News Flash for Paul Krugman

SUBHEAD: News Flash! At this point nothing anybody can do can really create jobs.

 By George Mobus on 11 July 2011 for Question everything -  
(http://questioneverything.typepad.com/question_everything/2011/07/news-flash-for-paul-krugman-and-other-progressivists.html)



 
Image above: From (http://www.wbur.org/2009/08/25/krugman-bernanke).
 
In his column today in the New York Times, (neo) economist Paul Krugman lambasted the government for not ‘creating jobs’, “No, We Can't? Or Won't?”.

He advanced a theory that the government could create jobs and that this would be the solution to the economic woes of the country, but they won't because of all of the political hoopla surrounding the budget deficit and debt load. All we hear in the news these days is about the wrangling between Republicans and Democrats about how to reduce the deficit and start paying off our debt. Krugman, and many progressivist economists see that as a distraction to the immediate problem that they feel is keeping the economy from growing again (or growing at an acceptable rate in their views). Here is a list of the excuses he thinks are being used.
  • “Excuse No. 1: Just around the corner, there’s a rainbow in the sky.”
  • “Excuse No. 2: Fear the bond market.”
  • “Excuse No. 3: It’s the workers’ fault.”
  • “Excuse No. 4: We tried to stimulate the economy, and it didn't work.”
With each one he gives reasons why these excuses are false.

Here is a news flash for Professor Krugman. Nothing anybody can do, not government, not the financial markets, not corporations sitting (supposedly) on cash, and especially well-intentioned economists, NOBODY, can create jobs. Certainly not the kinds of jobs that pay so-called living wages. And basically, no jobs period.

A job is where a person does some work to create something or some service of value to someone else who is willing to pay for it. Jobs entail the use of resources to produce those products and services. When the costs of the resources go up they become a more significant part of the overall cost of production and would, in times of plenty, simply be countered with an increase in prices paid by the customers.

Customers have to have the cash to buy the goods or services. If they are paying out more cash for necessities like food and shelter, for example, they have less to buy the extras that are produced by most jobs in the US. We have become a service-based (read: retail) economy, remember? Customers have not gotten incrementally more cash from their own jobs (i.e. pay increases) and so can't actually afford to keep buying the same stuff.

Well, actually they did try that for a little while, didn't they? Instead of more cash from higher wages they borrowed. They borrowed on credit cards and they took out additional mortgages on their appreciating real estate! But that didn't really work out for them, did it? It is time to pay the piper. Just ask the Greeks and now, it seems, the Italians (Spain, Ireland...).

The central problem for all economies throughout the world is that energy is the absolute basis of work. It is the single common input to all work regardless of types of material inputs used. It is what is needed to even extract and process the material inputs. It is what is needed to produce enough food to feed the workers. In short, it is the fundamental basis of the economy (see: “Yet Another Look at Cost Inflation”)

And the reason that no jobs are getting created, why nobody is significantly investing in projects that will really provide the number of jobs needed to keep the unemployment rate down and the GDP growing is very simple. The amount of energy consumed in extracting more energy has gotten to be such a huge percentage of the total that the net energy available to the economy is now shrinking and by my estimates has been in that mode since the late 1970s. 
 
Less actual energy available to do work means less work. Even after you factor in any gains that have been made over the last 30 years in efficiency (not to be confused with the economic measure called ‘productivity’) the fact is that we have now reached a point where the loss of net energy is being felt increasingly with each passing day.

The price of oil is an indicator of this phenomenon. Prices have been steadily rising over this same time period. Moreover, they have been highly volatile on a daily/weekly or even monthly basis, indicating tremendous nervousness in the markets which in dynamical systems is a sign that something important is about to happen. We will see the same thing happening with coal and natural gas. It is inevitable.

Let me make this as simple as I possibly can. To obtain the energy we need to do even the most efficient work we can do in, say, converting natural resources to human use, it takes increasingly more energy, meaning that it costs more in dollars. Since energy goes into EVERYTHING, then everything will be more expensive as time goes on. 
 
The economies of the world will cease growing (actually after you factor out of GDP the phony money created from financialization, they are already in decline), even China, and the idea of jobs being created, by any means possible, will be dead. This is happening now, today, already! And there is absolutely nothing that Obama, or Congress or any government in any nation can do to change the course of the future (save magically inventing an entirely new replacement fuel for fossil fuels).

What should governments be doing. For starters they need to tell the truth about how the world actually works. Of course this is unlikely for two reasons. One, most politicians haven't any real clues because the vast majority of them never took physics (or if they did the lessons obviously didn't stick). Two, politicians are in the business of getting elected and telling people the bad news is not going to work very well for that.

And, of course, capitalist corporate enterprises suffer from the same stupidity/myopia so they can't allow governments to tell the truth. The whole kerfuffle over global warming is the quintessence of this massive blindness and stupidity. It is a perfect model for why we will never get from government what we really need.

After telling the truth, governments need to organize around a simple, but difficult principle. They need to consolidate, even nationalize, energy infrastructure and adopt rules of commerce that forbid profits (yes I am saying there needs to be an end to capitalism as we know it) and support enterprises whose products and services are geared toward efficient energy production. Most of all, and as a key example of what I am talking about, governments need to focus on food security. 
 
As our industrial agriculture system is utterly dependent on fossil fuels to produce the amount of food needed to feed the population, governments need to be working right now on plans for rationing fossil fuels toward food production while at the same time investing in a completely new food infrastructure based on organic (permaculture) approaches. Food is not going to merely get more expensive (and by the way, economists, what is the substitute for food?) it will become scarce to the point that many more people will be malnourished or starve.

Governments will need to heavily tax or even confiscate the real resources of the current day rich. The rich are rich mostly on paper (or in computer memories). Their assets are largely imaginary, but as long as the financial system based on fiat money is in play, they can leverage their supposed holdings for whatever real assets (like yachts and jets) they want. But that fiat money system is going to come to an astonishingly rapid end in the not too distant future. So the rich will not have the leverage they now enjoy. 
 
The Lloyd Blankfeins and Wall Street Wonders of the world will end up just as poor as the rest of us. And if governments don't act quickly to advantage whatever remaining leverage exists, say to invest in old fashioned railways and building sailing ships for international trade (no more freeways please), and to convert those frivolous hard assets into plowshares (metaphorically speaking) then you can bet that when the SHTF, the poor people will simply take what the Blankfeins possess and do it themselves. But I suspect not in an orderly way.

OK. I've told you what should be done to avoid the worst-case scenario, or at least minimize the pain we will all feel in the throes of a shrinking economy. Now the question is what could be done? Or more to the point, what will be done? You probably already know where I would go with this. While experts like Krugman wail about jobs creation as the path to the return of growth and Obama's economic counselors get in bed with the ideologues in the Republican/Tea Party, governments like the US will do all of the wrong things to actually serve their populations. 
 
They will waste resources trying to make things the way they used to be and completely miss the fact that things can never be that way again. They will, in short, make matters worse rather than better.

Those of you who read through this tirade nodding your heads in the affirmative and I are helpless in terms of doing anything to stop this train wreak. The momentum and mass stupidity is simply too overwhelming. Our only recourse is to use our understanding of what is really happening, what is really causing our economic woes, to help us think through what each of us can or should do to prepare for the worst (and of course always hope for the least worst!) I've offered my opinions in past blogs (see: “What is a Feasible Living Situation for Future Humans” and “A Feasible Living Situation - Cont.” for example ideas). Good luck to you all.
.

American Sweetheart

SUBHEAD: We have over a thousand cable channels, and none of them puts on a coherent news program on Sunday nights.

  By James Kunstler on 11 July 2011 for Kunstler.com -
(http://kunstler.com/blog/2011/07/americas-sweetheart.html)

Image above: Nancy Grace on CNN's Headline News cable channel. From (http://netvadanet.net/how-to-get-nancy-grace-to-say-happy-birthdayneed-answers).

Forget Michele Bachmann... how about Nancy Grace for President? - that little firecracker of retribution with the carnivore gleam in her eyes, the pouty lips concealing fangs of vengeance, the wafting perfume of scorn and opprobrium, a very exterminating angel among the lumbering dark hairy beasts of Sodom America. I cringe a little, frankly, when I click through the CNN gauntlet and glimpse Nancy in full dudgeon, her delicate nostrils quivering with rage. Does she want to kick my ass, too? Who put the testosterone in that girl's Red Bull?

