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Traffic Restrictions Announced on Several Streets in Ashgabat
19 Sep. 11:44In preparation for the 30th anniversary of Turkmenistan's neutrality, major beautification and infrastructure work is being carried out in Ashgabat. As a result, temporary traffic restrictions will be implemented on several streets and avenues, according to the city administration via Turkmenportal.
Traffic will be partially restricted on the following sections:
Until October 30: Bitarap Turkmenistan Avenue — from the Neutrality Monument to Atamurat Niyazov Avenue;
September 20–30: area near the “Ten Horses” monument and Chary Nurymov Street — from Alisher Navoi Street to Saparmurat Turkmenbashi Avenue;
September 20 – October 2: Galkynysh Street — from S.Turkmenbashi Avenue to Sona Myradova Street;
September 27 – October 12: Gorogly Street — from Atamurat Niyazov Avenue to Alty Garlyyev Street;
October 1 – November 1: Chandybil Avenue — from Bitarap Turkmenistan Avenue to Nurmuhammet Andalyp Street;
October 10–25: A.Annayev Street — from Gurbansoltan Eje Avenue to Azadi Street;
October 15 – November 1: Gurbannazar Ezizov Street — from Independence Avenue to Ataturk Street;
October 23 – November 1: Sona Myradova Street — from Magtymguly Avenue to Atamurat Niyazov Avenue;
October 31 – November 5: Saparmurat Turkmenbashi Avenue — from Gurbansoltan Eje Avenue to Magtymguly Avenue;
November 1–15: Sahy Jepbar Street — from Independence Avenue to Ataturk Street;
November 4–10: Magtymguly Avenue — from N.Andalyp Street to Mekdepler Street;
and Andalyp Street — from Magtymguly Avenue to the Erkanalyk roundabout and Kemine Street;
November 15–30: Alisher Navoi Street — from Independence Avenue to Gurbansoltan Eje Avenue.
Residents and visitors are advised to plan routes accordingly and consider possible delays.
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Specialists at the International Science and Technology Park of the Academy of Sciences of Turkmenistan, led by Durdymyrat Gadamov and Altyn Rahmanova, have developed a new-generation bio-agent designed to neutralize soil methane emissions. The solution utilizes local bacteria adapted to the regional climate, which harness methane monooxygenase to convert methane into carbon dioxide and water.
Methane is a major contributor to global warming, with a heat-trapping capacity in the atmosphere significantly higher than that of carbon dioxide. The newly developed bio-agent features high efficiency in industrially congested areas, cost-effectiveness through the use of local raw materials, and complete safety for human health and the environment.
This scientific breakthrough aligns with Turkmenistan's sustainable development strategy, supporting its commitments under the Global Methane Pledge to enhance environmental oversight in the energy sector.
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