Unproved Osprey on Kauai

SUBHEAD: The Marines accident plagued new helicopter will darken our skies and sister island Kaula.  

By Juan Wilson on 21 August 2012 for Island Breath -  
(http://islandbreath.blogspot.com/2012/08/unproved-osprey-on-kauai.html)
 
Image above: An April crash of an Osprey V-22, that killed two Marines in Morocco, was blamed on pilot error. From (http://rpdefense.over-blog.com/article-morocco-usmc-mv-22-osprey-crash-due-to-pilot-error-109197905.html).  

[Author's note: Kaula island is south west of Niihau and is part of Kauai County. It was once a way point for traditional Hawaiian navigators heading to the northwest Hawaiian Islands. If the Osprey comes, will it be safe to navigate traditionally in the future? Moreover, it is now occupied by many animal plant species who will be targeted by US Marines as collateral damage. Didn't we learn anything from the disaster of Navy bombardment of Kahoolawe?]

The westside of Kauai is where Kauai goes to do bad things that make some people rich and some people more comfortable.
  • We have Port Allen with barges of petroleum delivered to a fuel farm as to well as a diesel powered electrical generating station that supplies 80% the island's juice. Hey folks from Hanalei, would you like a noisy power station in your bay to spread some of the load?
  • We have the corn seed companies DOW Agroscience, Syngenta, Dupont Pioneer, and Monsanto Dekalb stirring up dust and poison that carries into our schools and homes with the constant threat of a GMO accident going wrong. Hey, Wailua Heights would you like a Pioneer field of GMO corn field full of pesticides upwind of you?
  • We have the Kekaha Landfill as the depository for all the garbage and junk on the island. It sits adjacent to the ocean and full of toxins and chemicals just waiting for the next hurricane or tsunami to drag it across our reefs. Hey, Kilauea, thanks so much for the biohazard deliveries of dioxen and arsenic?
  • We have the Pacific Missile Range Facility and all it entails. Dangerous and unhealthy activities on land, in the sea and in the air. We just got through hosting RimPac 2012.
Now bad things are going to be turned up another notch. The US Marines are coming. From Joan Conrow's Kauai Eclectic (http://kauaieclectic.blogspot.com/2012/08/thesky-was-bed-of-smoldering-coals.html):
In case you hadn't heard, the military's crash-prone Osprey helicopters — and their entourage of some 1,000 Marines — are coming to Hawaii. But Kaneohe isn't the only place that will get to enjoy the ear-splitting, peace-shattering noise. They plan to fly them over here at PMRF, too, using Kaula as a live-fire target. Gee, I hadn't realized the poor nesting seabirds there had declared war on the U.S. — not that that's a prerequisite for American aggression.
From Hawaii News Now (http://www.hawaiinewsnow.com/story/19290479/osprey-helicopter-heading-to-hawaii):

One of the military's newest and perhaps most controversial helicopters is heading to Hawaii and Kaneohe residents are concerned over the noise and environmental impact.
By 2014 windward residents will see as many as two dozen MV-22 Osprey's flying around Kaneohe Bay.
The Osprey has been cleared to come to Hawaii. The tilt rotor Osprey takes off and lands like a helicopter but can fly like a plane. However it's had its troubles.
The fleet was grounded in 2000 after two fatal crashes killed 23 people. Two months ago one crashed in Florida injuring five. Four months ago a crash in Morocco killed two Marines.
Still the Marines maintain safety isn't a problem.
"These aircraft are safer than any aircraft we've everv had," said Capt. Derek George, Director of Environmental Compliance MCBH.
Then there are the noise concerns. Windward residents have complained to lawmakers about all the flying.
"In terms of noise we really need to make sure it does stay at a reasonable level. I live near the base and we do hear it at night. It's something I've heard throughout my life living near the base," said State Senator Jill Tokuda, (D) Kaneohe, Kailua.=
The Marines say the Osprey will fly the same hours as other aircraft which is 8:00 am to 10:00 pm and on occasion to midnight. But training will mostly be over the ocean, not over neighborhoods. And they maintain it's not going to be much louder than what's been flying around the base since before World War II.
"As far as the noise is concerned the noise of the MV22 is very comparable to the noise of the CH 53's we have now," said Capt. George.
"The noise factor between the Osprey and other aircraft flying around here, there is going to be no difference," said Lt. Col. Armando Espinoza, Marine Corp Air Station Operations Air Field Operation Officer.
"It's not really noise, its training. These guys are fighting for our country, risking their lives. As a veteran I say that's the sound of freedom," said State Representative Ken Ito, (D) Kaneohe, Heeia, Haiku Valley.
In addition to the Osprey, 15 Cobra and 12 Huey helicopters will also be stationed in Hawaii. Some are already here in Kaneohe.
The Marines say the final environmental impact statement says the aircraft will not affect the ocean or wildlife. However some historic buildings on base will be demolished or renovated in order to make room for the 1,000 new military personnel that will be coming in with all the aircrafts.
To read the final environmental impact, the signed record of decision and other related documents click here (http://www.mcbh.usmc.mil/mv22h1eis/documents.html).


 Image above: Figure 3 map from report below identifying primary bases to be used by Marines and their Osprey V-22s.

 From Environmental Impact Statement for Basing of MV-22 and H-1 Aircraft in Support of III Marine Expeditionary Force Elements in Hawai‘i (http://www.mcbh.usmc.mil/documents/fact_sheet_2010-08-05.pdf)
Preliminary alternatives were developed to meet specific requirements. They vary by development footprints, layouts, and locations for aviation fa- cilities at MCB Hawaii Kaneohe Bay. The EIS will also evaluate a no-action alternative. Except for No Action, the alternatives involve construction of aviation facilities at MCB Hawaii Kaneohe Bay, landing zone improvements at selected sites such as Marine Corps Training Area Bellows (Bellows) in Waimānalo and Molokai Training Support Fa- cility, and training and readiness operations by the VMM and HMLA squadrons at various training facilities statewide that are currently used by the Marine Corps (Figures 2 and 3). In addition to MCB Hawaii Kaneohe Bay and Bellows, VMM and HMLA squadrons may train at Wheeler Army Air- field, Dillingham Airfield, and various U.S. Army training areas on O‘ahu; Pōhakuloa Training Area on the island of Hawai‘i; Moloka‘i Training Sup- port Facility and Kalaupapa Airfield on Moloka‘i; and the Pacific Missile Range Facility on Kaua‘i.
.

