Gumping
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The NASA GISS data and models (incl source) are available for download. All you need to run the models is a Unix workstation (eg a Linux PC). I reckon that you could probably get 'em to run on a Windows box under cygwin with fairly little effort.
Like I have a clue.....
Purely your opinion. It is inevitable that models and simulations MUST be used.
Granted - could say that about alot of what you say too. Models should be used, I agree. But when the weather forecast is as crap as it is, why should long-range forecasting be any better?
In any case CO2 IS a green house gas. This has been known for a long, long time. Estimates of how an increase in CO2 affects temperature go back to the early part of the 20th century. It is fairly basic physics.
No, really? I did not say I disagree with any of this....
I suppose, if you move your historical bound far enough any amount of climate change will still fit into some sort of bounds. The issues of trend and rate of change are critical. And should we all sit around waiting for whatever bounds we may think reasonable to be exceeded?
This is the crux of the argument IMO. To continue the trading analogy, this would be long-term support and resistance. (Then we can look for pin bars forming on them and everyone around here will start masturbating. )....er... Are those limits levels at which other processes kick in and reverse the cycle?
in any case what matters is the truth or as close to the truth as we can get.
I agree. And this is the point which I am getting at. For me, I don't know what that is. I'm willing to err on the side of caution though.
Possibly because they are the most mature technologies. There is current research into geothermal and not only in places like Iceland where the geology makes it much easier.
Not really - geothermal can be set up in houses for roughly the same price as a conventional boiler, and will last roughly the same amount of time. I know this, because I had a quote a while back. It is all do-able now. I think you are talking about a slightly different form of geothermal to me here, with the deep geothermal vent business. i'm talking about simple heat exchange with 'shallower' levels. The stuff you mention here requires certain geology (i.e. faultlines) which Iceland of course has in abundance.
The wildcard that hardly ever gets a mention is fusion, which could be the real holy grail. Nobody really knows when it might be, because it is probably the most difficult engineering task ever attempted. I watched a documentary on fusion presented by Brian Cox recently. It mentioned that the UK spends more on mobile ring tones than fusion research. Fusion may be well down the track, but that neglect just strikes me as idiotic.
Fusion is a seriously hot topic and has been for decades. There is a massive international fusion reactor project (Iter) in France that is being built currently and is being funded by a consortium of governments. I totally agree it will be the way to go if/when acheived. The problem with this, as anything is the rate at which technology advances. The Large Hadron Collider was designed in the 80's, and therefore it was conceivable then and is probably built with mostly 80's technology. Same is true for Fusion. The Iter reactor type (Tokamak) is well established (Since the 1960's) and will simply be addressing issues of scalability - they reckon that Iter will be the first fusion reactor that will produce more energy than it takes to sustain fusion conditions Which to some degree, suggests that fusion is possible today.
As for the ringtones quote it is irrelevent but funny. I could just imagine a consortium of governments coming together to form the ringtones initiative to build a ringtones device!
But the issue here is this, I believe: what are you or anyone else doing about this, apart from thumping your chest, having a go at people and possibly recycling a bit of your waste?