Hell and High Water

Hell and High Water: The Global Warming Solution

For some months now I have been visiting Joseph Romm’s blog Climate Progress regularly, valuing it for its lively and informed commentary on climate science and politics and its focus on the solutions already available to us. The cover of his book Hell and High Water is prominent on the website and I grew uncomfortably aware that I hadn’t read it, and perhaps I should.  At last I have.

It was well worth the reading.  Romm holds a PhD in physics from MIT and is a senior fellow at the progressive think tank Center for American Progress. During the Clinton Administration he was Acting Assistant Secretary of Energy with a focus on energy efficiency and renewable energy.  His service towards a sustainable energy future was recognised last year when he was elected a Fellow of the American Association for the Advancement of Science. The fact that the book is addressed to Americans doesn’t lessen its significance for the rest of us. What happens in the US is crucial in determining whether we succeed in successfully addressing global warming.

The book is in two parts. In the first Romm surveys the science and what the future holds if we continue on our present path.  He doesn’t discuss the detailed evidence for global warming and climate science but rather selects some aspects to establish the seriousness of the future threat. Invoking Broecker’s image of climate as “an ornery beast which overreacts even to small nudges” he discusses the possibility of climate’s sudden response to forcings, which the paleoclimate record reveals so remarkably. Increased global hurricane intensity and frequency, a matter of great importance to the US, is investigated and affirmed in an interesting sequence.  Droughts and wildfires, also on the agenda for the US, are explained. He emphasises the need for systems thinking in considering how four key carbon sinks could turn to sources under increased warming and drive vicious feedback cycles – the oceans, the soils, the tropical forests, and the  arctic tundra, permafrost and frozen peat.  Finally he looks at the prospects for ice movement in Greenland and Antarctica and provides scenarios for US cities enduring continually rising sea levels combined with increased hurricane activity. On our current emissions path the planet will almost certainly be 3 degrees warmer than pre-imdustrial levels by the end of the century. In that case we can expect to battle with metres of sea level rise over a relatively short space of time.

The question of the century is: “Do we humans have the political will to stop the great ice sheets of Greenland and West Antarctica from melting … to stop Hell and High Water?” The global-warming problem is no longer prmarily a scientific matter.  Nor is it a technological problem because we have the technologies to avoid the disasters that await us if we keep doing nothing. It is a problem of politics and political will. This is the focus of the second part of the book.

Romm discusses how the cautious and factual language of  scientists has not availed against the conservative leaders in America who have chosen to use their superior messaging and political skills to thwart serious action on global warming.  It is hard to see how anything could avail against the counsel of Luntz Research Companies whose advice to politicians on how to prevent efforts to tackle global warming Romm describes.  The passages Romm refers to reveal a level of manipulative cynicism and disregard for truth which is breathtaking. (You can see the Luntz memo here.)  The advice has clearly been followed by many politicians and publicists.  Delayers and Denyers are Romm’s preferred names for the sceptics. He describes a campaign which certainly has little to do with scientific scepticism. But it has everything to do with political partisanship. Global  warming became a partisan issue, at least in the US, and the sorry consequences are detailed by Romm, including the Bush White House’s deliberate strategy of impeding the scientific message.

One of the tactics employed by the Delayers has been to speak of the need for long-term technological breakthroughs, conveniently some distance into the future. Romm regards this as mostly empty rhetoric because it has not been matched by adequate funding.  Meanwhile the Gingrich congress cut funds for programmes aimed at accelerating the deployment into the American market of  cost-effective technologies already available. Romm identifies three technology areas which offer dramatic emission reductions in electricity generation at low cost and are ready to hand. They are energy efficiency, cogeneration and renewables. Energy efficiency is the enabling strategy which generates the savings that pay for the zero-carbon energy sources.

Fuelling transport receives considered treatment.  Fuel efficiency standards are an essential start, and after discussing various options Romm concludes that the best option for the future will be plug-in hybrids using electricity generated by wind.  Cellulosic ethanol may also have an important part to play.

Why has media coverage of global warming in the US  failed to adequately inform the public about the urgency of the problem and the huge effort needed to avert catastrophe?  Romm points to a declining number of science reporters, but worst of all to the “misguided belief that the pusuit of ‘balance’ is superior to the pursuit of truth – even in science journalism.”  This has played into the hands of the Delayers and Denyers who have exploited the flaw very successfully.  Time is the one US publication which has consistently delivered timely and powerful stories on global warming, largely unfettered by faux balance.  Romm recalls the April 2006 cover: ‘BE WORRIED. BE VERY WORRIED.’