Sustainable Healthcare is Prevention

SUBHEAD: One model of a sustainable national system would focus solely on providing preventative care. By Charles Hugh Smith on 19 August 2012 for Of Two Minds - (http://charleshughsmith.blogspot.co.uk/2012/08/a-sustainable-national-healthcare.html) Image above: Stepping away from obesity would be a big step in prevention. From (http://indianapublicmedia.org/amomentofscience/calling-obesity-what-it-is/). The current sickcare system will bankrupt the nation. Longtime readers know that I have presented various options to our costly (and therefore doomed) sickcare system. I have suggested a "cash only" system (The "Impossible" Healthcare Solution: Go Back to Cash July 29, 2009), and observed that the Veterans Administration (VA)offers a model for a national opt-in healthcare system that would offer an alternative to the hopelessly corrupt "fee for service" sickcare (Healthcare: A Large-Scale Solution January 4, 2011). Stripped of purposefully obscuring complexity, sickcare is a system of State-sanctioned cartel skimming that redistributes the wealth of many to the hands of a few. There are many potentially sustainable alternatives, but regardless of the options offered, it is self-evident that open competition between transparent systems is necessary to provide cost discipline and encourage innovation. In other words, one size cannot fit all, and the broader the spectrum of transparent opt-in choices, the greater the cost discipline and incentives for innovation. Healthcare is one of those peculiarly ideological topics where people tend to conceptualize all choices as either/or: either a system is "socialized" or it is "free market" (code name for cartel skimming controlled by the State). The idea that a system of multiple options, complementary and competitive, might be the most sustainable, is difficult for many to conceptualize, much less accept. Advocates of the Central State taking a dominant role in healthcare bear the responsibility of explaining what will limit the capture of the State's spending and power by wealthy vested interests, a process of corruption that would quickly turn any "new" system into the same crony-capitalist, unaffordable system we now have. Apologists for the present system of State-sanctioned cartel skimming claim that Medicare, Medicaid and ObamaCare are all sustainable with what amounts to modest policy tweaks. There is scant evidence for this claim; indeed, the one thing we know is that the promises issued to the 306 million residents of the U.S. are claims on future national income and surplus that cannot possibly be met, and magical projections of unending "growth" and unlimited borrowing power for generations to come are fantasies. Since sickcare is unsustainable, it will eventually be replaced by something that is sustainable. Our only choice is to either let the current system collapse and then start pondering sustainable alternatives, or begin an honest discussion of sustainable alternatives before sickcare implodes in insolvency.
In this spirit of openly discussing a variety of sustainable options, we present this essay by correspondent Lonn Gary Schwartz, O.D. Dr. Schwartz makes a compelling case for the view that the only truly affordable, sustainable national system is one that provides preventative healthcare only. Here is Dr. Schwartz's essay:
The decades-long health care crisis we continue to experience in the United States is multi-faceted and highly complex, touching every U.S. citizen and every American institution. Despite the complexities, getting to the root of the problem simply requires us to confront the following realities. First and foremost, we can not, nor will we ever be able to arrest the aging process, eliminate illness, nor avoid death. Despite what the myriad of “Eternal Fountain of Youth,” industries puts forward, these very events define what it is to be part of the organic life-cycle on this planet. Therefore, it would seem that we, as a society, need to let go of the illusion that we can circumvent the natural order of things. Secondly, each individual needs to take primary responsibility for his/her own health [care]. No more dependence on having others bail us out of poor life choices [insufficient exercise, poor diet, unstable mental/emotional/spiritual states]. No more squandering the nation’s wealth on highly destructive lifestyles and their outrageously expensive antidotes. Additionally, and believe it or not, the amount of social wealth that can be allocated to health care is finite. We can no longer tolerate insurance companies acting as health commissars, corporations that are a hideous synthesis of investment banker, tax collector, medical policy and decision maker, and grand financializer, indeed, the worst of all worlds. If we well-understand that ignoring basic vehicular maintenance leads to pre-mature wear, mechanical breakdown, and expensive repair costs, why do so many of us fail to acknowledge that a similar outcome is inevitable when it comes to our bodies? Although volumes can be produced attempting to figure out why people do what they do [regarding their health habits], social policy need not be concerned with the reasons, but only insure that individuals take personal responsibility for their actions, and not necessarily because it will result in a better [health] outcomes or a more productive citizenry, but instead, because there are simply no other fiscally sustainable alternatives. The current health care system is geared to heal, repair and/or replace. Attempting to repair and re-fabricate body parts on every American within the context of the current explosion in technologic potentiality is absurd. Imagine the possibilities when considering the varieties medical technologies already in place; transplantation, bio-mechanics [robotics], genetic engineering, and pharmacologic, to name a few. Soon enough, you will be able to spend nearly unlimited amounts of money keeping just one person alive! The solution? There is only one solution and that is prevention only. And although this may seem harsh upon first consideration, it certainly seems to be closer to what Nature intended for all of Her life-forms. Regardless, it is what it is. Whatever resources can be allocated to health care [within the context of a fiscally responsible government], should be earmarked to prevention, that is, actual health care. If by chance [or misfortune], you happen to contract a disease/develop a condition/be subject to an accident, then you are in the same position as people are today when there are no known treatments available. What would probably be available are low-cost conventional, alternative, and natural remedies, provided by individuals or small businesses, and payable in cash. In order to prevent a similar sick-care system from being resurrected, health care must be de-institutionalized. No more insurance companies, no more Big Pharma, no more corporate super hospital systems designed to turn natural events into mega-profits for the few and fiscal bankruptcy for the rest. After all, all of these institutions presently exist only through government decree. The results of a de-centralized system will be fiscal sanity, individual responsibility, and hopefully, a much healthier population. This is not to deny that a move toward sanity in one respect will not cause much pain and adjustment in others, but the development of just social policy must have [at its core] compassion, personal responsibility, and sustainability driving the process. Just as the welfare state could not save everybody from the natural forces of human social interaction, or give unqualified people mortgages in order to allow them to live “a better life,” we cannot promise to save everybody from the inevitabilities of our own natural life-cycle. Getting beyond this era of counterfeit debt-money, and the resulting fiscal insanity it has guaranteed, will require the acceptance of principles that were once very much a part of who we were as Americans. We must accept that just as real wealth is created by producing, saving, and investment guided by the principles of transparent risk/reward assessment, our good health must also be earned through sensible eating habits, adequate exercise, and some method of maintaining mental/emotional/spiritual balance. Better times lie ahead for those willing to take responsibility for their own wealth and their own health. After all, it is the American way.
Thank you, Dr. Schwartz. The demographic and fiscal cliff are real. Hoping that we can borrow our way to prosperity by dumping trillions of dollars into fraud, malinvestment and needless, counterproductive paperwork, tests, medications, lawsuits and procedures (i.e. sickcare) is the path to insolvency and a future that fails everyone. .

Public Land Development Corp

SUBHEAD: The public lands being privatized are Hawaiian kingdom lands that have never been relinquished.  

By Donna Wong on 18 August 2012 in Island Breath - 
  (http://islandbreath.blogspot.com/2012/08/public-land-development-corporation.html)
Image above: Recent highrise development on the Canadian side of Niagara Falls. Down on the street is crass and commercial. From (http://www.northrup.org/photos/niagara-falls/).


In 2011 the legislature passed Act 55 Public Land Development Corporation (PLDC), sponsored by Senator Donovan Dela Cruz, and signed into law by Governor Abercrombie.

Act 55 establishes the PLDC as a State development corporation attached to the Department of Land and Natural Resources (DLNR) to develop public lands placed under the PLDC jurisdiction, including but not limited to existing open shoreline areas, conservation lands, agricultural lands, and small boat harbors, for commercial purposes to generate revenue for the State.

PLDC is a vehicle and process “to make optimal economic, environmental, and social use of public land,” including public recreation and visitor holiday destinations, through an “appropriate [1] and culturally-sensitive [2]” public land development program.

PLDC has a lot of power over our public lands so please get involved now! If anyone thinks they are not affected by what is about to happen, you are wrong (private land owners pay attention to this). This is the single most atrocious crime against Hawaii and people since the illegal overthrow. This ʻActʻ needs to be REPEALED. Come to the Public hearings on PLDC DRAFT Administrative Rules. All meetings will be from 6 to 8 pm at:
HILO:
Monday 8/20
Waiakea High School Cafeteria, 155 West Kawili Street

KONA:
Tuesday 8/21
Konawaena High School Cafeteria, 81-1043 Konawaena School Road, Keakakekua  

MAUI: 
 Friday 8/24
Maui Waena Intermediate School Cafeteria, 795 Onehee Street, Kahului  

MOLOKAI:
Monday 8/27
Mitchell Pau`ole Community Center, 90 Ainoa Street  

OAHU: Wednesday 8/29
DLNR Kalanimoku Building, Land Board Conference Room 132, 1151 Punchbowl Street  

KAUAI: Friday 8/31at Elsie Wilcox Elementary School, 4319 Hardy Street, Lihue.


 Image above: Frankenstein's Burger King on the Canadian side of Niagara Falls. If you think this is odd you should see the Ripley's Believe it or Not down the street. From (http://www.northrup.org/photos/niagara-falls/). 

 The following are a few excerpts From Summary of Draft PLDC Rules. See marked up attachment for more detail and analysis (http://www.islandbreath.org//2012Year/08/120819pldcsummary.pdf). For the text of the act itself go here. (http://www.islandbreath.org//2012Year/08/120819pldcact.pdf) :
The PLDC is authorized to: Develop and implement public lands projects and facilities to create revenue-generating centers or where, through detailed analysis, opportunities exist to exploit potential local, national, and international markets. Exemption from Lawful Development Requirements PLDC projects shall be exempt from all statutes, ordinances, charter provisions, and rules of any government agency relating to land use, zoning, and construction standards for subdivisions, development, and improvement of land; the construction, improvement, and sale of homes thereon; and special improvement district assessments or requirements PLDC Powers. Acquire or contract to acquire:
  • All privately owned real property or any interest therein and improvements thereon determined by the PLDC to be necessary or appropriate for its purposes, including real property … in excess of that needed for such use … where other justifiable cause necessitates acquisition for the contemplated improvements
  • Recommend to the DLNR board the “purchase of any privately owned properties that may be appropriate for development”
Exemption from Taxation
  • The PLDC shall not be required to pay state taxes of any kind.
And if this isnʻt bad enough, private property owners will need to pay for infrastructure costs if they live near one of these ʻimprovementsʻ because it is for the ʻpublic goodʻ. PLDC foreign corporations will merely plan, build, and profit.
The PUBLIC lands they refer to are: Ceded Lands/ (Kingdom lands, title to which was NEVER relinquished) • Donna Wong is Executive Director Hawaii's Thousand Friends. Phone/fax: 808-262-0682 www.hawaiis1000friends.org
.

Court allows patent on human genes

SUBHEAD: The court found the isolated DNA molecules are obtained in the labo and are therefore man-made and patentable. By Amanda Wilson on 18 August 2012 for Counter Currents - (http://www.countercurrents.org/wilson180812.htm) Image above: Structure of the BRCA1 protein. From original article. (Credit: emw/creative commons)

Is a gene more like a tree trunk or more like a baseball bat? A federal court Thursday took a stand on the question, ruling that isolated DNA molecules are “not found in nature”, and are therefore more like inventions, such as baseball bats, than natural phenomenon, such as tree trunks.

Using language steeped in metaphor in a packed U.S. federal courtroom, attorneys in July debated the question in a closely-watched case on the right to patent genes that has been working its way through the courts.

At stake: the right of one company – Myriad Genetics – to patent a gene as a human invention under U.S. patent law, which allows patents on inventions but not on products of nature.

In a ruling that largely upheld the status quo in a biotech industry that has been patenting genes for decades, the U.S. Court of Appeals for the Federal Circuit ruled Thursday that “isolated” human genes are patentable. Methods of “comparing” or “analysing” DNA sequences are, however, not patent eligible, it ruled.

In a two-to-one decision, the court affirmed Myriad’s right to claim intellectual property rights on the BRCA-1 BRCA-2 genes, genes where mutations indicate a woman has an 82 percent increased risk of developing breast cancer.

The company’s patents on the genes are the basis of a breast cancer indicator test that has been a profitable asset in the company’s portfolio of intellectual property.

