Reforestation - The Times Of Central Asia

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Nature Reserve

Kazakhstan Tree Planting Drive Faces Wildfires and Low Survival Rates

In late October, as firefighters battled forest fires in three regions of Kazakhstan, authorities announced a 300 million tenge (approximately $660,000) project, funded by state-owned Samruk-Kazyna, to restore pine forests in the Semey Ormany nature reserve in the country's east. The project involves planting three million pine seedlings across 762 hectares. Three years earlier, a wildfire swept through approximately 60,000 hectares of the reserve. Fourteen forestry workers died, while authorities also counted a local tractor driver who went to help fight the blaze as a 15th victim. Experts estimate that the wider ecosystem could take at least 70 years to recover. Such losses are particularly severe for Kazakhstan, where forests cover only about 5% of the country's territory. Kazakhstan is now in the sixth year of a program to plant two billion trees. By the end of 2025, authorities had reported approximately 1.6 billion plantings and seedings, although a later government report put the figure at 1.7 billion. In some years, most seedlings have failed to survive. What Counts Toward Two Billion Trees? The program was launched in 2020, with planting originally scheduled for completion by 2025. The deadline was subsequently extended to 2027. Ecology Minister Yerlan Nysanbayev attributed the delay to insufficient funding and a shortage of equipment and resources. In July 2025, the Ministry of Ecology reported that approximately 743 million were seedlings and another 640 million were seeds sown directly into the ground. Government statistics therefore include both planting and seeding, although the success of the latter depends on germination rates. Much of the work is taking place on the dried seabed of the Aral Sea. Once one of the world's largest lakes, the Aral Sea shrank dramatically after water was diverted from its feeder rivers for irrigation, causing an environmental disaster. Its exposed seabed became a source of salt-laden dust carried by winds far beyond the Aral Sea region, which spans parts of Kazakhstan and Uzbekistan. To stabilize the sands, workers plant saxaul, a desert tree or shrub with an extensive root system. Between 2021 and 2025, forest reclamation work covered approximately 1.1 million hectares of the former seabed, using both seedlings and seeds. Saxaul planting helps reduce dust storms, but it serves a different ecological purpose from restoring conventional forests. The two-billion-tree target therefore combines activities designed to address different environmental problems. Why Seedlings Fail to Survive According to the Ministry of Ecology, the survival rate of planted trees was 45.3% in 2021, 35.1% in 2022, and 31.2% in 2023. It rose to 50.5% in 2024. Before the program began, the rate had been approximately 54%. In western and southern Kazakhstan, young plants suffer from drought and high temperatures. Conditions are more favorable in the north and east, where survival rates can reach 70%. At Semey Ormany, the target survival rate for planted pine seedlings is 70% to 90%. Problems also arise from the way planting campaigns are organized. In October 2024, Prime Minister Olzhas Bektenov accused regional administrations of inflating greening figures and concealing...

