Ecology - The Times Of Central Asia

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Central Asia Faces Devastating $9 Billion Annual Loss from Climate Crises

Central Asia faces a complex mix of development challenges, according to a study conducted by the Analytical Credit Rating Agency (ACRA). These include global issues such as climate change, rising inequality, and demographic shifts, alongside regional concerns like water crises, aging infrastructure, border conflicts, and lack of access to sea routes. The region’s challenges can be categorized into external and internal risks. Since gaining independence, Central Asia has been shaped by the influence of global powers. Trade, security, energy, and education ties with Russia remain strong, while China’s Belt and Road Initiative has led to significant investment in infrastructure. Western nations and multinational corporations are active primarily in the raw materials sector, particularly in Kazakhstan, Uzbekistan, and Turkmenistan. While these international connections drive economic growth, they also heighten the region’s vulnerability to global shocks. For example, heavy reliance on remittances from migrant workers and low export diversification increase economic fragility. Climate change poses one of the most pressing threats to the region. Natural disasters—including floods, which affect about one million people annually, and earthquakes, impacting two million - result in $9 billion in annual GDP losses. Rising temperatures are expected to exacerbate issues such as water scarcity, droughts, heat waves, and the loss of agricultural land. Adopting sustainable development practices and green technologies could help mitigate these effects. Aging water and energy infrastructure is a major hurdle for the region. Energy insecurity, compounded by climate change, limits economic potential. Despite a rise in foreign investment from $1.5 billion in 2000 to $7.4 billion in 2023, the majority of funds are concentrated in raw materials, with only a small share allocated to infrastructure improvements. Transport development is equally critical. The lack of sea access places Central Asia at a 20% developmental disadvantage compared to coastal nations. Expanding roads, railways, and logistics hubs could significantly enhance regional and international trade. Territorial disputes, particularly around enclaves, remain a source of periodic clashes, with the Kyrgyz-Tajik border clashes of 2022 being a notable example. While these conflicts may not immediately affect economic stability, escalations could damage the region’s investment climate and trade prospects. A peace agreement signed later in 2022 has helped to stabilize the situation. Additionally, the situation in Afghanistan continues to present challenges, including terrorism, refugee flows, and border security concerns. These risks intensified following the regime change in Afghanistan in 2021, increasing the urgency for stronger border controls. Addressing these interconnected challenges will require coordinated efforts among all Central Asian nations. International organizations and major global partners must also play a role by supporting infrastructure and technological modernization. Such collaboration is essential to mitigating economic risks and fostering long-term development in the region.

Environment wildlife Ecology Nature Reserve Red Book

Endangered Great Bustard Named Tajikistan’s Bird of the Year

The great bustard, also known as the red-breasted bustard, has been named the bird of the year for 2025 in Tajikistan. The decision, announced on December 11, followed a vote by the National Academy of Sciences. The rare bird, locally called dugdogi zebo, is listed in both the International Union for Conservation of Nature (IUCN) Red List and the Red Book of Tajikistan, signifying its endangered status. Since 2007, Tajikistan has annually designated a bird of the year to raise awareness about avian conservation. Previous honorees include an owl, corncrake, pheasant, paradise flycatcher, Tibetan eagle, peregrine falcon, white stork, and oriole. The common turtle dove has held the title this year. The great bustard resides in Tajikistan as both a breeding and migratory species. Experts estimate that only 23 breeding pairs inhabit the country, though the population temporarily rises to 50-60 individuals during migration periods. Slightly larger than a domestic hen, male great bustards have a body length of 65-75 cm and weigh between 1.8 and 3.2 kg, significantly smaller than the common bustard, which can weigh up to 15 kg. Omnivorous by nature, the bird’s diet includes fruits, seeds, leaves, flowers, locusts, beetles, and small reptiles. Known for their cautious behavior, great bustards avoid human contact and prefer to hide or flee when threatened. Their average lifespan in the wild is approximately 20 years. Globally, the International Bustard Conservation Foundation, supported by the UAE government, leads efforts to protect the species. To date, the foundation has bred over 480,000 bustards in captivity and released 285,000 into the wild. In Kazakhstan, the foundation releases great bustards into the wild while simultaneously issuing hunting licenses for $1,280 per bird, catering to Arab hunters. Uzbekistan hosts an Emirati conservation center in the Kyzylkum Desert, dedicated to breeding and protecting the species, as well as releasing them into their natural habitat. Despite these international initiatives, Tajikistan has yet to leverage Arab funding or hunting tourism to support conservation efforts. Utilizing such resources could bolster the great bustard population while generating additional economic benefits.

