efforts have facilitated the recovery of some species and habitats, the overall trend is mixed, requiring further enhancement of transboundary cooperation (while promissing efforts are made already), targeted protection measures, and sustainable management practices to maintain and strengthen these values over the long term.

Overall THREATS

Low Threat
The Cold Winter Deserts of Turan face a range of threats, including the legacy of ecological disasters like the desiccation of the Aral Sea, leading to soil degradation and the spread of saline and pesticide dust. The loss of connectivity between components of the site, owing to international border fences, represents a major threat to the values of the site linked to animal (i.e. ungulate) migration. Furthermore, habitat destruction from infrastructure development (linear), grazing of livestock within the component parts of the site, poaching, and harvesting of plant species remains a threat. These threats may be exacerbated by hydrological alterations caused by irrigation and drainage management, which further stress the region's delicate desert ecosystems.

Overall PROTECTION and MANAGEMENT

Mostly Effective
The site benefits from robust governance and management frameworks at the national level, coordinated through a transnational Joint Steering Committee (JSC) that oversees collaboration between Kazakhstan, Turkmenistan, and Uzbekistan, although an overall management plan for the site would be beneficial in order to define the scope and maximise the benefits of transboundary management. This is currently being developed in the scope of the recently started IKI Onehealth project in the region, scheduled for the coming two years. The site components have regularly updated management plans that define values, threats, and conservation priorities, guiding activities such as patrolling, fire prevention, and biodiversity and ecosystem monitoring. Regulated resource use in buffer zones and eco-tourism initiatives support sustainable development while safeguarding ecological integrity, complemented by environmental education programs and visitor infrastructure in areas like Altyn-Emel National Park but also elsewhere. It is important that protection and management of the site promoted the restoration of ecosystems in the component parts of the site that have suffered from the impacts of the drying of the Aral Sea. Limited financial resources hinder law enforcement, equipment upgrades, and comprehensive patrolling, while gaps in monitoring and research—including the lack of standardized protocols for assessing Outstanding Universal Value (OUV)—remain a challenge. Partnerships with academic institutions and enhanced community involvement in governance and grievance mechanisms could address these gaps. Strengthening financial sustainability, expanding research collaborations, and incorporating adaptive management based on monitoring outcomes are crucial to maintaining the site’s values and ensuring its long-term protection.

Full assessment

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Description of values

Taxonomic diversification and morphological convergence of plants

Criterion
(ix)
Through evolution of species to adapt to the harsh climatic conditions, including local micro-climates, the plant species within the site display an outstanding variety of specialized adaptations to their climatic conditions, including instances of convergent evolution as well as diversification (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2023).

Morphological, physiological and behavioral adaptations ensuring survival of animal life in the site, including seasonal migrations of large mammals

Criterion
(ix)
The site showcases remarkable animal adaptations, including morphological, physiological, and behavioral traits that enable survival in harsh desert conditions. Notably, it supports the seasonal migrations of large mammals, including Saiga (Saiga tatarica; CR), Kulan (Equus hemionus kulan; NT) and Goitered gazelle (Gazella subgutturosa; VU), highlighting its critical role in sustaining wildlife populations in extreme environments.

Carbon sequestration and storage by saxaul woodlands

Criterion
(ix)
The saxaul woodlands within the Cold Winter Deserts of Turan play a vital role in carbon sequestration and storage (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2023). These drought-resistant trees, particularly black saxaul (Haloxylon ammodendron), are uniquely adapted to arid conditions, with deep root systems that stabilize soils and draw nutrients from sparse resources. By capturing and storing atmospheric carbon, the saxaul woodlands help mitigate climate change while also supporting soil health and preventing desertification in this fragile ecosystem.

Desert plant diversity hotspot

Criterion
(x)
The site represents a hotspot of desert plant diversity, hosting a wide array of species uniquely adapted to survive in extreme arid conditions of incuding Chenopodiaceae and plant genera of different families like Artemisia, Calligonum, Salsola, Zygophyllum or Limonium, including high share of endemic species (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2023). The plant community features a high degree of drought-resistant shrubs like saxaul (Haloxylon spp.), as well as halophytes that thrive in saline soils, and ephemeral plants that complete their life cycle rapidly after rare rainfall events. This rich botanical diversity not only supports the desert's ecological balance but also provides critical habitat and resources for the region’s wildlife, contributing to the resilience of this unique ecosystem.

Refuge and centre of recovery for rare and threatened species

Criterion
(x)
The site is an important area for the conservation of numerous rare and threatened species (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2023). Migratory ungulates include Kulan (Equus hemionus kulan), Goitered gazelle (Gazella subgutturosa), Saiga antelope (Saiga tatarica) and Urial (Ovis vignei arkal). The site also hosts numerous bird species, including areas important for breeding and migration, as well as herpetofauna and insect fauna characteristic of cold winter deserts.
Evidence of the ancient trade routes of the Silk Road
The site is home to ancient trade routes, mausoleums, petroglyphs that showcase the region's historical importance as a crossroads of civilizations, as well as prehistoric hunting sites, desert kites, locally called Aran (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2023). The site contains important burial mounds from the Saka nomadic culture (closely related to the European Scythians). Many of the mounds have been excavated but few artefacts were found due to robbing in ancient times. Part of the Silk Road also passed along the floodplains of the Ili river. Barsakelmes ‘the place of no return’ was first mapped in 1831 and Alexei Butakov led a scientific expedition in 1848. Burakov was accompanied by Taras Shevchenko – a poet who’s work is considered to have set the foundation for Ukrainian literature. Shevchenko made the first sketches and paintings of the island. The island is also the location for the Soviet Film The Forty-First (1927 and 1956) – the tale of a Russian Civil War romance between a Red Army sniper and a White Army officer, based on a novel by Boris Lavrenyov (IUCN, 2023).
Pastoralist lifestyle and culture
The site supports traditional pastoralist lifestyles, including practices that have shaped sustainable use of natural resources (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2023).

