IS PART OF GHINA SINKING?

 

Yes, large parts of China, especially major coastal cities like Shanghai, Tianjin, and Beijing, are experiencing significant land subsidence (sinking) due to heavy groundwater extraction, the immense weight of buildings from rapid urbanization, and natural geology, creating a serious crisis that increases flood risks and threatens infrastructure, with projections showing millions could live below sea level by 2120 if trends continue. 

Key Reasons for Sinking

·         Groundwater Depletion: Pumping excessive water from underground aquifers leaves empty spaces, causing soil to compact and the land to sink.

·         Weight of Buildings: China's massive construction boom adds significant pressure, especially in cities built on soft sediments.

·         Geology: Delta regions, where many cities are located, are naturally prone to sinking due to soft, thick sediments. 

Major Affected Cities

·         Tianjin: Has some of the highest subsidence rates, with over 89% of its area sinking significantly.

·         Shanghai: Has sunk up to 3 meters in the last century, though groundwater control measures have helped in some areas.

·         Beijing: Also severely affected, with some districts sinking rapidly. 

Consequences & Risks

·         Infrastructure Damage: Buildings, roads, and sewage systems are damaged, as seen with street collapses in Tianjin.

·         Flooding: Sinking exacerbates sea-level rise, putting coastal cities at higher risk of severe flooding.

·         Population at Risk: Projections suggest millions of coastal residents could be living below sea level by 2120.  ·         This may also happen earlier when world war III happens earlier. My post on world war III may please be referred.

·         

HIMALAYAS

 

Scientists have identified a previously hidden geological process beneath the Himalayas that suggests the Indian tectonic plate is slowly breaking from within. According to researchers, this internal deformation could significantly increase the risk of earthquakes, landslides, and even tsunamis across parts of South Asia. The discovery challenges long-held assumptions that tectonic plates behave as single rigid blocks. Experts say such changes could help explain unusual seismic patterns observed in the region over recent years. While the process unfolds over millions of years, understanding it is crucial for long-term disaster preparedness and infrastructure planning. The findings have renewed focus on seismic safety in densely populated regions, especially around the Himalayan belt, where tectonic activity already poses major risks.

GIAGANTIC BLACK HOLE

 

Gigantic black holes, known as supermassive black holes, reside at the centers of most large galaxies, with some like TON 618 and the one in the Cosmic Horseshoe (or IC 1101) potentially reaching tens of billions of solar masses, making them the universe's most massive objects, far exceeding our Milky Way's Sagittarius A*. These behemoths grow by consuming surrounding matter and merging with other black holes, influencing galaxy evolution and hosting incredibly energetic phenomena, though direct imaging remains challenging. 

BERMUDA STRUCTURE

 

Giant structure discovered deep beneath Bermuda is unlike anything else on Earth. If so what is it? The following questions enter our mind.

Who constructed it? We all know that planes going over Bermusa disappeared. Prpbably fell into the ocean. What is the power in it to destroy our planes. Is  it governed by aliens or robots prepared by aliens? Is it dangr to life on Earth in future? How to study it further? We have to wait and see.