European Union EBRD China Environment Waste Management Ecology Waste Recycling

Solid Waste Recycling Plant Under Construction in Bishkek

Bishkek municipality has announced progress on the construction of a solid waste recycling plant at the city’s sanitary landfill, supported by a Chinese investor. Concrete foundations are being poured, and equipment and components for the facility have begun arriving from China. Currently, over 180 Chinese workers and engineers are active at the site. On March 29, Kyrgyzstan’s Cabinet of Ministers and the Chinese investor signed an agreement for the plant’s construction. The facility will generate electricity by incinerating municipal solid waste. In its initial phase, the plant is expected to process 1,000 tons of waste daily, with plans to increase capacity to 3,000 tons per day. The project’s total investment amounts to approximately $95 million, with construction slated for completion in December 2025. Addressing a Growing Problem Solid waste disposal has long been a critical issue in Kyrgyzstan, particularly in Bishkek, the nation’s largest city. According to the 24.kg news agency, the per capita production of waste is rising. Almaz Oskonbaev, an official from the Ministry of Natural Resources, Ecology, and Technical Supervision, reported that 1.792 million tons of solid waste were collected nationwide in 2023, a significant increase from 1.177 million tons in 2019. This equates to approximately 279 kilograms of garbage per person annually. Bishkek’s sanitary landfill currently receives around 200 tons of waste daily from the city and its suburbs, according to landfill director Nurlan Jumaliev. A New Landfill to Complement Recycling Efforts In a bid to improve waste management, Bishkek inaugurated a new sanitary landfill on October 31, 2023. Supported by the European Bank for Reconstruction and Development (EBRD) and the European Union (EU), this facility complies with both national and EU environmental standards. With a storage capacity of 1.9 million cubic meters, it is expected to accommodate the city’s waste disposal needs for at least a decade. The construction of the recycling plant represents a significant step forward in addressing Bishkek’s mounting waste challenges while contributing to sustainable energy production.

Public health Military Service Military Information Army Ecology USA Uranium health security

Justice for Veterans: U.S. Acknowledges Cancer Cases Tied to Service at Uzbekistan’s K2 Base

Thousands of American veterans who served at Uzbekistan’s K2 airbase have reported rare cancers and diseases - but only now, more than two decades later, is the U.S. government taking steps to address their dire situation. The U.S. Department of Veterans Affairs (VA) has announced plans to include bladder, urinary tract, and genitourinary cancers as conditions presumed to be linked to service at Uzbekistan’s Karshi-Khanabad airbase, known as K2. In 2001, the U.S. military moved into K2, a former Soviet airbase, to support a series of operations named “Enduring Freedom” which were purportedly aimed at tackling terrorism and Al-Qaeda in the wake of 9/11. However, in addition to the threat of terrorism, the troops faced another danger: the toxic environment. Reports from the base describe exposure to chemicals and radioactive materials. Soldiers recalled an underground “black bubble,” glowing lakes, and a chemical odor lingering in the air. [caption id="attachment_26149" align="aligncenter" width="634"] Image: Stronghold Freedom Foundation[/caption] The Karshi-Khanabad airbase was heavily used by the Soviet military during its operations in Afghanistan from 1979 to 1989, when it served as a site for producing, storing, and testing various weapons, including chemical weapons. The base also stored fuel, solvents, and other harmful substances. Additionally, it became a dumping ground for toxic waste, asbestos, enriched uranium, and other hazardous materials. Spills of these substances were frequent, leaving lasting environmental damage. Before the U.S. occupied K2, the destruction of Soviet-era missiles left some soil contaminated with low-level radioactive depleted uranium. The destruction of Soviet missiles was part of disarmament obligations under the 1987 Intermediate-Range Nuclear Forces (INF) Treaty. A 2001 survey found traces that could be harmful if inhaled, and a 2002 assessment confirmed small amounts of uranium, identified as non-U.S. depleted uranium, outside Camp Stronghold Freedom’s perimeter. The affected area was covered with clean soil, fenced off, and marked as off-limits in November 2001. Furthermore, approximately 392 chemical compounds were found at the K2 Air Base. Thousands of military personnel who served in K2 suffered from severe illnesses, including rare forms of cancer, associated with their time at the base. However, over the years, the U.S. government and the VA have delayed recognition of the link between service in K2 and these health issues, leaving many veterans without adequate support. [caption id="attachment_26150" align="aligncenter" width="1140"] Image: Stronghold Freedom Foundation[/caption] According to the Stronghold Freedom Foundation, K2 veterans are 500% more likely to get cancer than other veterans - 75% of U.S. service members deployed to Uzbekistan alone have developed at least one type of K2-related illness. On November 11, President Joe Biden announced an expansion of the PACT Act (Promise to Address Comprehensive Toxics Act), a law he signed in August 2022 to improve healthcare for veterans exposed to toxins. President Biden stated that the act has already helped over a million veterans and their families access benefits. Under new efforts, the VA will add bladder cancer, ureter cancer, multiple myeloma, and certain types of leukemia to the list of presumptive conditions. This expansion applies...

