Phage There is Suppressed from Humanity completly and there is suppressed from the current mainstream,all of the data we yearn to learn is already in the public domain and most is available online now but you need to go wayyy back to the 30s and earlier to avoid current suppression methods,if you go back centuries then you need to also look at the Cabals that controlled humanity at those times to properly map their influences and their metods of suppression and also what they felt needed to be suppressed. TPTB had no way of predicting how technology would evolve because they had to release so much critical data to Industry to develop it peripherally that they lost complete control,and as technology developed at rapid paces they ran into a wee problem,the things they thought they needed to suppress in the s for example turned out to be the wrong things and the people they suppressed in many cases turned out to be not nearly enough impact. At the end of the day we can see that there were many many places they could not anticipate trouble coming from and they simply bit off more than they could chew. TPTB tried to suppress data from Humanity over centuries and also actions current mainstream suppression.
Calder's Updates, May 3, "The Sun makes fantastic natural experiments" Henrik Svensmark says, "that allow us to test our ideas about its effects on the Earth's climate".
Most dramatic are the events called Forbush decreases. Ejections of gas from the Sun, carrying magnetic fields, can suddenly cut the influx of cosmic rays coming to the Earth from exploded stars.
According to the Svensmark hypothesis, cosmic rays seed the formation of low clouds, so there should be a reduction in the Earth's low cloud cover in the aftermath of a Forbush decrease. With the right tracking skills, the Copenhagen team confirmed all their expectations about the Forbush decreases.
Combined data for the five strongest Forbush decreases since show a loss of fine aerosols from the atmosphere, especially about 5 days after the cosmic ray minimum red curve. The first of the graphics shows a temporary shortage of fine aerosols, chemical specks in the air that normally grow until water vapour can condense on them, so seeding the liquid water droplets of low-level clouds.
The remaining three graphs display the observable loss of the clouds that would have been seeded if the aerosols had survived to do their job.
A Supersize storm. This image captured by the crew of the International Space Station on October 9, , shows the full scope of supertyphoon Vongfong, with the curve of the Earth as a backdrop. Natures Doorways, lightning, thunderstorm, clouds, beauty of Nature tornado funnel cloud iowa Natures Fury: 30 Chilling Photos of Natural Hazards good example of what we want in the level as there is a lot going on including volcanos erupting and a . St Dominic Biography. Saint Dominic Rosary, Life, Feast Day, Prayer and quotes.
Three different kinds of satellite observations tell the same story. Cosmic rays continuously promote the formation of micro-clusters of sulphuric acid and water molecules, but initially these are far too small to be detectable by remote observation.
After growing routinely over a number of days the invisible specks floating in the air influence the normal colour of sunlight as seen from the ground, by scattering away its violet light. Conversely, a shortage of fine aerosols after a shortage of cosmic rays should make the Sun appear abnormally bright in at the violet end of the spectrum.
As the graphs above show, all of these observational data sets showed much the same pattern of events after the strongest Forbush decreases sincenamely a decrease in liquid water clouds that reached its lowest point six to nine days after the minimum count of cosmic rays.
As for the magnitude of the impact on cloud cover, it was huge. The water remains there in vapour form, but unlike cloud droplets it does not block sunlight trying to warm the ocean.
From solar activity to cosmic ray ionization to aerosols and liquid-water clouds, a causal chain appears to operate on a global scale. Although they are too short-lived to have a lasting effect on the climate, the Forbush decreases dramatize the cosmic climate mechanism that works more patiently during the year solar cycle.
When the Sun becomes more active, the decline in low-altitude cosmic radiation is greater than that seen in most Forbush events, and the loss of low cloud cover persists for long enough to warm the world. That explains the alternations of warming and cooling seen in the lower atmosphere and in the oceans during solar cycles.
And the overall increase in solar activity during the 20th Century implies a loss of low clouds sufficient to explain most of the "global warming". Noor van Andel,climategate. It has been proposed that galactic cosmic rays may influence the Earth's climate by affecting cloud formation.
If changes in cloudiness play a part in climate change, their effect changes sign in Antarctica.It looks like you've lost connection to our server. Please check your internet connection or reload this page. "The climate system is particularly challenging since it is known that components in the system are inherently chaotic; there are feedbacks that could potentially switch sign, and there are central processes that affect the system in a complicated, non-linear manner.
Felt the tremor on the 30th Sept and was shocked at the extent of the earthquake as I am just living on the 6th floor. I realised that it was a earthquake from Padang, Indonesia.
Project Gutenberg's Frankenstein, by Mary Wollstonecraft (Godwin) Shelley This eBook is for the use of anyone anywhere at no cost and with almost no restrictions whatsoever. A Supersize storm.
This image captured by the crew of the International Space Station on October 9, , shows the full scope of supertyphoon Vongfong, with the curve of the Earth as a backdrop.
Nature’s Fury: The Science of Natural Disasters explores the causes and effects of our planet’s most powerful natural disasters, and how humans study and prepare for them. MAP OF THE EXHIBITION 1a. Rocks showing faulting and similar events in different locations can have very different consequences.
Different metrics are used to measure.