Archive for the ‘Food Policy’ Category

Monsanto’s Terminator Making a Comeback? Enter the Zombie!

By Barbara H. Peterson

http://farmwars.info/?p=845

Monsanto and its cohorts in crime promised us that they would not be using Terminator technology called GURT, or genetic use restricted technology. In fact, the United Nations actually issued a moratorium on the project. So we’re safe, right? Wrong.

As usual, the boys in the little white lab coats have not been idle. In spite of the moratorium, not only are they working heatedly on Terminator technology, but are getting ready to introduce Zombie technology. Terminator, and Traitor or Zombie technologies are just variations of GURT. Whereas Terminator technology produces plants with sterile seeds, Zombie technology carries this a step further by creating plants that could require a chemical application to trigger seed fertility every year. Pay for the chemical or get sterile seed. This is called reversible transgenic sterility. They have been working steadily on perfecting this technology, and are now poised to introduce it to the world as a solution to the current GMO contamination problem. Move over Terminator, here comes the Zombie.

If a field gets contaminated with seeds containing the Terminator gene, the resulting plants will have sterile seeds, so the reproductive cycle ends. If the contamination is from the Zombie gene, the resulting plants will most likely require a certain pesticide or will be sterile.

Plants are engineered with sterility as the default condition, but sterility can be reversed with the application of an external stimulus that restores the plant’s viability. In order to bring the “zombie” seed back from the dead, the farmer or breeder must use an external stimulus (such as a proprietary chemical) to restore the seed’s fertility.

Either way, if you are a small farmer with a contaminated field, your seed-saving venture for the following year will be less than successful. Planting sterile seeds takes the same amount of work as well as monetary outlay that planting good seeds does, but without the return on investment. And, you cannot tell the difference between the good, the bad, and the ugly seeds until it’s too late. That is, if the patent enforcement brigade doesn’t raid your property first and force you to destroy your crops and all of your seeds due to patent infringement. Then you get nothing, and have to pay for the privilege.

Oh, and did I forget to mention that Monsanto announced in 2006, its takeover of Delta Pine & Land?

http://www.banterminator.org/News-Updates/News-Updates/Monsanto-Announces-Takeover-of-Delta-Pine-Land

This would not be of much consequence, but for the fact that Delta Pine & Land is a joint owner along with the USDA of US patent # 5,723,765 – GURT technology.

In March 1998 the US Patent Office granted Patent No. 5,723,765 to Delta Pine & Land for a patent titled, Control of Plant Gene _Expression. The patent is owned jointly, according to Delta Pine’s Security & Exchange Commission 10K filing, ‘by DP&L and the United States of America, as represented by the Secretary of Agriculture.’  (http://www.globalresearch.ca/index.php?context=va&aid=3082)

This makes, as of 2006, Monsanto and the United States of America (Corp USA), as represented by the Secretary of Agriculture (USDA), which is currently Tom Vilsack, joint owners of the GURT patent. Kind of gives you that warm, fuzzy feeling all over, doesn’t it?

Barbara H. Peterson

Read the following article from ETC Group and download the full 28 page report here:

http://farmwars.info/wp-content/uploads/2009/05/etcomm95_tsequel_11june071.pdf

Here is another report on GURT technology from Germany:

http://farmwars.info/wp-content/uploads/2009/05/german_scientists_on_sst.pdf

Terminator: The Sequel

http://www.etcgroup.org/en/materials/publications.html?pub_id=635

Despite the fact that governments re-affirmed and strengthened the United Nations’ moratorium on Terminator technology (a.k.a. genetic use restriction technology [GURTs]) in March 2006, public and private sector researchers are developing a new generation of suicide seeds – using chemically induced “switches” to turn a genetically modified (GM) plant’s fertility on or off.

Issue: Under the guise of biosafety, the European Union’s 3-year Transcontainer Project is investing millions of euros in strategies that cannot promise fail-safe containment of transgenes from GM crops, but could nonetheless function as Terminator, posing unacceptable threats to farmers, biodiversity and food sovereignty. Terminator technology – genetic seed sterilization – was initially developed by the multinational seed/agrochemical industry and the US government to maximize seed industry profits by preventing farmers from re-planting harvested seed. Researchers are also developing new techniques to excise transgenes from GM plants at a specific time in the plant’s development, and methods to kill a plant with “conditionally lethal” genes. This new generation of GURTs will shift the burden of trait control to the farmer. Under some scenarios, farmers will be obliged to pay for the privilege of restoring seed fertility every year – a new form of perpetual monopoly for the seed industry.

Impact: Whether intended or not, new research on molecular containment of transgenes will ultimately allow the multinational seed industry to tighten its grasp on proprietary germplasm and restrict the rights of farmers. Industry and governments are already working to overturn the existing moratorium on Terminator technology at the UN Convention on Biological Diversity (CBD). In the months leading up to the CBD’s 9th Conference of the Parties (Bonn, Germany 19-30 May 2008), industry will argue that global warming requires urgent introduction of transgenic crops and trees for biofuels – and that Terminator-type technologies offer a precautionary, environmental necessity to prevent transgene flow. Ironically, society is being asked to foot the bill for a new techno-fix to mitigate the genetic contamination caused by the biotech industry’s defective GM seeds.

Players: Taxpayer-financed research on biological containment of GM crops subsidizes the corporate agenda. A handful of multinational seed corporations control biotech seeds and the proprietary seed market as a whole has seen unprecedented corporate concentration. In 2006, the world’s top 4 seed companies – Monsanto, DuPont, Syngenta and Groupe Limagrain – accounted for half (49%) of the proprietary seed market.