All last week it was Casey Anthony 24/7 on the cable news stations - and Nancy Grace's nostrils were flaring so wide I was afraid her head might explode. But let's face it: America is fascinated with Casey because Casey IS America. America, just like Casey, is too busy looking for the latest party to take care of its children. But just you wait. The court of public opinion is going to lay a million-dollar book deal on Casey Anthony, and a Made-for-TV movie deal, and a "reality" show on the Food Channel ("101 Meals You'll Never Have to Serve To Your Annoying Child Because You Killed It"), plus cars, luxury homes, personal watercraft, a wardrobe of phosphorescent tube-tops and hot-girl skirts, and sixteen untapped credit cards that have been prayed over by qualified preachers twenty-four hours a day....

I'm sure glad I don't live in Florida.

Did you ever get the feeling that your country was melting down into a puddle of toxic goop? And presiding over the meltdown, under that sturdy, bomb-proof, gleaming, platinum helmet of perfectly plasticized hair... the stern visage of Nancy Grace, beaming disapproval across every hill and mole-hill of this land. Sometimes I fear Nancy would like to wrap duct tape over America's head and just throw the damn thing in her fabulous backyard pool.

I couldn't help thinking last week that this Casey Anthony verdict business was the odd "tipping point" incident that would finally shove the zombified American public into some mode of animate engagement with the reality that lies beyond reality TV. But so far it's still just reckless housewives and monster trucks as far as the eye can see across this tortured landscape. I was more than halfway expecting something new and different - like, say, a dispossessed 99er taking a horsewhip to Mitt Romney at some Iowa meet-and-greet. I would pay cash money to see Nancy Grace paddle the fucker with a cricket bat. If the heat is getting to me here in upstate New York, imagine how addled their brain-pans must be in the Heartland! It was 113 in Kansas City yesterday.
Well, don't worry America. If you don't have the energy to flush yourself down the drain, it looks like Europe will do it for you. PIIGS are flying over there. Straight into the black hole of insolvency. They have reached the point where they can't pay for anything anymore and they've run out of tricks for pretending. Something has finally shoved these countries past the financial point of no return and now the political pillars are shaking loose. There is simply too much tension in the money system and, long about last Friday, you could hear the distant sound of something snapping - I think it was a big Italian bank. The whole Mediterranean rim is about to return to the living standard of about 1830. They could be so pissed off, they'll eat the very tourists who amount to their last remaining revenue stream. Meanwhile, I don't see how all the other banks survive this evolving cataclysm.
Including the big US banks, most particularly the so-called Too-Big-To-Fails. President Obama goes before the TV cameras in an hour or so. It had been my impression that he was going to try and throw a scare into his fellow pols over the debt ceiling and all that. But by the time he gets to the microphone, the bourses of Europe will be in full swing. Will he, as rumored on the Web, declare some "executive action" on the debt issue, telling Congress (in effect), "... your services in this matter are no longer required"-? This is a very gnarly moment of history. We are turning a page in the grand fiction of what money is and whether we are capable of governing ourselves.
We have over a thousand cable TV channels where I live, and none of them puts on a coherent news program on Sunday nights, so weekends have become news blackouts. Talk about the diminishing returns of technology! Have you heard enough yet about Casey and Little Caylee? Do you need to know what Juror X had for breakfast that dark day when the verdict was delivered? Are you feeling so bad about yourself and your nation that you, too, need a paddling from Nancy Grace? O land of seething woman attorneys, we are a wicked people who deserve to be punished. Bring us our just desserts - but not the low-fat tofu cheesecake, thank you - and deliver us from fecklessness. And folks, remember to hydrate!
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Lost containers of the Pacific

SUBHEAD: Life is studied around lost shipping containers under the Pacific Ocean.

By Maggie Koerth-Baker on 7 July 2011 for Boing Boing - 
(http://www.boingboing.net/2011/07/07/under-the-sea-life-o.html)

 
Image above: Container lost off California coast in 2004 subject of study. From original article.
 


In 2004, on a trip from San Francisco to the Port of Los Angeles, the shipping vessel Med Taipei hit a patch of bad weather. Like all shipping vessels, Med Taipei was loaded down with 40-foot-long metal containers—the moving boxes that bring us stuff from all over the world and deliver our exports to other countries. In the storm, 24 of these containers fell off the Med Taipei and into the ocean.

That's not a particularly rare event. Thousands of shipping containers are lost every year, in much the same way, says Andrew DeVogelaere, Ph.D., research coordinator for the Monterey Bay National Marine Sanctuary. What makes this story remarkable is that one of the lost shipping containers was eventually found. Just months after the box fell off the Med Taipei, researchers from the Monterey Bay Aquarium Research Institute stumbled across it while placing sensors for a survey of the ocean floor within the Marine Sanctuary.

This year, the Sanctuary and MBARI were able to apply that good luck in a practical way, performing what is likely the first detailed study of a lost shipping container, and the effects it has on the ocean environment. I told you about this study back in March, when it was announced. Now that researchers have collected data and are starting to analyze it, I wanted to check in and find out more. In an interview last week, Andrew DeVogelaere told me about why it's difficult to study lost shipping containers, what creatures the researchers have found living on this container, and why what we don't know could hurt us.



Maggie Koerth-Baker: Your press materials say that this is the first time the environmental effects of lost shipping containers have been studied. But containers like this one have been in use for decades. Is this really the first time? What took so long?



Andrew DeVogelaere: That surprised me to. But I've not found any scientific publications on people studying containers. So I do think we're the first to do that. They're falling off all the time, 10,000 per year is best estimate. And the container we found is in really good condition. If we didn't know it had been down there for 7 years, we'd have guessed 4 months. But the containers aren't being found or studied because so few organizations can operate at that depth. The place we're looking at is 4,000 feet deep.

Outside of oil companies operating rigs, MBARI is really one of the very few groups that's out there daily. Maybe the only one. It's still a poorly understood area. In these deep sea ecosystems we don't even know the species names for a lot of the creatures, and the way they interact with one another and the environment is still a mystery.

container-map-bigger.jpg

MKB: Tell me about the location where the shipping container was found. What's it like? Some of the photos I saw before made it look kind of desolate.


AD: The seafloor there [at the container site] is quite beautiful. It's not just flat sand. there's topography and sea pens sticking up and crabs. Every few inches there's something. There's beautiful, lacy sea cucumbers, and a certain kind of pink crab that's associated with this species of sea cucumber. We're going to write a little scientific note on that relationship pattern, because people hadn't really noticed it before. We did just because we were down there [looking at the container].
People assume that we know more about the ocean than we do. There have been discussions about lost containers, especially in the European Union. They're a hazard because they'll float for a while and could sink wooden fishing boats. In the whole discussion, though, nobody talks about impacts to the deep sea. That's what we have to offer. When one of these falls off a boat it's not just a loss of merchandise, or a risk of loss of life. We're also impacting the deep sea community we don't even understand yet. And there's a societal cost to that, though how much we don't really know yet.


MKB: How difficult is it to do this kind of research? What has to happen just so you can observe the interaction between a shipping container and this environment that it's landed in?


AD: The first thing is the mechanical problem of getting something to that depth to look at it. Fortunately, we have MBARI. They have a big undersea robot the size of a car, tethered on 4,000 feet of cable. It's got mechanical arms. You also have to have a special ship that can maneuver to stay above the robot and manage the cable so it doesn't get tangled up. And it's only been in the last 10 years that we can go to that depth and find a specific place we've been before.

That's not a trivial engineering thing to know exactly where the ship is, and from there to know where the ROV is and communicate with that from the ship. as technology advances we're going to have a lot more opportunities to study these containers. Beyond the cabled robots there are now autonomous vehicles being developed. If you can send these AUVs out in search patterns, we'll be able to find more containers.

So technology is a problem. But the number two difficulty is that we think there could be several levels of impact. Obviously [the container] crushes everything it lands on, but there's the question of how it affects the local ecology. It looks like certain species are attracted to this container. For instance, there's a relatively large snail that seemed to be attracted to the container where it would lay these amazing egg sacks, 5 or 6 inches high.

But it looked like the container was also attracting crabs and octopus that fed on the snails as they're coming and going. So, when we look, we don't see many snails but they're somehow congregating around this container and changing predation patterns. You find a lot of empty shells in the area.

container crabs.jpg

Two king crabs, Family Lithodidae, near a shipping container lost in Monterey Bay. The empty shells are from the gastropod Neptunea amianta. (c) 2011 MBARI/NOAA
 
MKB: Before you started this study, what kinds of effects were you worried about? How did you expect shipping containers to interact with the environment they found themselves in?


AD: It's interesting, in that when this container fell into the sanctuary there were negotiations with the shipping company about mitigating damage. They were arguing there was no impact because there was nothing living down there. Luckily, we had research going on at that depth and could say that stuff lives there and this is what it looks like.


