Electric Sun Brightening

The cause for the Electric Sun is a very interesting one. Today I gave some serious thoughts to so called climate change sceptics or global warming sceptics as labelled in the media. And I came away with a mixed bag of thoughts.

The predominant among them is the consequence of an electric weather system on Earth caused by the activities of an ELECTRIC Sun.
But close second is that 'sceptics' don't seem to deny that something is profoundly changing. Instead, they emphasise two plausible axioms: (1) Changes may NOT be irrevocable; and (2) We humans may not contribute to the current rapid climate change as much as we think we do.

In other words, vast greenhouse component in the atmosphere in the past may have been the consequence of global warming and not the cause. Indeed, just thawing permafrost alone could have contributed to a runaway warming that stopped the Gulf stream so many times in the past and in the end triggered ice ages. The cause? Electric Sun proponents possible answer: Vastly increased Sun activity out of literally nowhere. And it comes and goes they say.

We still need to become self-sufficient, as the current overconsumption of Earth is tragically unsustainable. The last time I looked the US was 9-11 times overconsuming Earth's resources per capita. Even Switzerland was overconsuming it 5 times. This means that if the rest of the world would be consuming so hard and fast, we would need 5-11 Earths every single year to meet those demands.

Make no mistake. We WILL run out of affordable oil pretty soon, then gas, then a little later coal. Global warming is occurring and it WILL dramatically reduce the amount of potable fresh water. And we DO contribute to it with all the greenhouse gases that we emit in rapidly increasing quantities.

The only thing different with a view to a vastly brighter Electric Sun is the Sun's contributions to our unfolding drama. But it IS playing out at a scale that is indeed planetary.

If it is any consolation they say, ALL the planets are warming up. And our Sun HAS become vastly more bright in the past decades literally out of nowhere. It was expected to be more intense as the 11 year clockwork period for it has come. But NOT as much as it is NOW.

The Sun in recent decades must be channeling OTHER energy they say, we don't know what kind.

We also don't know, they say, to what extent out weather is electric in nature. But if so, which is not proven but increasing hypothesised, our climate including perhaps the more intense El Nino Southern Oscillation (or ENSO) is a much more a consequence of a so much brighter and more intense electric Sun then previously thought.

Do we need to prepare for a change. Oh yes. Is it going to be big? Oh yes. Will it take at least a millennium (1000 years!) for things go back to normal? You bet! (For instance there may be at least a 1000 years natural delay in the feedback between the Atlantic and the Southern Pacific thermohaline circulation.

So what's the difference between what scientists labelled 'sceptics' say from the vantage point of an Electric Sun. Nothing in terms of what we need to do to slow our appetite and change to renewables. But the difference is big in terms of our guilt and inability to change things back.

Because what they say is that (a) We are not guilty as charged - the Sun is the culprit; and (b) no matter how hard we try, we cannot work against the Sun and hence cannot change climate back.

Quite a food for thought. And the fact that we should not be shameful for all of the current changes as they say is a helpful ploy to ACT. Indeed, it would be so much easier without guilt.

Ice age favours North

Another reason to start 'house cleaning' at the North Atlantic thermohaline conveyor belt. Ice age if it comes, may affect less the the Southern hemisphere.
http://www.theage.com.au/../2007/10/05/..1357944.html

We knew from earlier and Change-Climate-Back has reported on this at some length that the warming will actually increase ice in the Antarctic because snow precipitation there is still more than ice melting.

We have also reported that due to fresh-water leaks from melting ice in the North Atlantic the thermohaline circulation here (also known as the Gulf Stream) has already weakened significantly. Some estimate that decrease at 30%. The process may foreshadow a potential shut down of the circulation, which from earlier data appears to conclude in 3 short years substantially decreasing the mean temperature at the North - that is much of the northern part of the Northern hemisphere.

But it has received less public attention that the Atlantic and the Pacific ocean conveyor belts are linked though the connection appears less direct. There may also exist a substantial delay between a mass off water exiting the one stream and entering the other.

But the sum effect of that link according to a report by Timothy Burrows published in the journal Science is that when it works the south exports heat to the north. But when the link is broken, there is no more export and the cooling of the Northern hemisphere is offset by a relative heating of the South.

This appears to have happened many times over, most notably at the end of the last Ice Age called the Younger Dryas geological event around 13,000 years ago. This meant rapid cooling for the North right after rapid Global Warming at the end of the Ice Age called the Pleistocene geological epoch. It was due to the same process that is happening now - the rapid mass melting of the Northern ice sheets that accompanied rapid global warming shut down the Gulf.

Back then the Southern hemisphere actually got warmer with the mean temperature here being 2 degrees higher than it is now.

Desalinated Salt

About The Immense Salt Concentrate By-Product From Desalination Plant

This post will get into the problem of:
Where, Why, and How We May Put Them For Best Use
Fresh off the press: by 2010 Victoria will receive a desalination plant to ease freshwater crisis caused by this extended drought. (Drinking water shortage is likely to be curbed, giving us a false sense of security that all is well.) But where to put the immense salt that is created as a by-product to making freshwater?