The American Civil Liberties Union (ACLU), representing a group of about 20 plaintiffs, including the breast cancer patient advocates and geneticists, several years ago launched a legal challenge to Myriad’s right to patent the genes.

The plaintiffs, including patient advocacy group Breast Cancer Action, have argued that Myriad’s IP rights to the genes allow it to block others from testing for – or even looking at – the BRCA-1 and BRCA-2 genes, a right they say Myriad has exercised in the past with legal threats.

Plaintiffs have also argued the patents raise prices for testing and essentially create a market monopoly which blocks the poorest from getting tested and stifles scientists who want to look at the genes. Yale geneticist Ellen Matloff, a plaintiff in the case, told IPS last year the situation was “horrifying.”

Matloff told IPS that 95 percent of patients she recommended for Myriad’s 700-dollar supplementary BART test, which looks for mutations on the BRCA-1 and BRCA-2 genes, opted not to get it because of its high cost.

Furthermore, those who question gene patents have pointed out that patenting individual genes might even be myopic, especially in a world of whole genome sequencing where the scientific community is increasingly interested in gene interactions, the influence of the environment on genetics (called epigenetics), and other big-picture indicators to understand patient health.

The case has been working its way through the courts. A New York district court judge sided with the ACLU in 2010, but the Federal Circuit Court of Appeals overturned the ruling in July 2011.

The ACLU appealed to the Supreme Court last year, but the Court declined to issue a ruling in the case. Instead, it sent the case back to the Federal Circuit to re-examine in light of its unanimous spring decision that Prometheus Laboratories Inc. did not have a right to patent a certain blood test because the patent was based on observations about natural phenomena.

But Thursday, the Federal Circuit again ruled that genes are patentable. The court wrote, “The isolated DNA molecules before us are not found in nature. They are obtained in the laboratory and are man-made, the product of human ingenuity.”

In its majority opinion the court also highlighted that gene patenting had been standard practice for the U.S. Patent and Trademark Office (PTO) for years.

“Why hasn’t this come up in 30 years,” Circuit Judge Kimberly Moore, who sided with the majority, asked during oral arguments in the courtroom July.

Moore hinted at the biotech sector’s financial stake in gene patents, often key components of diagnostic test IP at the centre of a much-hyped personalised medicine industry. “What about the biotech sector and all the money?” Moore asked.

In his dissenting opinion, Circuit Judge William Bryson wrote, “my colleagues assign significant weight to the fact that since 2001 the PTO has had guidelines in place that have allowed patents on entire human genes… I think the PTO’s practice and guidelines are not entitled to significant weight…”

Sandra Park, an attorney with the ACLU, told IPS her team was disappointed in the Federal Circuit court’s decision, which she said she believed did not take the Supreme Court’s ruling in Prometheus adequately into consideration.

“We think that the Supreme Court’s recent decision is very clear that the Court is very concerned about how patents interfere with scientific work,” Park told IPS. “The Supreme Court has said that the interests of industry in relying on patent protection is not a factor in determining that something is patentable.”

Park said the mere fact that Prometheus argued that it needed its patents to advance its interests, in the Supreme Court’s ruling, was insufficient reason to justify patents.

If the ACLU decides, with the other plaintiffs, to appeal the Federal Circuit court’s decision, it is possible the Supreme Court might decide to hear the case. Such a scenario is not unheard of. In fact, Park said, the Supreme Court decision to overturn Prometheus’s right to its diagnostic patent came after the Federal Circuit twice upheld it.

Park said the ACLU was still deciding its next step. “We are reviewing our options, but we haven’t made any decisions yet.”

.

Post-Peak Woodwork

SUBHEAD: Architecture in a post-peak oil post-industrial scavenging world. By Ugo Bardi on 18 August 2012 for Cassandra's Legacy - (http://cassandralegacy.blogspot.it/2012/08/post-peak-woodwork.html) All images in original article by Ugo Bardi. The modest me admiring a wooden shack in the village of Valboncione, Italy. I already placed on line a picture of the village and of some of the local dwellers (http://cassandralegacy.blogspot.it/2012/08/old-ladies-of-appennino-mountains.html). Building things by yourself, especially with leftover material, has this air of post-peak self-reliance. But, often, that supposes the existence of industrially made products. When you need wood, for instance, you can get planks or beams from a store or, more in a post-peak style, you use material taken from discarded furniture. But in both cases, the wood you use has been industrially processed. Suppose, instead, that you live in a remote village in the mountains, a place like Valboncione, in Italy. Up to not so long ago, clearly, they didn't have access to industrially processed wood. Still, they needed to build shacks and they managed to do that with what they had. The results are remarkable, in a sense, although not exactly the kind of place where you can find shelter from a gust of cold wind! And look at how the hinges for one of the doors were made: There are several of these shacks in the village; all built in the same way and none can be older than a few decades - they couldn't possibly have lasted more than that. They way they were made is amazing: look at how all sorts of beams and planks have been joined together. It looks like all the elements in wood were made by hand, one by one. If this is not post-peak, what is? .

Back to School

SUBHEAD: In the future a liberal education's primary purpose won't be to get a better paying job. It will have intrinsic social value.
 

By Sharon Astyk on 14 August 2012 for Casaubon's Book-  
(http://scienceblogs.com/casaubonsbook/2012/08/14/back-to-school)


Image above: "His First Day At School" painted by Norman Rockwell for insurance company ad i the Saturday Evening Post. From (http://www.flickr.com/photos/ozfan22/3402902694/).
 
On my lap, I’ve got a set of school books that date from the 1850s to the 1890s. They belonged to various of my father’s family – my great-uncle, George Hume, who died long before I was born and studied Eaton’s Common School Arithmetic in Amesbury, MA in the late 19th century, 20 miles from where I would go to school 100 years later.

The majority belonged to my great-grandfather, Edgar White, who studied latin and algebra in Jonesboro, Maine, and later went on to teach school in Cheshire, Connecticut, using the same books. My grandfather’s books were mostly published in the 1860s, right after the civil war, and bear the names of previous owners – he got most of his books from Winnie Smith Biddeford, whoever she was. A note from my grandmother, who passed these books to my father in the 1960s, notes that Winnie was still alive, a friend of the family, now named Winnie Lewis and living in South Portland.

Two of the books belong to some family connection now faded into obscurity – the Academy Songbook and Walton’s Written Arithmetic both belonged to A. B. Hollingsworth. But who he or she may have been, and how they are tied to my family, I cannot tell you.

I write about this for two reasons - first, I think it is worth observing that my 100-160 year old schoolbooks are still being used by my children. The books are faded and falling apart, and I don’t allow the kids to actually touch them. I do, however, sometimes copy problems out of them, because I suspect their value will increase in the coming years.

I would hate to see lost, for example, the following math problem:

“A farmer raised in one field 21 bush. 3pk. 7 qt. 1pt. of wheat; in another 48 bush. 2pk, 1pt; in another 28 bush. 6 qt.; and in another 75 bush. 1 pk., 5qt., 1 pt..”
In the margin of the book, next to the 75 bushel measure, by great-grandfather (presumably) pencilled – “not in Maine he didn’t.” I laughed out loud, appreciating the joke even some 110 years after it was made. Northern Maine was not known for its high grain yields.

Besides fondness for the old New England part of my heritage, and the stories within, I find them valuable because they demonstrate to precisely what degree our education prepares us for a particular kind of life, and to be particular kinds of people. It is easy to observe this, of course, but a contrast between the schoolbooks of yesterday and today makes it particularly striking.

Inside the arithmetics and grammars are a record of a way of life lost. For example, a math problem lists the 1850 population of New York City as 515,547 and the US President’s salary at 25,000 dollars, has children estimate how many fruit trees can be grafted with how much rootstock, calculate how many men not gone to soldier will be available to bring in a harvest, and how many pieces of cloth will be needed to make a quilt of a particular size.

The emphasis is manifestly on preparing children for everyday agrarian life – how to calculate the interest a bank will pay you, how to write a letter to the editor of the local paper, teach your children, build a barn, not get cheated, make a dress, measure flour and then in the evening, stand up and recite at the public recitations that provide entertainment, or get together to discuss the issue of the day at the Grange or the Women’s Society.

Like all school books, they reveal the limitations of a society, and offer plenty that’s merely anachronistic to entertain you. For those of us who are not Friends, for example, will probably not require a discussion of how to grammatically use the term “Thou” and “Thine.” I think few people still use, even at their most formal, the ”th” endings that are mandated after “he” or “she” as in “She hath property.” or “He teacheth well.”

The books were all published in New York or Boston at the end of the Civil War, and all evince hostility to southerners, their grammar and history; and the usual stream of contempt for Irish, Italian and “Negro.” Nor is it likely that any modern text would offer the model of “That the soul is immortal is believed by all nations.” as a statement of certainty and an illustration of a substantive clause.

My own children’s schoolbooks reveal equal limitations, and assumptions that are equally problematic. A great deal of bad stuff has been eliminated over the years – I’m grateful that my children don’t get the assumed Christianity and racism of the earlier books. But rather inevitably, it has been replaced by some bad and some anachronistic (or rather, perfectly in tune with a rapidly departing present) that will look just as odd soon. For example, many of my son’s math problems involve weight limits on planes, times of departure and check in times. I wonder whether my grandchildren, looking back at their father’s 3rd grade reader will be struck by the ubiquitous assumption that even small children travel on planes.