Reforestation

After the Fires: The 9 Million-Tree Plan to Restore Kazakhstan’s Forests

In 2023, wildfires destroyed more than 60,000 hectares of forest in the Semey Ormany State Forest Nature Reserve in eastern Kazakhstan’s Abai Region. The restoration effort now underway is not simply about replacing what was lost. It is about rebuilding forests in a way that can survive, mature and support future generations. That is the purpose of Halyk Ormany, a five-year reforestation program supported by the Halyk Charitable Fund, co-founded by Timur Kulibayev and Dinara Kulibayeva in 2016. With 1 billion tenge committed, the project plans to plant 9 million trees across three ecologically significant locations: Semey Ormany, Ile-Alatau National Park and the green belt of Astana. Since its launch in autumn 2025, more than one million seedlings have already been planted across 400 hectares in Semey Ormany alone, with a further 1,600 hectares to follow as part of the wider program. Building forests designed to endure The question is no longer “How many trees can we plant?” but rather “How can we nurture forests that endure for decades to come?” Halyk Ormany is designed to maximize survival rates and long-term ecological impact, including through optimal site selection, high-quality planting material and implementation led by forestry experts. In Semey Ormany, the project uses two-year-old Scots pine seedlings because the species is native to the area and suited to local soil, climate and precipitation conditions. The process begins long before planting: cones are collected locally, dried and processed, seeds are quality-tested and classified, and seedlings are grown in nurseries before being hardened for transfer to forest sites. Planting is then carried out and closely monitored by forestry specialists. Expected survival rates are between 70% and 90%, with failed seedlings replaced. The infrastructure behind lasting restoration The project also looks beyond planting, focusing on the nursery, irrigation and maintenance systems required to help young trees survive. The Fund has funded a major irrigation modernization program in Semey Ormany, worth more than KZT 146 million ($321,000), including new water-storage tanks, pipelines, pumps and sprinkler systems. Nursery staff also monitor water temperature to avoid damaging young seedlings and use a hardening process to prepare them for harsher forest conditions. An experiment found that locally grown seedlings achieved a 97% survival rate, compared with 25% for non-local stock tested elsewhere. A delivery model built for impact The delivery model is central to the project’s credibility. As a pilot ESG partnership between the state and private sector, it is designed to combine scale with clear responsibilities, transparent funding and measurable environmental results. Funding is channeled through a dedicated mechanism with oversight at each stage, while planting work is carried out and monitored in partnership with the Ministry of Ecology. This addresses one of the persistent challenges in reforestation: ensuring that projects are not judged simply by the number of trees planted, but by whether those trees survive, mature and deliver lasting environmental benefits. Restoration as a shared national effort Corporate partners, volunteers and communities are also integrated into the process, supporting the long-term approach rather than...

Forestry

Tajikistan Turns to Satellites to Discover How Much Forest It Has Left

In Barvoz village in the Western Pamirs, Zarifkhon Gulchinov watched a green forest near his home become a semi-desert during the 1990s. The collapse of the Soviet Union and Tajikistan’s civil war left the isolated region short of electricity and coal. Families cut trees to heat their homes and cook. “I also went to the forest for firewood, but I cut down only old and dry trees and bushes,” Gulchinov recalled. He later joined a community forestry program and received five hectares of degraded land to restore. Villagers now plant hundreds of trees and protect young growth from livestock. They also maintain an irrigation canal fed by mountain water. Such places explain why a forest inventory is more than a technical count. A strip of trees can supply fuel or hay. It can also hold a riverbank together and shield fields from erosion. Yet Tajikistan has spent decades without a reliable national picture of where its forests remain or what condition they are in. Counting What the Country Has On July 15, Deputy Forestry Agency Director Davlatali Sharifzoda announced a national inventory using satellite images and field inspections. The work will cover forests under every form of ownership, and its results will support ten-year management plans for each state forestry enterprise. Local coverage has described the exercise as Tajikistan’s first complete forest inventory using satellite data. A World Bank project appraisal says the country last conducted a national inventory in 1990. The current exercise is therefore the first nationwide inventory since independence and the first to use modern mapping methods across the country. The inventory combines Sentinel-2 and RapidEye images with geographic information systems. Machine-learning tools classify forest types, while mobile laser scanners can create three-dimensional models of tree stands. Field teams will still visit selected plots to measure tree diameter and height, and count the number of trees in each area. Their observations will show whether the satellite classifications match conditions on the ground. The work is being carried out by Aerogeodesy Dushanbe and Austria’s Umweltdaten GmbH through the World Bank-backed Tajikistan Resilient Landscape Restoration Project. A June progress update said the team carrying out the inventory had been appointed and work was underway. The project is due to close on September 30, 2027. Why the Numbers Diverge Tajikistan has long been described as one of Central Asia’s least forested countries. The figure most often used is about 3% of the national territory, or roughly 420,000 hectares. The World Bank has also noted that land administered by the Forestry Agency covers a much larger area, but much of that land is pasture rather than forest. Preliminary satellite work has now put forest cover at about 4.7%. The higher estimate does not mean that Tajikistan suddenly gained trees. Better mapping may be capturing sparse woodland and remote areas missed by older records. The final inventory should also separate actual forest cover from land that belongs to the state forest fund but carries little or no tree cover. That distinction affects...

