At the risk of beating a dead horse, there are a few statements below that I 
just can't let pass.

"Joe Romm, for one, likens geoengineering to a dangerous course of chemotherapy 
and radiation to treat a condition curable through diet and exercise — or, in 
this case, emissions reduction."

Thankfully, through extensive research we know that chemotherapy and radiation 
can lower the risk of dying if the patient refuses to diet and excercise. 
Considering that a vastly larger number of persons (and ecosystems) are at risk 
from excess CO2, wouldn't it be prudent to evaluate alternative treatment 
options in the now likely event that humans continue to refuse to go on a 
fossil fuel reduction diet -  esp considering this statement from below:

"...we now know that the enlightenment conception of human beings as rational 
creatures who assess the evidence and take measures to protect themselves from 
harm, that has now collapsed before us. We can no longer maintain that belief." 

If we are indeed incapable of rationally controlling CO2 emissions, then, very 
sadly, looking for viable alternative strategies also appears to be too much to 
expect. We're indeed doomed. 

Then there is the stated Livermore nexus, apparent breeding ground of the most 
virulent strains of geoengineering according to Clive.  As someone who has been 
associated with LLNL for more than 20 years (as a visitor not as an employee), 
I think there is a very simple answer.  Livermore, under the direction of folks 
like Mike MacCracken and Larry Gates, was a pioneer in  atmospheric modeling, 
obviously an essential tool for predicting the consequences of aerosols, CO2, 
and other forcings on climate. For this same reason, LLNL and it's disciples 
are also major players in the IPCC, without which we probably wouldn't be 
having these discussions. Perhaps Clive also has LLNL-IPCC conspiracy theories 
he'd like to share. Anyway, unlike the IPCC activities, as far as I know 
Livermore has never received any funding for SRM research, possibly explaining 
why that work has gone elsewhere. There is, however, active research on natural 
aerosol variability and it's
 affects on climate (Ben Santer, et al.), another sinister government plot?

Anyway, I think Livermore's contribution to climate understanding and potential 
climate intervention is the least of our worries. I'm more concerned about the 
bystander who is full of narrowly-prescribed advice on how to treat irrational 
patients, whether it's effective or not.