For handling money, the calculation of interest provided by banks has been completely ignored, but shopping is very carefully explained. While we have intentionally chosen curriculum that is fairly anti-consumerist, they still encourage us to cut product advertisements out of magazines and send children shopping with a limited budget to figure out how long their money will last. The assumption is that children will have enough money to eat in restaurants and buy ice cream regularly. The presumption of affluence runs deeply through these texts.

I’m pleased to see, in my first grade son’s math book, that Pam and Jeanne made pies to sell at the fair and are having the problem of cutting them into the correct number of slices, and that the president loves jelly beans, so factory workers decided to send her some, divided into the correct number of boxes. It is good to know that we have to divide up people into the right number of participants in each first aid class (told ya we got this book for a purpose ;-) ), but I’m a little mystified at how 20 peacocks ate 893 sacks of grain (were they very small sacks or peacocks the size of elephants?) and troubled by the environmental studies curriculum, which discusses the efficiency of cars, but not their relative inefficiency compared to bicycles; and while presumes that private cars are forever in a whole host of ways.

Don’t get me wrong, I don’t expect my children’s academic examples to live in a perfect agrarian world – but I do think it is important to note the way that our children are subtly schooled to understand the world we live in as normal. Even the best curricula assume a great deal – the one we use has a slightly precious feel to it in modern day context – its conscious attempt is to bring back an old-fashioned childhood. In some ways this suits us, but there is a measure of artificiality to it, best perceived in contrast to the actual texts that educated actual agrarian children.

With the exception, prehaps of a few romanticized junior transcendentalists, the actual 19th agrarian childhood that emerges may have had imagined fairies in it, they listened, at night, to the stories told by grandmothers at fireside, but there is no romance in the schoolbooks. They are practical, training young farmers for a future of hard work, careful use of money, moral behavior and practical daily life – and to live that life in close concert with extended family, friends and neighbors.

My great-grandfather’s schoolbooks, for example, have many stories of grandmothers – they inevitably live with the children in the stories, or very near. Ben and Meg, however, the two archetypical Waldorf children (from a book every bit as pedantic and moralistic as any 19th century tale), drive to visit granny and to the local orchard.

For my great-grandfather, the books themselves were precious – not precious in the sense of being self-consciously nostalgic, but literally expensive. One of them has been marked “$3 – a vast sum in a region where cash was used only to pay the taxes. They may have been drier than modern school texts (although actually, I’m not sure that’s true), but they were carefully tended and treasured. We have all but my grandfather’s 7th and 3rd reader, all his arithmetic books, his first and second latin (I have no idea if he went further) .

 My great-grandfather was manifestly not the first owner – if Winnie was alive in 1967 when the Latin grammar was bestowed upon my father, she cannot have been much older than my grandfather. But Winnie was not the first user either. Kerl’s Common School Grammar has three other names in it, none of them ones I recognize. They are pencilled through, and I can read only “Venus Castle” and “Stevie Beebhill” - by the time my grandfather was using them in the 1890s. Fom his pencil notes one can tell he then would go on to use the books to teach school in the early 1900s, until they were finally replaced – the last teaching year mentioned is 1911, but when he received them, the books were already 30 years old or more.

Whatever old New England’s faults, the literacy and educational rates were extremely high – in north coastal Maine, there was not much money to be had for books. Education was valued highly, enough that my great-great grandfather took out his first-ever debt ( and debt is not a word that New England farmers speak lightly) to send my great-grandfather to what was then the State Teacher’s College at Machias. My great-grandfather grew to manhood at the cusp of higher education requirements for teachers – it was no longer quite enough to simply have finished the last reader to teach.

You could see how education was valued in the care given to the books my great-grandfather stewarded – they passed through other hands, and six generations after publication, are still in use. My father wrote his own name in them, neatly below the names tracking back for generations. My own name is below my father’s, dated 1993.
For quite some years, I taught college composition and literature at various colleges, many of them filled with the affluent children of affluent parents, who went college mostly because college was what one did. Some of the students truly appreciated their education, some of them didn’t – but many of them had a deeply different sense of education’s purpose than past generations did.

Now it was certainly true when my great-grandfather went to school, that plenty of students cared little for their schooling. There were dropouts and cutups, lazy students and disciplined ones even then. In Laura Ingalls Wilder’s _Farmer Boy_ for example, there are older boys who come each year only to disrupt school and assault the teacher. It would be needlessly sentimental to imply that education was always equally valued 0r that it was equally valued in all places and cultures – rural northern New England was not everywhere.

But overall, the weight of this culture’s preoccupation with an education that was mostly for its own sake tells its story. The care of the books, and the pressure one sees in later volumes to introduce advanced studies so that students leaving school after eighth grade to farm full time will have the full advantage of a good education. For example, Greenleaf’s Geometry and Trigonometry, two subjects that in these days are generally introduced in 10th and 11th grade, notes that the book was added to the standard curriculum because modern (ie, 1870s or so) schools “have enabled pupils to complete their arithmetical studies at a comparatively young age; and in consequnece, a demand has arisen for a more advanced trigonometric course to follow the eighth grade.”

We are also told that the quadratic equations and rationalization have been included, so that students may proceed immediately from completion of the book to college, even if no high school is available. It includes a guide for those studying alone, with no teacher is included, with the observation that many young scholars have mastered these skills at the end of a workday, and a rousing reference to Lincoln. I admit, I would have had trouble mastering trigonometry at home, late at night, before the candle and after milking – but the book was written, at least, with this in mind.

In Jonesboro, Maine, where these books were used, school took place for older children only during the winters. The rest of the time, older boys were needed on the farm – it was a cold, harsh and rocky place to practice agriculture, and that my great-great-grandfather managed to save enough to send one of his sons to college is remarkable in many ways. The school, according to my grandmother’s notes, was some 4 miles from their farm, and my great-grandfather walked each day 8 miles round trip, often in weather well below zero F.

Studying was done after school, after the walk home, after milking the cows, after doing the chores, after supper, by kerosene lamp, before rising to milk again at 5 am. I realize this sounds very much like “I walked to school 25 miles uphill each way in 30 feet of snow.” But I think it is worth thinking about – the deep commitment required of parents to send their children to school when they lived so economically close to the margin, on poor land, and could have used their labor. And about the deep commitment of children to education when it demanded so much of them. Why did they do it? The students certainly may have been grateful to get away from the chores, but what motivated their parents?

We still live in that world of education at high cost in some ways – for all the affluent students sent to college as a placeholder, there are the students who work for it – who hold down multiple jobs and sit up late at night, who care for their children by day so that they can go to night-school and better themselves, the first-generation college students who worked their way through for a dream of a better life.

What has changed is not the kind of people we are, so much as the assumption of what an education is for. Although my grandfather went to college and became a schoolteacher, most of his peers and siblings didn’t see their education as potentially remunerative, except in the sense of enabling them to have a better agricultural and community life. It was necessary that they figure interest and master the selling of oats and corn, that they have enough literacy to read contracts and such. But for farmers, education beyond that was not directly relevant, even though it was common.

My great-grandfather would give up the farm, but his brother stayed, and went to school just as long, working his way through Geometry, Latin poetry and grammar not to improve his economic lot, but to improve his community, and himself. In fact, it isn’t at all clear to me that my great-grandfather or his father thought that teaching would be an improvement on farming – teachers were not well paid, and if you didn’t have to hay in 90 degree heat or milk cows at 5 below, well, you often had trouble supporting a family – my great-grandfather got into money trouble more than once along the way, I’m told. The reason they sent him to college was simply that he loved to learn, and they wanted to give him the best chance to do what he loved.

While I’m sure this is true of some of the workers and strivers of the present, the overwhelming justification for education at every level is that you will need it to get a job – education will cost you now in loans, time spent doing activities that look good on college applications, tutors, SAT prep, etc…. but it will return to you your investment many times over. The problem of course, is that as education’s costs have risen and the economy has been less stable, this has become less and less true for most people. I think I attended college in the 1990s at the break-even point. Now, as students come out of their degrees with little hope of making enough money to pay their loans, that promise of education, and the merits of education, are lost to them in many ways – so what IS an education for, if it doesn’t make you richer?

Why did Winnie and George and Edgar and Venus and Stevie go to school? Winnie and Venus might have taught school for a few years (although who knows), but with marriage the only widely available career for women, they certainly didn’t go to get rich. Stevie was probably headed back to the farm. George was going into the factories, where no education is required, and Edgar was the only one who actually needed the education he got. And yet, if they learned what was in their books, they came out of their schools with a fine liberal education – able to recite bits of Virgil, diagram sentences, write political essays, quote Emerson, with enough algebra to build a barn and enough trigonometry to go to college. And for the most part, it got them nothing – indeed, it cost their parents days of desperately needed labor.

Except, that it didn’t get them nothing – the benefits were not remunerative, but communal. They were competent citizens. Quoting Virgil may have been of no actual use to a farmwife in rural Maine except this – that she knew she could. And that she could teach Latin to her children were she to go west, far from schools. that she would have in her head forever the story of the founding of Rome, alongside Emerson on “Compensation,” “Barbara Freitchie” and the history of the rulers of England. We can quibble with what she knew – suggest that the history she learned might have better included different stories, that there are better poems. She would live her life in a community that had, if it had nothing else, a library, able to read fluently and enjoy when she had a few minutes alone. What we cannot argue with, I think is the value that communities found in education in these times was that education had value for its own sake, in creating educated citizens.

