The Spiraling Homestead

Tuesday, June 2, 2009

Corn Equals Fast Food

That the $100-billion fast food industry rests on a foundation of corn has been known more through inference and observation than hard scientific fact — until now.

Chemical analysis from restaurants across the United States shows that nearly every cow or chicken used in fast food is raised on a diet of corn, prompting fresh criticism of the government’s role in subsidizing poor eating habits.

"People had talked about what they observed or found out about, as individual journalists or individual consumers," said University of Hawaii geobiologist and study co-author A. Hope Jahren. But anecdotes do not add up to scientific proof, she said. "We got national data on how this food is being produced. It’s very objective."

Corn is central to agriculture in the United States, where it is grown in greater volumes and receives more government subsidies than any other crop. Between 1995 and 2006 corn growers received $56 billion in federal subsidies, and the annual figure may soon hit $10 billion.

But in recent years, environmentalists have branded corn as an icon of unsustainable agriculture. It requires large amounts of fertilizer and pesticides, both of which require large amounts of fossil fuel to manufacture.

Most of the resulting corn is fed to livestock who didn’t evolve to subsist entirely on corn. In cattle, eating corn increases flatulence emissions of methane — a potent greenhouse gas — and creates an intestinal environment rich in e. coli, a common cause of food poisoning. That necessitates mixing cow feed with antibiotics, in turn producing antibiotic-resistant disease strains.

Many of those livestock end up in high-calorie, low-nutrition franchised fast foods, which have been repeatedly linked to obesity, diabetes and heart disease. Fast food’s biggest selling point is its low price — and that, say industry critics, is largely possible because of corn’s ubiquitous cheapness.

"We’re seeing that corn is the number-one reason that fast food is so cheap and available," said Meredith Niles, a food policy analyst at the Center for Food Safety who was not involved in the study. "U.S. programs are subsidizing obesity in this country."


Jahren’s team analyzed hamburgers, chicken sandwiches and french fries from multiple McDonald’s, Burger King and Wendy’s restaurants in six U.S. cities.
In both types of meat at every location, a telltale configuration of nitrogen and carbon traces showed that the animals had eaten corn-heavy diets; in the case of beef, 150 out of 162 samples came from animals that ate nothing but corn. Fries were prepared in corn-based oil.

The results weren’t surprising, said New York University food studies expert Marion Nestle, but underscored the fact that "most people aren’t aware of the extent to which corn ingredients permeate the food supply."

Nutrition aside, Jahren urged consumers to consider the implications of what they eat. "When you give a nickel to fast food, invariably it goes right back to the corn industry," she said.

For Niles, the results are a political challenge.

"We have a new President taking his place in the White House. It’s a great opportunity to rearrange agricultural policy and to think about obesity," she said. "This study shows that it comes down in a lot of ways to one product."

Labels: , , ,

Monday, February 2, 2009

Another Mercury Source

I'd have to say people shouldn't worry nearly as much about the shots their babies are getting - they need to worry about Corn Syrup. High Fructose Corn Syrup (HFCS)

This report sent to me by Kevin M.

The following is merely excerpts of the entire article, as it is incredibly dry reading. However, it's an area that has never been looked at by the US.

Mercury - in various forms, is used to make HFCS last longer - longer shelf life, lower spoilage rate. There are 8 plants in the US that use mercury to produce the chemicals that are used to make HFCS - it's not just a matter of squeezing sweet corn and letting it dry. It's a very complex process.

The US does try to keep track of the mercury itself, but when shortages - of TONS - are reported, nothing is done to track where it may have gone. Anything that has a corn product, food grade or otherwise, most likely has the mercury in it. This just happens to be what an arm of the FDA tested thus far - and have been banned from doing anymore.

The paper was written and submitted June of '08. Was published Jan of '09.
For the whole thing:
http://www.ehjournal.net/content/pdf/1476-069x-8-2.pdf

In 2004, several member states of the European Union reported finding mercury concentrations in beverages, cereals and bakery ware, and sweeteners [14] – all of which may contain HFCS. FDA does not currently have a mercury surveillance program for food ingredients such as added sugars or preservatives manufactured with mercury grade chlor-alkali products.

With the reported average daily consumption of 49.8 g HFCS per person, however, and our finding of mercury in the range of 0.00 to 0.570 μg mercury/g HFCS, we can estimate that the potential average daily total mercury exposure from HFCS could range from zero to 28.4 μg mercury. This range can be compared to the range of total mercury exposure from dental amalgam in children reported by Health Canada [20]. In the report issued by Canada, daily estimates of total mercury exposure from dental amalgam in children ages 3-19 ranged on average from 0.79 to 1.91 μg mercury.