Greg





>________________________________
> From: Andrew Lockley <[email protected]>
>To: geoengineering <[email protected]> 
>Sent: Friday, September 6, 2013 5:19 PM
>Subject: [geo] Climate Change's Silver Bullet? Our Interview With One Of The 
>World's Top Geoengineering Scholars | ThinkProgress
> 
>
>
>http://thinkprogress.org/climate/2013/09/06/2522511/clive-hamilton-anthropocene/
>Climate Change’s Silver Bullet? Our Interview With One Of The World’s Top 
>Geoengineering Scholars
>BY ARI PHILLIPS ON SEPTEMBER 6, 2013 AT 1:10 PM
>MELBOURNE, Australia — Since coming to Australia almost two months ago I’ve 
>heard about Clive Hamilton in the process of reporting just about every story 
>I’ve done. Then I picked up his new book Earthmasters: The Dawn of the Age of 
>Climate Engineering and now I see what all the fuss is about.In all of the 
>debates over how to address climate change, climate engineering — or 
>geoengineering — is among the most contentious. It involves large-scale 
>manipulation of the Earth’s climate using grand technological interventions, 
>such as fertilizing the oceans with iron to absorb carbon dioxide or releasing 
>sulfur into the atmosphere to reduce radiation. While its proponents call 
>geoengineering a silver bullet for our climate woes, its skeptics are far more 
>critical. Joe Romm, for one, likens geoengineering to a dangerous course of 
>chemotherapy and radiation to treat a condition curable through diet and 
>exercise — or, in this case, emissions
 reduction.According to the cover of Hamilton’s new book, “The potential risks 
are enormous. It is messing with nature on a scale we’ve never seen before, and 
it’s attracting a flood of interest from scientists, venture capitalists and 
oil companies.”Hamilton is an Australian author and public intellectual. Until 
2008 he was the Executive Director of The Australia Institute, a progressive 
think tank that he founded in 1993. Now he’s Professor of Public Ethics at the 
Centre for Applied Philosophy and Public Ethics, a joint center of Charles 
Stuart University and the University of Melbourne.His books include Requiem for 
a Species: Why we resist the truth about climate change, Scorcher: The dirty 
truth about climate change and Growth Fetishamongst others.Hamilton’s next book 
will be about the anthropocene — a new geologic era in which human activities 
have had a significant impact on the Earth’s ecosystems. He took some time to 
talk
 with me about this new era, the future of geoengineering and what it all means 
for humanity. This interview has been edited for clarity and length.
>How has the environmental community responded to your book on geoengineering?
>I remember back in late 1990s around Kyoto there was a great deal of 
>resistance amongst environmentalists and climate activists, including myself, 
>against any talk of adaptation. It was seen to be a capitulation to a kind of 
>defeatism that we ought not to be talking about adaptation because that means 
>that mitigation has failed. Eventually I think we all came around to view that 
>some climate change is going to happen and therefore adaptation has to be 
>considered. It’s better to have seat at the table, as it were, when adaptation 
>is being discussed.I think we’re in the same stage now with geoengineering. 
>Most environmentalists don’t want to know about it. Most climate activists 
>don’t want to talk about it. There is a sense that in doing so you are 
>conceding that it could well be possible that geoengineering will be necessary 
>because the world community will continue to fail, perhaps even more 
>egregiously, at responding to scientific warnings.But
 I wrote the book because I became aware in writing my previous book that the 
genie was out of the bottle: geoengineering was going to grow in importance. 
Therefore, climate campaigners and environmental groups sooner or later are 
going to have to engage in the issue. It’s a question of whether they start now 
or leave it for another five years, at which point the lobby backing 
geoengineering will be much more powerful and will have had an opportunity to 
frame it more inflexibly in the media and in broader public mind.
>Did you come across any big surprises while writing the book?
>There were a couple of big surprises. One was the extent of the geoengineering 
>lobby and the links between the scientists and the investors. I developed a 
>much stronger sense of the likelihood of a powerful geoengineering 
>constituency emerging, which would — if it were not countered by a skeptical 
>community of thinkers and campaigners — essentially take control of whole 
>agenda. Plotting those links and laying them out was something that I go into 
>quite a lot of detail over. At the same time it stimulated me to think about 
>the military-industrial complex, the famous lobby group that help such sway in 
>the U.S. in the middle of the 20th century.One thing I noticed while doing 
>this research and looking at scientists involved was the density of the 
>linkages with the Lawrence Livermore National Laboratory. So I investigated 
>further and thought it’s really quite astonishing the extent to which many, if 
>not most, prominent scientific researchers in
 geoengineering in the U.S. worked at Livermore or have close links with people 
there now or those who used to work there.Then when I read Hugh Gusterson’s 
bookon Livermore and it’s role in the cold war and nuclear weapons development, 
I started to think much more carefully about the type of mindset that is 
especially drawn to geoengineering as a technological response to global 
warming. I think it’s quite alarming in its implications. That lead me to 
further think about the geostrategic implications of climate engineering, which 
is something that’s received almost no attention, but we do know that people in 
the military and related strategic communities are starting to think about 
geoengineering and what it would mean for international relations and conflict.
>What about the potential for financial gain?
>A noble desire to save the world from climate change will attract less noble 
>intentions. That’s just the way of the world. Never let a good crisis go to 
>waste. Already we’re seeing it with Canadian oil sands billionaire Murray 
>Edwards investing in geoengineering technologies.I spend quite a bit of time 
>talking about Bill Gates in the book. Earlier this year, I was talking about 
>the scientific entrepreneurial lobby group that was emerging during a debate 
>with Peter Singer (another Australian philosopher) and I mentioned Bill Gates. 
>Singer said, “Well what’s wrong with Bill Gates? He’s well motivated. He does 
>a lot of good charity work. If you’re going to have millionaires investing in 
>geoengineering then Bill Gates would be one of the first.”I made the point 
>that yes, Bill Gates is now in philanthropic mode, and The Bill and Melinda 