Policy: Governments keep trying to find ways to make GM seeds safe and acceptable and they keep failing. They should stop trying. There is no such thing as a safe and acceptable form of Terminator. The EU should discontinue funding for research on “reversible transgenic sterility,” and re-assess funding for other research projects undertaken by Transcontainer. Rather than support research on coexistence to bail out the agbiotech industry, the EU should instead fund sustainable agricultural research that benefits farmers and the public. National governments should propose legislation to prohibit field-testing and commercial sale of Terminator technologies. Governments meeting at the 9th Conference of the Parties to the Convention on Biological Diversity in Bonn, Germany must strengthen the moratorium on GURTs by recommending a ban on the technology.

To read the 28-page report, Download PDF (1 MB) here: http://farmwars.info/wp-content/uploads/2009/05/etcomm95_tsequel_11june071.pdf

To read other great blogs about saying No to GMO’s click here, http://realfoodmedia.com/no-gmo-challenge/2009/06/01/no-gmo-challenge-blog-carnival-june-1-2009/

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Tainted Sugar

If it wasn’t bad enough having all our soy, canola, corn, the oils made from them and the high fructose corn syrup tainted by being sourced by GMOs, now they’re messing with sugar.  It’s time to speak up and let all your representatives know – Say NO to GMOs!

Here’s an article on GMO sugar beets from The Center for Food Safety, their link is below.

Agricultural experts attribute the growing epidemic of super weeds in the U.S. to a dramatic upsurge in Roundup use on soybeans, cotton and corn.

SUGAR IN THE FOODS WE EAT may soon come from genetically engineered (GE) sugar beets unless we act now. Western farmers in the U.S. are poised to plant their first season of Monsanto’s Roundup Ready®

(RR), herbicide-tolerant, GE sugar beets. Over half the sugar in processed foods comes from sugar beets and the rest comes from sugar cane. Both sugars are often combined in products and not listed separately on labels. Once food producers start using GE beet sugar in cereals, breads, baby foods, candies, and other products, we will not know if we are eating GE sugar because GE ingredients are not labeled. The only way to avoid eating GE beet sugar will be to buy organic foods and foods containing 100% cane sugar or evaporated cane juice.

In January 2008, Center for Food Safety (CFS) and Earthjustice filed a federal lawsuit on behalf of the Organic Seed Alliance, Sierra Club, and High Mowing Organic Seeds, challenging the U.S. Department of Agriculture’s (USDA) decision to deregulate RR, GE sugar beets. The lawsuit seeks to reverse the approval of GE sugar beets and to force USDA to conduct an Environmental Impact Statement (EIS), as required by the National Environmental Policy Act (NEPA). The EIS process mandates a thorough environmental, health, and economic assessment of the impacts of planting GE sugar beets, with full public participation. Our lawsuit seeks to prohibit any planting, sale or dissemination of RR sugar beets, pending USDA compliance with applicable laws. Unless the judge in this case orders farmers to stop planting RR sugar beets, foods containing sugar from GE beets could reach supermarkets as early as 2009.

WHAT ARE GE SUGAR BEETS?

In sharp contrast to traditional, selective breeding methods, genetic engineering creates new life forms in the laboratory that never would be created in nature. GE technology synthesizes novel organisms by inserting the genetic material (DNA) of bacteria, viruses, and other organisms from one species into the living cells of another often completely unrelated species. The end result is the expression of a new trait, most often herbicide tolerance. This unprecedented breach in the species boundary can cause unpredictable, subtle, unknown, and potentially irreversible human and environmental effects. Monsanto’s RR sugar beet has been engineered to withstand large doses of the herbicide, Roundup, and its active ingredient, glyphosate.

WHERE ARE SUGAR BEETS GROWN?

Sugar beets (Beta vulgaris L.) flourish in temperate climates. Minnesota, Idaho, North Dakota, Michigan, and California are the five top sugar beet growing states. Sugar beets are also grown in Colorado, Montana,

Nebraska, Ohio, Oregon, Texas, Washington and Wyoming.4 More than seventy percent of all sugar beet seeds are grown in Oregon’s Willamette Valley.5 The Valley serves as the prime seed producing region for other Beta-related species, including several varieties of chard and table beets, and it is home to many organic seed producers.

{note – here’s a link about a Oregon Organic farmer that’s suing to stop the GMO sugar beets as he’s concerned, and rightly so, that they’ll cross-contaminate with his crops.  http://www.growingedge.com/finally-somebody-is-taking-on-the-gmos-in-lawsuit-against-usda-by-organic-seed-producers ]

WHY THE CONCERN?

Allowable herbicide residues on sugar beets have substantially increased

In December 1998, the USDA approved Monsanto’s first GE sugar beet for commercial planting and sale. Several months later, at Monsanto’s request, the U.S. Environmental Protection Agency (EPA) increased the maximum allowable residues of the herbicide, glyphosate, on sugar beet roots from just 0.2 parts per million (ppm) to 10 ppm.6 Sugar beet roots contain the sucrose extracted, refined, and processed into sugar. EPA’s policy change represents a staggering 5,000% increase in allowable toxic weed killer residues, some of which could end up in sugar. The Agency has also increased allowable glyphosate residues on dried sugar beet pulp, a by-product of sugar processing, from 0.2ppm to 25 ppm.  Dried sugar beet pulp is fed to dairy and beef cattle, particularly in Europe, Japan, and Korea, and it is also fed to racehorses in the U.S.

GE crops are NOT proven safe for consumption

Market approval of GE crops is based upon research conducted by the biotech industry alone. No long-term health studies on the effects of eating GE foods have ever been conducted by any government agency. Furthermore, new GE crops do not require approval from the Food and Drug Administration (FDA) before they are introduced into the food supply. A GE plant is considered “substantially equivalent,” and allowed to be planted, if superficial company research shows that no glaring differences exist between the GE plant and its conventionally-bred counterpart. This weak standard does not include testing for the presence of potential toxins, mutagens, carcinogens, immune system suppressants or new allergens created during the GE production process.

