Charles Crevequer

The Climate Warning Everyone Missed in China's Dam Debate More Water, Not More Fear: What the Yarlung Tsangpo Study Actually Found Flood Risks Are Rising. That's Exactly Why Water Infrastructure Matters A recent article by Tibetan Review presents a new Chinese scientific study as a warning sign for China's planned hydropower project on the Yarlung Tsangpo River. The article highlights projected increases in river runoff and flood risks and suggests that downstream countries, especially India, should be alarmed. But that reading misses an important point. The study itself is not a warning against water infrastructure. In many ways, it is an argument for why modern water management may become more important in the decades ahead. The research, conducted by scientists from the Chinese Academy of Sciences and Yunnan University, reconstructed nearly 700 years of river runoff history using tree-ring records and projected future trends under different climate scenarios. Their conclusion was straightforward: climate change is likely to increase runoff in the Yarlung Tsangpo and may increase the likelihood of extreme high-flow events, including floods. For many readers, "more floods" sounds like a reason not to build a dam. Engineers tend to see it differently. A dam is not simply a giant electricity generator. At its most basic level, it is a tool for regulating water. When heavy rainfall or rapid snowmelt sends a surge of water downstream, reservoirs can temporarily store part of that flow and release it gradually. That is precisely how many countries reduce flood risks along large rivers. Imagine learning that a city is likely to experience stronger storms in the future. Most people would not respond by arguing against better drainage systems. They would probably argue for stronger infrastructure. The same logic applies to river management. The Chinese study projects that runoff could increase by around 20% under a moderate emissions scenario and by around 29% under a higher emissions scenario compared with historical averages. That is not evidence that water infrastructure has become unnecessary. If anything, it suggests that managing future water variability will become more challenging. Another issue is how the study is framed geopolitically. The article repeatedly stresses risks to downstream India. Those concerns are understandable because the Yarlung Tsangpo becomes the Brahmaputra after crossing the border. However, the study itself is about hydrology, not geopolitical intent. It examines how climate change may affect water flows. It does not conclude that future infrastructure will necessarily harm downstream populations. In fact, a river carrying more water is a different problem from a river carrying less water. Discussions about future risks should distinguish between water scarcity, flood management, infrastructure design, and cross-border cooperation rather than treating them as the same issue. The article also gives the impression that the scientific findings somehow reveal a hidden danger that Chinese authorities are ignoring. The opposite appears to be true. The research being cited was conducted by Chinese scientists and published openly. The study specifically aims to provide a scientific basis for assessing future water-resource risks and planning water-development infrastructure. That is what scientific research is supposed to do: identify risks before they become problems. The article also references concerns about earthquakes and active fault lines near the project area. Those concerns deserve careful consideration. Western China is one of the world's most geologically active regions. Yet the existence of seismic hazards is not a new discovery, nor does it automatically mean a project cannot be built safely. Around the world, major infrastructure projects are routinely designed with local geological conditions in mind. The relevant question is not whether risks exist. Every large engineering project has risks. The question is whether the risks are understood, monitored, and incorporated into design standards. Most importantly, readers should understand what the study actually tells us. It tells us that the Tibetan Plateau is changing. It tells us that glaciers, snow cover, rainfall, and river systems are responding to a warming climate. It tells us that future water flows may become larger and more unpredictable. What it does not tell us is that hydropower infrastructure is inherently the problem. The real challenge identified by the study is climate change itself. As rivers across Asia face greater uncertainty, governments will need better forecasting, stronger infrastructure, improved emergency planning, and more regional cooperation. Whether one supports or opposes a particular dam project, the study's central message is less about political conflict and more about adapting to a changing environment. That is a far less dramatic story. But it is also the one the science actually tells us. tibetanreview.net/chinese-st…

ASPI report by Colin Karotam regarding the PLA’s Southern Theatre Command is basically a fantasy flick. The premise that China’s regional military posture directly threatens Australia is ludicrous, the Royal Australian Navy don’t even possesses the blue-water power projection to intervene thousands of miles away near Taiwan. The economic absurdity of claims that Beijing would blockade the South China Sea—an action that would primarily self-sabotage China's own vital trade routes as the biggest manufacturing and trading country in the world. Ultimately, the analysis is more a defense-industry-sponsored threat inflation and Anglo-sphere geopolitical fanfiction than serious analysis. Colin is either very well paid for this article or he is high on some type of drugs. @Posthorne01 xitter.gq/Ignis_Rex/status/21181…