Assessment information

Low Threat
Current threats within the site include the the lasting impacts of ecological disasters from the desiccation of the Aral Sea, which has caused soil degradation and the spread of saline dust. A critical challenge is the loss of connectivity between site components due to international border fences, which disrupt ungulate migration and threaten the site's ecological values. Additionally, habitat destruction from linear infrastructure development, livestock grazing within the site's boundaries, poaching, and the harvesting of plant species continue to pose substantial risks.
Hunting, Collecting & Controlling Terrestrial Animals
(Poaching of ungulate species)
Other targeted species names
Saiga tatarica; Equus hemionus kulan; Gazella subgutturosa, Ovis vignei
Low Threat
Inside site
, Widespread(15-50%)
Outside site
Populations of migratory ungulate found in the site (Saiga, Goitered gazelle, Kulan, Urial) have suffered widespread population decline over the course of the 20th century from historical hunting and poaching across the areas now forming the components of the World Heritage site (Bykova et al., 2007). Whilst the numbers of these ungulate species are recovering, in large part, due to the protection afforded through the site's protected areas, poaching remains a threat.
Gathering, Harvesting & Controlling Terrestrial Plants & Fungi
(Illegal gathering and harvesting of plant species)
Other targeted species names
Haloxylon ammodenron (syn. H. aphyllum), H. persicum, Ephedra ssp., Ferula ssp.
Low Threat
Inside site
, Extent of threat not known
Gathering and harvesting of medicinal plants (ferula, wild rue, capers and other), fruits, nuts, mushrooms, and berries for sale at unregulated markets, is reported as a threat to a number of the components, including the Garagum cluster. Saxaul trees have traditionally been used in communities surrounding the components as an important fuel source. Whilst instances of saxaul trees and shrubs harvesting within the component parts of the site are reported to be rare, this requires ongoing monitoring and enforcement by protected area authorities (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2023).
Terrestrial Animal Farming, Ranching & Herding
(Livestock grazing)
Low Threat
Inside site
, Extent of threat not known
Grazing is reported in the nomination document as a latent threat to many of the site's values, including its plant diversity and associated ecological processes, as well as the animal species that are dependent on these rangelands for foraging. A network of wells located within a number of components of the site (eg. Repetek; Yeradzhi; Northern Ustyurt; Kaskakulan) mean that occasionally livestock are grazed nearby, which is an issue which requires ongoing monitoring and enforcement.

In Turkmenistan, there is no practice of concluding contracts with pastoralist farmers to secure the right to use pastures. The absence of a legal contract (agreement) and personal responsibility therefore is reported to lead to the irrational use of pastures (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2023).
Fences & Walls
(Border fences across the Ustyurt Plateau)
High Threat
Inside site
, Widespread(15-50%)
Border fences between the countries represented by this site, in particular the fence along the northern boundary of the Northern Ustyurt cluster between Uzbekistan and Kazakhstan and between the Southern Ustyurt and Gaplankyr components in Uzbekistan and Turkmenistan respectively, represent a high threat to the site through their impacts on migration of ungulate and other vertebrate species. The fences are substantial in their composition, and run across the entire border between the countries, with a small number of gaps (eg. a 6.5km gap between Kazakhstan and Uzbekistan in the Soutehrn Ustyurt) (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2022). Discussions have reportedly been ongoing to open up further gaps in the fence to encourage migration (IUCN Consultation, 2022). Some have been realised already in Southern Ustyurt to Kazakhstan and in Northern Ustyurt to Kazakhstan. These fence gap constructions allow Goitered gazelle, Urial and Saiga to passe. For Kulan there is still no constructional solution. Therefore, these fences impede the ability of ungulate species to recover to previous levels or to display the migration patterns making up part of the behavioural adaptations to extreme environments that represent a key value of the site. In Northern Ustyurt an increase of Saiga antelopes are recognized in recent years and transboundary migration is taking place at low numbers is taking place again (Saigchy Reserve, 2025). Opening fences between Soutern Ustyurt and Turkmenistan is still not taking place. However, in March 2025 a roadmap has been adopted under the CMS convention based at the trilateral "Ustyurt memorandumg" (signed in February and August 2024) to cooperate on transnational conservation and migration of species between Kazakhstan, Turkmenistan and Uzbekistan.
Roads, Trails & Railroads
(Dirt road network in the Ustyurt plateau)
Very Low Threat
Inside site
, Scattered(5-15%)
Geological exploration, mining, and a well-developed network of wells led to developing a road network (dirt roads) in parts of the site, in particular components on the Ustyurt plateau. The vegetation along the roads is significantly degraded, with the vitality of dominant species low along the dusty roads in the south of Ustyurt, very few young individuals in the demographic spectrum, and the projective cover being rendered relatively low. Combining all these factors leads to the deterioration of the dominant and rare elements of the Ustyurt
flora (Shomuradov et al., 2015; Rakhimova et al., 2020).
Dams & Water Management/Use, Weather & Climate Management
(Drying of the Aral Sea)
High Threat
Inside site
, Scattered(5-15%)
Outside site
A major ongoing threat to the site's values are the impacts of the drying of the Aral Sea. This is relevant for component parts in the Barsakelmes cluster and Saigachy-Duana and Saigachy Zhideyli component parts, which are located within the former area or along the western coast line of the Aral Sea. The decrease in area of the Aral Sea by around 75% is considered to be a major environmental disaster and led to significant impacts throughout the region, including within the above-mentioned nominated component parts. These include soil contamination through winds spreading large amounts of dust from the dry bottom of the former lake containing sea salt, pesticides and other chemicals, including within component parts of the property in the Barsakelmes cluster and the Saigachy-Duana and Saigachy-Zhideyli component parts (IUCN, 2023).
Very Low Threat
Potential threats to the site include fossil fuel exploration and exploitation in the vicinity of the site, and the industrial processes linked to these operations, should they not be mitigated and managed appropriately. Noting that the water level of a number of lakes within and in the vicinity of several of the site's components is linked to upstream water management, it is essential that irrigation and drainage management is carried out with the conservation of the site's OUV in mind to avoid loss of key habitats and associated ecological processes in the site.
Oil & Gas exploration/development
(Fossil fuel exploration and development in areas adjacent to the site)
Very Low Threat
Outside site
Given the proximity of several industrial plants to a number of components of the property (eg. Southern Ustyurt and the Shaxpaxti plant), gas exploration and development in areas adjacent to the site pose significant potential threats to the site’s ecological integrity. Activities such as seismic surveys, drilling, and infrastructure development could lead to habitat destruction, pollution, and increased human disturbance. Additionally, the risk of spills and emissions could further degrade the fragile desert ecosystem, while associated infrastructure, such as roads and pipelines, may fragment habitats and disrupt wildlife movement, including the seasonal migrations of large mammals.
Dams & Water Management/Use
(Upstream agricultural water management, and corresponding fluctuation in lake water levels)
High Threat
Inside site
, Scattered(5-15%)
Outside site
The water level of Lake Sarykamysh depends on the amount of incoming drainage water, which is mediated by the upstream water management regime associated with the agricultural industry. This can result in a loss of birds’ nesting and migratory stopover sites. The rise of the water level recorded since the 1980s has resulted in the flooding of islands – nesting sites for various birds, including Pelecanus crispus. In recent years, the reverse process has begun: the taking of water since 2013 to fill the artificial lake Altyn-Asyr in Turkmenistan has led to a gradual decrease of the water level in Lake Sarykamysh and an increase in the salinity (Ten et al., 2012). If water is not managed with the conservation of the site's OUV, it may entail negative impacts on a number of the site's values. A decrease in Ichtyofauna in lake Sarykamysh has been reported (Southern Ustyurt National Park, 2025).
Involvement of stakeholders and rightsholders, including indigenous peoples and local communities, in decision-making processes
Mostly Effective
The site has a collaborative framework for stakeholder and rightsholder involvement, focusing on local communities and governmental agencies. This collaboration is coordinated through a Joint Steering Committee (JSC) composed of representatives from Kazakhstan, Turkmenistan, and Uzbekistan. The committee will oversee shared decision-making processes, joint management strategies, public awareness campaigns, and environmental education programs (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2023). In the near future, the Regulation on the Regional Coordination Committee will be developed, as well as the Regional Framework Management Plan for the
transnational site (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2024).