GE crops increase herbicide use

Herbicide-tolerant crops comprise a remarkable 81% of the GE crops planted globally,11 nearly all of which are Monsanto’s RR variety. Since 1995, the year before the introduction of the first RR crop, farmers have vastly increased their use of glyphosate on three major RR crops—soybeans, corn, and cotton. In fact, glyphosate use on those crops rose dramatically from 7.9 million pounds in 1994 to 119.1 million pounds in 2005. More recently, USDA data has shown an increase in the application of more toxic and persistent herbicides such as 2,4-D on soybeans and atrazine on corn, in part to combat increasing glyphosate weed resistance. Contrary to claims by the biotech industry that GE crops reduce herbicide use, USDA’s own data shows the emergence of a trend towards more toxic and more frequent herbicide applications.

GE plants contaminate conventional and organic seeds and crops

Sugar beets are wind pollinated and their pollen can travel long distances. As such, GE sugar beets have the potential to cross pollinate with related Beta species such as chard and table beets, placing both conventional and organic farmers at risk of contamination. For farmers who sell to markets that restrict GE foods, contamination could result in substantial economic losses. Moreover, GE sugar beet pollen has the potential to contaminate entire conventional and organic seed lines of Beta crops, and within a relatively short period of time. This could result in the permanent loss of non-GE seeds and foods and put increasing control over our agricultural food production systems into the hands of a few multinational corporations, such as Monsanto.

RR crops promote glyphosate-resistant weeds

GE sugar beets represent the fifth major RR crop approved by the USDA. Although the USDA initially approved RR alfalfa, the courts withdrew its deregulated status in 2007, due to a successful CFS lawsuit. Just as overuse of antibiotics eventually eventually breeds antibiotic-resistant bacteria, overuse of the Roundup weed killer rapidly breeds Roundup-resistant super weeds. Agricultural experts attribute the growing epidemic of super weeds in the U.S. to a dramatic upsurge in Roundup use on the three major RR crops—soybeans, cotton and corn. Since sugar beets are often rotated with soybeans and corn, planting RR sugar beets will likely intensify glyphosate usage, weed resistance, and the spread of super weeds. U.S. scientists have documented 9 species of glyphosate resistant weeds in 19 states, including 4 that grow sugar beets.

RR crops serve as a gateway for the more toxic herbicide use

As RR crop acreage and associated glyphosate use swells, so does the spread of glyphosate-resistant weeds. The biotech industry’s “solution” to combating super weeds is to genetically engineer a new generation of plants to resist even more toxic and persistent weed killers such as 2,4-D (Dow),16 dicamba (Monsanto) or a mix of noxious herbicides. This short-sighted “solution” will undoubtedly perpetuate the pesticide treadmill

as weed resistance emerges and greater quantities of herbicides end up in our food and waterways.

GE sugar beets threaten domestic and overseas markets

Genetically engineered crops cannot be contained. This was demonstrated by two recent GE contamination episodes involving StarLink GE corn and LibertyLink GE rice. In both cases, food not approved for human consumption was mixed with conventional varieties and released into the U.S. food supply. Massive food recalls resulted, severely disrupting domestic and export markets and costing farmers and the food industry hundreds of millions of dollars. If commercialization of GE sugar beets occurs, a contamination episode would taint the entire U.S. sugar industry. Moreover, the unlabeled release of GE beet sugar into the market would make it increasingly difficult for producers of baby food, and the natural and organic food industries, to source non-GE sugar. Consumers would also find it hard to avoid eating products that contain GE beet sugar.

Help CFS support the rights of people everywhere to obtain food free from GE contamination and the rights of farmers to grow GE-free crops. Join the CFS True Food Network to get involved: www.centerforfoodsafety.org

To read other great blogs about saying No to GMO’s click here, http://realfoodmedia.com/no-gmo-challenge/

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Food freedom

by Brian Keeter

“If there must be trouble, let it be in my day, that my child may have peace.” – Thomas Paine

That quote echoed through my mind during my nine-month deployment in Iraq with the United States Marines back in 2004. I came home, thinking I had done some good not only for my country but for my family. At the time I thought my baby boy was going to grow up without the threat of terrorism and the Iraqi people were now free to choose their own destiny. However, those nine months had taken a heavy toll. I stared daily in the mirror, looking into the eyes of a cold and tired soul with more gray hair than any twenty-three year old deserved. Adjusting to civilian life was hard, and my family was suffering. I was in need of healing, and I found it back on the farm I grew up on.

There was something deeply satisfying about the cool Ozark air blowing across the fields of waist-high fescue grass. The cows stood chewing contentedly while their young calves frolicked about seeing who could kick their back legs the highest. My father had spent his entire adult life working, saving and accumulating over one thousand acres of productive grassland in northwestern Arkansas. Besides the peace it brought me, the thought of being self-sufficient and self-employed in a profession as noble and humble as farming drew me in further. Would I continue his path of the conventional beef market? Would I certify organic, or find overseas markets? No, my path was a more local one.

In the following years the local food movement heated up. New words like nutritional density, biodynamics and sustainability filled my vocabulary. I toured successful farms and sought the advice of their entrepreneurial owners. They said raw (unpasteurized) dairy was at the forefront of the local, nutrient dense food movement and they were gaining market share every year. That settled it – a raw dairy herd would be the centerpiece of our diversified farm as well as meats and vegetables of every kind. We’d have an on-farm store stocked with raw milk and cheeses and frozen meats and fresh, seasonal veggies! It would be glorious!