MKB: When we were first talking about your study on BoingBoing, both the readers and I thought about artificial reefs—how there are places where they've intentionally dumped things, like old subway cars, off the coast, and those form new habitats. It sounds somewhat like the shipping container is doing something similar, with the snails you mentioned. So I'm wondering, should we be worried about this? Are lost shipping containers a good thing?


AD: In some ways, saying that something is positive is a bit of a judgement call. If you like one kind of species it's positive to you. If you're a diver looking for big fish, then artificial reefs are good for you. But they're not good if you're a fisherman looking for squid [whose habitats are displaced by the reefs]. In this case, we saw these scallops that were living all over the container. MBARI has something like 8,000 hours of video at that depth and we've maybe only seen these scallops a few times before. So, maybe these containers are a positive for the deep sea scallops. It's possible. At this stage in the research, I wouldn't even want to say that anything is a huge negative or positive. But we now know something is going on and we should start studying it and stop ignoring it.

The toughest question is the issue of these containers forming stepping stones from one harbor to another across the deep sea. If you're familiar with invasive species, what prevents them from invading is often geographic breaks. Sandy surfaces can't be crossed by creatures that need a hard substrate. But these containers, falling off along shipping routes, could form stepping stones that allow creatures to move. That's just a hypothesis right now. We'd need to look at multiple containers to figure that out. But it's a hypothesis that makes sense.

MKB: Do shipping containers affect more of the environment than just wildlife?

AD: We don't have the results yet on this. But we took these sediment samples at different distances from the container. When you put something like that on the bottom of the ocean it affects the deep sea current and the size of sediment grains around it. We have to look at the grains we collected and see but, generally, faster currents mean larger grain size. There could be localized changes in sediments and that can impact the organisms, like which can live there.
Also, it's a bit of a stretch with this particular container, but the sediment thing also has an impact on pollution. Pesticide in the river, for instance, it sticks to the sediment, not the water. And it sticks more to smaller particles. Like I say, that's not as big of an issue here, but it could affect other shipping containers in other situations.


MKB: Let's talk about pollution a little bit more. Do the contents of the container matter? What's in your container?


AD: It's full of radial tires. I have said before that I didn't think tires were that toxic and one of my colleagues got upset. I was thinking more like it's not bleach or pesticide. Relatively speaking. The other containers that were lost [at the same time as this one] and that we never found contained cardboard, hair ribbons, hospital beds, sofas. Again, on a relative scale, those wouldn't be as bad. We do have some sediment where we'll be doing chemical analyses, to see if anything is leaching out.
One thing were were interested in is whether things were spilling out because of locks rusting after 7 years underwater. We thought we'd find something like that. In this case it didn't. It does happen though. There are famous stories of containers of Doritos that come ashore on the beach on the East Coast. Or a million bananas on the shores of the Netherlands. There's also a case where Nike shoes that were in a container spilled into the North Pacific and it became this big oceanographic study. Scientists figured out where currents were in that part of the ocean by following the shoes and where they ended up.


MKB: So you've collected all this data about this one shipping container, and you're in the process of analyzing that data to see what you can learn. But, once you've got your results, how much of that can you really extrapolate to other containers throughout the ocean? Does this really tell you much about the bigger picture?


AD: You're right on. Really, we took a relatively very quick look at one container. We can say some things about that one container and develop hypotheses about others. But I think we have a long way to go. As much as anything we have some ideas of potential impacts, and we think some effort should be made to start looking at other containers. Once you learn one thing you're going to have five other questions.

Meanwhile, while we know very little about the consequences, shipping containers are being lost all the time. When we first started this, I learned some amazing things about the things we use and where they come from. For instance, here in California we're interested in eating local fish. But squid caught in Monterey are taken to a packing company, shipped to China for processing, and then shipped back to Monterey to be sold as Monterey squid. We all benefit from the things that move around in containers and I don't think we realize that it's even happening.


MKB: So what happens next, both for you and on this larger issue?


AD: Right now we have a lot of video. We have notes and observations we made while we were at sea. We also have the sediment samples. We're going to look at chemistry, micro-invertebrates inside the sediment, and grain size. We can see general patterns in the video, but we're going to try to get down to a more refined taxa to figure out whether the species are invasive. And we want to quantify more carefully the density of organisms around the container. And my hope is that in two to three years we'll go back and visit again and try to detect other changes. Our hope is to publish this in some journals. That always takes a lot longer, though. Within half a year we'll have the data analyzed. It will take another year to get published after that.

On the other side, I'll be meeting with someone to look at international venues for discussing shipping container practices. We've been approached by a group from New Zealand to see how we can insert the information we do have into those ongoing discussions. There are suggestions that maybe there should be standard loading practices. Right now they don't even have to be weighed. You might be overloaded, lopsided, or heavy containers on top. And there aren't standards for how you tie them down, either. It would take longer and cost more, but it's something that's worth considering I think.

.

NRC knows but hides info

SUBHEAD: Nuclear Regulatory Commission keeps information from public on Vermont Yankee Plant controversy.  

By Dave Gram on 10 July 2011 for Huffington Post - 
 (http://www.huffingtonpost.com/2011/07/10/vermont-yankee-plant-nuclear-regulatory-commission_n_894209.html)

 
Image above: Cooling tower collapse at Vermont Yankee nuclear plant in 2007. The plant should have been shutdown already. From (http://www.heatingoil.com/blog/in-vermont-nuclear-shutdown-would-mean-turn-to-fossil-fuels1210/).

When a nuclear watchdog group asked the Nuclear Regulatory Commission for a study on leaks of radioactive water at the Vermont Yankee plant, it was told the NRC had seen the report but had never officially taken custody of it – so it wasn't public.

Critics say it's a style of communication between regulator and regulated that cuts out the public and even state regulators trying to track leaks of tritium, a radioactive form of water linked with cancer when ingested in high amounts.

An NRC spokeswoman confirmed the agency routinely sees industry reports that it does not share on its public web site.

"We don't take possession of them so you can't get them from us," said Diane Screnci, spokeswoman in the NRC's Northeast regional office.

The fight comes as the NRC comes under heightened scrutiny for what its critics say is too much coziness with the industry it oversees, and is part of what Michel Keegan of the Coalition for a Nuclear-Free Great Lakes called a pattern of making public access to information more difficult.

An already difficult-to-navigate NRC online documents service recently was redesigned and became more so, Keegan said. The NRC uses company claims of proprietary information, security concerns and exceptions to limit access, he added. The agency also notes that the industry is sharing information with it voluntarily.

"The NRC hides behind this," Keegan added.

At Vermont Yankee, the battle is even more pitched than in most places. The governor and Legislature are pushing to shut the plant down when its initial 40-year license expires next March. They cite the recent tritium leaks and misstatements by company executives – Vermont's attorney general announced Thursday the company won't be prosecuted for perjury – as reasons Vermont should get done with nuclear power.

Plant owner Entergy Corp. says the Vernon reactor is safe and reliable. It is suing in federal court, saying the state's efforts to shut down Vermont Yankee are pre-empted by federal law.

Raymond Shadis of the nuclear watchdog group New England Coalition said the NRC, which renewed Vermont Yankee's federal license in March, is making regulatory decisions based on information the public doesn't get to see. "It's our position that this should be open to the light of public scrutiny," he said.

The issue came to light June 22, when officials from the NRC's regional headquarters in Pennsylvania traveled to Brattleboro for a public meeting designed as a review of the agency's annual report card for the Vernon reactor.

According to a filing by Shadis' group with the state Public Service Board, NRC health physicist James Noggle told the audience that significant progress had been made "toward identifying and isolating the source of the leak; also voluminous groundwater sampling tables, and evidence that groundwater contamination is physically isolated from the plant site's underlying aquifer."

Noggle cited a hydrogeology report from New Orleans-based Entergy Corp, which owns Vermont Yankee, that an NRC librarian later told him was posted to an industry computer server accessible by the NRC but not the general public.

"The NRC was provided a Hydrogeologic study report on Vermont Yankee online via the industry's Certrec computer system, which Entergy uses to provide inspection access to licensee documents, without the NRC actually taking custody of the document," NRC technical librarian Mary Mendiola wrote in an e-mail. "Therefore, the NRC never received the document that Raymond Shadis is requesting. He should contact Entergy directly for this document ..."

Information contained in that document was not being shared with the state board, despite an order from it in February that Vermont Yankee and Entergy update the board every two weeks on its investigation into tritium leaks at the plant, Shadis said.