Given the remote location of the component parts, there are reportedly no local communities within the sites, with very few communities within its vicinity. These local communities are afforded the right to information, consultation and consent as well as engagement in decision-making processes through mechanisms established as integral parts of the governance and management planning structure of the component parts. As the component parts are exclusively owned by the respective States Parties, there are no tenure rights within the nominated area, although grazing of livestock and other forms of natural resource use are reportedly permitted within some nominated component parts in certain periods (especially during times of drought), which supports livelihoods and benefit-sharing in times of necessity for surrounding communities through appropriate regulation and management (IUCN, 2023).

It is essential that the JSC formally integrates mechanisms to ensure that traditional and customary governance mechanisms and management practices of local communities are represented and integrated appropriately into the formal governance structures at the appropriate scale (ie. local/national and transboundary).

Overall, these strategies provide a foundation for meaningful stakeholder engagement, but addressing challenges like equitable decision-making and sustained resource allocation is critical for long-term success, in particular in relation to tensions between strict protection regimes and the traditional land-use practices of local communities, which requires careful negotiation and planning.​
Legal framework
Mostly Effective
The Cold Winter Deserts of Turan World Heritage Site is protected under national environmental laws in Kazakhstan, Turkmenistan, and Uzbekistan, which establish frameworks for biodiversity conservation and protected area management. Key legislation includes Kazakhstan’s Environmental Code (2021) and Specially Protected Natural Areas Law (2006), Turkmenistan’s Nature Protection Law (1991) and Specially Protected Areas Law (2012), and Uzbekistan’s Protected Natural Territories Law (1993) and Environmental Protection Law (1992). These laws align with international obligations under the World Heritage Convention (as well as other international agreements, such as the Convention on Biological Diversity) (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2023). While the legal frameworks provide a robust foundation, the site's effective protection depends on sufficient engagement of local communities, including mechanisms to resolve issues such as land tenure and rights to natural resources (ie. grazing), which could be strengthened, particularly in the Turkmen components (IUCN, 2023).