Except – it’s illegal to sell raw dairy products in Arkansas and twenty-one other states. It’s also illegal to sell any meat that hasn’t been processed in a USDA or state inspected facility. In Arkansas, it’s illegal to have a flock of more than 200 laying hens unless I pay for the equipment and facilities to qualify for Grade A certification. It may soon be illegal to own livestock of any kind without belonging to a government database called the National Animal Identification System (NAIS) and having each animal tagged with an RFID chip. A carbon tax for animal flatulence is also in the works to stave off the “imminent threat” of global warming.

Excuse me? Is this the land of the free or what? What exactly did I get rocketed, mortared and road-side bombed for nine months in Iraq if not to have the freedom to do as I please as long as I wasn’t hurting anybody? Let me get this straight – I can pour toxic chemicals on my crops, process hundreds of animals an hour over feces-covered conveyors, or sell genetically alter foods with documented health risks as long as it’s approved or supervised by inept government trolls? The government had, over the last one hundred years or so, positioned itself squarely between myself and my personal and economic happiness. I was angry. I had been used and thrown away, and now found myself in the belly of the leviathan I had once sworn to protect.

Every time the market is suppressed, it goes underground – and real food is no different. People sell raw milk as pet food, or offer shares of their farm’s production in exchange for labor and feed costs. Others just ignore the laws outright, and offer their superior products despite the legal risks. Some pay the price – overzealous regulators issue crippling fines, and some are jailed. Some have even been attacked by armed state thugs with their families held at gunpoint while search warrants are executed. They take everything, all with the approval from their Federal masters at the USDA.

Thomas Paine’s quote floats around in my head once more as I ponder the future. I was so wrong those four years ago. The battle for freedom is not over, not by a long shot and the biggest threat to it is certainly not from Islamic terrorism. Food freedom will become an important front in this battle as the government-subsidized methods of food production collapse in the wake of economic reality. It will be important to everyone in the coming years to have many reliable, local sources of healthy, wholesome food.

Once again I have no choice but to fight. This time it is different – our weapon is the awesome power of voluntary interaction in the private marketplace with the goal being nothing short of total liberty for all. I’ll drink some raw milk to that.

May 7, 2009

Brian Keeter [send him mail] is a computer programmer, ex-Marine, and third-generation farmer living in the hills of northwestern Arkansas. See his blog.

http://freefarmgeek.wordpress.com/

Copyright © 2009 by LewRockwell.com. Permission to reprint in whole or in part is gladly granted, provided full credit is given.

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How Natural is your HF store Natural beef?

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As part of our commitment here at Moms to eat GMO free, we’ve been looking into the quality of our food even beyond what’s on the label.

One example of this has been our research into what most health food stores call Natural Beef.  We don’t eat a lot of beef and for the last few years when we do, it’s been grass fed. Grass fed beef usually has less than 10% of its fat as saturated, and it has an ideal Omega 6:3 ratio, which is good us. The first time we tried it I wasn’t sure how it would taste, but our whole family loves it.

But, I’ve been curious about the other beef they sell, Vintage Natural Beef.  I started by asking the meat manager of our health food store if the VNB is GMO free.  He actually got angry and stated “It’s natural and vegetarian fed, just like the sign says”.  Then I emailed the company directly and never got a reply, which really got me wondering,.

So, I went to the store manager and asked, he didn’t know either and directed me to the store’s district manager, who also didn’t know! I have to admit that this alone surprised me, as our local health food chain is adamant about only carrying quality and healthy products. A few years back they announced their pledge to eliminate the sale of eggs laid by chickens confined in battery cages and stopped carrying the brands that didn’t comply.

The district manager initially repeated the VNB sales info: “Vintage beef is raised solely on a 100% vegetarian diet; cattle are never fed animal by-products of any kind. The Vintage beef program has taken this premise to a stringent level and also regularly test the feed for pesticides with a zero tolerance policy. The Feed is a diet consisting of corn and whole grains. They’re also raised without antibiotics”.

There are some things that VNB does that is better then your ordinary supermarket meat. First off, they’re not fed animal by-products (aka unappealing scraps of meat from other cows, sheep, etc). Animal by-product feeding has been blamed for the creation of Mad Cow disease. It’s also not good that they’re not using antibiotics and testing for pesticides, although unless cows are sprayed like fruits and vegetables, I’m not sure why they’d have high pesticide levels.

The problem with Natural beefs is two-fold.  First off Cows are herbivores and are supposed to eat grass.  When they eat grain it makes them sick and then they’ll need antibiotics (and who wants to eat a sick cow- and you could be if you eat grain fed beef.) Secondly, and this was my next question, “Are the grains they’re being fed GMOs  (genetically modified).  Again the regional store manager didn’t know the answer, so he asked his meat purveyor. It took a week for him to get an answer.

When he finally replied it was to tell me, “Our Natural beef program is NOT GMO free.” And he was told, “it would be too expensive” as they’d have to feed the beef organic grain… (How about grass!).

I’ve been eating healthy for many years and I am amazed at how much more I have to learn, mostly to keep up with corporate propaganda. I have to say I’m very impressed that our store was honest about this but I am also concerned that they’ve been selling GMO meat and calling it Natural. Since they weren’t even aware of this hopefully they’ll work on getting a more Natural, natural beef provider.

If you want to make sure the beef  you’re eating is really natural, go for grass and/or organically fed beef. It’s delicious and GMO free!