Jared Margolis, a lawyer for Shadis' group, wrote to the board on July 1 saying the information it was getting from Entergy was "not complete or accurate," that it "does not accurately reflect the status of the investigation as reported to NRC," and that "it appears that Entergy has withheld information from the Board and the Parties regarding its investigations into these leaks."

Shadis said it was ironic that Entergy was declining to share information that appeared to put Vermont Yankee and its tritium cleanup efforts in a favorable light. He said the reluctance to make the information public resulted from "force of habit."

Vermont Yankee spokesman Larry Smith said the company did not want to comment. "Since this was a filing made with the Board, we will respond before the Board as the Board directs," he said.

Concerns about Entergy sharing different information with the NRC than with the state come at a time when its relations with the state of Vermont have been much rockier than with the federal agency. The NRC approved a 20-year license extension for the plant earlier this year, while the state has been moving to shut its lone reactor down when its initial 40-year license expires next March.

Entergy is suing in federal court to block the state's efforts.

The NRC also has been coming under scrutiny from critics who say it hasn't been a tough enough regulator. In an investigative series last month, The Associated Press reported that the NRC has been working closely with the nuclear power industry to keep the nation's aging reactors operating within safety standards by repeatedly weakening those standards, or simply failing to enforce them.

In an e-mail sent Friday, Screnci maintained the public should have confidence in the NRC as a regulator and in the way it handles information provided to it by the industry.

"The public should not be concerned that the NRC is reviewing licensee documents that are not available to the public while conducting inspections," she wrote. "As a matter of fact, independently verifying licensee information is an important part of our inspection process. When we document our activities in inspection reports, we list the documents reviewed, provide information on what the document contained and explain how we reached any conclusions. We always attempt to conduct our activities in an open and transparent way."

Close Vermont Yankee  

By Jarred Cobb & John Deans on 25 February 2011 for GreenPeace - (http://usactions.greenpeace.org/blog/greenpeaceusa_blog?cat=38890)

  Greenpeace: Vermont Yankee: A bad deal for VT

Well, somehow this cloudy day seems a little brighter as we look back on yesterday's victory up here in Vermont. Yesterday a whopping 26 members of the 30-member state Senate voted against continuing the license at Vermont Yankee Nuclear Plant for another 20 years after its scheduled closing in 2012. This is a huge victory for Vermonters and our clean energy future.

It was an epic day in many respects, and a testament to the strength of democracy here in Vermont. Hundreds jammed the statehouse, having traveled in terrible blizzard conditions to witness the Senate’s historic vote and make sure senators were hearing from their constituents. As the debate was underway, Senate pages scurried around delivering scores of messages from citizens to senators as they deliberated on the floor. In a memorable moment just before the vote, Senator Choate said, “Just in the past three hours I've been delivered 50 to 60 pink slips.”

 Our volunteers in the state house were working non-stop to make sure voters were contacting their Senators. Every walk of life was represented there, farmers, schoolteachers, students young and old, business people, and activists who have been fighting the plant since before its construction. It was an inspiring moment for democracy as we saw the true power of grassroots action.

When people stand up, raise their voices and organize we can win big victories for the planet and our neighbors. As we traveled around the state holding volunteer meetings, generating calls, letters, and emails, talking to business people, and learning from long-time community members the response was overwhelming.

When I was in Ludlow with a volunteer knocking on doors, one man asked why we were collecting letters. We explained that a group of citizens was meeting with a Senator the next day. “When, where?” he asked, and then showed up at 8:30AM on a Saturday to make sure his Senator would vote the right way. So did 24 other people; and the Senator had no choice. She voted no.

These stories are not unique, the vote yesterday was by a citizen legislature that listens to its people, and Greenpeace has worked hard to make sure those voices are heard. Our volunteers were tireless and committed, our goals were high, but we have just won a huge victory for the planet. Vermonters are tired of sitting in the shadow of this leaky old reactor and getting lied to and swindled by Entergy Louisiana.

The fight isn’t over. Entergy is a powerful corporation and has said they’re not done, and we aren’t either. Now we want to see the House show the same courage as the Senate and vote this session to retire Vermont Yankee. The vote yesterday was the first time a state legislative body has voted to retire a nuclear plant; we want the House to be the second.

This vote also sends a strong message to the nation and the world that the nuclear renaissance is dead on arrival. President Obama: Vermont knows that nuclear energy can’t be a part of our energy future. We need investments in renewable sources of energy to power our future and put people back to work. The US can follow Vermont’s leadership to the energy revolution America needs. No Nukes (new or old)!

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Fukushima Radiation Danger

SOURCE: Shannon Rudolph (shannonkona@gmail.com) SUBHEAD: The danger of Fukushima radiation in Hawaii a matter of perspective and politics. By Jeff McMahon on 9 July 2011 for Forbes Blogs - (http://blogs.forbes.com/jeffmcmahon/2011/07/09/harm-from-fukushima-radiation-a-matter-of-perspective/) Image above: Chef checks radioactivity of tuna in sushi restaurant. From (http://www.daylife.com/photo/03Z0ehg2Wy5vx?utm_source=zemanta&utm_medium=p&utm_content=03Z0ehg2Wy5vx&utm_campaign=z1). A leading biophysicist has cast a critical light on the government’s reassurances that Americans were never at risk from Fukushima fallout, saying “we really don’t know for sure.” When radioactive fallout from Japan’s nuclear disaster began appearing in the United States this spring, the Obama Administration’s open-data policy obligated the government to inform the public, in some detail, what was landing here. Covering the story, I watched the government pursue what appeared to be two strategies to minimize public alarm: It framed the data with reassurances like this oft-repeated sentence from the EPA: “The level detected is far below a level of public health concern.” The question, of course, is whose concern. The EPA seemed to be timing its data releases to avoid media coverage. It released its most alarming data set late on a Friday—data that showed radioactive fallout in the drinking water of more than a dozen U.S. cities. Friday and Saturday data releases were most frequent when radiation levels were highest. And despite the ravages newspapers have suffered from internet competition, newspaper editors still have not learned to assign reporters to watch the government on weekends. As a result, bloggers broke the fallout news, while newspapers relegated themselves to local followups, most of which did little more than quote public health officials who were pursuing strategy #1. For example, when radioactive cesium-137 was found in milk in Hilo, Hawaii, Lynn Nakasone, administrator of the Health Department’s Environmental Health Services Division, told the Honolulu Star-Advertiser: ”There’s no question the milk is safe.” Nakasone had little alternative but to say that. She wasn’t about to dump thousands of gallons of milk that represented the livelihood of local dairymen, and she wasn’t authorized to dump the milk as long as the radiation detected remained below FDA’s Derived Intervention Level, a metric I’ll discuss more below. That kind of statement failed to reassure the public in part because of the issue of informed consent—Americans never consented to swallowing any radiation from Fukushima—and in part because the statement is obviously false. There is a question whether the milk was safe. In spite of the relative level of Fukushima radiation, which many minimized through comparison to radiation from x-rays and airplane flights—medical experts agree that any increased exposure to radiation increases risk of cancer, and so, no increase in radiation is unquestionably safe. Whether you choose to see the Fukushima fallout as safe depends on the perspective you adopt, as David J. Brenner, a professor of radiation biophysics and the director of the Center for Radiological Research at Columbia University Medical Center, elucidated recently in The Bulletin of The Atomic Scientists: Should this worry us? We know that the extra individual cancer risks from this long-term exposure will be very small indeed. Most of us have about a 40 percent chance of getting cancer at some point in our lives, and the radiation dose from the extra radioactive cesium in the food supply will not significantly increase our individual cancer risks. But there’s another way we can and should think about the risk: not from the perspective of individuals, but from the perspective of the entire population. A tiny extra risk to a few people is one thing. But here we have a potential tiny extra risk to millions or even billions of people. Think of buying a lottery ticket — just like the millions of other people who buy a ticket, your chances of winning are miniscule. Yet among these millions of lottery players, a few people will certainly win; we just can’t predict who they will be. Likewise, will there be some extra cancers among the very large numbers of people exposed to extremely small radiation risks? It’s likely, but we really don’t know for sure. via Fukushima: What don’t we know? | Bulletin of the Atomic Scientists. A few people certainly will “win,” which is why it’s so interesting that the EPA’s standard for radionuclides in drinking water is so much more conservative than the FDA’s standard for radionuclides in food. The two agencies anticipate different endurances of exposure—long-term in the EPA’s view, short-term in FDA’s. But faced with the commercial implications of its actions, FDA tolerates a higher level of mortality than EPA does. FDA has a technical quibble with that last sentence. FDA spokesman Siobhan Delancey says: Risk coefficients (one in a million, two in ten thousand) are statistically based population estimates of risk. As such they cannot be used to predict individual risk and there is likely to be variation around those numbers. Thus we cannot say precisely that “one in a million people will die of cancer from drinking water at the EPA MCL” or that “two in ten thousand people will die of cancer from consuming food at the level of an FDA DIL.” These are estimates only and apply to populations as a whole. The government, while assuring us of safety, comforts itself in the abstraction of the population-wide view, but from Dr. Brenner’s perspective, the population-wide view is a lottery and someone’s number may come up. Let that person decide whether we should be alarmed.
DOH lied about Fukushima danger By Larry Geller on 9 July 2011 for Dissappeared News - (http://www.disappearednews.com/2011/07/forbes-hawaii-doh-lied-about-radiation.html)

So is the Hawaii Department of Health monitoring conditions in Hawaii adequately? Are we being protected?