Environmental Awareness Ecology Environmental Disaster Methane Reduction

Satellite Data Reveals High Methane Emissions in Turkmenistan’s Oil and Gas Fields

The Environmental Defense Fund (EDF) has released the first images from MethaneSAT, a cutting-edge satellite designed to monitor methane emissions globally. The data reveals significant leaks from key fossil fuel production regions, including the United States, Turkmenistan, and Venezuela. Initial findings indicate methane emissions from North American and Central Asian production sites are substantially higher than earlier estimates based on ground-based monitoring. Both Turkmenistan and the U.S. are signatories to the Global Methane Pledge, which aims to reduce global methane emissions by 30% by 2030. MethaneSAT is part of a new wave of satellite missions focused on holding major emitters accountable for curbing methane leaks. This comes amid alarming findings from a September study by Stanford University, which reported that global methane emissions are increasing at an unprecedented rate, driving atmospheric methane levels to their highest in 800,000 years. Without immediate intervention, researchers warn, the planet could face a temperature rise exceeding 3 degrees Celsius by 2100. Methane, a greenhouse gas over 80 times more potent than carbon dioxide in the short term, is primarily released through fossil fuel production, agriculture, and waste decomposition. In 2020, human activities were responsible for 65% of methane emissions, with agriculture and waste contributing two-thirds and fossil fuels accounting for one-third. While agricultural emissions are harder to mitigate, initiatives like the Methane Pledge prioritize reducing methane leaks in fossil fuel production, which are more readily addressed. The MethaneSAT mission highlights the urgency of reducing emissions and pressuring major fossil fuel producers to take swift action. The Global Methane Pledge accommodates different national circumstances, allowing countries like New Zealand, where fossil fuel emissions are minimal, to focus on reducing methane from agriculture and waste. With atmospheric methane levels reaching critical thresholds, MethaneSAT and similar initiatives aim to catalyze a global effort to combat this potent driver of climate change.

Water-Saving Technologies Aral Sea Ecology Water Management

Kazakhstan Increases Water Allocation to Restore the Aral Sea

Kazakhstan plans to direct an additional 1.6 billion cubic meters of water to the Aral Sea by April 2025, announced Nurzhan Nurzhigitov, Minister of Water Resources and Irrigation. This initiative builds on efforts from October 2023 to April 2024, during which 1.3 billion cubic meters were allocated, bringing the total water volume in the Northern Aral Sea to 22 billion cubic meters as of early 2024. Minister Nurzhigitov emphasized that adopting water-saving technologies is essential for restoring the region’s water balance. In 2024, farmers in the Kyzylorda region conserved 200 million cubic meters of water, enabling additional flow into the Northern Aral. These technologies also facilitated the allocation of 1 billion cubic meters to the Aral Sea during the 2024 irrigation season, a threefold increase compared to the previous year. The preservation of the Aral Sea is a national priority, addressed through regional collaboration and strategic planning. At the 87th meeting of the Interstate Commission for Water Coordination of Central Asia (ICWC) in Turkmenistan, agreements were made to channel 11 billion cubic meters of water to the Shardara reservoir by April 1, 2025. This move aims to ensure sufficient irrigation for southern Kazakhstan’s 2025 growing season.