Tajikistan Environment - The Times Of Central Asia

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Central Asia: Working Together on Border Landscapes

Talk of closer cooperation among Central Asian countries has ebbed and flowed as far back as the period after independence from Soviet rule in the early 1990s. The goal of a more unified region is a work in progress, though one promising area of collaboration is a plan to restore and protect damaged ecosystems in border regions. The first regional meeting on the topic, held this month in Tashkent, Uzbekistan’s capital, brought together government officials from the host nation as well as Kazakhstan, Kyrgyzstan, Tajikistan and Turkmenistan. The portfolios of the delegates were nature preservation, protected areas, emergencies, agriculture, and forestry. They talked about coordinating on wildfire alert systems in cross-border areas, erosion control, tree-planting and nature-oriented tourism in protected areas and other sites shared by Central Asia countries, according to the Regional Environmental Centre for Central Asia, a non-profit group based in Almaty, Kazakhstan that promotes regional dialogue on the environment. The group, which organized the Tashkent meeting, was created in 2001 by the five Central Asian states as well as the European Union and the United Nations Development Programme. The initiative is supported by a $256 million World Bank program to restore degraded landscapes in the region. The World Bank has noted big progress toward poverty alleviation and economic growth by Central Asian countries in the last decades. However, it has cautioned that oil and gas extraction in Kazakhstan, Uzbekistan, and Turkmenistan have taken a heavy environmental toll, while soil erosion and water scarcity have accompanied land development in Kyrgyzstan and Tajikistan. Arid conditions exacerbated by climate change and inefficient management threaten transboundary water resources, a problem that is becoming increasingly severe. “A key example of tragic impacts on livelihoods and health of communities in Kazakhstan and Uzbekistan and across the region are massive sand and salt storms originating from the land areas once covered by the Aral Sea,” the Regional Environmental Centre for Central Asia said. It cited an international disaster database as saying more than 10 million people in Central Asia have “suffered from land degradation-related disasters” since 1990, inflicting damages estimated at around $2.5 billion. Central Asian countries also seek to collaborate on early warning systems and other emergency precautions as they face a variety of natural hazards, including floods, landslides and droughts. Supported by United Nations agencies, the heads of the national emergency departments of Kyrgyzstan, Kazakhstan, Tajikistan and Uzbekistan convened in August at a lakeside resort town in northern Kyrgyzstan. There, they shared information and experiences.

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Tajikistan to Strengthen Protection of Mulberry Trees

In a move to strengthen its silk industry, Tajikistan's parliament has approved amendments to the Code of Administrative Offences, increasing fines for damaging mulberry trees. Bakhodur Sheralizoda, Chairman of the Environmental Protection Committee, who forwarded initiative, emphasized that the new measures will help protect the environment and restore mulberry plantations, which are vital for silkworms. Under the new rules, individuals damaging mulberry or other crops will face a fine of three to five calculation indexes. In comparison, officials can be fined seven to ten indexes (for 2024, 1 calculation index is 84 somoni, equivalent to $7.50). The final amounts will be approved following the adoption of amendments to the Code. Because the leaves of the trees are the main food base for mulberry silk worms, their preservation is critical for the restoration of an industry which has suffered a sharp decline over the last 30 years. In 1991, the country produced 4,528 tons of silk cocoons but by 2024, this figure had fallen to 361 tons. According to experts, the reason for the decline is a reduction of mulberry plantations, especially on private land on which trees have been felled and sold as firewood. Back in 2021, in an address to parliament , Tajik President Emomali Rahmon, called for special attention to be paid to the development of silk farming, emphasizing its importance in creating jobs, especially for women and girls. To encourage cocoon processing, he also waived land tax for a period of ten years on areas where mulberry trees are grown. Despite such measures, the situation barely improved. In response and to achieve its aim of increasing silk production to 1,867 tons by 2027, the Tajik government has introduced a program to plant over 4.3 million mulberry trees across the country. The total area covered by mulberry trees in Tajikistan is currently about 5,500 hectares. In addition to their economic importance, mulberries play an essential role in environmental conservation. Mulberry trees prevent soil erosion and the spread of dust storms. Also of note, is that rich in vitamins C, K, iron, and potassium, the berries provide an important food source and are widely used in traditional medicines. Additional measures to protect mulberry trees include strengthening local authorities' control over land allocation for new plantations and preventing the felling of existing trees. A comprehensive approach, including economic incentives and administrative measures, is expected to help Tajikistan bring silk production back to its previous level and make it one of the country's leading agricultural sectors.