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Failure to Yield

Evaluating the Performance of Genetically Engineered Crops

We already know that GMO’s are bad for the environment and not adequately tested as safe for us to eat, now a report by the Union of Concerned Scientist that show that GE crops do not produce more then regular or organic crops. “If we are going to make headway in combating hunger due to overpopulation and climate change, we will need to increase crop yields,” Gurian-Sherman says. “Traditional breeding outperforms genetic engineering hands down.”

Here’s the summary and the link to the complete study:

Doug Gurian-Sherman

Union of Concerned Scientists

April 2009

The Union of Concerned Scientists is the leading science-based nonprofit organization working for a healthy environment and a safer world.

Founded in 1969, UCS is headquartered in Cambridge, Mass., and has offices in Berkeley, Calif., Chicago and Washington, D.C.

Driven by economic and political forces, food prices soared to record highs in 2007 and 2008, causing hardships around the world. Although a global food shortage was not a factor then or now—worldwide food production continues to exceed demand—those recent price spikes and localized scarcity, together with rising populations in many countries and individuals’ rising aspirations, have brought renewed attention to the need to increase food production in the coming decades. Many commentators and stakeholders have pointed to the alleged promise of genetic engineering (GE)—in which the crop DNA is changed using the gene-insertion techniques of molecular biology—for dramatically improving the yields of staple food crops. But a hard-nosed assessment of this expensive technology’s achievements to date gives little confidence that it will play a major role in helping the world feed itself in the foreseeable future.

This report is the first to evaluate in detail the overall, or aggregate, yield effect of GE after more than 20 years of research and 13 years of commercialization in the United States. Based on that record, we conclude that GE has done little to increase overall crop yields.

How Else Can Farmers Increase Production?

Among the many current approaches are crop breeding; chemical fertilizers, herbicides, and pesticides; crop rotation; and organic methods, which ensure the health of the soil. Nevertheless, GE crops have received by far the most attention since they were commercially introduced in the mid-1990s. Ever since, the biotech industry and others have trumpeted them as key to feeding the world’s future population.

Executive Summary

The two primary GE food and feed crops are corn and soybeans. GE soybeans are now grown on over 90 percent of soybean acres, and GE corn makes up about 63 percent of the U.S. corn crop. Within these categories, the three most common GE crops are: (1) corn containing transgenes (genes transferred from another organism using genetic engineering) from Bt (Bacillus thuringiensis) bacteria that confer resistance to several kinds of insects; (2) corn containing transgenes for herbicide tolerance; and (3) soybeans that contain a transgene for herbicide tolerance. Now that these transgenic crops have been grown in the United States for more than a decade, there is a wealth of data on yield under real-world conditions. Thus a close examination of numerous studies of corn and soybean crop yields since the early 1990s gives us a good gauge of how well GE crops are living up to their promise for increasing those yields.

Bottom line: They are largely failing to do so. GE soybeans have not increased yields, and GE corn has increased yield only marginally on a crop-wide basis. Overall, corn and soybean yields have risen substantially over the last 15 years, but largely not as result of the GE traits. Most of the gains are due to traditional breeding or improvement of other agricultural practices.

While the need to increase food production is expected to become more urgent, awareness of the complex interactions between agriculture and the environment is also on the rise. Many of the predicted negative effects of global warming—including greater incidence and severity of drought, flooding, and sea-level rise (which may swamp coastal farmland)—are likely to make food production more challenging. At the same time, it is becoming clear that the twentieth century’s industrial methods of agriculture have imposed tremendous costs on our environment. Agriculture contributes more heat-trapping gases than does transportation, and it is a major source of pollution that has led to large and spreading “dead zones” devoid of fish and shellfish (themselves important food sources) in the Gulf of Mexico and other waterways. As we strive to produce more food, we must seek to do it in an efficient and sustainable manner—that is, in ways that do not undermine the foundation of natural resources on which future generations will depend.

Defining Yield(s)

It is crucial to distinguish between two kinds of yield—intrinsic yield and operational yield—when evaluating transgenic crops. Intrinsic yield, the highest that can be achieved, is obtained when crops are grown under ideal conditions; it may also be thought of as potential yield. By contrast, operational yield is obtained under field conditions, when environmental factors such as pests and stress result in yields that are considerably less than ideal. Genes that improve operational yield reduce losses from such factors.

But while operational yield is important, better protecting crops from pests and stress without increasing potential yield will not do enough to meet the future food needs of an expanded population. Food-crop breeders must deliver improvements both in intrinsic yield and operational yield to keep up with growing demand.

In this report, the record of commercialized GE crops in producing increases both in intrinsic and operational yield is assessed. We rely heavily on experiments conducted by academic scientists, using adequate experimental controls, and published in peer-reviewed journals. These studies, many of them recent, evaluate GE traits against other conventional farming practices. In some cases, the results of earlier widely cited reports are superseded by these more recent data.

The success of GE technology in producing new yield traits is also evaluated by examining specific transgenes associated with yield that have been tested in experimental field trials over the past two decades. This focus also provides a measure of the effort by the biotechnology industry and others to increase crop yield through GE means.

The Findings

1. Genetic engineering has not increased intrinsic yield.

No currently available transgenic varieties enhance the intrinsic yield of any crops. The intrinsic yields of corn and soybeans did rise during the twentieth century, but not as a result of GE traits. Rather, they were due to successes in traditional breeding.

2. Genetic engineering has delivered only minimal gains in operational yield.

Herbicide-Tolerant Soybeans and Corn. Although not extensive enough to develop precise yield estimates, the best data (which were not included in previous widely cited reviews on yield) show that transgenic herbicide-tolerant soybeans and corn have not increased operational yields, whether on a per-acre or national basis, compared to conventional methods that rely on other available herbicides. The fact that the herbicide-tolerant soybeans have been so widely adopted suggests that factors such as lower energy costs and convenience of GE soybeans also influence farmer choices.

