05 Sep 2022 | 09:34 AM UTC
China: Disruptions ongoing following magnitude-6.6 earthquake in Sichuan Province Sept. 5 /update 1
Disruptions ongoing following major earthquake in Sichuan Province, China, Sept. 5. Casualties, damage, and communication failures reported.
Event
Disruptions are ongoing across parts of Sichuan Province following a magnitude-6.6 earthquake that struck the region Sept. 5. Authorities have reported at least seven fatalities associated with the quake as of late Sept. 5. There are also reports of severe damage to homes and roads near the epicenter in Luding County due to landslides. Communication lines have been cut in several areas, including in the town of Moxi. Power outages have also been reported in the affected area. It could take several hours until authorities can conduct comprehensive damage assessments, especially in remote areas.
The magnitude-6.6 earthquake occurred at around 12:52 Sept. 5 and the epicenter was located around 43 km (27 miles) southeast of Kangding. The tremor occurred at a depth of about 10 km (6 miles), and very strong shaking was probably felt near the epicenter, with moderate-to-strong shaking in areas further from the epicenter. Residents in the provincial capital Chengdu and further east in Chongqing Municipality reported shaking in buildings due to the tremor. Light to moderate aftershocks are likely over the coming days.
Officials may temporarily shut down transportation infrastructure in the tremor zone to check for damage. Minor disruptions could occur during shutdowns, but service will likely resume quickly if no damage is found. Utility outages are possible, particularly near the earthquake's epicenter.
Advice
Plan accordingly for aftershocks. Consider vacating multistory buildings if operating in affected areas until authorities confirm their structural integrity. Allow additional time for air and road travel, as aftershocks may prompt brief disruptions. Seek updated information on road conditions before driving in hilly areas in the affected region due to potential landslides.