I followed the reports posted on the DOH web page (here’s the latest and here’s an index page). The reports are not on DOH stationary and are unsigned. Nor do they give details about how the measurements are being taken or what equipment is being used. And the concept of testing catchment or surface water sounds suspicious because a lot of radioactive substance can fall from the sky in a day, say, but become extremely dilute in a large catchment system. Still, it is important to measure our drinking water.

Are these measurements the right ones, and are they being properly carried out?

The DOH documents do not include tables of data nor do they explain the methodology. Holding a Geiger counter up in the air on top of the DOH building in Honolulu would be inadequate, for example.

So I called, and was able to reach someone who explained the details. For example, no, they are not holding up a Geiger counter. The instruments include filters that collect particles from the air over time. The filters are carefully removed and sent off to a laboratory. So any particles would be concentrated in the filters (assuming, I suppose, that the pore size was adequate, but anyway…). Rain water, for example, is collected in an activated carbon filter, so again, particles would be concentrated over time. The filter is then packed up in a special container and shipped to the lab. From the type of radioactive particles discovered in the filters, the radiation can be correctly attributed to Fukushima.

This sounded good to me. My comment was that all this information, along with tables of dates and readings, should be posted on the web. It needs to be official data, preferably with a name and title attached. These unattributed, simplified pdf files just don’t instill confidence.

And we want to form our own conclusion about whether the water or milk is safe to drink. As the Forbes article emphasizes, we can’t just take our government’s word about this because we suspect they are lying to us. More:

Covering the story, I watched the government pursue what appeared to be two strategies to minimize public alarm:

  1. It framed the data with reassurances like this oft-repeated sentence from the EPA: “The level detected is far below a level of public health concern.” The question, of course, is whose concern.
  2. The EPA seemed to be timing its data releases to avoid media coverage. It released its most alarming data set late on a Friday—data that showed radioactive fallout in the drinking water of more than a dozen U.S. cities.

Friday and Saturday data releases were most frequent when radiation levels were highest. And despite the ravages newspapers have suffered from internet competition, newspaper editors still have not learned to assign reporters to watch the government on weekends.

[Forbes: Harm from Fukushima Radiation: A Matter Of Perspective, 7/9/2011]

It shouldn’t be the job of the federal or state governments to minimize public alarm. What we want is to have them use our taxpayer money to make the appropriate measurements and let us know the results. It’s not enough to say “trust me, the milk is safe” because we don’t trust them.

Hawaii’s Department of Health may well be taking the correct measurements, but they are not communicating completely with us, nor can we accept that the milk is safe to drink under the circumstances. That doesn’t mean it isn’t safe to drink, although Forbes does makes that argument (please read the complete article).

Will the DOH agree to more openness and completeness? Don’t hold your breath. While I’m not a fan of privatization, I would prefer that some independent testing laboratory be charged (and paid) to give us an unbiased and disinterested report.

But like I said, don’t hold your breath.

In the meantime, while Hawaii is supposed to be showing off its high tech talents for APEC 2011, Forbes has argued to the world that Lynn Nakasone, in her official capacity as administrator of the Health Department’s Environmental Health Services, and the state government, are not up to the task of alerting the citizens of Hawaii to potential radiation harm from the Fukushima meltdowns.

There is a question whether the milk was safe.

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Hanalei Bay is dying

SOURCE: Brad Parsons (mauibrad@hotmail.com) SUBHEAD: Hanalei Bay is going down hill fast and we need to act now to save it.  

By Terry Lilley on 3 July 2011 reposted by Raven Liddle -  
(http://www.facebook.com/groups/106449912779150?id=119679738122834)

   
 Image above: Mouth of Hanalei Bay on Kauai's north shore. From (http://insidenanabreadshead.wordpress.com/2010/08/12/homeaway-ruined-hotels-for-me/).

There is some very disturbing things happening right now in Hanalei Bay that I think everyone would be concerned about. I have studied the sea for 45 years worldwide and this is one of the worst shallow water problems I have ever seen and it seems to be just ignored.

Thousands of yards of river sediment washed out into the bay during the last rains. This caused a sand bar that you can walk on that is twice as far out as the Hanalei Pier!! The sand bar even filled in the boat channel. Some may say this happens from time to time. I think that is just BS.

I cannot find one person who can verify that a sand bar has developed this far out in the bay in the past nor can I find any photos and I have done some good research. The sand bar has caused much of the muddy river water to flow over the reef at Hanalei making surfers sick. Where did all this material come from?

Over the past year an engineering company from Oahu has been studying the upper Hanalei River. I went to a meeting with them about two months ago. They said that a burm built by the US Fish and Wildlife Service in the upper river years ago is falling apart and a massive amount of sediment is clogging the river. This study cost a lot of money and is available for public review. At the meeting I talked about the dying corals in the bay and how the constant flow of mud out of the bay is not normal.

Ten years ago the water in the bay was crystal clear just three days after a big rain. The water today is still murky brown 10 days after the rain and it rarely EVER gets clear. I have done over 300 scuba dives at Hanalei over the past few years and I keep a log on the visibility. It gets worse every month. This is just not a normal cycle.

At the meeting the US Fish and Wildlife agent said to me on video that he thinks some of the mud on the reef killing the corals is coming from the decaying burm that now has an 85 foot gap in it! I was blown away by the comment because he just admitted to violating several federal laws! The endangered species act has wording that makes it a crime to alter in any way the feeding, breeding, and movements of any endangered species. This is called a “Take” and this law applies to all private and government land owners.

This decaying burm along with other private diggings in the river wetland are a clear violation of the ESA laws along with EPA and water quality laws. MANY protected and endangered species are directly effected by altering the flow of the river and polluting the bay with toxins and sediment. I can prove this with lots of HD video. I also have several Supreme Court cases where the wording in the ESA laws was interpreted and can easily be applied to the alterations of the Hanalei River.

I did a dive yesterday in the shallow water at Waipa as much of the river mud has settled out on that side of the bay. I was blown away with what I found! Almost 100% of the live corals are bleached and covered in mud in the shallow water. This process is normal, but only if the mud is washed off the corals within a few days by the surf and currents. The mud is so thick on these corals and more mud is flowing onto them daily, that there is basically no chance for them to survive.

I hate to say but in 60 days when I video these corals again, almost if not all will be dead. This problem is a huge legal issue. There are MANY past cases in Hawaii and Florida where private land owners have had excessive mud flow onto a coral reef killing the corals and those land owners were taken to court and suffered large fines.

Now we have the government along with some private land owners altering the flow of the Hanalei River, polluting the bay and killing the corals. No small wonder why nothing ever gets done concerning the Hanalei River when the government agency that we pay to protect the ecosystem is a part of its destruction!

Even a river or bay restoration project has to follow the ESA laws and must have constant monitoring of the reefs in the bay. This is standard procedure within a Habitat Conservation Plan. As of now there is almost no monitoring of the reefs in Hanalei Bay except my weekly dives I do for free. I just wonder how long the people of Hanalei are going to put up with this.

A dead reef WILL cause PEOPLE WHO GO INTO THE BAY AND RIVER TO GET SICK.

You cannot kill a 50 year old coral without doing something that will lead to human health problems. These attached pics are out of my videos from the last few days showing bleached and damaged corals and the massive sand bar by the pier.

All of my pics and movies come with GPS, time and date and I know they will be used one day in court to prove what is happening to our bay and near shore ecosystem, so I make sure I can prove everything. I can also take anyone out to these areas and show them in person what is happening. I have HD video since 2006 in Hanalei Bay showing the decline of the shallow water corals and the build up of river sediment on the reefs we surf over.

Once again no one as of now has paid me a dime to do my dives, studies, videos and reporting.  I do this because Hanalei is my home and I hate it when my home gets covered in mud and toxins!

