Friday 19 February 2010


Up, Down.

Aquecimento GlobalOs ricos se divertemA 'Marolinha' Chegou
Aquecimento Global / Global Warming
We say unto you ... it is just a 'little wave' !!!

Os ricos se divertem / The rich amuse themselves
Charles O'Brien destroyed three poor countries selling charcoal
Van Krugen became a philanthropist after becoming rich selling munitions
Nielsen van Bolt became rich over thirty years buliding prisons

A 'Marolinha' Chegou! / The 'Little Wave' Has Arrived!

'Marolinha' is surfer slang for a 'little wave' - the expression became politicized when Lula used it to describe the fiscal collapse of 2007-8.

but it is all a tempest in a teapot, isn't it eh?

Marc Roberts TrickMarc Roberts Trick

on the Climategate front none of the protagonists can take the time to link to the articles they are referencing - that should be a clue eh?

a-and that's it for Obama, not a comedown exactly, rather being forced to put him in proper perspective, he made no secret after all that he favoured nuclear energy, we were all so full of hope ... it had to crash

Yvo de Boer
and Yvo de Boer has stepped down - a good man ...

1. Ensuring Integrity in Science, Ralph J. Cicerone, Feb 5 2010.
2. With Stakes This High, NYT Editorial, Feb 17 2010.
3. Remarks by the President on Energy in Lanham, Maryland, Feb 16 2010.
     3a. Investing in Clean, Safe Nuclear Energy, Video link.

Ensuring Integrity in Science, Ralph J. Cicerone, Feb 5 2010.

Ralph J. Cicerone is president of the U.S. National Academy of Sciences.

Hacked Electronic Records of Climate Scientists at the University of East Anglia's Climate Research Unit (UEA/CRU) led to worldwide publicity during the December 2009 Copenhagen climate change convention. UEA is conducting a formal investigation to determine whether UEA scientists manipulated or suppressed data or otherwise acted unprofessionally. My reading of the vast scientific literature on climate change is that our understanding is undiminished by this incident; but it has raised concern about the standards of science and has damaged public trust in what scientists do.

In the wake of the UEA controversy, I have been contacted by many U.S. and world leaders in science, business, and government. Their assessments and those from various editorials, added to results from scattered public opinion polls, suggest that public opinion has moved toward the view that scientists often try to suppress alternative hypotheses and ideas and that scientists will withhold data and try to manipulate some aspects of peer review to prevent dissent. This view reflects the fragile nature of trust between science and society, demonstrating that the perceived misbehavior of even a few scientists can diminish the credibility of science as a whole.

What needs to be done? Two aspects need urgent attention: the general practice of science and the personal behaviors of scientists. The good news is that some efforts to address both issues have already begun. But now we must make further advances on both fronts. Clarity and transparency must be reinforced to build and maintain trust—internal and external—in science. Scientists are taught to describe experiments, data, and calculations fully so that other scientists can replicate the research. Last year, the Committee on Science, Engineering, and Public Policy (COSEPUP) of the National Academy of Sciences (NAS), National Academy of Engineering, and Institute of Medicine put forth a framework for dealing with research data,* emphasizing that "Research data, methods and other information integral to publicly reported results should be publicly accessible." Some journals have established policies that require the sharing of materials and data. However, post-publication complaints regarding data sharing persist. Despite many efforts, the scientific community has failed to uniformly integrate these standards into their practices.

It is essential that the scientific community work urgently to make standards for analyzing, reporting, providing access to, and stewardship of research data operational, while also establishing when requests for data amount to harassment or are otherwise unreasonable. A major challenge is that acceptable and optimal standards will vary among scientific disciplines because of proprietary, privacy, national security, and cost limitations. Failure to make research data and related information accessible not only impedes science, it also breeds conflicts. Contention over paleoclimatic data was at the heart of the UEA/CRU e-mail exchanges. Beyond data handling, the relationship between science and society depends on the personal conduct of scientists in all that they do. Fortunately, an up-to-date guide to responsible conduct in research is now available,** and its standards should be energetically pursued throughout the scientific community.

Later this month, at the 2010 annual meeting of the American Association for the Advancement of Science (AAAS) in San Diego, NAS and AAAS will lead a discussion of these important issues, examine points raised by the UEA/CRU situation, review best practices, and encourage scientists to develop standards for data access that work in their fields. The outcome of this special session must be explicit actions, as scientists must do much more now, and with urgency, to demonstrate that science is indeed self-correcting and worthy of the public's trust.

With Stakes This High, NYT Editorial, Feb 17 2010.