Nature

Tajikistan’s Forests on the Brink of Extinction

Tajikistan's forests, already scarce, covering just 3% of the country's territory, are facing unprecedented threats due to climate change and human activity. These fragile ecosystems, vital for maintaining the country’s ecological balance, are rapidly disappearing, with far-reaching consequences for the environment and public safety. Since the early 1990s, Tajikistan’s forest area has shrunk significantly. Currently, forests cover approximately 423,000 hectares, compared to about 20% of the national territory a century ago. In the 19th century, tugai forests alone spanned one million hectares, now reduced more than eightfold. The causes of deforestation are complex: widespread logging during past energy crises, land conversion for agriculture, rising temperatures, and declining precipitation. These factors have accelerated ecosystem degradation and disrupted the country’s water balance. Forest loss is also directly linked to the rising frequency of natural disasters. According to the National Climate Report, the number of mudslides and landslides has increased by 25-30% over the past two decades. Experts estimate that one in five landslides in mountainous regions is directly related to deforestation. Climate warming is also hastening snow and glacier melt, resulting in sudden floods, while prolonged droughts render the soil brittle and unstable. Forests once served as a natural buffer against these effects, but are no longer able to perform this function effectively. As temperatures rise, Tajikistan’s forests are becoming increasingly susceptible to fires. In 2025 alone, wildfires scorched over 430 hectares of forest in nine regions, including Varzob and Penjikent. Compounding the crisis is inadequate infrastructure. “There are no roads, equipment cannot reach the area, and the material and technical base is poorly developed,” said Davlatali Sharifzoda, Deputy Director of the Forestry Agency. Rising temperatures are also fueling the spread of pests such as bark beetles, which threaten rare species already listed in the Red Book of endangered flora. Forest degradation is also contributing to soil erosion, particularly in mountainous areas. This poses a serious threat to agriculture, which occupies 3.7 million hectares of Tajikistan’s land. “Soils are becoming less productive due to rising temperatures and reduced rainfall, which reduces crop yields and complicates the lives of farmers,” said Murod Ergashev, a researcher at the Institute of Soil Science. Tajikistan’s forests are home to approximately 270 species of trees and shrubs, 30 of which are endangered. Biologist Rustam Muratov warns that ongoing degradation could lead to the irreversible loss of unique ecosystems and endemic species. The Tajik government is taking action. Under the Bonn Challenge, the country has committed to restoring 66,000 hectares of degraded forests by 2030. Plans include planting drought-resistant species, such as pistachio, walnut, and saxaul. The national forest sector development program for 2022-2026 aims to modernize nurseries, expand seedling production, and establish industrial plantations. The goal is to restore 15,000 hectares of forest, double forest productivity, and reduce livestock grazing in forest areas by 30%. Community involvement is key to sustainable forest management. In the Sangvor and Shokhin districts, local residents, with support from the FAO, participate in regulated harvesting of berries and medicinal plants. Tajikistan’s forests...