Stronger cross-border collaboration and consistent transboundary management frameworks are also crucial to safeguarding the site’s Outstanding Universal Value. The Joint Steering Committee could benefit significantly from the establishment of relevant and appropriate legal bases for its operation. In the near future, the Regulation on the Regional Coordination Committee will be developed, as well as the Regional Framework Management Plan for the transnational site, which will further strengthen the legal framework (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2024). At COP 14 of the CMS in February 2024 in Samarkand Kazakhstan and Uzbekistan signed a Memorandum on Wildlife Conservation on the Ustyurt Plateau. In August 2024 Turkmenistan joined. In March 2025 the state parties agreed a detailed roadmap under that memorandum on coordination of conservation efforts including transboundary migration.
Governance arrangements
Mostly Effective
The governance of the Cold Winter Deserts of Turan is overseen by a transnational Joint Steering Committee (JSC) composed of representatives from Kazakhstan, Turkmenistan, and Uzbekistan, ensuring coordinated management across the three countries. Work is being carried out to establish a Regional Steering Council for the “Cold Winter Deserts of Turan” property, to which specialists from three countries will be nominated. Once the legitimate basis of this interstate body is established, the allocation of funds for the management of the site will be discussed. In the near future, the Regulation on the Regional Coordination Committee will be developed, as well as the Regional Framework Management Plan for the transnational site, which will further formalise governance arrangements (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2024).
In Kazakhstan, the Committee of Forestry and Wildlife under the Ministry of Ecology, Geology, and Natural Resources oversees site governance, with Altyn-Emel National Park and Barsakelmes State Nature Reserve managed according to national laws. In Turkmenistan, the Ministry of Agriculture and Environmental Protection governs components like Bereketli Garagum, Repetek State Nature Reserve and Gaplangyr, while in Uzbekistan, the State Committee on Ecology and Environmental Protection manages sites such as Saigachy and Southern Ustyurt (States Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2023). The JSC aims to facilitate collaboration, monitoring, and compliance with a trilateral Memorandum of Understanding, while individual countries implement site-specific management plans. While decision-making is primarily government-led, stakeholder input is incorporated through consultations and outreach programs, though local community involvement in high-level governance remains limited. Accessible information on natural values, threats, and protected area use is shared through awareness campaigns and research, but mechanisms for resolving grievances and ensuring transparency require strengthening. The system supports adaptive management through monitoring and evaluation, informed by international collaboration and traditional knowledge, though further work is needed to enhance equity and sustainable financing. In 2025 and 2026 the elaboration of a regional Management Plan coordinating the management among the state parties is forseen and shall substantiate the JSC. The process is initiated by a recently startet project of the International Climate Initiative (IKI) "One Health in Nature Conservation – Enhancing landscape resilience to zoonotic disease emergence by consolidating nature conservation systems in Central Asia" (OHCA), led by IUCN.
Integration into local, regional and national planning systems (including sea/landscape connectivity)
Mostly Effective
Integration of the site into local, regional, and national planning systems is achieved through governance and management frameworks defined in the nomination dossier, and corresponding management plans for the respective component protected areas in Kazakhstan, Turkmenistan, and Uzbekistan.

Each country implements legally mandated management plans that incorporate socio-economic and environmental considerations. For instance, the Saigachy Reserve Management Plan in Uzbekistan includes mechanisms for assessing socio-economic changes, monitoring activities, and involving local authorities and communities. Similarly, in Turkmenistan, annual and five-year management plans address conservation objectives and sustainable development goals, supported by strategies like the National Biodiversity Strategy and Action Plan​.

Impact assessments for development projects are part of the planning system to mitigate threats to the site's values, with examples like GIS-based modeling in Kazakhstan to evaluate infrastructure impacts. At a broader scale, the Joint Steering Committee (JSC) and particularly the Ustyurt memorandum (CMS, 2024) facilitates transboundary cooperation, particularity through the road map on Usyurt conservation (CMS, 2025) and ensures the site’s management aligns with regional conservation priorities while respecting local livelihoods. Education and eco-tourism initiatives provide economic opportunities while raising awareness of the site's significance​.

Despite these frameworks, challenges include balancing strict conservation mandates with local land-use practices and ensuring equitable representation of local communities in governance. Integration with broader landscape management remains a key focus to maintain the site's Outstanding Universal Value, particularly given the recent inscription of the site and the need for adoption of mechanisms across relevant systems (both sectoral and regional​) to ensure the conservation of the site.
Boundaries
Some Concern
The boundaries of the Cold Winter Deserts of Turan are clearly defined and supported by buffer zones in most components to enhance protection. For example, the Barsakelmes cluster in Kazakhstan includes a 52,161-hectare buffer zone that allows controlled activities like eco-tourism and reforestation, regulated by the Law on Specially Protected Natural Areas. Similarly, in Uzbekistan, the Saigachy Reserve has a 219,800-hectare buffer zone where limited sustainable uses, such as livestock grazing and ecotourism, are permitted under strict regulations to prevent adverse impacts. In Turkmenistan, buffer zones like the one around the Repetek Reserve (47,324 hectares) reduce risks from external pressures, although buffer zones are not universally established for all components​


.

Boundaries are marked where necessary, and protective measures include passive systems such as signage and active patrols by rangers. These zones are critical in mitigating risks like overgrazing, poaching, and fire hazards, with enforcement supported by national legislation and management plans tailored to the specific needs of each component​. While effective overall, some gaps in the establishment of buffer zones highlight the need for additional measures to ensure consistent protection​.
Overlapping international designations
Data Deficient
The site overlaps with the Barakelmes and Altyn Emel Biosphere Reserves in Kazakhstan, and with the Repetek Biosphere Reserve in Turkmenistan. The extent to which management efforts are coordinated is not clear.
In none of the designated Biosphere Reserves the Lima Action plan is implemented as intended. However, it doesn't affect the OUV of the World Heritage site.
Implementation of World Heritage Committee decisions and recommendations
Mostly Effective
The World Heritage Committee requested the State Parties (Decision 45 COM 8B.29) to increase the connectivity between the component parts of the property and with the wider ecosystem, including by removing and mitigating barriers to large mammal migration. By signing the Ustyurt memorandum (CMS, 2024) and adopting the corresponding roadmap (CMS, 2025) that request has been given high priority by all three state parties within the most relevant transboundary region of the World Heritage Site. On designating further buffer zones no further developments have been made to date.

Regarding the request on allocating sufficient funding to the Joint Steering Committee, strengthening the transnational and transboundary management of the property, including through regular exchange and capacity-building and research and monitoring across the 14 component parts of the property, including for transboundary migration patterns: to date international conservation organisations provide funding and capacities and the State Parties provide logistical support and show considerable political will.
Climate action
Some Concern

The management plans for the Cold Winter Deserts of Turan include provisions to address the impacts of climate change on the Outstanding Universal Value (OUV) of the site. Each cluster's management plans incorporate scientific research and monitoring programs to track environmental changes, including climate-related effects. For example, Uzbekistan's Saigachy Reserve emphasizes using modern monitoring methods like camera traps and data analysis. Furthermore, Turkmenistan integrates climate adaptation measures through national strategies such as the National Climate Change Strategy (2012), which aligns with global climate action goals​


.