I know damn well that my reporting ruffles a few feathers but better ruffed now than flat out dead in the future!

Hanalei Bay is going down hill fast and we need to act now and work together if we intend to have it a healthy place for our children to play in down the road.

Land owners, government officials, surfers and private citizens all have one thing in common. Children, and we all need to have a healthy ocean for them to grow up in and we are doing a very bad job of keeping our bay clean right now.

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Agent Orange on Kauai

SOURCE: Elaine Dunbar (inunyabus@gmail.com) SUBHEAD: Monsanto's herbicide was stored and tested on Kauai and Big Island, during Vietnam War.

By Staff of the Department of Veteran's Affairs (undated) - 
(http://www.publichealth.va.gov/exposures/agentorange/outside_Vietnam_usa.asp#Hawaii).

 
Image above: Monsanto's Agent Orange being applied to tropical jungle in Vietnam. From (http://yardyyardyyardy.blogspot.com/2010/06/agent-orange-clean-up-who-really-pays.html).

Agent Orange and other herbicides used in Vietnam were tested or stored elsewhere, including many military bases in the United States. Below is information from the Department of Defense (DoD) on projects to test, dispose of, or store herbicides in the U.S.

Hawaii

Kauai, HI 1967   
Project Description:
Field tests of defoliants were designed to evaluate such variables as rates, volume of application, season, and vegetation. Data from aerial application tests at several CONUS and OCONUS locations are provided in tables.  
Agents: Orange  
DoD Involvement: Yes
Location: Kauai Branch Station near Kapaa, Kawai, HI  
Dates: 6/1967, 10/1967, 12/1967, 2/1968  

Project Description:
During the period of 12/1966 - 10/1967, a comprehensive short-term evaluation was conducted by personnel from Fort Detrick's Plant Science Lab in coordination with contract research on formulations by chemical industry and field tests by USDA and U of HI.  
Agents: Blue, diquat, paraquat, Orange, PCP, Picloram, White, HCA, 2,4, 5T, Endothall  
DoD Involvement: Yes

Hilo, HI 1966
Project Description:
Field tests of defoliants were designed to evaluate such variables as rates, volume of application, season, and vegetation. Data from aerial application tests at several CONUS and OCONUS locations are provided in tables. There were Fort Detrick personnel there.
Agents: Orange  
DoD Involvement: Yes
Location: State Forest area, 3500 ft.elevation on slope of Mauna Loa, near Hilo, HI  
Dates: 12/2/1966, 12/4/1966, 1/12/1967  

Project Description:
The purpose of this project was to evaluate iso-octyl ester of picloram (TORDON) in mixtures with ORANGE, as a candidate defoliant agent, using ORANGE as standard. There were personnel from Fort Detrick there.  
Agents: Orange, M-3140, TORDON ester, 2,4-D ester, 2,4, 5-T ester  
DoD Involvement: Undetermined


Sex as Antiparasitic

SUBHEAD: Sex was invented to stay one evolutionary step ahead of dangerous parasites.  

By Jon Hamilton on 7 July 2011 for NPR -
  (http://www.npr.org/2011/07/07/137681962/have-sex-to-stay-one-evolutionary-step-ahead?sc=17&f=1001)


Image above: "Adam & Eve" by Peter Paul Rubens in 1597. From (http://www.bonzasheila.com/art/archives/nov08/24.html).

Scientists have finally demonstrated that sex is useful. A team from Indiana University found that worms that have sex were better able than asexual worms to stay one evolutionary step ahead of dangerous parasites. The finding, published in the journal Science, provides the first direct evidence that sexual reproduction improves a species' ability to survive in a fast-changing environment.

And it suggests that parasites, including bacteria and viruses, are one reason species developed sexual reproduction in the first place. The results explain "one of the long-standing mysteries in evolutionary biology, one that we've been banging our heads against for 30 years," says Michael Brockhurst from the University of Liverpool in the U.K.

Brockhurst says previous studies found plenty of circumstantial evidence that sexual reproduction provided an evolutionary edge. But he says this is the first experiment showing the process at work in a lab animal. Scientists say sex has been a mystery because it doesn't make much sense, from a biological perspective.

For one thing, this approach to reproduction requires males, which consume resources even though they may not contribute much beyond their DNA, says Levi Morran of Indiana University, the new study's lead author. Imagine you're a mom who wants a lot of grandchildren, he says. "If you were able to produce daughters that didn't need a male to reproduce, you could actually produce more grandchildren than another mother who wasted her time and resources producing males that can't directly bear offspring," Morran says.  

The Red Queen Hypothesis
So why, then, are there so many species that have sex? One common explanation dates back to the 1970s, when biologists came up with something called the Red Queen hypothesis, after the Red Queen in Lewis Carroll's Through the Looking-Glass. At one point, Alice and the Queen run as fast as they can but never get anywhere. Biologists think something similar is going on with species: They're evolving as fast as they can just to stay even with their competitors and enemies.

And that's where sex comes in, Morran says. It lets a species evolve faster to rapidly adapt to a new environment, or a new threat. Sex does this because it lets a species mix and match from two different sets of genes, one from each parent. Without sex, reproduction is a lot like cloning, where each generation is essentially a copy of the previous one. Most scientists accept the Red Queen hypothesis.

But Morran and his team wanted to demonstrate it in the lab. And he also wanted to show why it's so important to adapt quickly. So he did an experiment with worms, which can reproduce sexually or asexually. The research team exposed the worms to a bacterial parasite that can do bad things to them. "As gross as it sounds, it actually digests the host from the inside out," Morran says. "So it's a pretty nasty pathogen."

 This parasite is constantly evolving in ways that help it infect its worm host, Moran says. "And then you have the host evolving on the other side of the equation trying to evade the parasite," he says. As part of the experiment, the team used genetic engineering to create a group of worms that could only reproduce through self-fertilization. When we allowed a parasite to co-evolve with them, they rapidly went extinct," Morran says.

Then the team tried the same thing with another group of worms that could only reproduce by having sex. "Even though their bacterial parasites became more infective," Morran says, "those sexual populations were able to adapt and become better at evading their parasites." Finally, the scientists looked at worms in their natural state, which can choose to reproduce sexually or asexually. They found was that the worms responded to an evolving parasite by adding lots of males to their population and having a lot more sex.

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Nature - We Miss You

SUBHEAD: The film's concept is eloquent in its simplicity, and remarkable for its execution. [Editor's note: This short video is not for the squeemish. It makes its point bluntly.] By Stephan Messenger on 7 July 2011 for TreeHugger - (http://www.treehugger.com/files/2011/07/powerful-short-film-urges-reconnection-with-nature.php) Image above: Still from "We Miss You" video below.

It could be said that the we divide our world into two extremes: the comfortable neighborhoods, towns, and cities that become the setting of our lives, and the wildness of nature -- though the two needn't always be so far removed. In a short film entitled "We Miss You" German-born director Hanna Maria Heidrich highlights the starkness of urban life while urging us to reconnect with the natural world, to surprisingly poignant and surreal effect.

Heidrich's work on the short earned her several prizes at the Cannes Film Festival, including 'Best European Branded Short', and it's no wonder why. The film's concept is eloquent in its simplicity, and remarkable for its execution. Even despite the fact that there's one moment in particular that borders on comical (you'll know what I'm talking about), it is nevertheless a powerful depiction of how disconnected many of us have become to the 'wild' world around us.

Video above: "We Miss You" from fireapple films on Vimeo.

According to the film's web site, 'We Miss You' was produced by "three film students who didn't care about nature," adding that this was their way of "doing something."

"We only miss what we love," the filmakers continue. "Our aim is to get people back in touch with nature."