Disclosures of isolated errors and exaggerations in the 2007 report from the United Nations panel on climate change do not undermine its main finding: that the planet has been warming gradually for more than a century and that human activity is largely responsible. But the misstatements have handed climate skeptics a public relations boost.

That’s not good news at a time when world leaders need to make tough decisions to control greenhouse gas emissions and when public confidence in the science is essential. Given the stakes, the panel cannot allow more missteps and, at the very least, must tighten procedures and make its deliberations more transparent.

The panel’s chairman, Rajendra K. Pachauri, an Indian engineer, also is under fire for taking consulting fees from business interests. Mr. Pachauri says he does not profit personally and channels the fees to a nonprofit research center he runs in New Delhi. Yet as the person most responsible for the panel’s integrity, he cannot afford even the appearance of a conflict of interest.

All this follows last November’s uproar over leaked e-mail messages that, while they had nothing to do with the panel’s reports, portrayed climate scientists as thin-skinned and fully capable of stifling competing views.

The controversy over the 2007 report has been stoked by charges of poor sourcing and alarmist forecasts, prominently a prediction — in a 938-page working paper — that the Himalayan glaciers would disappear by 2035. This was clearly an exaggeration, though it was not included in the final report. An overblown warning of crop failures in North Africa made it into the final report.

Set against the bulk of the panel’s work — for which it received a Nobel Prize in 2008 — these errors seem small, the result of sloppiness, not deliberate misrepresentation. But they are still costly.

In a recent editorial in the journal Nature, Ralph Cicerone, president of the National Academy of Sciences, wrote that while the scientific understanding of climate change remains “undiminished,” the “perceived misbehavior of even a few scientists can diminish the credibility of science as a whole.”

Dr. Cicerone is right on all counts: given the complexity and urgency of climate change — and its vulnerability to political posturing — scientists engaged in the issue must avoid personal agendas and be intellectually vigilant and above reproach.

Remarks by the President on Energy in Lanham, Maryland, Feb 16 2010.

IBEW Local 26, Lanham, Maryland

THE PRESIDENT: Thank you, everybody. Thank you. Please have a seat. Have a seat. Good morning, everybody. Before I begin let me just acknowledge some of the people who are standing behind me here: First of all, two people who have been working really hard to make this day happen -- Secretary Steven Chu, my Energy Secretary -- Steven Chu. (Applause.) And my White House advisor on everything having to do with energy, Carol Browner. (Applause.)

I want to acknowledge the outstanding governor of Maryland, Martin O'Malley, as well as his lieutenant governor, Anthony Brown. (Applause.) We've got Mark Ayers from the building trades, and Billy Hite from the UA Plumbers and Pipefitters -- give them a big round of applause. (Applause.) Gregory Jaczko, who's with the Nuclear Energy Commission, is here. Where is he? (Applause.) Ed Hill, president of IBEW International. (Applause.) And I want to thank Chuck Graham and everybody here at Local 26 for their great hospitality. (Applause.)

Thank you for the warm welcome. Thanks for showing me around. I was just mentioning that I got a chance to pull the first fire alarm since I was in junior high. (Laughter.) And I didn't get in trouble for it.

This is an extraordinarily impressive facility, where workers are instructed on everything from the installation of sophisticated energy hardware and software to the basics of current and resistance. We need to look no further than the workers and apprentices who are standing behind me to see the future that's possible when it comes to clean energy.

It's a future in which skilled laborers are helping us lead in burgeoning industries. It's a future in which renewable electricity is fueling plug-in hybrid cars and energy-efficient homes and businesses. It's a future in which we're exporting homegrown energy technology instead of importing foreign oil. And it's a future in which our economy is powered not by what we borrow and spend but what we invent and what we build.

That's the bright future that lies ahead for America. And it's one of -- it's a future that my administration is striving to achieve each and every day. We've already made the largest investment in clean energy in history as part of the Recovery Act -- an investment that is expected to create more than 700,000 jobs across America -– manufacturing advanced batteries for more fuel-efficient vehicles, upgrading the power grid so that it's smarter and it's stronger, doubling our nation's capacity to generate renewable energy. And after decades in which we have done little to increase the efficiency of cars and trucks, we've raised fuel economy standards to reduce our dependence on foreign oil while helping folks save money at the pump.

But in order to truly harness our potential in clean energy we're going to have to do more, and that's why we're here. In the near term, as we transition to cleaner energy sources, we're going to have to make some tough decisions about opening up new offshore areas for oil and gas development. We'll need to make continued investments in advanced biofuels and clean coal technologies, even as we build greater capacity in renewables like wind and solar. And we're going to have to build a new generation of safe, clean nuclear power plants in America.