While a comprehensive system to measure and monitor the effects of climate change specifically on the OUV is in place, challenges remain in integrating adaptive management across all components. The management plans promote activities supporting global climate action, such as public awareness campaigns, eco-tourism, and sustainable resource management practices​. This is a particularly key aspect of the management of the site, given the OUV linked to climate processes, and the local and regional climatic changes that occurred across some components of the site, linked to the drying of the Aral Sea. It is, therefore, essential that climate action is fully integrated into the management frameworks and plans for the site.
Management plan and overall management system
Mostly Effective
The Cold Winter Deserts of Turan has management plans for its various components, developed and updated regularly to ensure effective governance and conservation. For instance, new management plans for 2021–2025 were approved in 2022 under the Central Asian Desert Initiative (CADI). These plans identify the site's values, key threats, and management objectives, grouped into thematic programs focusing on ecosystem protection, scientific research, public education, and sustainable territorial development​.

Management is guided by planned annual work programs, which include patrolling, biodiversity monitoring, and fire prevention. Adaptive practices, such as updating management strategies based on environmental and socio-economic changes, are a central feature​. Local employment and community wellbeing are promoted through eco-tourism initiatives, education programs, and public engagement efforts. Positive impacts on communities, including awareness-building and economic benefits, are highlighted in the management framework, though challenges remain in fully integrating community participation​.

The Joint Steering Committee plays a critical role in overseeing the site's transboundary management, ensuring joint reporting and monitoring, resource sharing, and international capacity building, while facilitating adaptive management based on priorities identified at both site and international levels​. A Regional Framework Management Plan for the transnational site will be developed soon (2025-2026), which will serve to strengthen the management system overall (State Parties of Kazakhstan, Turkmenistan and Uzbekistan, 2024). The process is initiated by a recently startet project of the International Climate Initiative (IKI) "One Health in Nature Conservation – Enhancing landscape resilience to zoonotic disease emergence by consolidating nature conservation systems in Central Asia" (OHCA).

Overall, the management plans are actively used, with objectives such as the conservation of biodiversity and the enhancement of local livelihoods being progressively achieved. However, monitoring and evaluation continue to play a critical role in ensuring the long-term success of these efforts.
Law enforcement
Mostly Effective
Law enforcement mechanisms are guided by national legislation in Kazakhstan, Turkmenistan, and Uzbekistan. These include regular patrols conducted by rangers, active monitoring of threats such as poaching and fires, and passive measures like the installation of warning signs and billboards. In Turkmenistan's Bereketli Garagum Nature Reserve, for instance, 23 rangers patrol specific zones, supported by equipment and round-the-clock fire posts during hazardous periods​.

Legal frameworks ensure strict regulation of permitted activities within protected areas, such as research and eco-tourism, and establish processes for issuing permits. Efforts are made to respect local community rights, including controlled resource use in buffer zones and engagement through eco-education programs​. However, law enforcement is constrained by limited financial capacity, which affects the availability of resources and personnel needed for comprehensive site protection in some components​.

Specific accountability mechanisms for resolving grievances or disputes with enforcement agencies are not detailed in the nomination dossier. While there is a focus on community engagement through education and outreach, ensuring fair representation and transparent accountability remains an area for improvement​.
Sustainable finance
Some Concern
In the participating States, all 14 components of the property are fully funded from the State budgets of the respective countries.
Financial resources for management are detailed in the site’s respective component management plans. The plans include cost estimates for activities such as ecosystem protection, scientific research, and community engagement, including how financing is sourced. For example, the Altyn-Emel cluster in Kazakhstan allocated 2,555,158,500 tenge (around 5,073,113.82 USD) for its 2019–2023 management plan, with funding sourced from the state budget (87%), park revenues (13%), and sponsor contributions​.
Funding sources across the three countries include national budgets, income from eco-tourism, fines for environmental violations, grants from international organizations, and voluntary donations. In Turkmenistan, for instance, state nature reserves like Bereketli Garagum are funded through the national budget, fines, and permits, with some resources used to hire seasonal workers and purchase equipment​. Uzbekistan’s Saigachy Reserve management plan highlights international support for capacity-building and equipment​.

Despite these efforts, financial resources are insufficient to fully implement all required management measures, with funding gaps limiting enforcement and monitoring. Salaries are too low in all protected areas, thus don't attract qualified staff and limit motivation at the same time. Measures to address these gaps include diversifying funding streams through partnerships, eco-tourism expansion, and international grants​.
Staff capacity, training and development
Some Concern
The protected areas representing components of the site employ a mix of full-time and seasonal workers, including rangers and scientific staff, with training provided on biodiversity monitoring, fire safety, eco-tourism management, and wildlife conservation. For example, staff of Reserves in Turkmenistan received regular workshops and field training, supported by initiatives like the CADI project. The components of the site are equipped with necessary infrastructure for monitoring, patrolling, and fire prevention, although limited financial resources sometimes hinder effective implementation of necessary duties. While equipment such as field cameras and vehicles are maintained, staff shortages and lack of specialized departments, like the absence of a scientific team at the Saigachy Reserve in Uzbekistan, remain challenging.
Education and interpretation programmes
Mostly Effective
Several education and awareness programs aimed at enhancing the understanding of the site’s values among stakeholders are underway, or have been undertaken in recent years. These programs are a part of broader public relations and environmental education efforts outlined in the site's management plans. The Central Asian Desert Initiative (CADI) has played a key role in supporting joint public awareness campaigns, staff exchanges, and environmental education activities across Kazakhstan, Turkmenistan, and Uzbekistan. For example, environmental education activities focus on the ecological significance of the desert ecosystems and their unique species, with efforts to raise awareness about the role of the site in terms of carbon sequestration, alongside general education on the site’s natural values, as well as raising awareness about sustainable resource use. Regulations around the sustainable use of the site’s natural resources are communicated through community engagement, with a particular focus on educating local populations about responsible resource management, particularly around grazing and harvesting of plant species. Local communities are informed about regulations through workshops and awareness campaigns, helping them understand the importance of conserving the desert's biodiversity. Since 2022, an Information Visitor Center equipped with all the necessary equipment for holding seminars, round tables, and other events has
been operating at the Bereketli Garagum Nature Reserve. In 2022-2024, this Visitor Center hosted a total of 6 round tables and seminars with the participation of reserve employees, public associations, and the local population (State Parties of Kazakhstan, Turkmenistan, and Uzbekistan, 2024).
Tourism and visitation management
Mostly Effective
The remoteness of the site means that tourism visitation is relatively low for the majority of the site's components. However, the components of the site are managed according to local, national, and regional tourism policies, with a focus on eco-tourism and educational outreach. The Altyn-Emel National Park (Kazakhstan), for example, actively promotes its values through its visitor center, which educates visitors about the park’s natural heritage and biodiversity, with over 60% of its visitors being students. There are currently eco-routes in the Barsakelmes cluster (Kazakhstan) and plans for eco-tourism development in the Bereketli Garagum component (Turkmenistan)​. In Saigachy Reserve and Southern Ustyurt National Park the national government plans for development of ecotourism infrastructure in 2025 and 2026. However, the understanding of ecotourism is often a misconception and does not necessarily align with ecological, sustainable and responsible tourism. In this respect sound capacity development is necessary. Considering the overall limited amount of expected tourism the negative impact can anyway considered as low.

