It’s a disgusting low IQ cult of corruption, ignorance and stupid EVIL!!
We need to know: Can We Stop Volcanoes with Solar Panels?
Quick set up a summit. Give me a grant. Climate Change causes more rain (except when it causes more drought), and apparently the weight of “up to” four meters of monsoon rainfall can compress a crustal plate leading to earthquakes.
Now, four meters of rain means a lot to a pitiful 1.8 meter homo sapiens, but it’s hard to believe a plate of rock 30 kilometers thick would care less or even notice. It’s all absurd.
The whole article, written by a “Reader in Physical Geography” at Coventry Uni makes out the climate change is all around us, but unwittingly depends on the idea that the Sun is just a big torch shining on Earth, and not a raging nuclear magnetic dynamo 300,000 times bigger than the planet, blasting us with charged particles at a million miles an hour and with a magnetic field that stretches past Pluto. Poor Dr Blackett with his 20 years of university education was never taught about the Sun. He has a pretty graph pointing out some correlation between earthquakes and monsoons but doesn’t once ask if The Sun might be causing both. What’s more likely, that changes in the solar magnetic field destabilize tectonic plates or your SUV does?
And we don’t even need to guess, it’s already very well established that solar cycles are linked to rainfall, jetstreams, floods, and groundwater, even unpaid bloggers know this. If only universities had not devolved into propaganda houses where people can write abject drivel and there’s not a single well trained person left to point it out. It’s cruel, except he’s paid well to write this.
He probably thinks he’s being provocative, but he’s just proving what a wasteland Big Government Science is:
How climate change might trigger more earthquakes and volcanic eruptions
Matthew Blackett, The Conversation
A warmer atmosphere can retain more water vapour, subsequently leading to higher levels of precipitation.
Interestingly, geologists have long identified a relationship between rainfall rates and seismic activity. In the Himalayas, for example, the frequency of earthquakes is influenced by the annual rainfall cycle of the summer monsoon season. Research reveals that 48% of Himalayan earthquakes strike during the drier pre-monsoon months of March, April and May, while just 16% occur in the monsoon season.
During the summer monsoon season, the weight of up to 4 metres of rainfall compresses the crust both vertically and horizontally, stabilising it. When this water disappears in the winter, the effective “rebound” destabilises the region and increases the number of earthquakes that occur.