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Japan nukes may not restart

SUBHEAD: Japan may be nuclear free by May 2012 if tests further delay restarts. By Tsuyoshi Inajima & Chisaki Watanabe on 8 July 2011 for Bloomberg News - (http://www.bloomberg.com/news/2011-07-08/japan-may-be-nuclear-free-by-may.html) Image above: From (http://nuclear-powerplants.blogspot.com/2010/11/genkai-nuclear-power-plant.html). Japan may have no nuclear reactors running by May next year should the round of tests announced by the government this week cause further delays to restarting units idled for maintenance, a Bloomberg survey shows. Shikoku Electric Power Co. today said it delayed starting a reactor that was due to resume in two days. About two-thirds of Japan’s 54 reactors have been shut down by the March earthquake and tsunami or because of regular checks, leading to power- saving measures in parts of the country. The so-called stress tests on nuclear stations were announced two days ago by Trade Ministry Banri Kaieda, almost three weeks after he declared all reactors safe. The turnaround prompted a mayor to yesterday retract his approval for Kyushu Electric Power Co. to start two units that were due to resume operations in April. “It would have made sense if stress tests were announced before Trade Minister Kaieda said Japan’s nuclear plants are safe,” said Tetsuo Ito, the head of the Atomic Energy Research Institute at Kinki University in western Japan. “Residents around reactors must feel really insulted.” The remaining operating units in Japan, the world’s third- biggest user of nuclear power, must be idled by May next year, according to schedules provided to Bloomberg by Kyushu Electric, Shikoku Electric, Tokyo Electric Power Co., Kansai Electric Power Co. and the other power companies. The U.S. and France are the biggest users of atomic power. Reactor Meltdowns No reactor has been restarted since the quake and tsunami caused three reactor meltdowns, according to Kyushu Electric Power Co. and other companies surveyed by Bloomberg. All plants are required to close for maintenance every 13 months. The 17-member Topix Electric Power & Gas Index fell 4.7 percent yesterday, the most in a month, because of concern the delays will mean utilities need to spend more on costlier fuel for thermal plants to meet power demand. The index rose 1.4 percent today. Kaieda has been urging local authorities in southwestern Japan to agree to restart the reactors at Kyushu Electric’s Genkai station that were closed for maintenance. The stress tests will be carried out on the reactors before they go back online, Kaieda said. Kaieda said on July 6 Japan’s safety checks will take into consideration similar tests being carried out in Europe on nuclear plants that evaluate whether reactors can withstand disasters such as quakes and floods as well as plane crashes and explosions. New Guidelines “We still have to study what kind of stress tests will actually be done,” Yoshinori Moriyama, deputy director-general for nuclear accident measures at Japan’s Nuclear and Industrial Safety Agency, told reporters yesterday. “I can’t say at this point how much time will be required.” Prime Minister Naoto Kan also said this week new nuclear power plant safety guidelines are needed. Kaieda didn’t consult Japan’s Nuclear Safety Commission, which oversees NISA, before announcing in June that the country’s plants are safe, Kan said. The Genkai reactors can’t come back online without a clear policy, the governor of the prefecture where the plant is located said. “Unless the national government takes a uniform position, prefectural governments such as ours can’t act,” Yasushi Furukawa, the governor of Saga prefecture, where the Genkai plant is located, said yesterday in Tokyo. Shikoku Electric, which was due to start the No. 3 reactor at its Ikata plant after maintenance, delayed the move because it hasn’t received agreement from local residents, the company said in a statement. .

Clean Energy Crash Coming

SUBHEAD: Clean energy is proving affordable only if government subsidies are in place. Future debt makes that unlikely. By Devon Sweezey on 8 July 2011 for Huffington Post - (http://www.huffingtonpost.com/devon-swezey/the-coming-clean-tech-cra_b_892582.html) Image above: An example gear oil failure in wind turbine. of From (http://www.pinwire.com/sci-tech/gear-oil-failures-in-windturbines).

The global clean energy industry is set for a major crash. The reason is simple. Clean energy is still much more expensive and less reliable than coal or gas, and in an era of heightened budget austerity, the subsidies required to make clean energy artificially cheaper are becoming unsustainable.

Clean tech crashes are nothing new. The U.S. wind energy industry has collapsed three times before, first in the mid 1990s and most recently in 2002 and 2004, when Congress failed to extend the tax credit that made it profitable. But the impact and magnitude of the coming clean tech crash will far outstrip those of past years.

As part of its effort to combat the economic recession, the federal government pumped nearly $80 billion in direct investment and tax credits into the clean energy sector, catalyzing an unprecedented industry expansion. Solar energy, for example, grew 67 percent in the United States in 2010. The U.S. wind energy industry also experienced unprecedented growth as a result of the generous Section 1603 clean energy stimulus program. The industry grew by 40 percent and added 10 GW of new turbines in 2009. Yet many of the federal subsidies that have driven such rapid growth are set to expire in the next few years, and clean energy remains unable to compete without them.

The crash won't be limited to the United States. In many European countries, clean energy subsidies have become budget casualties as governments attempt to curb mounting deficits. Spain, Germany, France, Italy and the Czech Republic have all announced cuts to clean energy subsidies.

Such cuts are not universal, however. China, flush with cash, is bucking the trend, committing $760 billion over 10 years for clean energy projects. China is continuing to invest in low-carbon energy as a way of meeting its voracious energy demand, diversifying its electricity supply and alleviating some of the negative health consequences of its reliance on fossil energy.

If U.S. and European clean energy markets collapse while investment continues to ramp up in China, the short-term consequences will likely be a migration of much of the industry to Asia. As we wrote in our 2009 report, "Rising Tigers, Sleeping Giant," this would have significant economic consequences for the United States, as the jobs, revenues and other benefits of clean tech growth accrue overseas.

In the long term, however, clean energy must become much cheaper and more reliable if it is to widely displace fossil fuels on the scale of national economies and become a commercially viable industry.

Breaking The Boom-Bust Cycle

Why is the United States still locked in this self-perpetuating boom-bust cycle in clean energy? The problem, according to a new essay by energy experts David Victor and Kassia Yanosek in this week's Foreign Affairs, is that our system of clean energy subsidization is jury-rigged to support the deployment of only the least risky and most mature clean energy technologies, while lacking clear incentives for continual innovation that could make clean energy competitive on cost with conventional energy sources. Rather, we should "invest in more innovative technologies that stand a better chance of competing with conventional energy sources over the long haul." According to Victor and Yanosek, nearly seven-eighths of global clean energy investment goes toward deploying existing technologies that aren't competitive without subsidy, while only a small share goes to encouraging innovation in existing technologies or developing new ones.

This must change. Rather than simply subsidize production of current technologies, we need a comprehensive energy innovation strategy to develop, manufacture and deploy riskier but more promising clean energy technologies that may eventually compete with fossil energy at scale. Instead of rewarding companies for building the same product, we should reward companies who continuously improve designs and cut costs over time.

Such a federal strategy will require major federal investments, but of a different kind than the subsidies that have driven the clean tech industry in years past. For starters, we must dramatically ramp up funding for early-stage clean energy research and development. A growing bipartisan group of think tanks and business leaders have pushed an investment of at least $15 billion annually in energy R&D, up from its current $4 billion level. Targeted funding is needed to solve technology challenges and ensure that innovative technologies can develop and improve. One key program that helps fulfill this need is ARPA-E, which funds a portfolio of innovative technology companies and helps connect them with private investors. But ARPA-E's budget has continually been under assault in budget negotiations, hampering its ability to catalyze innovation in the energy sector and limiting its impact.

We also need to invest in cutting-edge advanced manufacturing capabilities and shared technology infrastructure that would help U.S. companies cut costs and improve manufacturing processes. As the President's Council of Advisors on Science and Technology wrote in a report released last week, manufacturing is vital to innovation, "because of the synergies created by locating production processes and design processes near to each other." Furthermore, bringing down manufacturing costs, such as by supporting shared infrastructure for small firms, or offering financing for the adoption of innovative technologies in manufacturing, will be a key component of reducing the costs of new clean energy innovations.

Lastly, the nation's hodgepodge of energy deployment subsidies is in dire need of reform. As Breakthrough and colleagues wrote in "Post-Partisan Power," we need an energy deployment regime that demands and rewards innovation, rather than just supporting more of the same. Brookings' Mark Muro (a co-author or PPP) explains, "[T]argeted and competitive deployment incentives could be created for various classes of energy technologies that would ensure that each has a chance to mature even as each is challenged to innovate and locate price declines." Rather than create permanently subsidized industries, such investments would "provide the opportunity for opportunity for all emerging low-carbon energy technologies to demonstrate progress toward competitive costs," while speeding commercialization.

It is clear that the current budgetary environment in the United States presents challenges to the viability of the fast-growing clean energy industry. But it also presents an opportunity. By repurposing existing clean energy policies and investing in clean energy innovation, the United States can be the first country to make clean energy cheap and reliable, a distinction that is sure to bring major economic benefits in a multi-trillion dollar energy market.

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Another Reason to vote NO!