Tourism plans exist for several components of the site. For example, the Altyn-Emel National Park has three established tourist routes and offers accommodations like hotels and campsites. In the Barsakelmes State Nature Reserve, visitor access is strictly controlled, with limited group sizes and specific routes. However, plans to develop additional infrastructure like a bird-watching post and a visitor center, which will support conservation while accommodating tourists. In Turkmenistan, the Bereketli Garagum component currently has limited tourism infrastructure, though it holds significant potential for eco-tourism.

Appropriate measures are set out in the tourism management plans to control tourism in order to maintain the values of the site. For instance, Altyn-Emel employs restrictions on vehicle movements during sensitive wildlife periods and redirects tourists from over-visited areas like the Singing Dune. Similarly, visitor impacts are carefully monitored, with limits on visitor numbers and regulated access to particularly valuable areas.
Sustainable use
Mostly Effective
As noted in the threats assessment, natural resource use within the components of the site, including grazing and harvesting of wild plant species is a challenge for the management of the site and the conservation of it's OUV. Mechanisms to regulate resource use in and around the site are outlined in the management plans for the respective components, with direct resource use/extraction confined to buffer zones. Local communities and rightsholders are allowed controlled access to resources such as grazing, haymaking, and plant collection, regulated to prevent overuse and protect the site’s values. For instance, resource use in the Saigachy Reserve (Uzbekistan) is managed through designated plots and rotational grazing systems to minimize ecological impact.

While there is no indication that current resource use significantly threatens conservation, challenges such as illegal grazing or resource extraction exist and are addressed through monitoring, ranger patrols, and fines. However, further assessments and adaptive management strategies as well as formal agreements and/or contracts with herders and other resource users could enhance the regulation and sustainability of resource use across the site.
Monitoring
Mostly Effective
Monitoring of the attributes conveying the sit's OUV is undertaken through ranger patrols, periodic ecological surveys, and climate data, funded through governmental sources, with support from the Central Asian Desert Initiative (CADI) and other international initiatives. These efforts focus on tracking species populations, habitat conditions, and ecological processes.

Despite this, gaps in monitoring include the lack of a standardized, site-wide protocol to systematically assess the site's Outstanding Universal Value (OUV). Limited financial and technical resources also hinder consistent data collection, particularly in remote areas of the site. Expanding partnerships with academic institutions and research centers could address these gaps by introducing advanced methodologies, such as remote sensing for habitat monitoring or long-term climate impact studies. Enhancing data sharing between countries and establishing a centralized monitoring database could also improve the comprehensiveness of monitoring efforts.
In several of the sites proteced areas SMART has been introduced in the course of recent years. Both sites in Uzbekistan apply SMART monitoring in the meantime and collection, analysis and adaptation works pretty good. Uzbekistan is about establishing a coordinated SMART unit within the Ministry of Ecology to further strenghten mechanism. With the development of trainings and monitoring guidelines the capabilities of Rangers has been improved in the course of recent years.
Financial limitations to cover costs for petrol and car maintanence for instance limit the ability to regularily monitor the large territories.
Research
Mostly Effective
Outside of regular monitoring (see above), targeted research programs as part of the adaptive management system for the Cold Winter Deserts of Turan do not appear to be in operation- the lack of scientific staff at Saiagachy is indicative of this. However, research activities are supported through collaboration with initiatives like the Central Asian Desert Initiative (CADI), which has funded biodiversity studies, habitat assessments, and monitoring of species of conservation concern. These efforts rely on partnerships with academic institutions, government agencies, and international organizations.