Bt Corn to Control Insect Pests. Bt corn contains one or more transgenes primarily intended to control either the European corn borer (this corn was first commercialized in 1996) or corn rootworm species (commercialized in 2004). Based on available data, it is likely that Bt corn provides an operational yield advantage of 7–12 percent compared to typical conventional practices, including insecticide use, when European corn borer infestations are high. Bt corn offers little or no advantage when infestations of European corn borer are low to moderate, even when compared to conventional corn not treated with insecticides.

Evaluating operational yield on a crop-wide basis, at either a national or global scale, is needed to determine overall food availability. Given that about a third of the corn crop in the United States is devoted to European corn borer Bt varieties, using the yield data summarized above we estimate that the range of yield gain averaged across the entire corn crop is about 0.8–4.0 percent, with a 2.3 percent gain as a reasonable intermediate value.

Similar calculations can be made for Bt rootworm corn. One of the few estimates from the literature suggests that Bt rootworm corn provides about a 1.5–4.5 percent increase in operational yield compared to conventional corn treated with insecticides. Extensive field experiments in Iowa, mostly with heavy rootworm infestations, show a range of values not inconsistent with these estimates. Given that Bt rootworm corn is probably planted on up to a third of corn acres, the aggregate operational yield advantage for these varieties averaged over all corn acres is roughly 0.5–1.5 percent.

Combining the values for Bt European corn borer corn and Bt rootworm corn gives an estimated operational yield increase from the Bt traits of 1.3–5.5 percent. An increase of about 3.3 percent, or a range of 3–4 percent, is a reasonable intermediate. Averaged over the 13 years since Bt corn was first commercialized in 1996, this equates roughly to a 0.2–0.3 percent yield increase per year.

3. Most yield gains are attributable to non-genetic engineering approaches.

In the past several decades, overall corn yields in the United States have increased an average of about 1 percent per year, or considerably more in total than the amount of yield increase provided by Bt corn varieties. More specifically, U.S. Department of Agriculture data indicate that the average corn production per acre nationwide over the past five years (2004–2008) was about 28 percent higher than for the five-year period 1991–1995, an interval that preceded the introduction of Bt varieties.1 But our analysis of specific yield studies concludes that only 3–4 percent of that increase is attributable to Bt, meaning an increase of about 24–25 percent must be due to other factors such as conventional breeding.

Yields have also continued to increase in other major crops, including soybeans (which have not experienced increases in either intrinsic or operational yield from GE) and wheat (for which there are no commercial transgenic varieties). Comparing yield in the latter period with that of the former, the increases were about 16 percent for soybeans and 13 percent for wheat. Overall, as shown above, GE crops have contributed modestly, at best, to yield increases in U.S. agriculture.

Organic and low-external-input methods (which use reduced amounts of fertilizer and pesticides compared to typical industrial crop production) generally produce yields comparable to those of conventional methods for growing corn or soybeans. For example, non-transgenic soybeans in recent low-external-input experiments produced yields 13 percent higher than for GE soybeans, although other low-external-input research and methods have produced lower yield.

Meanwhile, conventional breeding methods, especially those using modern genomic approaches (often called marker-assisted selection and distinct from GE), have the potential to increase both intrinsic and operational yield. Also, more extensive crop rotations, using a larger number of crops and longer rotations than current ecologically unsound corn-soybean rotations, can reduce losses from insects and other pests.

4. Experimental high-yield genetically engineered crops have not succeeded.

Several thousand experimental GE-crop field trials have been conducted since 1987. Although it is not possible to determine the precise number of genes for yield enhancement in these trials, given the confidential-business-information concerns among commercial developers, it is clear that many transgenes for yield have been tested over the years.

Among these field trials, at least 3,022 applications were approved for traits such as disease resistance or tolerance to abiotic stress (e.g., drought, frost, floods, saline soils). These traits are often associated with yield.2 At least 652 of the trials named yield as the particular target trait. Only the Bt and herbicide-tolerance transgenes and five transgenes for pathogen resistance have been commercialized, however, and only Bt has had an appreciable impact on aggregate yields.3

Some of these transgenes may simply not be ready for prime time. It typically takes several years of field trials and safety testing before a transgenic crop is approved and ready to be grown by farmers. However, 1,108 of these field trials were approved prior to 2000, not including those for insect resistance or herbicide tolerance. Most of these earlier transgenic crops should have been ready for commercialization by the time of this report.

To summarize, the only transgenic food/feed crops that have been showing significantly improved yield are varieties of Bt corn, and they have contributed gains in operational yield that were considerably less over their 13 years than other means of increasing yield. In other words, of several thousand field trials, many of which have been intended to raise operational and intrinsic yield, only Bt has succeeded. This modest record of success should suggest caution concerning the prospects for future yield increases from GE.

What Are Genetic Engineering’s Prospects for Increasing Yield?

Genetic engineers are continuing to identify new genes that might raise intrinsic and operational yields. How likely is it that these genes will in fact produce commercially viable new crop varieties?

Research on theoretical limitations of plant physiology and morphology (form)—regarding the conversion of sunlight, nutrients, carbon dioxide, and water into food or feed—indicates how much intrinsic yield may be increased. While opinions differ about the possibility of achieving dramatically increased yields through improvements in plant form and the processes listed above, optimistic estimates suggest that yield gains of up to about 50 percent over the next several decades may be achievable and that GE technology may play a prominent role.