Aral Sea

Kazakhstan to Use Innovative Drone Technology for Aral Seabed Reforestation

On October 29, a new initiative titled “Improving the Ecosystem of the Aral Seabed” was launched by Korkyt Ata Kyzylorda University, the University of California, Berkeley, the Kazakh Directorate of the International Fund for Saving the Aral Sea (IFAS), and the Bulat Utemuratov Foundation. The project seeks to rehabilitate the dried Aral Sea bed using innovative E-seed technology developed by scientists at UC Berkeley. The method involves aerial seeding with drones that distribute self-burying seeds encased in biodegradable material, an approach designed to accelerate greening, increase plant survival rates, and reduce labor costs. Once the world’s fourth-largest inland sea, the Aral Sea covered 68,000 square kilometers across Kazakhstan and Uzbekistan. Beginning in the 1960s, large-scale irrigation projects diverted water from the Amu Darya and Syr Darya rivers to support cotton farming. By 2007, the sea had shrunk to just 10% of its original size. Today, the Aral Sea is a symbol of one of the world's most severe environmental disasters. Salt-laden dust from the exposed seabed, estimated in the tens of billions of tons, is carried by wind as far as the Arctic and the Himalayas. This toxic dust, infused with pesticides and heavy metals, contaminates soil, water, and air, threatening regional public health and food security. “The Aral Sea is a wound on the planet that cannot be ignored. We are launching a project that will create a barrier against salt and toxic dust, improve human health, and contribute to the future of the entire Earth,” said Ainur Karbozova, Director of the Bulat Utemuratov Foundation. “The uniqueness of this technology is that it can be applied worldwide from restoring burned-out forests to transforming deserts into green oases.” A test planting on a one-hectare site is planned for March-April 2026. In 2027, the second phase will expand the pilot to 50 hectares. “The use of the innovative E-seed technology will strengthen the soil structure, reduce dust and salt emissions, and ultimately increase the region's biodiversity,” said Rakhat Kurmanbayev, Associate Professor at Korkyt Ata Kyzylorda University. “By 2040, we plan to stabilize the ecosystem over at least 50 square kilometers. The project will reduce air temperatures by 1-2°C and improve the microclimate.” The initiative aligns with broader environmental goals outlined under Kazakhstan’s 2024-2026 chairmanship of IFAS, during which large-scale afforestation efforts aim to green more than 1 million hectares of the Aral seabed. The Times of Central Asia previously reported the construction of a saxaul nursery in the Kyzylorda region. Located directly on the former seabed, the facility is expected to produce 1.5 million drought-resistant saxaul saplings per year. According to the Ministry of Ecology and Natural Resources, Kazakhstan plans to afforest 1.1 million hectares of the dried seabed with saxaul. Between 2021 and 2024, 475,000 hectares were afforested, including 127,000 in 2024 alone. An additional 428,000 hectares are scheduled for planting in 2025. By the end of 2025, Kazakhstan expects saxaul to cover approximately 40% of its portion of the dried Aral seabed.

Reforestation

Natural Barriers: Kyrgyzstan Fights Disasters with Reforestation

Kyrgyzstan’s Ministry of Emergency Situations, in collaboration with representatives of the World Bank, has surveyed floodplain areas in the Jalal-Abad region to identify zones most vulnerable to erosion and flooding. The ministry's press service reported that environmental protection efforts will soon begin in these areas, aimed at strengthening soil stability and reducing the risk of natural disasters. The Forestry Institute had earlier designated the region as a pilot site for environmental initiatives. Emergency services personnel and forestry specialists plan to plant trees to establish protective forest belts. The trees’ root systems are expected to reinforce the soil and serve as natural barriers against landslides and mudflows. Last year, the region suffered severe rainfall, triggering mudslides that nearly destroyed two villages. A 10-year-old child lost their life, and over 300 families were evacuated. The disaster also inundated a section of the Bishkek-Osh highway, paralyzing traffic for several hours. “Visiting the ravines allowed us to assess their current condition and identify the areas most vulnerable to erosion. The timely implementation of protective measures, such as planting trees and applying bioengineering solutions, will not only mitigate flood risks but also help restore ecological balance,” the ministry stated. The project is funded by the World Bank and the International Development Association. The Jalal-Abad region has been selected for the pilot phase, with similar initiatives planned for other regions across the country. A recent World Bank report emphasized the economic costs of forest loss, noting its impact on the water cycle, soil stability, and drought resilience, factors that contribute to billions of dollars in global losses. “People and communities around the world are facing not only an environmental crisis but also an economic one. The good news is that solutions exist. If countries start investing now, natural systems can be restored, delivering strong returns in economic growth and job creation,” said Axel van Trotsenburg, Senior Managing Director at the World Bank. Experts argue that environmental programs should not be viewed as obstacles to development, but rather as key to building more sustainable and resilient economies.