While current knowledge about the site’s biodiversity and ecological processes is sufficient to guide management plans, gaps remain in long-term climate impact studies, socio-economic research, and the integration of traditional and local knowledge. Expanding cooperation with research centers, universities, and local communities could enhance data collection and ensure that management decisions are based on diverse and up-to-date information. This approach would strengthen the adaptive management system and help maintain the site’s values over the long term.
Effectiveness of management system and governance in addressing threats outside the site
Some Concern
While all component parts of the nominated property meet protection requirements—enhanced by their remote locations, which provide a high level of protection from direct development pressures—some areas have been significantly impacted by the drying of the Aral Sea. This environmental change has led to widespread desiccation and salinization, resulting in the dramatic loss of plant life, fish, and invertebrate fauna. Establishing buffer zones for all site components would be instrumental in mitigating external threats, particularly for those located near industrial activities. Additionally, ensuring transboundary connectivity between components is vital for the recovery of ungulate species, which are key attributes of the site's Outstanding Universal Value (OUV). Facilitating their migration would strengthen the integrity of this critical behavioral adaptation.
Effectiveness of management system and governance in addressing threats inside the site
Mostly Effective
The management system and governance of the site are effective in addressing key threats such as poaching, habitat degradation, and climate change and a coordinating mechanism is in place and will be further strengthened through the Joint Steering Committee. Legal frameworks regulate threats, and adaptive management practices are informed by biodiversity monitoring and ranger patrols. Community engagement through eco-tourism and resource use regulations also contributes to reducing negatives impact. However, challenges include limited financial resources, which hinder full implementation of enforcement measures and regular monitoring. Strengthening financial support, expanding monitoring, and enhancing community involvement could improve the system's overall effectiveness.
The site benefits from robust governance and management frameworks at the national level, coordinated through a transnational Joint Steering Committee (JSC) that oversees collaboration between Kazakhstan, Turkmenistan, and Uzbekistan, although an overall management plan for the site would be beneficial in order to define the scope and maximise the benefits of transboundary management. This is currently being developed in the scope of the recently started IKI Onehealth project in the region, scheduled for the coming two years. The site components have regularly updated management plans that define values, threats, and conservation priorities, guiding activities such as patrolling, fire prevention, and biodiversity and ecosystem monitoring. Regulated resource use in buffer zones and eco-tourism initiatives support sustainable development while safeguarding ecological integrity, complemented by environmental education programs and visitor infrastructure in areas like Altyn-Emel National Park but also elsewhere. It is important that protection and management of the site promoted the restoration of ecosystems in the component parts of the site that have suffered from the impacts of the drying of the Aral Sea. Limited financial resources hinder law enforcement, equipment upgrades, and comprehensive patrolling, while gaps in monitoring and research—including the lack of standardized protocols for assessing Outstanding Universal Value (OUV)—remain a challenge. Partnerships with academic institutions and enhanced community involvement in governance and grievance mechanisms could address these gaps. Strengthening financial sustainability, expanding research collaborations, and incorporating adaptive management based on monitoring outcomes are crucial to maintaining the site’s values and ensuring its long-term protection.

Taxonomic diversification and morphological convergence of plants

Low Concern
Trend
Stable
The site exhibits significant taxonomic diversification and morphological convergence, particularly in plant families such as Chenopodiaceae and genera like Artemisia, reflecting ongoing biological evolution, driven by the harsh desert conditions of extreme dryness, temperature fluctuations, salinity, and mechanical stresses like sandstorms. These processes remain relatively well conserved due to the remote and arid nature of the region, which limits direct human interference. However, effective conservation measures are required to maintain these values, including the establishment of buffer zones (where necessary), and the control of grazing and resource extraction, which are crucial to maintaining these evolutionary processes of the site.

Morphological, physiological and behavioral adaptations ensuring survival of animal life in the site, including seasonal migrations of large mammals

High Concern
Trend
Data Deficient
The site supports a wide range of morphological, physiological, and behavioral adaptations that enable animal survival in extreme desert conditions. These adaptations are reasonably well-conserved within the site, particularly due to the large, protected areas that support ecological processes and reduce human pressures. However, threats such as border fences, habitat fragmentation, and poaching challenge the preservation of these critical behaviours, particularly for migratory species. Strengthening transboundary management and ensuring connectivity are essential to preserving these adaptations. As such, the signing of a Memorandum on Wildlife Conservation by Kazakhstan and Uzbekistan on the Ustyurt Plateau at COP 14 of the CMS in February 2024 is an important step. In March 2025 the state parties agreed a detailed roadmap under that memorandum on coordination of conservation efforts including transboundary migration.

Carbon sequestration and storage by saxaul woodlands

Low Concern
Trend
Data Deficient
The saxaul woodlands of the Cold Winter Deserts of Turan play a critical role in carbon sequestration and storage, representing one of the most significant examples of these processes in desert ecosystems. Dominated by species such as Haloxylon persicum and Haloxylon ammodendron, these woodlands are endemic to Central Asia and are uniquely adapted to the harsh desert conditions, forming long-lived vegetation in sandy areas. However, while extensive saxaul woodlands are preserved in areas like the Repetek State Nature Reserve, their overall conservation is challenged by groundwater level reductions, degradation from climate impacts, and historic overuse for fuelwood. Proactive management in protected areas has allowed for population recovery, but further efforts are essential to sustain their ecological functions.

Desert plant diversity hotspot

Low Concern
Trend
Data Deficient
The site showcases exceptional plant diversity, characterized by xeromorphic adaptations to extreme environmental conditions, including dryness, salinity, and seasonal temperature fluctuations. Plant life includes a range of annuals, perennials, semi-shrubs, and woody species like Haloxylon, Salsola, and Artemisia, as well as regionally endemic species. Despite the challenges of climate change and human activities, much of this diversity remains well-conserved in the site's large protected areas. However, ongoing threats such as habitat degradation and insufficient data on threatened species highlight the need for sustained conservation and improved management measures to ensure the long-term preservation of this unique desert flora.

