Central Asia is vulnerable to a panoply of natural hazards: Floods, landslides, droughts, sandstorms, avalanches and earthquakes. Countries in the region increasingly seek to collaborate on early warning systems and other emergency precautions, especially since disasters can spill across borders and because the effects of climate change are intensifying.
To that end, the heads of the national emergency departments of Kyrgyzstan, Kazakhstan, Tajikistan and Uzbekistan met last week in Cholpon-Ata, a lakeside resort town in northern Kyrgyzstan whose attractions include ancient petroglyphs showing deer, leopards and hunting scenes. Turkmenistan´s flag – green expanse, red stripe with designs and white crescent and stars – was on display in the conference hall, though official announcements did not mention the presence of any delegation from the reclusive Turkmen government.
The goal was to share information and experience, and deepen cooperation among the emergency agencies of those Central Asian countries, said Maj. Gen. Boobek Azhikeev, Kyrgyzstan’s minister of emergency situations.
The five nations, which have a total of approximately 75 million people and encompass four million square kilometers, face growing risks from natural disasters, and the region has been warming faster than the global average according to a report released in May by the U.N. agency for the coordination of disaster risk reduction and the U.N. Development Programme. The two U.N. bodies, which helped to support the Central Asia meeting on the shores of Kyrgyzstan’s Lake Issyk-Kul on Aug. 15, also mentioned human-made hazards, such as industrial accidents, chemical waste facilities in densely populated areas, and severe air pollution in major cities in all the countries.
“Many disaster risk management systems are still reactive, not proactive. Early warning processes are often fragmented, and poorly integrated into countries’ development strategies and policies for risk-informed decision-making,” the U.N. agencies said. “There is a lack of anticipation of new and emerging risks, insufficient monitoring and forecasting, and limited financial and technological support. Early warning communication and dissemination are often unclear, especially for the most vulnerable.”
The private sector and media can also get more involved in ways of reducing the risk from disasters, they said.
The U.N. agencies also noted progress, saying Tajikistan had taken the lead in Central Asia in rolling out an early warning system focused on monitoring, forecasting, communication and other measures. Earlier this month TCA reported that the head of Tajikistan’s committee for emergency situations and civil defense, Rustam Nazarzada, stated that the economic damage caused by natural disasters in the country has amounted to over $12 million in this year alone.
Additionally, Uzbekistan is updating an early warning system in the populous, economically important Ferghana valley that will promptly disseminate weather forecasts.
Central Asian countries have sought to coordinate on environmental issues in the past, sometimes with mixed results. But the sense of urgency is growing. Earlier this year, Kyrgyzstan was among countries that sent aid to Kazakhstan after floods there that the Kazakh president described as the worst natural disaster in 80 years. Kazakhstan, in turn, sent tons of humanitarian aid to Kyrgyzstan after deadly mudflows there last month.
Following the meeting in Cholpon-Ata, earlier this week powerful mudslides caused by heavy rain struck the region once again, flooding the streets of the town, causing damage across Kyrgyzstan’s Issyk-Kul region, and leading to a state of emergency being declared in three districts.
Central Asia is particularly vulnerable to climate change because it is an arid area that gets much of its water from mountain glaciers, while also relying on intensive agriculture and old infrastructure amid high population growth. Another chance at regional collaboration comes next week in Tajikistan, which will host an international conference on glacier monitoring that is expected to focus on the threat of debris flows from mountainous regions.