Despite the fact that that education cost people something, they went on providing it, because it was right, because farmwives who read poetry and fishermen who knew algebra made farmwives who wrote letters to the editor and gathered for literary gatherings and community theatricals, and fishermen who recited poetry to themselves as they drew in their lines, recited them to their children at bedtime, and stood for town council at the end of the day. We should not over-romanticize the role of education in ordinary, work-filled daily lives. Nor, however, should we understate how remarkable it was.

As the cost of education continues to outstrip the economic return of that education for many of us, it becomes more and more imperative that we return to valuing education in proportion to its goods – these are vast. I, the product of a liberal education, give enormous credit to mine. But I had the good fortune to have a college education much like the one my great-grandfather had, one not expected to get me much. I was a scholarship student, without parental expectations, or parents investing much of their capital into educating me.

My friends were told that they could minor in theater but had to major in computer science or economics or something that would get them a good job, because after, all, the parents were not paying 20,000 dollars a year to let them major in the humanities. Since my parents were paying very little, and I came from this inheritance of valuing education mostly for its own sake, my desire to study poetry and history was never questioned. Since I mostly got my education from scholarships, I didn’t have to pay off vast student loans, so there was nothing stopping me from going to graduate school in English, poor as the odds were that I’d ever get a professorship (the first year I went on the academic market there were 5 candidates for every job).

Even in the early 1990s, I realized how incredibly unusual and fortunate I was to be able to learn simply for its own sake. Now, I think at the college level, there are almost certainly as few people learning simply for their own sake, without worries about the job they will get, as when my great-grandfather was encouraged by the school superintendent in Jonesboro to apply to the teacher’s college.

At the lower levels, the emphasis is still on the economic value of education – but we are assured at every step that free public education has no value except as a step on a path– you *must* go on to community college, to college, to graduate school, often at stunning cost (and the not-stunning costs are rising, as states cut subsidies to education). You must do these things because a free education cannot get you a job – simply having a high school degree is nothing. And we are so caught up in the economic value of education – and in the necessity of training students for higher education or blue-collar slavery, that we’ve entirely forgotten the value of education outside the economy – of education as a way of making people.

This old-fashioned value, as arcane as my great-grandfather’s school books, however, will be back. Because if we have to live locally again, live mostly with the people around us, education for citizenship, for self-improvement, so you have some poems and stories and ideas in your head, so you can talk to others, argue, write a letter, stand for council or congress, or even simply build a barn, this is what school should teach us – and why it will persist.


.

Are cracked tomatoes edible?

SUBHEAD: Depending on the severity of the cracking the tomato can still be eaten. By Ramon Gonzalez on 17 August for TreeHugger - (http://www.treehugger.com/lawn-garden/are-cracked-tomatoes-still-edible.html) Image above: Concentric or ring crack around stem of tomato. From original article.

I touched on cracked tomatoes in the post on three common tomato problems in the garden. In light of a recent weather change I thought it would be a good idea to revisit the topic and provide a bit more info. After extended dryness we've gotten a bit of moisture. The welcomed rain is unfortunately starting to cause some tomato cracking in the garden.

Let’s look at the causes of tomato cracks and ways you can salvage your harvest.

Two Types of Cracks

The tomato pictured above has concentric cracks. These develop in a circular pattern around where the tomato is attached to the stem.

Image above: Radial or section crack through the body of tomato. From original article.

Radial cracks in tomatoes are more severe and extend from the stem and down the sides of the tomato.

What Causes Tomato Cracking?

Cracks develop because of uneven watering. Dry weather followed by a rainy period or excessive watering will lead to cracks. The skin of the tomato can’t stretch to accommodate all the fluid building up inside the fruit.

Image above: A healed or sewn crack on the body of tomato. From original article.

Sometimes the tomato can “heal” itself and close the crack and you’ll see what looks like stitching, and other times the crack will worsen until your tomato is unusable. This tomato had a concentric crack that developed and sealed for the most part, when another crack developed horizontally.

Should You Throw Away Cracked Tomatoes?

Depending on the severity of the cracking the tomato can still be eaten. A tomato that has split open can attract fruit flies, and develop fungus, mold, and bacteria inside. Skip the cracked tomatoes if you’re doing any tomato canning. However, cutting around the cracks of a tomato and using the good parts in salads, sandwiches, salsas and sauces is perfectly fine. The taste of the tomato isn’t affected in the parts that aren’t cracked.

If you see a tomato that is close to ripening begin to crack remove it and let it continue ripening on a windowsill or kitchen counter. Leaving it on the vine will just make the situation worse as the plant continues to absorb water.

Browse all of our tomato content for mouth-watering tomato recipes, savvy tomato growing tips, and up-to-the minute tomato breakthroughs.

.

Pipeline down your throat

SUBHEAD: When the Keystone XL tar sand oil pipeline eventually spills it'll be a whole new monster.  

By Elizabeth Shogren on 16 August 2012 for NPR -  
(http://www.npr.org/2012/08/16/158025375/when-this-oil-spills-its-a-whole-new-monster?sc=17&f=1001)


Image above: David Daniel stands on his property in Winnsboro, Texas, where the Keystone XL pipeline is slated to be installed.
From original article.
 
Sometime in the next few months, David Daniel probably will have to stand by and watch as bulldozers knock down his thick forest and dig up the streams he loves.

His East Texas property is one of more than 1,000 in the path of a new pipeline, the southern stretch of what is known as the Keystone XL system.

For years, Daniel has tried to avoid this fate — or at least figure out what risks will come with it. But it has been difficult for him to get straight answers about the tar sands oil the pipeline will carry, and what happens when it spills.

"I want to know exactly what I'm dealing with," he says. "Maybe other folks want to go through life with blinders on, but I want to know how to protect my family, and without knowing everything, you don't really know how."

New pipelines, like the one coming to Daniel's property, are spreading out around the United States as the nation gears up to get much more of its oil from Canada's deposits of tar sands in Alberta.
This is not conventional crude. It is so thick, sticky and full of sand that companies have to shoot steam deep underground to liquefy it or scrape it out of sprawling surface mines. These complex extraction techniques are expensive, and they also produce a lot more greenhouse gases than conventional oil wells. But high oil prices are finally making tar sands oil profitable.

Many people are welcoming the jobs, money and friendly oil that will come with these pipelines. And politicians including President Obama and his Republican rival Mitt Romney tout the benefits of getting more of our petroleum from such a friendly neighbor.

But pipeline spills are inevitable; hundreds of spills happen each year in the U.S.
And that terrifies some people in these pipelines' paths — Daniel included.

Planning For A Pipeline
Daniel lives about a 2 1/2-hour drive from Dallas in East Texas.

He learned a pipeline was headed his way four years ago, when a neighbor called him at work to alert him that surveyors had been on his land.

He rushed home and hurried down the shady path from his house to where spring-fed streams meander through what looks like a fairy-tale forest. He found surveyors' stakes, with some cryptic writing on them, right in the middle of his 20-acre property.

"I didn't know what 'K-X-L' was; '36-inch,' I understood what that is. That meant pretty big. And 'P-L' had to be pipeline," he recalls. "My heart just sunk that this is the piece of the property that we fell in love with, and this pipeline would tear all this up."

A few months after he saw the stakes, he got a letter from a corporation named TransCanada asking for permission to send out more surveyors.

The letter warned that TransCanada could take him to court if he didn't comply. He called an attorney whose name was on the letter.

"I said, 'I have questions. I don't know anything about this project,' " Daniel remembers.
According to Daniel, the lawyer said, "The only question I have for you is which pile to put you in, the cooperative pile or the f - - - ing uncooperative pile."

The lawyer says that he doesn't remember the conversation, and that he doesn't use such language. But Daniel took notes at the time, and he says the conversation is seared into his memory.

Daniel usually doesn't intimidate easily. He's a carpenter and used to work for circuses, riding motorcycles on the high wires. But he knew he didn't have the money to take on a big corporation.

TransCanada kept threatening Daniel that if he didn't give his permission, they'd get it from the courts through eminent domain, which forces people to give companies rights of way through private property for highways and other uses considered in the best interest of the general public.

What Daniel wants most from TransCanada is answers. He actually drew up a list of 54 questions.

"One of my many questions was: If there's a spill and we have to leave, are you going to take care of us?" Daniel says.

He also wanted to know things like: What kind of damage could a spill cause? And what chemicals would flow in the pipeline?

TransCanada told Daniel in writing that questions about spills were hypothetical because their pipeline would be designed not to spill. But in a document for the State Department, TransCanada predicted two spills every 10 years over the entire length of its Keystone XL pipeline, from Canada to the Gulf of Mexico. Some scientists argue that the company underestimates that risk. Another pipeline it put into service two years ago has had 14 spills in the United States, although most were small, according to TransCanada.

The U.S. Pipeline Network
After two years of wrangling, Daniel finally gave in to TransCanada, because he felt he had no other choice. He signed a contract, and in March 2010 accepted $14,000, which was a lot more than the $2,400 TransCanada had first offered him.

But around that same time, something happened that would help get Daniel some answers.
In July 2010, a pipeline carrying tar sands oil burst in Marshall, Mich., inundating 40 miles of the Kalamazoo River with heavy crude.

When Daniel heard these reports, he got scared.

"We didn't have to talk in hypotheticals anymore. We had a real-life example of what we thought could happen here," he recalls.

Daniel went to Michigan in search of answers.

How Clean Is Clean?
In Michigan, a cleanup worker turned whistle-blower named John Bolenbaugh helped answer one of Daniel's questions: If there's a spill, will they clean up all the oil?