Current international food processing standards allow 1.0 μg mercury/g caustic soda [21, 22] and there is no standard for mercury in food grade hydrochloric acid. Both of these chemicals may be used to make HFCS. The FDA has approved HFCS for use as an added sugar in food products but a review of food product labels reveals that it is often added to a product in addition to sugar presumably to enhance product shelf life.

Regardless of its intended use, it is imperative that public health officials evaluate this potential source of mercury exposure, as HFCS is presently ubiquitous in processed foods and therefore significantly consumed by people all over the world.

Mercury in any form – either as water-soluble inorganic salt, a lipid-soluble organic mercury compound, or as metallic mercury- is an extremely potent neurological toxin [23]. Mercury contamination of food products as a result of the use of mercury contaminated HFCS seems like a very real possibility.

With daily per capita consumption of HFCS in the US averaging about 50 grams and daily mercury intakes from HFCS ranging up to 28 μg, this potential source of mercury may exceed other major sources of mercury especially in high-end consumers of beverages sweetened with HFCS.

Food products that contain a significant amount of HFCS should be tested for mercury contamination in the end product and the public should be informed of any detections. Clearly, more research is needed to determine the extent of mercury exposure in children from mercury contaminated HFCS in food products.

Testing Yourself

The first two can be used with body fluids or clear liquids (can have color to it, just not cloudy in nature)
http://www.vivagen.net/tests_distillers.htm

http://cgi.ebay.com/ws/eBayISAPI.dll?ViewItem&item=220349844606&category=67589&refid=store

The third is to check surfaces
http://www.leadcheck.com/MercuryCheckSwab.shtml

This final is to send in a sample of your hair
http://www.sierraclub.org/mercury/get_tested/

(From my herbal studies)

Getting the Mercury Out

If you are concerned that you might have a high level of mercury in your body, there are things you can do at home to assist in getting the mercury out. All 3 herbs are completely safe, have no side effects, even in massive doses, and 2 are probably in your cupboard right now.

If you can't find the mullein, use the other 2 anyway.

2 oz mullein leaves
2 oz fennel seed
1/4 teaspoon cayenne pepper (per tea pot)

Mix first 2 herbs together. Keep in glass container. Take 1 heaping teaspoon of mixture, put in tea pot (If only fennel, half a teaspoon). Pour 1 cup of boiling water over mixture - steep for 15 minutes. Add the 1/4 teaspoon cayenne to the liquid. Strain before drinking. Drink 1/3 of this 3 times a day, between meals. Reduce by half for children (It's a volume thing for kids, they aren't going to want to drink it and don't need the entire volume to work, so why make them?)

Use 3X daily for 1 week, 1X daily for 1 week, retest - if you feel the need. For maintenance - once a week should be good. But won't hurt you at all if you choose to do it more often.

Labels: , , ,

Wednesday, January 14, 2009

Study Confirms GMOs Hurt Humans

Multiple 2008 Studies Confirm Genetically Modified Crops Damage Human Health and the Environment

Although genetically modified (GM) corn is banned in most of the world, it has been approved as "safe" for human consumption in the U.S. for 12 years and is now likely unknowingly consumed, in one form or another, by more than 90% of Americans on a regular basis. But a recent series of peer-reviewed studies were published in 2008 confirming previous studies indicating potentially severe health and environmental problems associated with the biotech crops. Recent alarming scientific research includes:

1) A new long term study by the Austrian government confirms previous findings that consumption of GM corn, for as little as 20 weeks, can damage the reproductive system, lower fertility rates and increase illness and death rates in offspring. Learn more

2) Researchers in Mexico reported in December that some popular varieties of GM corn negatively affect the learning response of bees. Scientists say this may be an indicator of the cause of Colony Collapse Disorder, a recent catastrophic and mysterious die-off of as
much as 30% of the world's honey bee population in the past couple of years. Learn more

3) In Italy, scientists published a study that put the biotech industry in a public relations tailspin. In the study, laboratory tests showed a direct connection between consumption of GM corn and a damaged immune system. Learn more

Labels: , , ,

Friday, February 15, 2008

Friday Night Musings

My brother and I are having a very abbreviated discussion (due to my inability to read long articles) regarding The Future.

We tend to be fatalists - he says realists. Whatever. Half-empty kind of folk anyhow.