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Central Asia’s Increasing Profile in Global Climate Policy

Between 11 and 22 November, the 29th Conference of the Parties (COP29) to the United Nations Framework Convention on Climate Change (UNFCCC) will take place in Baku, Azerbaijan. In the run-up to this global event, Central Asian countries have been continuing their integration into the cooperative implementation of the global energy and environmental agenda. Such measures include, but are not limited to, commitments to reducing methane emissions, contributions to green supply chains, and — for Kazakhstan in particular — its nuclear policy based on multi-vector diplomacy. One may anticipate their especially enhanced presence in view of the fact that several them have strategic-partner relations with Azerbaijan, which is cooperating with them also in the implementation of the Trans-Caspian International Trade Corridor (TITR or "Middle Corridor"). The Central Asian states are using their implementation of global energy and environmental priorities as an instrument to integrate further into the international system. Following their participation at COP28 (30 November – 23 December 2023, in Dubai, United Arab Emirates), all five of them signed the Global Methane Pledge to reduce methane emissions by at least 30% by 2030. They have also stepped up their contributions to green supply chains, signalling their ambitions to become more important players in global geoeconomics. At the same time, these initiatives also seek to promote domestic economic diversification. Kazakhstan, in particular, continues to play a central role with its multi-vector approach, notably in the nuclear energy sector, positioning itself at the intersection of sustainability and global energy security. Kazakhstan holds 12% of global uranium reserves. It became the world’s leading producer in 2009 and in 2022 accounted for 43% of global production. In Central Asia, Uzbekistan has a Rosatom-sponsored NPP project under way, as does Kyrgyzstan. Along with Kazakhstan, Uzbekistan and Turkmenistan in particular actively engaged in discussions on climate policy at COP28, acknowledging the need to balance their resource-rich economies with global sustainability goals. One of the key outcomes was the region's collective involvement in the Global Methane Pledge. Global environmental policy bodies have assessed that methane emissions are a significant concern for global climate policy. The effect of this assessment will be to load still greater financial burdens on oil and gas companies by making development of hydrocarbon deposits, and the transmission of hydrocarbon resources to market, more expensive. Kazakhstan’s commitment to cutting methane emissions by 30% by 2030 exemplifies this shift, signalling a readiness to reform domestic industries in line with global climate targets. Turkmenistan has the highest methane emissions intensity in the region, but challenges remain in terms of monitoring and implementation. Uzbekistan’s leadership was also highlighted at COP28. The country’s ambitious plans to scale up solar and wind energy by 2030 align with broader regional goals of reducing dependence on hydrocarbons. This is Tashkent's (and the region's) way of enhancing their profile as "good global citizens" as policy decisions by political bodies at the international level increasingly emphasize decarbonization. Uzbekistan has made strides in "green supply chains" by focusing on the renewable energy sector...

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Tajikistan Strives to Protect its Natural Environment Against Climate Change

Climate change is having an increasing impact on Tajikistan's flora and fauna and climatologists predict further drying up of regions, jeopardizing the country's biodiversity. According to the International Union for Conservation of Nature (IUCN), over 860 species have disappeared worldwide since 1500, and some 17,300 species are currently under threat. To mitigate the effects of climate change in their country, Tajik scientists have urged that measures be taken to preserve rare species of plants and animals. Speaking on the issue, Khikmat Khisoriev, a doctor of biological sciences and an academician at the National Academy of Sciences of Tajikistan, stated that climate has changed cyclically throughout history, with alternating periods of cooling and warming . In recent decades, however, the significant increase in the rate of warming has a powerful impact on plant life. Rapid changes in environmental conditions do not allow plants time to adapt, leading to the extinction of vulnerable species such as the anzur onion, the Vavilov almond, and other endemic plants of Tajikistan. The loss of rare species of economic importance is a particular concern. For example, the endemic plant Ferula Tajiki, widely used in medicine, is on the verge of extinction due to intensive harvesting. Such processes lead to a decrease in the country's biodiversity, and ecosystems are becoming less resistant to external changes. Climatic change is also affecting wildlife. According to Abdusattor Saidov, zoologist and corresponding member of the National Academy of Sciences of Tajikistan, changes in humidity in Tajikistan's mountains can significantly impact the composition of vegetation, and in turn, forage for wildlife. Forced to migrate in search of food, Tajikistan's populations of species such as the Marco Polo sheep, Siberian ibex, and snow leopard, could potentially diminish. The situation is also aggravated by anthropogenic factors including excessive collection of plants, poaching, and economic activities, which are especially dangerous for species with restricted habitats. Among such species is the Apollo Autocrator butterfly which living in the Pamirs, is unable adapt to change as quickly as other organisms. To combat these challenges, the Government of Tajikistan has developed the “National Program of the Republic of Tajikistan ‘Green Country’ for 2023-2027" to address climate change, restore ecosystems, and develop a green economy. The program aims to plant 65 million trees by the end of 2025, creating protected areas, and introducing modern technologies for sustainable management of natural resources. Biodiversity conservation also includes expanding the network of protected areas. Tajikistan already has reserves and national parks covering 22% of the country's territory, in which 70% of flora and fauna species are preserved. Much more, however, needs to be done to fully compensate for climate change and anthropogenic impact losses. In addition to more effective measures to protect rare species, such as introducing quotas for plant collection and controlling economic activities in habitats, other necessary measures include developing zero-waste technologies, and public education programs to raise awareness of the importance of nature conservation. Experts believe that sustainable development is only possible with the active participation of all sectors...