Two years after the spill, Bolenbaugh takes an NPR reporter on a kind of treasure hunt for oil, crashing through jumbles of brush and chest-high grasses.

On the bank of the Kalamazoo River, Bolenbaugh sets up a video camera, because he videotapes everything he does. And then he hurls himself into the river.

A couple of minutes later, he walks out of the river, holding up a blue latex glove covered with tarry black stuff.

"It's like molasses but even a little thicker," Bolenbaugh says. "And it smells like asphalt, kind of. When it was fresh, it was a horrible, horrible smell, like they just paved your road, but they paved it on all four sides of your house, and you had to stay there for months. It was that bad."

Bolenbaugh is like a reality TV character. He talks a mile a minute, and he's prone to exaggeration. He sees himself as the Erin Brockovich of this disaster.

Bolenbaugh grew up in Michigan, and after a stint in the Persian Gulf with the Navy, and several years in prison for a sex offense, he started working on pipelines. So when the spill happened, he was called in to help clean it up.

As Bolenbaugh tells it, he and other cleanup workers were told to bury oil, which made him furious. So he started taking photos and videos with his cellphone on the sly.

Bolenbaugh was fired after he went to the Environmental Protection Agency and the media. But he sued the contractor he worked for and got a big settlement. Now he's suing Enbridge, the company that runs the pipeline.

He carries around some of the photos and tons of documents in a huge binder, which was part of the evidence for his lawsuit.

"If you notice in this picture, the oil is still there, but we're raking dirt over the top of it," Bolenbaugh says. "That's what we're ordered to do."

Bolenbaugh credits himself with getting Enbridge to redo cleanups. They dug up a two-mile stretch of creek for a second time, after Bolenbaugh showed reporters that a lot of oil was still under the replanted vegetation.

"I got 'em good. And I'm proud of myself for what I've done," he says.

Enbridge and the EPA dispute Bolenbaugh's interpretation of the role he's played, but they both confirm that it has taken far longer to clean up the oil than expected. Early on, the EPA gave the company a couple of months. Two years and $800 million later, the cleanup is still going on. The cost eclipses every other onshore oil cleanup in U.S. history.

What Is Tar Sands Oil?

Professor Steve Hamilton of Michigan State University has studied the cleanup along the Kalamazoo River.
A major reason the cleanup costs so much and is taking so long is that lots of the oil sank to the bottom of the Kalamazoo River — but no one realized this at first.

Michigan State University professor Steve Hamilton is paddling down a stretch of the Kalamazoo that had just been opened to the public. For nearly two years, 37 miles of river and two miles of creek were closed because of the contamination from the spill.

In a shallow section, Hamilton sticks his paddle into the river and pokes the bottom.

"You can see just a little bit of sheen being produced here," says Hamilton, an independent science adviser for the cleanup. "It's starting to come up from this as I disturb it."

Hamilton says this tar sands oil sank to the river bottom because it's heavy — heavier than almost anything that's considered oil.

"It's not quite solid, and it's not quite liquid," he says. "You could pick it up and shape it into a ball practically. Tarry is another way to think about it."

Tar sands oil has to be diluted to make it liquid enough to flow through a pipeline. But once it's back out in the environment, the chemicals that liquefied it evaporate. That leaves the heavy stuff behind.
Cleanup crews didn't know what they were dealing with. They expected it to act like oil usually does and float on water. So they focused on vacuuming oil and skimming it from the surface.

But about a month into the cleanup, some fish researchers got a surprise. One of them jumped from a boat into the river. With each step he took, little globs of black oil popped up.

That kicked off a search for sunken oil.

"And everywhere they looked, they found it," Hamilton recalls.

EPA's Midwestern chief Susan Hedman says they had to develop new techniques to remove all of this submerged oil.

"The EPA staff that worked on this, that have responded to oil spills over many, many years, had never encountered a spill of this type of material, in this unprecedented volume, under these kinds of conditions," Hedman says.

Scientists say they're only beginning to study how tar sands behave after a spill, or even whether it might wear out a pipeline.

Will Companies Protect People In Pipelines' Paths?
The most important questions Daniel explored on his scouting trip were about his family's safety.
"If there's a spill and we have to leave, are you going to take care of us?" Daniel says.

On his Michigan trip, he got an earful on that one from Michelle BarlondSmith.

She and her husband lived in a riverfront trailer park, where trees still show oil rings about three feet up their trunks.

BarlondSmith says the sickening fumes from the oil lasted for months.

"Besides the splitting headaches and the dizziness — and we call it the crab walk, which is when you think you're walking straight but you look like a drunk walking down the street — you couldn't eat because you felt like you had two rocks in your stomach just pounding. And when you tried to eat, unpleasant things happened," BarlondSmith says.

Authorities didn't suggest they evacuate until 10 days after the spill; peak levels of toxic chemicals in the air had passed by then. Enbridge did pay for a couple of weeks at hotels for the couple. But after that, they had to go home.

The EPA measured high levels of benzene in the air after the spill. Benzene is a chemical in petroleum, and in high enough doses, it can wreak havoc on the nervous system.

The company did buy about 150 houses along the route of the spill, but not BarlondSmith's mobile home. Her husband says they felt abandoned by the company and the government.

"We were pretty much alone. They did not help us at all," says Michelle's husband, Tracy Smith.
David Daniel says he's haunted by their stories and what he saw in Michigan.

"I learned that this is a whole new monster than what folks in Texas are used to dealing with," Daniel says. "This is not a regular crude oil pipeline. This is something completely different. It's not being treated differently."

The Canadian pipeline company involved in the Michigan spill is not the same company David Daniel is dealing with; he's dealing with TransCanada.

TransCanada's representatives say their company is trying to learn as much as it can from the Kalamazoo spill, but they also stress that their Keystone pipelines should not be compared with the 40-year-old one that busted.

"The new pipelines we want to build are going to be the newest and safest pipelines ever built in the U.S.," says Grady Semmens, a spokesman for TransCanada. "They'll be a lot newer than that line that Enbridge operates. And we're quite confident that any incident even approaching that scale will be very quickly identified and responded to by TransCanada."

TransCanada studied the chance that its new Keystone pipeline system could rupture. It predicted, in a report to the U.S. State Department, that a big spill could come twice every 10 years somewhere along the length of the system, from Canada to the Gulf of Mexico.

Still, Semmens says pipelines are safer than transporting oil on ships, trains or trucks. He also stresses the benefits of getting petroleum from a friendly country like Canada.

"It's oil that's produced here in North America; it supports the millions of jobs in North America in the energy industry; and it can replace a lot of oil that's currently being imported from other countries," he adds.

Texas Landowner Prepares To Fight
Last week, TransCanada began construction on the southern section of the Keystone pipeline. It will go through about 1,000 private properties, including David Daniel's forest in East Texas.

But Daniel recently decided that given all he's learned, he can't let it happen without a fight.

He told TransCanada in a letter that he considers his contract void because of what he calls its lies and bullying. And he warned the pipeline company to stay off his property.

Daniel admits he still expects bulldozers to show up in his forest sometime in the next couple of months.

"For me, as a father, I have a duty and responsibility to protect my family. What I know about this project is they can break laws and put my family at risk. I'm not OK with any of that. If that means I'll have to stand in front of a bulldozer, I'll stand in front of a bulldozer."
.

Pricing Nature a Mistake

SUBHEAD: Payments for 'ecosystem services' look like the prelude to the greatest scam since owning land.

 
Image above: Meadow of wildflowers in Glacier National Park, Montana. From (http://www.allposters.com/-sp/Meadow-of-Wildflowers-in-the-Many-Glacier-Valley-of-Glacier-National-Park-Montana-USA-Posters_i6591108_.htm).

Putting a price on the rivers and rain diminishes us all.

'The first man who, having enclosed a piece of ground (and making it private property), bethought himself of saying 'This is mine', and found people simple enough to believe him. He was the real founder of civil society. From how many crimes, wars and murders, from how many horrors and misfortunes might not anyone have saved mankind, by pulling up the stakes, or filling up the ditch, and crying to his fellows,
'Beware of listening to this impostor; you are undone if you once forget that the fruits of the earth belong to us all, and the earth itself to nobody'."
Jean Jacques Rousseau would recognize this moment. Now it is not the land his impostors are enclosing, but the rest of the natural world. In many countries, especially the United Kingdom, nature is being valued and commodified so that it can be exchanged for cash.

The effort began in earnest under the last government. At a cost of £100,000, it commissioned a research company to produce a total annual price for England's ecosystems. After taking the money, the company reported – with a certain understatement – that this exercise was "theoretically challenging to complete, and considered by some not to be a theoretically sound endeavor". Some of the services provided by England's ecosystems, it pointed out, "may in fact be infinite in value".

This rare flash of common sense did nothing to discourage the current government from seeking first to put a price on nature, then to create a market in its disposal. The UK now has a natural capital committee, an Ecosystem Markets Task Force and an inspiring new lexicon. We don't call it nature any more: now the proper term is "natural capital". Natural processes have become "ecosystem services", as they exist only to serve us. Hills, forests and river catchments are now "green infrastructure", while biodiversity and habitats are "asset classes" within an "ecosystem market". All of them will be assigned a price, all of them will become exchangeable.