But the issues with subsidies to every millionaire in America - did you know that something like 90% of all monies from farm subsidies end up in Manhatten NY? Big Farma. Meanwhile, his neighbor got rained out of his dairy herd that was about 3 generations in the family, and got a whopping 2400 bucks in subsidies. He ended up selling the herd for meat. Tragic at the very least.

Anyway, subsidies led to energy discussions (along with Medicare costing us 10x what SS does and will due to inability to negotiate prices with Big Pharma).

Corn as ethanol (etoh for those in the know) and the cost upon cost upon cost of using corn - the article he sent outlining this issue very clearly:
http://www.financialsense.com/editorials/cooke/2007/0202.html

That always leads to weather issues, other energy issues.

Energy - China is taking the entire earth's coal. The nation can't get enough of it (meanwhile, they're trying to clean the air in Beijing for the summer Olympics - the sun never shines in that city, air is too foul).

This means coal prices go up in North America, making both oil and natural gas more equitable as energy sources for our electric companies. Oil is expected to hit and maintain 100/ba this summer - due to China, global demand increase and the drop of value in the US dollar (which could be dropped as the currency of favor by OPEC, making price even higher). And that makes Natural Gas even more equitable.

If I remember right, NG was around $2/unit wholesale back in 2000. It's sitting right around 8 as of 2/14/08. It hit record highs right after Katrina, which was 13ish, but then dropped back to between 6 and 8 bucks per unit wholesale.

Guess what? If coal is so marketable to China, oil going up to 100 and now NG being the 'final' fuel, ETOH is going to be the 'next big thing'.

Which brings us to the weather. The mid South is in moderate to extreme drought. Corn is a very high water needing plant. They can't consider growing it with how severe their water restrictions are.

The Great Plains are in a moderate drought right now. Water run-off from this winter's extreme snowfall will help, but most of those farmers irrigate from the Great Plains Auqifer - completely unaffected by surface water. And the GPA is running out of water. So, if they don't have the perfect rainy season for corn, they aren't going to do so well growing it. Plus, if the deep south and Gulf Coast has anything to say about it, they won't be able to fertilize they way they are used to and most likely won't be able to grow corn well.

So, corn will go up that much more, making NG prices go up as well. It's that supply and demand thing. Plus, other energy companies are catching on to what Big Petrol has long known - push the market until the consumer backs off buying, and then pull the price back about 10%. Pull back in 10% increments until you find what the market will actually support directly.

What people don't understand is, this affects ALL aspects of life. The graphics in that article are pretty explicit in that. And when the ecomonists discuss "adjusted" inflation - they take out all aspects of the cost of energy. So yeah! Inflation is only 3% or so. But, adjust it back to include energy prices and it's double digit. Last I heard was about 11%. And they wonder about consumer confidence.

I have a saying that most people don't quite get - but hopefully they will very soon:
Wise is the man who recognizes our landfills as our greatest natural resource. (Leslie Holly, 2002)

If we "mined" our landfills - the composting would allow for the return of inches of topsoil. Convert the heavy metal laden compostables into methane. Chip the wood materials for either ETOH or pellet fuel. Reclaim steel to eliminate the need for Japanese steel. ReMine copper so we don't have to go deeper and deeper into protected lands for an ever increasingly expensive metal (25% increase in the last 18 months - being stolen everywhere). Recycle plastics to reduce needs for petrol imports (did you know fleece fabric started out as recycled bottles?).

It can ALL be reused.

We just have to find a way to mine it all. And for the first time - strip mining wouldn't be a bad thing - it would actually RETURN land to the landscape.

Here's a quote:
This is due not only to the machines' increased efficiency but also to plain old supply and demand: Countries such as China are desperate for raw materials and are finding recycled U.S. trash to be a good source.

http://www.wildcatmfg.com/images/E0094901/626good.JPG
This is a picture - and I don't remember my html right now to just post the pic.

But it's of a trommel. A drum sifter basically. You can get different screens for them - and thus, sort by size of object. Place magnets underneath and get all of the smaller steel out. Do you have any idea how much flatware gets thrown out on a daily basis?

Add a sifter that shakes the fill, and the lightest stuff comes to the top - plastic - literally skim it off like those new fancy but stupid litter boxes for cats. Flip it and skim what was the bottom - most likely glass and other metals - and you have the majority of non-compostible stuff out.

Basic sorting can and is automated. Chop the rest and composte it for methane to fuel the sorting machinery or sort it further to compost into topsoil and methane production. Either way will work.

Have you asked what your county is doing about the trash issue? And are we going to let our last 'natural' resource be exported as well?

Labels: , , , , , , , ,