aleCcowaN
imperfecto del subjuntivo
But you have serious impact on the forests and fresh water world wide with acid rain.
Aerosols don't need to be made of sulphur dioxide or similar compounds.
But you have serious impact on the forests and fresh water world wide with acid rain.
i see it as a backup system, in case we understimated AGW or we fail to act in time.
Knock it off with games, Alec. Seriously. You're not an educator administering a test; we're not your pupils. What you're doing is just... annoying.
I fail to see how a non-expensive temporary solution like dispersing aerosols or creating clouds is better than a more permanent solution.
That solution in the video -the aerostat spraying sea water pumped from a ship and provided through a hose- look the less expensive.
It's ironic that the Chinese are nowadays throwing ten gigatons of carbon dioxide coming from coal and at the same time that coal is generating enough aerosols to offset part of its greenhouse effect, similar to geoengeeniring but without the right aerosol and without choosing the places to do it.
Even more ironic that they had up to 5,000 deaths a year in coal mines 15 years ago just to get one gigaton of coal, while now they are getting almost the quadruple with only 500 deaths. That was the result of social pressure on safe working environments. More social and international pressure is going to force them to prevent coal pollutants to reach the atmosphere and form cooling aerosols, so we're going to be left just with the greenhouse effect of a mass of carbon dioxide that, if frozen as dry ice would match in six months the mass of ice broken from Jacobshavn Glacier in 26 days of May. And I'm talking just of CO2 coming form Chinese coal.
I don't understand your question DC.s there anybody that does say this?
http://www.reuters.com/article/2014/06/03/china-climatechange-idUSL3N0OK1VH20140603BEIJING, June 3 (Reuters) - China will set an absolute cap on its CO2 emissions from 2016, a senior government adviser said on Monday, a day after the United States announced new targets for its power sector, signalling a potential breakthrough in tough U.N. climate talks.
I don't understand your question DC.
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Whitening ( upping the albedo ) with either cloudships or microbubbles
http://news.sciencemag.org/physics/2010/03/could-tiny-bubbles-cool-planet
I'd view as far more sane than SO2 release which is just replacing one set of damages with another.
China is truly on a crash course to reduce emissions of all sorts as they are strangling as Britain was in the 50s.
If China cleans up S02 before CO2 we see a big bounce in global temps ala 1980s/90s as global dimming eased off due to Acid Rain campaigns in the western nations.
Also nearly all roads lead to a higher sensitivity which ups the ante.
i wonder if there is anybody saying that a non-expensive temporary solution like dispersing aerosols or creating clouds is better than a more permanent solution.
with permanent solution i understand reduction of CO2 emissions or even reduction in CO2 concentrations.
i am not aware of anyone promoting geoengineering instead of CO2 reduction.
You're own video link at minute 7 may give you a clue.
why can't you just say exactly what you mean?
why the need to sound like some wannabe mystic with your strange criptic expressions?
just say me what you mean pls.
WTA: rewatched from 6:30 to 9:00 and it is a complete mystery to me what your point is.
maybe i better not post here anymore, my english is clearly not good enough.
So, I say again "I fail to see how a non-expensive temporary solution like dispersing aerosols or creating clouds is better than a more permanent solution."«facts about these proposed geoengeenering methods:
1) it would be effective: this could cool the Earth as much as we ever wanted to cool it ...there's not much scientific debate about that
2) it would be fast ... the effects would occur within a matter of months after such material ...
3) it would be cheap, only tens of billions of euros per year .. ... in the world of climate change economics its nothing
4) it could be quite imperfect ...»
You do not seem to recognize the simple facts, r-j:It's called science.
I cannot believe that you cannot do the experiment in Sea level rise due to floating ice? and see salt water or fresh, it does matter!I can't believe anyone doesn't know this. Salt water or fresh, it does not matter, ice freezing does not change the level of the water. You can do an experiment in your own home to prove this beyond any doubt.
It's more a matter of patience, me thinks.
about 6:50, after the schematics (about a method that is a temporary solution -and he says explaining it that it's set in the stratosphere and according to him that is five or six kilometres above the surface of the Earth, but he didn't mention to be in the poles the poles-)
So, I say again "I fail to see how a non-expensive temporary solution like dispersing aerosols or creating clouds is better than a more permanent solution."
If you don't fail to see it -why is better-. Please, explain it to me.
Well doh, r-jIf ice shelves raise the sea level by melting, then the sea decreased by the exact same amount when the water vapor left the ocean. But that happened a long time ago.
which leaves nothing, aleCcowaN!following previous post.
...kept everything to do with the paper...
[1] We combine new and published satellite observations and the results of a coupled ice-ocean model to provide the first estimate of changes in the quantity of ice floating in the global oceans and the consequent sea level contribution. Rapid losses of Arctic sea ice and small Antarctic ice shelves are partially offset by thickening of Antarctic sea ice and large Antarctic ice shelves. Altogether, 746 ± 127 km3 yr−1 of floating ice was lost between 1994 and 2004, a value that exceeds considerably the reduction in grounded ice over the same period. Although the losses are equivalent to a small (49 ± 8 μm yr−1) rise in mean sea level, there may be large regional variations in the degree of ocean freshening and mixing. Ice shelves at the Antarctic Peninsula and in the Amundsen Sea, for example, have lost 481 ± 38 km3 yr−1.
Perhaps not to you, r-j!The original parameters were clear.
what more permanent solution do you have in mind?
which leaves nothing, aleCcowaN!
Maybe you need to actually read the abstract:
Recent loss of floating ice and the consequent sea level contribution