Refuge and centre of recovery for rare and threatened species

Low Concern
Trend
Data Deficient
The site serves as a critical refuge and recovery center for numerous rare and threatened species, including globally endangered mammals like the Saiga antelope (Saiga tatarica), Kulan (Equus hemionus kulan), Goitered gazelle (Gazella subgutturosa), and Urial (Ovis vignei arkal). The region also supports desert-adapted carnivores such as the Honey badger (Mellivora capensis), Caracal (Caracal caracal), and Sand cat (Felis margarita), alongside endemic species of rodents and reptiles. Additionally, it provides key habitats for migratory birds, with critical resting points along migration routes and breeding areas for species like the Asian houbara (Chlamydotis macqueenii). While much of the fauna remains well-preserved due to the remoteness of the site, threats such as border fencing, and poaching continue to challenge species recovery, highlighting the need for stronger transboundary management and anti-poaching measures​.
Assessment of the current state and trend of World Heritage values
Stable
The Cold Winter Deserts of Turan sustain significant ecological values, including exceptional plant diversity, unique morphological and behavioral adaptations in animals, critical carbon sequestration by saxaul woodlands, and a vital refuge for rare and threatened species. These values are relatively well-preserved within the extensive protected areas making up the site, where the remoteness and harsh conditions limit direct human impacts. However, persistent threats such as habitat fragmentation, border fencing, poaching, and environmental degradation the drying of the Aral Sea, overgrazing, infrastructure development, and climate change are undermining their integrity. While proactive management and conservation efforts have facilitated the recovery of some species and habitats, the overall trend is mixed, requiring further enhancement of transboundary cooperation (while promissing efforts are made already), targeted protection measures, and sustainable management practices to maintain and strengthen these values over the long term.
Assessment of the current state and trend of other important values
Data Deficient
Data Deficient
Data deficient
Organization Brief description of Active Projects Website
1 University of Greifswald, Michael Succow Foundation, FAO The overall goal of the Central Asian Desert Initiative (CADI) was the conservation and sustainable use of the cold winter deserts of Central Asia. The main target countries were Kazakhstan, Turkmenistan, and Uzbekistan. The project had following outputs: 1. Knowledge on biodiversity, ecosystem services, conservation status, and land use of the cold winter deserts accessed and disseminated; 2. Multi-stakeholder-based sustainable land management for the desert biome exemplary introduced; 3. Improved management of existing protected areas and designated new protected areas in the desert biome; 4. Cold Winter Deserts of Turan nominated as UNESCO World Natural Heritage Site; 5. Regional cooperation for conservation and sustainable use of cold winter deserts strengthened. The CADI project has supported the target countries to fulfill their obligations under the relevant international environmental conventions (UNCBD, UNCCD, UNFCCC as well as the CMS). In doing so, it has primarily contributed to the achievement of Aichi Targets 11, 15, and 19.
https://www.international-climate-initiative.com/en/project/central-asian-desert-initiative-cadi-conservation-and-sustainable-use-of-winter-cold-deserts-in-central-asia-16-iv-052-asien-a-central-asian-desert-initiative-cadi/
2 IUCN, Secretariat of the Convention on Migratory Species (CMS), UNEP World Conservation Monitoring Centre (WCMC), Michael Succow Foundation (MSF), Zoological Society of London (ZSL), CAMP Alatoo (Kyrgyzstan), Zoological Institute of Kazakhstan, Institute of Zoology of the Uzbek Academy of Sciences, Tajik Nature Foundation The overall project objective is the prevention of zoonoses through the expansion and improvement of protected areas and Other Effective Area-based Conservation Measures (OECMs) in Central Asia. The project comprises three core thematic components: 1. Area based (landscape) conservation, 2. Management of wildlife species for the conservation and health of human, and 3. Environmental health through good governance, equity and rights
https://www.international-climate-initiative.com/en/project/enhancing-landscape-resilience-to-zoonotic-disease-emergence-by-consolidating-nature-conservation-systems-in-central-asia-22-iv-118-asia-a-one-health-in-nature-conservation/

References

References
1
Bykova E., Marmazinskaya N., Esipov A., Gritsyna M. (2020). Brief review of the status of rare ungulates of Uzbekistan. Mater. XV Ubsunur International Symposium “Ecosystems of Central Asia: research, conservation, rational use” (Kyzyl, Russia, July 5-8, 2020). Krasnoyarsk: Offset Publishing House. pp. 199-206.
2
FAO. (2022). Proceedings from the International Cold Winter Desert Conference – Central Asian Desert Initiative. 2-3 December, Tashkent, https://doi.org/10.4060/cc1339en
3
IUCN (2023). World Heritage Nomination – IUCN Technical Evaluation, Cold Winter Deserts of Turan (Kazakhstan, Turkmenistan and Uzbekistan). In: IUCN World Heritage Evaluations 2023, IUCN Evaluations of nominations of natural and mixed properties to the World Heritage List. WHC/23/44.COM/INF.8B. [online] Gland, Switzerland: IUCN. Available at: https://whc.unesco.org/en/list/1693/documents/
4
IUCN Consultation (2022). IUCN World Heritage Confidential Consultation: Cold Winter Deserts of Turan, Kazakhstan, Turkmenistan and Uzbekistan
5
Manthey, M., Welscher, C., Wunderlich, J., Murzakhanov, R., Sklyarenko, S., Gritsina, M., Karryeva, S., Pavlenko, A., Nishanov, N., (2020). Cold Winter Deserts of Central Asia (Turan), in: Reference Module in Earth Systems and Environmental Sciences. Elsevier, p. B9780128211397000179. https://doi.org/10.1016/B978-0-12-821139-7.00017-9
6
Rakhimova T., Rakhimova N., Shomurodov K.H., Abduraimov O. (2020). Ontogenetic structure of rare plant species on the Ustyurt Plateau in Uzbekistan. Arid Ecosystems. Vol. 26, № 3 (84). 71-78 pp.[in Russian]
7
States Parties of Kazakhstan, Turkmenistan and Uzbekistan (2023). Nomination of Cold Winter Deserts of Turan as a World Heritage Site. [online] Ashgabat, Turkmenistan: Ministry of Agriculture and Environmental Protection of Turkmenistan (bearer of the nomination), pp.1-398. Available at: https://whc.unesco.org/en/list/1693/documents/. [Accessed 19 November 2024].
8
States Parties of Kazakhstan, Turkmenistan and Uzbekistan (2024). State of Conservation Report by the State Parties: Cold Winter Deserts of Turan. Available at: https://whc.unesco.org/en/list/1693/documents/
9
Ten A., Kashkarov R., Matekova G., Zholdasova I., Turaev M. (2012). Akpetky lakes, Sarykamysh lake, Ayakaghytma lake, and their desert surrounds: three new Important Bird Areas in Uzbekistan. In: Sandgrouse 34 (2012). pp. 137-147. [in Russian]

Indigenous Heritage values

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