The argument in favor of this approach is coherent and plausible. Business currently treats the natural world as if it is worth nothing. Pricing nature and incorporating that price into the cost of goods and services creates an economic incentive for its protection. It certainly appeals to both business and the self-hating state. The Ecosystem Markets Task Force speaks of "substantial potential growth in nature-related markets – in the order of billions of pounds globally".

Commodification, economic growth, financial abstractions, corporate power: aren't these the processes driving the world's environmental crisis? Now we are told that to save the biosphere we need more of them.

Payments for ecosystem services look to me like the prelude to the greatest privatization since Rousseau's encloser first made an exclusive claim to the land. The government has already begun describing land owners as the "providers" of ecosystem services, as if they had created the rain and the hills and the rivers and the wildlife that inhabits them. They are to be paid for these services, either by the government or by "users". It sounds like the plan for the NHS.

Land ownership since the time of the first impostor has involved the gradual accumulation of exclusive rights, which were seized from commoners. Payments for ecosystem services extend this encroachment by appointing the landlord as the owner and instigator of the wildlife, the water flow, the carbon cycle, the natural processes that were previously deemed to belong to everyone and no one.

But it doesn't end there. Once a resource has been commodified, speculators and traders step in. The Ecosystem Markets Task Force now talks of "harnessing City financial expertise to assess the ways that these blended revenue streams and securitizations enhance the ROI [return on investment] of an environmental bond". This gives you an idea of how far this process has gone – and of the gobbledegook it has begun to generate.

Already the government is developing the market for trading wildlife, by experimenting with what it calls biodiversity offsets. If a quarry company wants to destroy a rare meadow, for example, it can buy absolution by paying someone to create another somewhere else. The government warns that these offsets should be used only to compensate for "genuinely unavoidable damage" and "must not become a license to destroy". But once the principle is established and the market is functioning, for how long do you reckon that line will hold? Nature, under this system, will become as fungible as everything else.

Like other aspects of neoliberalism, the commodification of nature forestalls democratic choice. No longer will we be able to argue that an ecosystem or a landscape should be protected because it affords us wonder and delight; we'll be told that its intrinsic value has already been calculated and, doubtless, that it turns out to be worth less than the other uses to which the land could be put. The market has spoken: end of debate.

All those messy, subjective matters, the motivating forces of democracy, will be resolved in a column of figures. Governments won't need to regulate; the market will make the decisions that politicians have ducked. But trade is a fickle master, and unresponsive to anyone except those with the money. The costing and sale of nature represents another transfer of power to corporations and the very rich.

It diminishes us, it diminishes nature. By turning the natural world into a subsidiary of the corporate economy, it reasserts the biblical doctrine of dominion. It slices the biosphere into component commodities: already the government's task force is talking of "unbundling" ecosystem services, a term borrowed from previous privatizations. This might make financial sense; it makes no ecological sense. The more we learn about the natural world, the more we discover that its functions cannot be safely disaggregated.

Rarely will the money to be made by protecting nature match the money to be made by destroying it. Nature offers low rates of return by comparison to other investments. If we allow the discussion to shift from values to value – from love to greed – we cede the natural world to the forces wrecking it. Pull up the stakes, fill in the ditch, we're being conned again. 

.

Soros Sees Collapse Soon

SUBHEAD: George Soros unloads TBTF US banks, invests in Walmart, and buys $130 million in gold.  

By Mark Slavo on 16 August 2012 for SHTF Plan - 
  (http://www.shtfplan.com/headline-news/report-soros-unloads-all-investments-in-major-financial-stocks-invests-over-100-million-in-gold_08162012)


 Image above: George Soros in December of 2011. From (http://online.wsj.com/article/SB10001424053111903999904576469761599552864.html).

 [IB Editor's note: On 8/14 The Wall Street Journal reported "Investor George Soros's Soros Fund Management LLC reported new stakes in retail heavyweight Wal-Mart Stores Inc and Facebook Inc, while eliminating positions in big banks J.P. Morgan Chase, Goldman Sachs Group and Citigroup Inc in the second quarter. ". Also on 7/27 WSJ reported Soros' hedge fund investment firm said it is returning all outside investor's cash, converting the firm to "$24.5 Billion Family Office" and thus avoiding Dodd-Frank and other regulatory intrusions]

 In a harbinger of what may be coming our way in the Fall of 2012, billionaire financier George Soros has sold all of his equity positions in major financial stocks according to a 13-F report filed with the SEC for the quarter ending June 30, 2012.

Soros, who manages funds through various accounts in the US and the Cayman Islands, has reportedly unloaded over one million shares of stock in financial companies and banks that include Citigroup (420,000 shares), JP Morgan (701,400 shares) and oldman Sachs (120,000 shares). The total value of the stock sales amounts to nearly $50 million.

What’s equally as interesting as his sale of major financials is where Soros has shifted his money. At the same time he was selling bank stocks, he was acquiring some 884,000 shares (approx. $130 million) of Gold via the SPDR Gold Trust.

When a major global player with direct ties to the White House, Wall Street, and the banking system starts off-loading stocks and starts stacking gold, it suggests a very serious market move is set to happen.

While often lambasted for his calls to centralize global banking, increase government intervention in the economy and his support of what he has called an “emergence of the new world order,” if there’s anyone with an inside track of where things are headed next it’s Soros.

Soros, who has written extensively of a coming global paradigm shift in his book The Crash of 2008 and What It Means, calling the current economic and political model ”an end of an era,” has recently suggested that the financial and economic situation across the world is so serious that Europe could soon descend into chaos and conflict. He also notes that the world is entering “one of the most dangerous periods in modern history”, and foresees violent riots in America and a brutal clamp-down by the government that will dramatically curtail civil liberties.

This is an individual who not only predicted the collapse of 2008 and took action to insulate himself, he also proposed the various fixes that governments in Europe and the US would eventually implement in order to stave off a deflationary depression. In his aforementioned book he suggested that central banks infuse the system with massive amounts of monetary expansion, but also warned that not injecting enough money would simply extend the onset of deflation and printing too much could lead to hyperinflationary currency collapse.

Based on recent activity in Soros’ US held accounts, it seems that governments and central banks have failed at those efforts to stabilize the system. As such, Soros is getting out of those companies which are most at risk should the financial system buckle like it did in 2008 and he’s shifting his assets into what may be the only asset class left standing when it’s all said and done.

See also:
Ea O Ka Aina: Larry Elison - Oracle 6/21/12 .

Specter of Military Defeat

SUBHEAD: The role of the US military in the downfall of American empire in a dramatic military defeat.

 By John Michael Greer on 15 August 2012 for the Archdruid Report- (http://thearchdruidreport.blogspot.com/2012/08/the-specter-of-military-defeat.html)


Image above: An unusual sight- Three American aircraft carriers in one place; #63 USS Kitty Hawk, #72 USS Abraham Lincoln, #76 USS Ronald Reagan. America has 11 Nimitz Class nuclear carriers. Only the Kitty Hawk is fossil fueled. Three new Ford Class nuclear carriers are planned. The US has more carriers than the rest of the world combined.From (http://www.navsource.org/archives/02/027649.jpg).
 
I’ve come to think that the single greatest obstacle that stands in the way of a clear understanding of the predicament of our age is the insistence that the past has nothing to teach the present. You might think that after the recent crescendo of speculative bubbles, the phrase "it’s different this time" would have gotten a well-earned rest, having been worked nearly to death by the promoters of the dot-com and real estate bubbles.

No such luck; those of my readers who follow the comments on these essays will have noted how often that same claim gets used by those who insist the future must obey the fantasies that modern industrial culture demands of it. Progress and apocalypse, business as usual forever or overnight collapse, are the Tweedledee and Tweedledoom of the modern imagination, and the mere fact that history doesn’t work that way is easy enough to brush aside by claiming that modern industrial society is so much more—fill in your preferred adjective here—than any past society, and therefore it’s perfectly justifiable to dismiss history and insert the warmed-over religious myth of your choice in its place. The fact that the identical argument gets used to bolster arguments for both alternatives simply adds to the irony.

I mention this here because the topic we’ll be exploring over the next few weeks tends to draw the insistence that "it’s different this time" the way a dead rat draws flies. I intend to talk about the role of the US military in the downfall of American empire, and the suggestion I propose to offer is that one of the most likely triggers for an American imperial collapse is the experience of dramatic military defeat. I’m not suggesting, furthermore, that such an experience will happen in spite of the immense power of today’s US military machine; I’m suggesting that it will almost certainly happen because of that vast preponderance of force.

I’ve commented before that nothing seems so permanent as an empire on the verge of its final collapse, or as invulnerable as an army on the eve of total defeat. That’s a good general rule, but it’s even more crucial to keep in mind in thinking about military affairs. The history of war is full of cases in which the stronger side—the side with the largest forces, the strongest alliances, the most advanced military technology—was crushed by a technically weaker rival. That unexpected outcome can take place in many different ways, but all of them are a function of one simple and rarely remembered fact: military power is never a single uncomplicated variable.

Any number of examples could be cited, but the one I’d like to bring up here was usefully anatomized in Robert Drews’ 1993 book the End of the Bronze Age: Changes in Warfare and the Catastrophe of c. 1200 B.C. I trust my readers will forgive a somewhat lengthy excursus into what, for most people these days, is an unfamiliar corner of the past. Those who know little and care less about the late Bronze Age should follow along anyway; once we get past the exotic details, the story may begin to seem oddly familiar.