>Gates Foundation does praiseworthy work, but it’s not Bill Gates’ motives I’m 
>worried about; it’s his
 worldview. That Silicon Valley, ‘we’ve-got-an-app-for-that’ kind of 
understanding. Joe Romm (Editor of Climate Progress) has been very critical of 
Gates for his dissing of renewable energy technology. Gates described solar 
energy as cute.So Gates is drawn to big, new, shiny technological responses 
that clever people dream up. You know, brainstorming over pizza and coke. 
That’s where he comes from and that’s how he thinks. It’s one thing to think 
about computers and software that way, but it’s a completely different matter 
to think about the earth as a whole as in need of a snazzy new app that will 
solve the problem. I think that’s an extremely dangerous way to understand it 
for all sorts of reasons.Perhaps the most important of which is that the 
climate change problem is not a technological one. It’s a social and political 
one. The more people focus on techno-fixes, the more they distract us from the 
real problems, which are the social
 and political difficulties of responding to climate change. We have the 
technology and have had it for many years. So arguing that the blockage is the 
absence of technology is extremely unhelpful and plays into the hands of the 
fossil fuel lobby.In the book you say the slippery slope to a techno-fix 
promises a substitute for the slippery slope to revolution.Revolutions take all 
different forms of course, from the industrial revolution to Tahrir Square to 
the cultural revolution of the 60s and 70s, and it’s more along the lines of 
the latter that I was thinking of, and into which new forms of climate activism 
can feed. There’s often a sort of terror in environmental groups that if they 
do something radical or outrageous, they’ll alienate mom and dad in the 
suburbs.But social movements that have radically changed the way our world 
works — think of the woman’s movement — have frequently started out being 
rancorous and difficult and attracting
 the derision of the conservative press and politicians. And indeed, mystifying 
and often alienating people living in the suburbs or high-rises. If people have 
to be shocked and outraged before they come around to seeing that some 
fundamental transformation is necessary, then so be it. I think that there’s a 
level of fear and complacency and unwillingness to shift to change on the part 
of our societies, and some kind of circuit breaker is necessary.You talk about 
the acceptance of the “solution” of geoengineering even by people who don’t 
seem to think climate change is a problem in the first place.That’s one of the, 
on the face of it, mystifying aspects of the geoengineering debate. Why 
conservative think tanks like The American Enterprise Institute, The Cato 
Institute and even The Heartland Institute, which have for years worked hard to 
deny climate science and block all measures to reduce carbon emissions, have 
come out in favor of
 geoengineering.What it shows us is that the debate over climate change and the 
role of the deniers is not about the science. They want to make it about the 
science because that gives it an air of legitimacy, but it’s really about 
fundamental cultural and political values. So if geoengineering is the solution 
then they’re happy to concede that there’s a problem because geoengineering is 
a big, technological, macho, system-justifying response to climate change. And 
that’s the kind of response that fits with their political orientation.How does 
the “American Way of Life” factor into all of this?Already we’re seeing what 
authorities in the U.S. need to do in order to protect people from massive 
hurricanes and monster wildfires and frequent floods. As the effects of climate 
change become even more severe we’ll see nations like the U.S. that are in a 
position to adapt start spending billions of dollars dong so.And of course, the 
more the
 climate deniers persuade politicians that hurricanes and wildfires aren’t due 
to climate change, the less responsive authorities are likely to be and the 
more people will die, in effect. Eventually it will be impossible to continue 
to pretend that mitigation is not the first best option. It might take five 
years, it might take ten, let’s hope it doesn’t take twenty.The sort of tragedy 
of all this is that if the world had become serious ten or so years ago that 
cost would have been vastly smaller than it’s going to be. But you know that’s 
in a perfect world where human beings are rational and take reasonable measures 
to protect themselves from the warnings of scientists. But we now know that the 
enlightenment conception of human beings as rational creatures who assess the 
evidence and take measures to protect themselves from harm, that has now 
collapsed before us. We can no longer maintain that belief.That feeds into this 
idea of the
 anthropocene and the ethical implications of living in a world with climate 
change.I am writing a book about the anthropocene because it seems to me that 
when human beings become so powerful that they transform the fundamental cycles 
and processes that govern the evolution of the earth itself that we’re entering 
into an era, or we’ve reached an event, that’s as significant as the industrial 
revolution, or even the process of civilization itself.It causes us to rethink 
pretty much everything. It certainly causes us to rethink what the relationship 
of human beings is to the planet, but in a harder way, what is a human being. 
The sort of modern conception of what a human being is is an isolated ego 
existing inside a body. And most of us think that’s just what we are. But in 
fact that’s a very recent and culturally specific understanding of what a human 
being is. And it’s the conception of a human being that’s consistent with an 
advanced
 consumer society.Collectively though, we are the kind of creatures, like 
certain types of microbes, that can completely transform the nature of the 
planet on which we live. If this is so, then it causes us to rethink who we are 
and what the place of this strange, clever creature is on planet earth.We can 
no longer think of the Earth as the passive and unresponsive backdrop to the 
human drama where we play out our parts in a kind of Shakespearean play and not 
worry about the backdrop. We now find that the backdrop, the stage scenery, has 
entered into the play and is disrupting the whole proceedings.Something very 
profound has happened. Human history, which we think of as only being a few 
thousand years old and is the history of human actions, has converged with 
geologic history, which we always thought of as operating in a very distinct 
domain having nothing to do with us. But now we find that our history affects 
the history of the earth.If there is no
 more human history distinct from earth history, then what does that mean?
> 
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