These dramatic projections do not consider a fundamental reason why they may not be easy to achieve, especially regarding GE. Most of the transgenes being considered for the future, unlike the ones in currently commercialized transgenic crops, influence many other genes, thereby resulting in more complex genetic effects. Such genes typically have multiple effects on a crop, and early research is confirming that some of these effects can be detrimental, maybe even preventing the crops’ commercialization altogether. Because such effects will not always be identified by testing under current regulations, improved regulations will be needed to ensure that harmful side effects are discovered and prevented.

In other words, even where these genes work as expected, they may still cause significant environmental or human health impacts, or have reduced agricultural value in some environments. And many of these genes will not address the negative impact of current industrial agriculture, and may even exacerbate these harmful effects if higher yield requires more fertilizer or pesticide use.

Given the variety of transgenes tested and the large amounts of research funding devoted to them, it would not be unexpected that some of them may eventually be successful in increasing yield. But in light of the complexity of their biochemical and physiological interactions, and their unpredictable side effects, it is questionable how many will become commercially viable.

Summary and Recommendations

The burgeoning human population challenges agriculture to come up with new tools to increase crop productivity. At the same time, we must not simply produce more food at the expense of clean air, water, soil, and a stable climate, which future generations will also require. In order to invest wisely in the future, we must evaluate agricultural tools to see which ones hold the most promise for increasing intrinsic and operational yields and providing other resource benefits.

It is also important to keep in mind where increased food production is most needed—in developing countries, especially in Africa, rather than in the developed world. Several recent studies have shown that low-external-input methods such as organic can improve yield by over 100 percent in these countries, along with other benefits. Such methods have the advantage of being based largely on knowledge rather than on costly inputs, and as a result they are often more accessible to poor farmers than the more expensive technologies (which often have not helped in the past).

So far, the record of GE crops in contributing to increased yield is modest, despite considerable effort. There are no transgenic crops with increased intrinsic yield, and only Bt corn exhibits somewhat higher operational yield. Herbicide-tolerant soybeans, the most widely utilized GE crop by far, do not increase either operational or intrinsic yield.

Genetic engineers are working on new genes that may raise both intrinsic and operational yield in the future, but their past track record for bringing new traits to market suggests caution in relying too heavily on their success.

It is time to look more seriously at the other tools in the agricultural toolkit. While GE has received most of the attention and investment, traditional breeding has been delivering the goods in the all-important arena of increasing intrinsic yield. Newer and sophisticated breeding methods using increasing genomic knowledge—but not GE—also show promise for increasing yield.

The large investment in the private sector ensures that research on GE versions of major crops will continue, while organic and other agro-ecological methods are not likely to attract a similar investment.

But given the modest yield increases from transgenic crops so far, putting too many of our crop-development eggs in the GE basket could lead to lost opportunities. Thus it is very important to compare the potential contributions of GE with those of other approaches, such as organic methods, low-input methods, and enhanced conventional-breeding methods. Where these alternatives look more promising, we should provide sufficient public funding to ensure that they will be available. Such prioritization is especially appropriate for research aimed at developing countries, where yield increases are most needed.

To ensure that adequate intrinsic and operational yields are realized from major crops in the coming years, the Union of Concerned Scientists makes the following recommendations:

• The U.S. Department of Agriculture, state and local agricultural agencies, and public and private universities should redirect substantial funding, research, and incentives toward approaches that are proven and show more promise than genetic engineering for improving crop yields, especially intrinsic crop yields, and for providing other societal benefits. These approaches include modern methods of conventional plant breeding as well as organic and other sophisticated low-input farming practices.

  1. •Food-aid organizations should work with farmers in developing countries, where increasing local levels of food production is an urgent priority, to make these more promising and affordable methods available.

• Relevant regulatory agencies should develop and implement techniques to better identify and evaluate potentially harmful side effects of the newer and more complex genetically engineered crops. These effects are likely to become more prevalent, and current regulations are too weak to detect them reliably and prevent them from occurring.

You can download the complete 51 page pdf file here: http://www.ucsusa.org/food_and_agriculture/

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Tracked: The NAIS Controversy

By Maria Magaldi

Introduction: My name is Maria Magaldi. I’m a junior in high school from Connecticut. This year my U.S. history teacher gave my class a chance to pick a topic for our research papers as long as we used primary sources. I keep a small farm of Nigerian Dwarf goats and I was curious about a program another goat keeper said she was “forced into” called NAIS. I decided to research it and educate myself as it could potentially affect me and my goats in the future. As I researched and discovered more and more about the National Animal Identification System, I became furious and decided, after I wrote my paper, that I wanted to share what I found with the world.

It is the 21st century and the U.S. is one of the major world powers. Having used Roosevelt’s “big stick” to control Cuba, the Philippines and the surrounding U.S. territories, the government is now turning to its own citizens to wield a new stick—a microchip smaller than a penny. With the approval of the U.S. Department of Agriculture (USDA) and the U.S. Food and Drug Administration (FDA), these microchips—marketed mainly by the Digital Angel Company—are being injected into animals across America. The purpose is to further implement the USDA’s brainchild, the National Animal Identification System (NAIS). This program is being promoted as a way to enable the government to track the movements of animals in order to more quickly eradicate a disease. Although NAIS could potentially help officials contain a widespread livestock epidemic, it is nevertheless unconstitutional as its operation infringes on animal owners’ constitutional rights and its possible mandatory establishment would be medically and ethically harmful.