SOURCE: Ken Taylor (taylork021@hawaii.rr.com) SUBHEAD: History tells us to vote "NO" on KIUC/FFP deal with FERC. Today is the deadline. By Glenn Mitckins on 7 July 2011 for the Garden Island - (http://thegardenisland.com/news/opinion/mailbag/article_1071abc6-a84f-11e0-81ef-001cc4c002e0.html) Image above: Kauai Electric box from the old days. From (http://www.flickr.com/photos/luckycomehawaii/5771975533/). In this highly charged, controversial issue of getting greater hydro power on Kaua‘i — we now have six minor operations going — let’s examine an aspect of the plan that has not been adequately discussed. We hear from Kaua‘i Island Utility Cooperative the word “trust, trust, trust” over and over. But let’s move back about 10 years when KIUC was in the process of buying Kaua‘i Electric from Citizens Utility and see exactly why or if we should trust what KIUC is proposing to do today. In 2001, a group led by Greg Gardner held a series of meetings around Kaua‘i telling the people that $285 million was the best price at which KE could be bought. Based on strenuous objection from some of our citizens and the Consumer Advocate, the Public Utilities Commission rejected that price. However, in 2002, the PUC approved a $220-million price that was still $50 million over the KE book value. Actually, we noted the ‘Ele‘ele plant that was being bought was a rust bucket and the only good assets we got for this outrageous price were the power lines that had been destroyed by Hurricane Iniki. As a side note, Citizens Utilities’ stock soared on the big board after dumping KE to KIUC — interesting! But back to “trust.” The same investment banker who was part of the “best price deal” in selling KE is an integral part of the Free Flow Power/Federal Energy Regulatory Commission deal being proposed today! And the same legal counsel that was there to advise KIUC in 2001 and 2002 is still the one giving legal opinions to the KIUC Board of Directors and CEO today! If past history is a lesson, we need to heed. Then, with all due respect to our KIUC CEO, we must vote “no” on this ballot measure. As a co-op, we the rate-paying members are the owners. As such, we deserve a voice, and our views should have been included in the Voters Guide, in addition to the self-serving position penned by KIUC management. Nearly everyone wants hydro power on Kaua‘i, as we desperately need to get off the fossil-fuel kick. But, as Kaipo Asing so often said, this whole issue is about the process, and this process has been skewed from the get go. .

Big Storm on Saturn

SUBHEAD: A storm is circling Saturn so fast, it catches up with its own tail. By Charlie Jane Anders on 7 July 2011 for Signs of the Time- (http://www.sott.net/articles/show/231260-A-Storm-Circles-Saturn-so-Fast-it-Catches-Up-With-Itself) Image above: Storm on Saturn runs over its own tail. From original article. Check out the most intense Saturn storm that the Cassini spacecraft has ever recorded. You can see it overtaking its own tail as it zooms around Saturn's Northern hemisphere. (The tail is the blue clouds to the South and West.) The storm started months ago, and is still active today. The storm's surface area is eight times the surface area of our own planet. And at its most intense, the storm has generated more than 10 lightning flashes per second. It covers 500 times the area of the largest of the Southern hemisphere storms Cassini has observed - there were several storms in the Southern region scientists dubbed "storm alley," but the hemispheres flipped around August 2009, when the Northern hemisphere began experiencing spring. Image above: Details of storms head and trail. From original article. Says Georg Fischer, the lead author of a paper about this new storm:
"This storm is thrilling because it shows how shifting seasons and solar illumination can dramatically stir up the weather on Saturn. We have been observing storms on Saturn for almost seven years, so tracking a storm so different from the others has put us at the edge of our seats."
See also: Ea O Ka Aina: Comet Elenin is Coming 5/19/11 .

Economic Blackhole

SUBHEAD: Why some countries fall into the financial black hole faster than others. By Ashvin Panderangi on 6 July 2011 for the Automatic Earth - (http://theautomaticearth.blogspot.com/2011/07/july-6-2011-why-some-countries-fall.html) Image above: Blackhole of US dollars. From (http://wjmc.blogspot.com/2011/06/pentagon-loses-66-billion-in-cash.html). It's nothing new to say that we are living in a "black hole" economy, in which productive capital is continuously vacuumed up by speculative financial structures, as we continue spiraling down a non-stop path of fiscal "stimulus", bailouts and central bank monetization of debt-assets, without any chance of those capital "influxes" reaching enough velocity to escape into the real economy any time soon. As long as we continue operating under the same structures of economic organization, nothing we do will overcome that gravitational force and we will fall towards the singularity until we are wholly digested. Perhaps shreds of our former system will eventually radiate back into space, detectable to future generations, but its structures will be radically different for quite awhile. On the other hand, you rarely ever hear the analogy extended much further than that. The productive economy is essentially being dismantled and vacuumed into another dimension, but how quickly will it happen? That question brings us to two related concepts that are frequently found in nature, and also a bit too often in modern human society - predicaments and paradoxes. As we are rapidly descending into the black hole of ponzi capitalism, a critical paradox involving time reveals itself. The closer you are situated to the event horizon of a black hole, the more gravitational force is applied (less gravitational potential) and the more time is dilated. The equivalence principle in Einstein's theory of general relativity allows even stationary bodies with relative distances from a gravitational mass to be treated as having accelerated frames of reference with respect to each other. So we are not talking about an absolute measure of time, but its measure relative to other observers situated at different distances from the black hole. If observer A is closer to it than observer B, then a clock in A's possession will tick slower than one in B's possession, and both A and B will agree that A's clock is moving slower than B's. From an absolute perspective, the gravitational force tearing at A's tendons is an extremely violent one, but, from a relative perspective, the time over which that force is applied is smoothed out towards infinity (as A's relative frame of reference approaches the speed of light). The clock in A's possession will continue to slow in relative terms, until an entire year in the life of B is just a few short ticks on the second hand, and eventually it will appear to B that A is barely aging at all (and to A that B barely exists for any time at all). To see how this time paradox applies to the global economy's black hole of speculative capital, we only have to look around us. Observer A could be represented by the largest economies in the world, hosting the largest financial/equity markets (U.S., China, Japan, Western/Central Europe, Canada, Russia), while observer B is represented by every other economy that is linked into the global financial system (this ranges from the economies of Iceland, Tunisia, Egypt and Syria all the way to those of Ireland, Greece, Italy and Spain). The biggest economies are closest to the event horizon of financial capitalism, since they have the highest levels of unproductive debt sitting on their private and public balance sheets. Their citizenry is being systematically poisoned by excessive debt, collapsing revenues, unprecedented bailouts, subsidies, taxes, regulatory oppression, unemployment, speculative inflation, etc., but it is also a very slow death. Relative to an Observer B, such as the Egyptians, Irish or Greek, the populations of these countries do not feel that their lives have significantly changed in the last few years or even decades, despite the changes most certainly taking place. The time dilation effect has smoothed over these changes to make them appear much less drastic. Almost all asset markets in the U.S., Europe and China are now wholly subsidized by their respective governments/central banks, but the taxpayers fail to recognize that the bill was drafted in their names and will come due well within their lifetimes. Millions of people have lost their jobs, retirement savings and employment benefits in the West, but millions of them are also collecting welfare benefits such as food stamps, Section 8 housing, medicaid, medicare and/or unemployment insurance (or the equivalents in Western Europe). Meanwhile, the clocks in North Africa, the Middle East, South Asia and the EU periphery are ticking much faster, as a new financial or sociopolitical "crisis" in those regions seems to erupt every other day of the week. While the size of their individual economies are relatively small and are capable of being partially backstopped with imaginary capital generated by the alchemy of Observer A, the rate at which their respective populations experience economic deterioration still renders it a very painful process. That is especially true when the pace is relative, and the people are forced to watch local economic and political institutions "age" much faster than their counterparts in larger economies. The amount of suffering experienced by the average Tunisian, Egyptian, Libyan or Greek in one day generally equals the amount the average American, Canadian, Brit or German will experience in a year or more. The fundamental reasons we suffer do not differ, since we are all a part of the same economic system and are being consumed by the same black hole of debt, but the temporal schism makes that shared reality difficult to see. The dilation of time for the central economies of our world may not be fair or just, but it's a fact of our existence, and it behooves us to now use it to our advantage and the advantage of those we can reach. For some, that might mean undergoing extensive financial and physical preparations and working towards 100% self-sufficiency, by learning how to grow/preserve food, access/purify water, generate renewable energy, use weapons for self-defense, develop community ties, etc. For others, it may not mean much more than getting out of debt, gathering knowledge and speaking their minds whenever others will listen. Regardless of one's specific strategy, it should be remembered that a dilated time frame does not mean the economy is recovering or the status quo will persist. Our frame of reference may be relatively slower and more drawn out, but we are still being digested by the financial black hole of global civilization. In fact, we are positioned closest to its event horizon, and there will come a time when we can no longer afford to linger in the relative safety of its boundaries, but rather must cross over to the other side. When that happens, our relatively slow clocks will synchronize with all of the others and quickly make up for the time that was lost before. This time may be dilated, but, in the end, it's really no different. .