China and Vietnam Cooperate on Flood Control Amidst Concerns Over Dam Water Release

Amidst the devastating floods ravaging Vietnam following the powerful Typhoon Yagi, concerns have arisen over the potential impact of water releases from Chinese hydropower plants on the Lo River, a tributary of the Red River. Vietnamese authorities in Ha Giang City, close to the Chinese border, have expressed worries about rising water levels in the Lo River due to discharge from a Chinese dam.

In response to these concerns, the Chinese Foreign Ministry spokesperson, Mao Ning, assured the public that China is actively collaborating with Vietnam to mitigate flood risks and prevent further damage. She confirmed that Chinese hydropower stations on the main branch of the Red River are currently storing water to support Vietnam’s flood control efforts. While Ms. Ning did not explicitly address the Lo River situation, she emphasized the ongoing communication and cooperation between the two countries.

Vietnam’s Deputy Agriculture Minister, Nguyen Hoang Hiep, confirmed that water was indeed released from Chinese dams on Wednesday afternoon. However, he stressed that the discharge volume was limited and pre-emptive notice was given to Vietnam, allowing for adequate preparation. He further assured that the impact on downstream areas in Vietnam would be minimal.

This incident highlights the delicate relationship between Vietnam and its powerful neighbor, China. Vietnam seeks to maintain vital trade links with China while navigating potential challenges arising from shared waterways and infrastructure projects. The two countries’ ruling Communist Parties have fostered close ties, but anxieties about China’s influence persist within Vietnam.

The situation underscores the importance of robust communication and collaboration between neighboring nations, particularly in the face of natural disasters. As Vietnam continues to grapple with the aftermath of Typhoon Yagi, the close coordination between China and Vietnam on flood control efforts will be crucial in minimizing damage and ensuring the safety of affected communities.

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