Romm’s book was published in 2007.  Today there is a new Administration in the White House which has committed itself to positive action to combat global warming.  That does not mean that the Denyers and Delayers have gone away.  In his conclusion Romm, looking forward, feared that even after Bush had gone conservatives in Congress would hold enough strength to continue to block significant action on climate, should they so choose. The results of inaction will be dreadful and will eventually force government action on a scale that would dwarf the straightforward government-led solutions available today – and by then even drastic action may be ineffectual.  Romm’s advice? “Get informed, get outraged, and then get political.

Come a little bit closer

Overlandarctic.jpg

Estimates of when the Arctic will be substantially ice free in summer used to be out towards the end of this century. In 2007, the IPCC’s fourth report suggested that there would still be a fair amount of summer ice in the 2080-90s, but the record minima of recent summers have been forcing a rapid review of that expectation. We’ve had “rough” estimates of perhaps the 2030s, and even a suggestion it could happen as early as 2013 (follow the sea ice tag for earlier posts). A new paper by Wang and Overland in this week’s Geophysical Research Letters takes a more quantitative approach, by using six models and priming them with the sea ice state after the dramatic melt seasons of 2007 and 2008 (NOAA press release):

The area covered by summer sea ice is expected to decline from its current 4.6 million square kilometers (about 2.8 million square miles) to about 1 million square kilometers (about 620,000 square miles) – a loss approximately four-fifths the size of the continental U.S. Much of the sea ice would remain in the area north of Canada and Greenland and decrease between Alaska and Russia in the Pacific Arctic.

You can see the ice distribution in the small image at the top of the post (click on it for the larger original). The paper’s abstract tells us when this might happen:

Using the observed 2007/2008 September sea ice extents as a starting point, we predict an expected value for a nearly sea ice free Arctic in September by the year 2037. The first quartile of the distribution for the timing of September sea ice loss will be reached by 2028.

I interpret that to mean that the central expectation is 30 years, but some models suggest it could be a decade earlier. I wonder what effect that might have on the permafrost and methane hydrates… AP coverage here. Meanwhile, the NSIDC has declared this winter’s maximum extent was reached on February 28th, at 15.14 million km2 — the fifth lowest winter maximum in the record. They note:

The six lowest maximum extents since 1979 have all occurred in the last six years (2004 to 2009).

The betting season is now open. I’m on double or quits with Stoat (aka wmconnolley when he shows up here), but as he’s offering 2-1 to newcomers, I might be back to evens. I think I’m also betting with malcolm (Vibenna) again… I won’t offer any sort of form guide until later in the season, but (as ever) I’m hoping to lose, but at least half expecting not to.

[Jay & The Americans]

Let it blow

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Couldn’t resist this on a Friday: more pictures of Katey Walter, the University of Fairbanks, Alaska ecologist who studies methane bubbling out of lakes in Alaska and Siberia. I think the clip’s from the BBC series Climate Wars, presented by Iain Stewart, but I couldn’t swear to it…

[Richard Thompson, with NZ lyric: warning, intimate kiwifruit/banana interface]

Not getting windy in Waipara

WindturbineMainpower’s consent application for a wind farm on the Mt Cass ridge above Waipara (and on my skyline) has been turned down [HDC news, PDF of judgement, earlier posts: one, two, three.]. The commissioners found that arguments that the Mt Cass ridge was a site of nationally significant ecological value outweighed the benefits of the renewable energy generated and jobs created. Mainpower managing director Alan Berge was “deeply disappointed”, according to The Press, but conservationists were predictably pleased (I know a few who’ll be celebrating tonight). It remains to be seen whether Mainpower will either appeal the decision, or prepare a revised scheme that takes into account the commissioners findings. On my quick reading of the judgement, it looks as though they might have been able to consent a scheme which took better account of the ridge layout, avoiding sensitive areas, and which was more definite about the types of turbine to be used and the turbine sites. One of Hot Topic‘s regular readers, Andrew H(urley), the project manager, will no doubt keep us informed.

Getting windy in Waikato

WindturbineThis column was published in the Waikato Times on 31 March. Windfarms in the Waikato. There’s a nice alliterative balance to the words, as well as the promise of economic and employment benefits. But don’t count on them yet. Not only does a project have to undergo a long consent process and survive any apppeal, but once that hurdle has been surmounted the current economic factors obtaining have to be weighed and timing carefully considered. We inch towards the final commitment.

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