The eastern Mediterranean in the 13th century BCE was at or near the cutting edge of technological complexity at that time, and that inevitably expressed itself on the field of war. Earlier, battles used to be fought by lines of massed infantry using spears, but the rise of a new suite of technologies—the horse-drawn chariot, and new and powerful composite bows—revolutionized warfare, allowing relatively small armies of highly mobile and mechanized troops to run rings around old-fashioned infantry armies and cut them down from a distance with lethal firepower. If you want to call the resulting mode of warfare "blitzkrieg," you won’t be too far off.

Chariots, by the standards of the time, were a complex and expensive technology, and they required the highly trained personnel on the front lines and the large and expensive organizational systems behind the lines that complex and expensive military technologies always do. The superpowers of the day, Egypt, Assyria, and the Hittite Empire, put quite a bit of their annual budgets into chariot procurement and related costs, fielding anything up to several thousand chariots for major battles; smaller nations, most of them client states of one of the big three, had their own more modest chariot armies. Since a relatively small chariot army could defeat a much bigger force of spearmen, most kingdoms didn’t bother to have any more infantry than they needed to man the walls of fortresses and add a few extra pompous circumstances to the royal court.

It was a stable, rich, technologically advanced society—and then, over a few decades to either side of 1200 BCE, it crashed into ruin. The Hittite capital was sacked, its empire collapsed, and the Hittites as an independent people vanished from history forever. City-states from Mycenean Greece straight down the eastern Mediterranean littoral to the borders of Egypt were sacked, burned, and abandoned. Surviving documents refer to unknown ships appearing suddenly off the coast, and record frantic pleas to allies for military aid. Finally, in 1179 BCE, the raiders come into the full light of history as the Sea Peoples—that’s the name the Egyptians used for them—launched an all-out assault on Egypt itself.

What made the raiders all but unstoppable, Drews showed, was that they had come up with a suite of military technologies and tactics that efficiently crippled chariot armies. Their key weapon was the javelin. Chariot armies depended on mobility and the ability to maneuver in close formation; swarming attacks by light infantry, who could get in among the chariots and use javelins to injure, kill, and panic the chariot horses, shattered the maneuverability that made chariot armies otherwise invincible. Combine that with fast ships that allowed the raiders to come out of nowhere, annihilate armies sent to stop them, pillage and burn every town within sight, and vanish again, and you have the recipe for a shattering military revolution.

And Egypt? Egypt survived and triumphed, in a thoroughly Egyptian way. It was the oldest of the superpowers of its era, and the most conservative; it had a modern chariot army, but it also still had the knowledge base and infrastructure necessary to organize and use an old-fashioned army of massed infantry armed with spears and shields. That’s what Ramses III and his generals did, scrapping their chariots and returning to an older and more resilient way of warfare, and so the Sea Peoples crashed headlong into an enemy that had none of the weaknesses on which their tactics depended. The resulting battles were the kind of straightforward slugging match where sheer numbers count most, and Egypt had them; the Sea Peoples got the stuffing pounded out of them, and the survivors scattered to the far corners of the Mediterranean world.

There were many other factors that fed into the long and bitter dark age that followed the invasions of the Sea Peoples, but let’s concentrate on the military dimension for the time being. Egypt and the Hittite Empire were pretty much equal in military terms; the great battle between them at Kadesh in 1275 BCE ended in an Egyptian retreat, but the forces pitted against one another were of equivalent size and effectiveness.
 

The loose coalition of barbarian chiefdoms that the Egyptians called the Sea Peoples was immeasurably inferior to either one in conventional military terms—that is to say, they had no chariots, no chariot horses, no composite bows, and military budgets that were a tiny fraction of those of the superpowers of the day. Furthermore, the weapons systems used by the Sea Peoples were radically simpler than those of the superpowers, almost embarrassingly primitive compared to the complex technology of chariot warfare. That didn’t keep them from bringing the Hittite Empire down in flames and posing a threat to Egypt that only a stroke of military genius nullified in time.

The central lesson to be learned from this bit of ancient history is that military power is always contextual. What counts as overwhelming power in one context can be lethal weakness in another, and the shift from one context to another can take place without warning. Thus it’s never safe to say that because one nation has a bigger military budget, or more of whatever the currently fashionable military technology happens to be, than another, the first nation has more military power than the other. In fact, if the first nation has enough of an advantage, and the second nation has the brains the gods gave geese, the first nation is very possibly cruising for a bruising.

Let’s look at another example, one that I’ve cited here more than once already: the British Empire on the eve of its dismemberment. In 1900, it was official policy that the British military was to be able to take on the next two largest powers in the world at any moment, and beat them both. That commitment drove a hugely expensive naval building program, backed by research and development so rapid that the world’s most powerful battleship in 1906, the then-newly commissioned HMS Dreadnought, was hopelessly obsolete by the time war broke out in 1914. That and millions of pounds spent elsewhere made Britain, by every conventional measure, the strongest military power in the world at that time.

The problem, as mentioned earlier, was that most of that gargantuan expenditure went into projects that didn’t amount to a hill of beans when war finally came. Britain’s vast naval fleet spent most of the war tied up to the quays, waiting for the inferior German fleet to come out and fight; when the latter finally did so, the result was the inconclusive Battle of Jutland, after which both fleets sat out the rest of the war in port. A fraction of that money put into developing antisubmarine warfare, say, or jolting the British Army out of its 19th century notions of strategy and tactics, might have had a significant impact on the war, but battleships were central to the British notion of how wars were supposed to be fought, and so battleships were where the money went.

What’s more, after the First World War ended and the Second loomed, the British military remained fixated on the same kind of thinking. While rising powers such as Japan and the United States flung their resources into aircraft carriers and laid the foundations for the future of naval warfare, Britain dabbled in naval aviation and entrusted its defense to battleships.


Only a near-total failure of strategic imagination in the Kriegsmarine, Germany’s naval arm, kept that from being fatal; if Nazi Germany had paid attention to its Japanese ally, built half a dozen aircraft carriers before the war, and used those to carry out a Pearl Harbor-style strike on the British Navy in the spring of 1940, Britain would have been left wide open to an invasion across the Channel once France fell. As it was, most British naval forces in the Pacific were efficiently targeted and destroyed by Japanese planes early in the war.

Chariots and battleships are simply two examples of a common theme in military history: any military technology that becomes central to a nation’s way of war attracts a constituency—a group that includes officers who have made their careers commanding that technology, commercial interests who have made their money building and servicing that technology, and anyone else who has an economic or personal stake in the technology—and that constituency will defend their preferred technology against the competition until and unless repeated military defeat makes its abandonment inescapable.

One weapon such constituencies routinely wield is the military scenario that assumes that the enemy must always make war in whatever way will bring out their preferred technology’s strengths, and never exploit its weaknesses.
 
As far as I know, whatever literature ancient Egyptian chariot officers, horse breeders, and bow manufacturers may have churned out to glorify chariot warfare to the Egyptian reading public has not survived, but there’s an ample supply of books and articles from British presses between 1875 or so and the Second World War, praising the Royal Navy’s invincible battleships as the inevitable linchpin of British victory.

All this literature was produced to bolster the case for building and maintaining plenty of battleships, which was to the great advantage of naval officers, marine architects, and everyone else whose careers depended on plenty of battleships. The fact that all this investment in battleships was a spectacular waste of money that might actually have done some good elsewhere did not register until it was too late to save the British Empire.

If my readers have any doubt that the same sort of literature is currently being churned out by the constituencies of today’s popular Pentagon weapons systems, I encourage them to visit the nearest public library and check out a copy of Tom Clancy’s 1999 puff piece Carrier: A Guided Tour of an Aircraft Carrier. It’s a 348-page sales brochure for the most elaborate piece of military technology ever built, a modern nuclear aircraft carrier, which currently fills the same role in the US military that the battleship filled in that of imperial Britain.

You needn’t expect to find substantive analysis of the strengths and weaknesses of this hugely expensive technology, or of the global military strategy or the suite of tactics that give it its context; again, this is a sales brochure, and it’s meant to sell carriers—or, more precisely, continued funding for carriers—to that fraction of the American people that concerns itself sufficiently with military affairs to write the occasional letter to its congresscritters.

The inevitable military scenario comes in the last chapter, where Clancy demonstrates conclusively that if a hopelessly outgunned and outclassed Third World nation were ever to launch a conventional naval attack against a US carrier group, the carrier group will probably be able to figure out some way to win. It would be a masterpiece of unintended comedy, if it weren’t for the looming shadow of all those other books before it, singing the praises of past military technologies whose many advantages didn’t turn out to include any part in winning or even surviving the next war.


Nor are carriers the only currently popular weapons system that benefits from this sort of uncritical praise; the US military is riddled with them, and thus with a series of potentially fatal vulnerabilities that rest partly on the unmentioned weaknesses of those technologies, and partly on a series of impending changes to the context of military action that follow from points we’ve discussed here many times already.
 
To sum up in advance the points I hope to make in the next few weeks, the US military faces at least three existential threats in the decades immediately ahead. The first is that rising powers will devise ways to monkeywrench the baroque complexity of the US military machine, leaving that machine as crippled and vulnerable as Hittite chariots were before the javelins of the Sea Peoples. The second is that an ongoing revolution in military affairs will leave the entire massive arsenal of the US military as beside the point as all those British battleships were once the Second World War rolled around.


 The third is that the decline in fossil fuel supplies will make it impossible for the United States to maintain a way of war that, reduced to its simplest terms, consists of burning more petroleum than the other guy. We’ll talk about the first of these possibilities next week.

.