I suspect there will be enough desalination plants soon, to have large industrial quantities of precious sea salt. But also have the mounting problem of where to put them.

Let's ponder that ...

Here is an idea: - We should pump it back where it is most needed. And I blogged enought on the subject to suggest the following.

Re-salinate the Thermohaline circulation starting with the Gulf stream ...

Locate the most sensitive vortexes that power the return deep undercurrent streams in the thermohaline circulation (these are mainly the Gulf Stream and the Kuro-siwa) by blasting cold water down. Position air-born stations right above them with a pump hooked up to them pointing downwards. Next, pepper them with industrial quantities of salt. Simply use the massive sucking power of the vortex to pump the salt back where needed to re-salinate our withering deep sea currents. Though the the two circulation systems are interlinked, it also appears that the Gulf is at a bigger risk. It has already weakened 30 percent and ice melt that causes it has been accelerated decade on decade. So start there, and soon. There, it might just go right where needed most. Monitor the effects and relocate the pump as needed.

But this measure by itself would NOT be enough. We need some kind of freshwater arrangement for folks in and around floodplains of the endangered rivers: Danube, Mekong, Ganges, Yangtze, and a few others. (Ganges, Mekong and Yangtze are slated to become seasonal river-beds - dry outside the flood season - by 2030 as Himalayan glaciers feeding them melt away with increasing speed.) These areas will be next wanting new reserves of freshwater such as delatinated water badly.

And of course we'll all wait and see what will happen to our Murray-Darling system. And our very own desalination plant. And if you are here for getting ideas, remind yourself that the cost of such of a plant will be offset, by doubling the water rates. There, food for thought.

Coordinated effort to change climate back is needed. Ultimately, we need freshwater back in the rivers, because that's how it is natural. For a little more brain fodder, look up some Earth-architect project posts listed below.

Related posts:
Earth-architect-project-impossible-categories-PartII
Earth-architect-project-impossible-categories
Nano-bots-producing-salt-and-ice-how-it-would-work

The Gulf slowing, but Why? And Why bother...

A crucial and far-reaching feedback in global warming and subsequent climate change is the slowing down of the Atlantic thermohaline circulation colloquially known as the Gulf stream.

If the Gulf current weakens further...

When it happened before ( and it happened - according to native Americans memories) the midland drought on the American continent lasted 40 continous and relentless years. Currently we could be in about the third...

Kuro-siwa and Gulf

The two most important oceanic streams known are the Kuro-siwa in the Pacific and the Gulf Current in the North Atlantic. Both already weakened and continue to weaken. The first is getting diluted by ice melting in the Antarctic and the second - by the ice melting in the Polar Ice cap and the Greenland ice sheet.

Out of the two the Gulf may be at larger risk. In the picture below you can see streams along the coast lines. The blue and green streams are deep ocean currents carrying heavy and more salty cold water. The orange and red ones are the warm surface currents. Between the two are yellow streams.

There are many things that effect circulation, but here we'll concentrate on two. One is the heavy salt that makes cold water sink so it can remain cold while it journeys back to the Mexican Gulf. The second is the many multitudes of smaller streams around the Greenland plain that constitute mostly the cold back-flow. If there is no back flow - there is no current.

Warm surface water carries warm air above. That constant supply of warm air is responsible for the relatively mild climate of Northern Europe. The sun doesn't heat this area sufficiently, so without the Gulf circulating there would be no warm air here. The Gulf is the guardian angel of moderate climate in this region.

Imagine it slowing and slowing to the point where just the jagged edges of Greenland alone would pose a significant barrier to that flow. The South Pacific section of the Kuro-siwa is much less hampered by such impediments. That is quite a reason why the Gulf may be at a larger risk.

Now let's take a look at just how deep those cold currents are.

Very deep. This is a section across the Atlantic. To the left is the East coast with Florida, no mistake there. To the right are the Skandinavian peninsula, the UK, Spain and Africa. At the top is Greenland.

Beginning to have an idea of how the Gulf works? Great. Now take a closer look at where the sinking of cold water takes place? These points are called the Atlantic overturning points. The significant portion (the left part) of the Gulf sinks just off the coast at West Greenland. And what makes it possible? Salty water that is heavier than freshwater.

That is the same area where very significant build-up of fresh water reserves has been detected. Source? Melting Greenland freshwater ice sheets - there could be other reasons, but this is most compelling to consider. Important back-flowing section (the sinking part) of the Gulf is being bombarded by freshwater bombs breaking up the sinking stream into yet smaller streams. Coincidentally, the Gulf has been weakened. It has already slowed down about 30%.

This means that more and more of its activity is in the inner circle that just circulates warm water and air between the East Coast and Africa. Here, coastal surface water now often reaches an unbelievable 35 degrees centigrade. And when it does, it serves a perfect brewing ground for large and fast tornadoes.

If the Gulf Current Slows too much or Stops...

If the Gulf Current Stops...
Just what part of England might look like



Eskimo village on Swiss lake. From Ananova