The anticipated construction of the Yarlung Tsangpo dam in Tibet promises to be a colossal hydropower project, potentially tripling the energy output of the existing Three Gorges Dam. Despite claims of prioritizing ecological protection from state media, the project has drawn skepticism from human rights activists who worry about significant repercussions for local communities and ecosystems. The dam's design requires 20km-long tunnels through the Namcha Barwa mountain, pointing to the vast engineering demands of this ambitious plan. Furthermore, concerns have been raised about China's potential control over transnational river flows impacting India and Bangladesh, stirring geopolitical tensions. Historical protests and crackdowns in the region add to apprehensions regarding human rights violations, as Tibetans face increasing displacement due to large infrastructure projects. With an estimated cost of 1 trillion yuan ($127 billion) and inherent risks linked to its earthquake-prone location, the Yarlung Tsangpo dam presents both extensive opportunities and daunting challenges for the region.
China Initiates Construction of Largest Hydropower Dam, Raising Concerns

China Initiates Construction of Largest Hydropower Dam, Raising Concerns
China plans to construct the world's largest hydropower dam on the Yarlung Tsangpo river, generating apprehension over potential community displacement and environmental impacts in the region.
China has announced the ambitious construction of the Yarlung Tsangpo dam, set to become the world’s largest hydropower project. While Chinese authorities promote the initiative as beneficial for local prosperity and climate goals, critics highlight serious concerns about displacement of populations and ecosystem destruction. Historically, hydropower projects in Tibet have sparked protests and controversy regarding human rights issues and environmental sustainability. The dam's construction involves significant logistical challenges, including tunneling through mountainous terrain and addressing risks linked to seismic activity, with implications for water sovereignty in the region.