A few years ago I asked a rather famous and media saturated astronomer what he thought about the Sun’s impact on global warming. I got a lecture that I had to be a flat-Earther to believe such garbage.
Now, it’s becoming fairly common:
…..solar energetic particles and cosmic rays could reduce ozone levels in the stratosphere. This in turn alters the behavior of the atmosphere below it, perhaps even pushing storms on the surface off course.
“In the lower stratosphere, the presence of ozone causes a local warming because of the breakup of ozone molecules by ultraviolet light,” climate scientist Jerry North at Texas A&M University told SPACE.com.
When the ozone is removed, “the stratosphere there becomes cooler, increasing the temperature contrast between the tropics and the polar region. The contrast in temperatures in the stratosphere and the upper troposphere leads to instabilities in the atmospheric flow west to east. The instabilities make for eddies or irregular motions.”
Tiny changes in solar energetic particles………
Something like this perhaps?
This is just too cool:
They didn’t see it coming, it was totally unexpected. Leads me to believe we still don’t have a whole lot of a clue what’s going on up there. It’s also on the “way” side which means it probably won’t affect Earth much. By the time it spins back around it’ll be largely diminished most likely. However, people are put on warning to look up in the sky tomorrow and the day after. Most likely won’t be anything there where I live, but I’ll be looking just in case.
Well, apparently someone read my blog:
Periodic peaks in the number of visible sunspots may help predict heavy rains and subsequent disease outbreaks in East Africa, according to a controversial new study. Although previously questioned, the sunspot-rainfall link suggests that many of East Africa’s wettest rainy seasons during the 20th century were closely associated with highpoints in the mysterious solar cycle that yields the sun’s large dark blotches.
The take-home message, researchers concluded in the latest issue of the Journal of Geophysical Research, is that careful scrutiny of past climatic conditions may generate better long-term predictions of destructive weather events in the future.
There’s a lot more reading to that article, and it’s interesting. I’ve been “guessing” there is a connection here for a long time. Other cycles just correlate to closely to the hurricane cycles for a long time. Hurricanes involve lots of rain. So, apparently J. Curt Stager noticed this as well.
I really like the part that I think explains all the doubt of why such a simple correlation could exist:
“The weak part,” Stager conceded, “is we don’t know exactly why it works.”
That has always been a weakness of man. When he doesn’t understand, he either dismisses it or attacks it. My request is this learned field of scientists just simply try to figure why this COULD happen. If, in the process of trying to figure out why this COULD work, no explanation is found, then I’d be a lot more comfortable in believing that it doesn’t work. But, to dismiss something as simple as violent solar activity affecting a very close planet while at the same time telling me there is stuff out there that they can neither find or fully explain just never has flown with me. There’s a connection, it’s just a matter of figuring out how much of an impact that connection truly is.
I asked a question on August 24, 2005. It was a simple question. It was largely ignored.
How will this affect Katrina and the waves?
Now, when I asked the question, Katrina was barely a named storm. I like keeping an eye on two things this time of the year, hurricanes and solar storms. So, I noticed something was happening on the Sun. Namely this:
Within a couple of days, Katrina would be a category five monster that pretty much destroyed a good part of New Orleans. Let’s fast forward two years almost to the day and see what the Sun’s up to now:
Not quite as active, but coming around the corner is a pretty good blast. However, according to NOAA, no hurricane activity is expected within the next 48 hours. So, maybe this year we’ll get a pass.
Or, the NOAA may get a surprise. We’ll see. My “bet” right now is there is nothing for this little sunburst to excite, which is a good thing.
This is our sun, right now, courtesy of NASA. See those bright white spots? When they stop, so does all life on Earth. If they get too big, same result. A while back I noticed the picture got real grainy. Satellites went out, the Galileo spacecraft was damaged, and cell phones pretty much stopped working. Scientists called it more or less a burp.