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Air Pollution Linked to One in Five Infant Deaths in Central Asia

According to a report by UNICEF, an estimated 6,441 children and teenagers died from causes attributable to air pollution in 23 countries across Europe and Central Asia in 2021. Statistics show that 85% of the children died in the first year of their lives, and one in five infant deaths were linked to air pollution. As stated in the report, “Most deaths were attributed to ambient and household fine particulate matter air pollution (PM2.5). And all of these deaths were preventable." In 2021, the region's children and teenagers lost more than 580,000 years of healthy life (DALYs) as a result of premature death and disability caused by air pollution. Compared to other environmental factors, including high temperatures, unsafe water, and poor sanitation, polluted air has been found, by far, the most life-threatening. Exposure to PM2.5 air pollution is also associated with higher rates of miscarriage, early fetal loss, preterm birth, and low birth weight and in pregnant women, increases the risk of gestational diabetes, high blood pressure, and postpartum depression. By restricting fetal growth, air pollution can significantly increase the risk of disease, heart defects, pneumonia, asthma, eczema, allergies, and high blood pressure. Even before birth, air pollution can harms a child’s lungs, brain, and organs, affecting cognitive development and raising the risk of respiratory diseases throughout the child's life. Since children breathe more air relative to their body weight, they absorb more pollutants than adults, and for this reason, newborns are especially vulnerable to pneumonia, a leading cause of infant death. Air pollution in Europe and Central Asia, especially from PM2.5 and PM10 particles, is mainly caused by the use of fossil fuels in homes, businesses, and institutions. Coal is especially harmful to children’s health. Energy sources vary between and within countries depending on power supplies and infrastructure. High levels of air pollution from the use of coal for residential heating in winter, coupled with the interaction of ambient air pollution with indoor air pollution in homes, schools, health care facilities, etc., are cited by UNICEF as the primary sources of exposure for children. UNICEF notes the importance of the region's governments and institutions focusing more attention and resources to air pollution prevention, energy efficiency, clean energy use, supporting clean air measures, and protecting children from exposure. The organization also emphasizes the need to develop air quality warning systems and corresponding action plans for schools and kindergartens in Europe and Central Asia. Last but not least, as a measure to improve air quality, UNICEF recommends enhancing data collection to better understand local pollution, campaigns promoting clean energy and energy efficiency in homes, and a strict smoking bans in indoor public spaces. High levels of air pollution observed in Central Asian countries is ongoing and the subject of several articles previously covered by The Times of Central Asia.

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Climate Crisis May Drastically Reduce Production in Central Asia

Central Asia may face serious economic losses due to climate change, which may reach a 6.5% annual decline in production by 2060. These figures were announced by Bo Li, Deputy Managing Director of the International Monetary Fund (IMF), at the “New Economic Challenges for Long-Term Development” forum. According to Bo, the Caucasus and Central Asia region is particularly vulnerable to climate change. Soaring temperatures and increasing frequency of droughts and floods are reducing crops, destroying infrastructure, and lowering living standards. “According to IMF estimates, if no action is taken to slow down climate change, Central Asia will lose up to 6.5% of its output annually by 2060,” Bo said. He noted that possible losses could be reduced with joint actions such as reducing carbon emissions, transitioning to a green economy, and adapting to changing climate conditions. As an example, Bo noted the efforts of Kyrgyzstan, that has already started to increase electricity tariffs and reduce energy subsidies, allowing the country to adapt to climate challenges and create new jobs in the “green” sector. Many Central Asian countries are taking steps to reform the energy sector and introduce “green” technologies. For example, Kazakhstan is actively cooperating with several countries to develop renewable energy and reform the energy sector. One key example is the partnership with the United States under the USAID Power Central Asia program. This initiative supports Kazakhstan and other Central Asian countries in modernizing energy markets, introducing clean energy, and encouraging private investment in renewable energy. Uzbekistan is undergoing a major reform of its energy system to reduce subsidies and promote renewable energy. The country plans to increase the share of renewable energy to 25% by 2030, which includes solar and wind energy projects. These measures will help Uzbekistan improve energy efficiency and reduce carbon dioxide emissions. In Tajikistan, USAID is implementing the Power Central Asia program, which supports energy cooperation in the region and encourages using renewable energy to help reduce dependence on fossil fuels and modernize energy systems.