That's what brings us here. Through the Department of Energy -– under the leadership of Nobel prize-winning physicist, Steven Chu –- although, just a quick side note: When he was talking to some of the instructors here, and they were talking about currents and this and that and the other, I indicated to him that he could have saved a lot of money. Instead of getting a Ph.D., he could have come here and learned some of the same stuff. (Laughter and applause.) You know, the instructors here were just keeping up -- they were right there with him.

But through the Department of Energy and Secretary Chu's leadership, we are announcing roughly $8 billion in loan guarantees to break ground on the first new nuclear plant in our country in three decades -- the first new nuclear power plant in nearly three decades. (Applause.)

It's a plant that will create thousands of construction jobs in the next few years, and some 800 permanent jobs -- well-paying permanent jobs -- in the years to come. And this is only the beginning. My budget proposes tripling the loan guarantees we provide to help finance safe, clean nuclear facilities -– and we'll continue to provide financing for clean energy projects here in Maryland and across America.

Now, there will be those that welcome this announcement, those who think it's been long overdue. But there are also going to be those who strongly disagree with this announcement. The same has been true in other areas of our energy debate, from offshore drilling to putting a price on carbon pollution. But what I want to emphasize is this: Even when we have differences, we cannot allow those differences to prevent us from making progress. On an issue that affects our economy, our security, and the future of our planet, we can’t keep on being mired in the same old stale debates between the left and the right, between environmentalists and entrepreneurs.

See, our competitors are racing to create jobs and command growing energy industries. And nuclear energy is no exception. Japan and France have long invested heavily in this industry. Meanwhile, there are 56 nuclear reactors under construction around the world: 21 in China alone; six in South Korea; five in India. And the commitment of these countries is not just generating the jobs in those plants; it's generating demand for expertise and new technologies.

So make no mistake: Whether it’s nuclear energy, or solar or wind energy, if we fail to invest in the technologies of tomorrow, then we’re going to be importing those technologies instead of exporting them. We will fall behind. Jobs will be produced overseas, instead of here in the United States of America. And that's not a future that I accept.

Now, I know it’s been long assumed that those who champion the environment are opposed to nuclear power. But the fact is, even though we’ve not broken ground on a new power plant -- new nuclear plant in 30 years, nuclear energy remains our largest source of fuel that produces no carbon emissions. To meet our growing energy needs and prevent the worst consequences of climate change, we'll need to increase our supply of nuclear power. It's that simple. This one plant, for example, will cut carbon pollution by 16 million tons each year when compared to a similar coal plant. That's like taking 3.5 million cars off the road.

On the other side, there are those who have long advocated for nuclear power -- including many Republicans -- who have to recognize that we're not going to achieve a big boost in nuclear capacity unless we also create a system of incentives to make clean energy profitable. That's not just my personal conclusion; it's the conclusion of many in the energy industry itself, including CEOs of the nation's largest utility companies. Energy leaders and experts recognize that as long as producing carbon pollution carries no cost, traditional plants that use fossil fuels will be more cost-effective than plants that use nuclear fuel.

That's why we need comprehensive energy and climate legislation, and why this legislation has drawn support from across the ideological spectrum. I raised this just last week with congressional Republican leaders. I believe there's real common ground here. And my administration will be working to build on areas of agreement so that we can pass a bipartisan energy and climate bill through the Senate.

Now, none of this is to say that there aren't some serious drawbacks with respect to nuclear energy that have to be addressed. As the CEOs standing behind me will tell you, nuclear power generates waste, and we need to accelerate our efforts to find ways of storing this waste safely and disposing of it. That's why we've asked a bipartisan group of leaders and nuclear experts to examine this challenge. And these plants also have to be held to the highest and strictest safety standards to answer the legitimate concerns of Americans who live near and far from these facilities. That's going to be an imperative.

But investing in nuclear energy remains a necessary step. What I hope is that with this announcement, we're underscoring both our seriousness in meeting the energy challenge and our willingness to look at this challenge not as a partisan issue but as a matter that's far more important than politics -- because the choices we make will affect not just the next generation but many generations to come.

The fact is changing the ways we produce and use energy requires us to think anew; it requires us to act anew; and it demands of us a willingness to extend our hand across some of the old divides, to act in good faith, and to move beyond the broken politics of the past. That's what we must do; that's what we will do.

Thank you very much, everybody. Appreciate it.

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