Guangxi's Sanyuesan Festival makes a splash in Beijing
Time:2024-05-07 21:36:54 Source:opinionsViews(143)
Actors give a performance for Guangxi's Sanyuesan Festival at Ditan Park in Beijing, on April 16, 2023. [Photo provided to chinadaily.com.cn]
Guangxi's Sanyuesan Festival, featuring the region's fine arts and intangible cultural heritage, made a splash on Sunday at Ditan Park in Beijing.
The event was organized by the Guangxi Culture and Tourism Department, the Beijing Office of the People's Government of the Guangxi Zhuang autonomous region and the Nanning Municipal People's Government.
Sanyuesan, which refers to the third day of the third month in the Chinese lunar calendar, is a traditional festival for the Zhuang ethnic group of Guangxi. It's celebrated with diverse activities including embroidered ball throwing, antiphonal singing, sparkler-grabbing, bamboo pole dancing, and lusheng performances.
The Sanyuesan Festival this year will see myriad ethnic cultural activities, such as the Guangxi-ASEAN National Costume Show, the China-ASEAN Intangible Cultural Heritage Week, a symphony concert and a folk singing competition in Liuzhou.
During the festival, cultural projects of ASEAN countries and other provinces in China will land in Guangxi for display and cultural exchange. Tourists at home and abroad can all come to participate in the activities and experience in person the charm of Guangxi and its culture.
You may also like
- Jordan stations 2 firefighting helicopters in Cyprus to help as summer fire season arrives
- Xi Says China to Work with Pakistan to Build CPEC into Exemplary Project of High
- China to further improve visa policies
- China Honors Promise to Ensure Smooth Running of Chengdu Universiade: Xi
- Here's where Biden and Trump stand on 10 key issues
- China's women's football team reach Tokyo Olympics with extra
- Domestic travel agencies suspend all tours to Israel
- Spanish league football match: Real Madrid vs. Real Sociedad
- A subset of Alzheimer's cases may be caused by two copies of a single gene, new research shows