According to the USDA’s NAIS website, NAIS will “help us [USDA] protect U.S. livestock and poultry from disease and spread, maintain consumer confidence in our food supply, and retain access to domestic and foreign markets.” Animals included in the plan are: cattle, bison, poultry, swine, sheep, goats, cervids (e.g., deer and elk), equines (horses), and camelids (e.g., camels, dromedaries, llamas, alpacas). There are three steps to NAIS: (1) Registering premises and obtaining a premise ID number, (2) Identifying animals; (3) Tracking/tracing the animals on a database. Registering a premise requires filling out a form provided by the USDA including one’s address, phone number(s), and operation type. In return, one receives a small card with a Premise Identification Number (PIN), a unique seven digit code containing both letters and numbers. So far 459,859 out of an estimated total of 1,438,280 premises have been registered with the USDA—that’s 32%. Step two: identifying animals is when each individual animal is registered with the USDA and given a 15 digit Animal Identification Number (AIN). The animal’s background is recorded onto a database. USDA states that officials can access this information in “the case of an animal health event.” Step three: tracking animals on a database is the final step of NAIS. A person can choose if they want information on the movement of their animals—recorded on a tracking database—to be available to the state or privately owned industry groups. All three steps will allow the government to have control in the case of a disease outbreak. (NAIS)

Companies and associations have aligned themselves with the USDA and the NAIS program. In particular, meat tycoons Tyson, Purdue, and Cargill are readily agreeing to the USDA’s plans. All three are on the USDA’s 2008 list of approved plants to receive slaughtered animals. On the Agricultural Marketing Service (AMS) Business Plan to Advance NAIS, management from U.S. official plants met with the USDA to discuss premise ID and to receive other information about NAIS. In addition, Digital Angel, the company responsible for producing the microchips used in the animals is directly aligned with NAIS. Digital Angel is listed in the 2007 FDA Listing of Acceptable U.S. Industries along with its sister company, VeriChip which provides microchips for human use. The Digital Angel site states that the company has “manufactured RFID microchips for millions of pets throughout the world, providing them with unalterable and permanent identification should they become lost or stolen… [and] pioneered RFID solutions to help farmers, ranchers, sale barns and other livestock producers to identify and track animals in efforts to ensure the health and safety of the world’s food supply” (Digital Angel). RFID is radio frequency identification technology—a microchip or a device containing a microchip. With the support of mass companies such as these and a standard microchipping device, the USDA can more easily implement the NAIS plan.

However, the majority of farms and animal owners in the U.S. do not support the NAIS. These people are the small farmers, the 4-Hers, the FFA members; the backyard animal owners who only have small herds of animals. And yet, these people are feeling the majority of the pressure of NAIS and the government. Hundreds of anti-NAIS websites and newsletters bear headlines demanding rights for the small farmer. In Bonnie Jameson’s article published in the May/ June 2007 edition of the Dairy Goat Journal, she wrote how her daughter received an Oklahoma NAIS Premise ID card when she registered for a local FFA livestock show. Zealous farmer, Lynn Miller wrote a passionate article for the Small Farmer’s Journal describing the potential problems that farmers will encounter when the NAIS program becomes mandatory. He believes that the numbers of small farmers will decline and be driven out by government red tape and fines until all farming and food production is left up to the major industries. Essentially, it is not NAIS’ goal of eradicating disease that is sparking controversy within farming communities, but the actions one needs to take while complying with the program and the possible consequences of the actions that are the roots of the debate.

Animal owners are wary of the fact that the government will store their personal information including their address, full name, phone number, and type of farm on a national database if they fill out the NAIS premise form. The USDA says that it will need this information in an emergency. In a report to the Congressional Requesters of the GAO (Government Accountability Office) on homeland security and agroterrorism attacks, the USDA testifies that in the case of a disease outbreak that has been confirmed by USDA technicians, “the affected herd and all cattle, sheep, goats, swine, and susceptible wildlife—infected or not—within a minimum 10 kilometer zone around the affected farm would be killed…slaughtered and disposed of by incineration, burial, or rendering,” (Homeland Security 31). So if the USDA had access to premise information during a disease outbreak and knew that a farmer lived within the 10 kilometers, the farmer’s livestock would be wiped out even if the herd was operating on a closed basis. Later, the government could find out by a second test that the medical result was false positive and that there never was a disease rampant in the area.

There is also the unconvincing claim made by the USDA that NAIS is a voluntary operation. Nevertheless, states have the power to decide if they want NAIS to be mandatory. The NAIS official User Guide states “Under our current authorities, USDA could make the NAIS mandatory, but we are choosing not to do so…participation in every component of NAIS is voluntary at the federal level” (NAIS User Guide). However, farmers and rural landowners have been receiving yearly envelops from the Agriculture Identification Survey (AIS) which clearly state on the front that “your response is required by law”. It also states that by neglecting to fill out the information, one will be fined $100. In Mary Zanoni’s article in the 2006 March/April edition of Dairy Goat Journal, she states that although the AIS denied that they were connected to NAIS, the USDA claims that the AIS envelopes and information were “done through a contract with the USDA National Agricultural Statistics Service” (Zanoni 2006 Agricultural Identification System 10). Then there is the term dubbed “critical mass” by the USDA. Critical mass is NAIS’ benchmark, when the USDA will evaluate the progress of NAIS and decide whether there is enough participation. It is NAIS’ hope to have 70% livestock participation by the year 2009 (NAIS). It is implied that if the critical mass is not reached, the program will become either mandatory or at least more strongly enforced. “U.S. Department of Agriculture materials say that the goal is full, mandatory participation by 2009” (Boyer ¶1). Forced participation and an added cost burden is enough to make American farmers cringe.

On the NAIS national website, the USDA alleges that registering for a premise is free. However, the USDA confesses that individual states “may choose to keep premises registration free or not” (NAIS User Guide 20). The other two steps of NAIS and their included costs should be considered. The second NAIS step “animal identification” requires a form of identification such as a tag or microchip with the AID code on it. According to the NAIS User Guide, a simple tag is usually $1 per animal, radio frequency tags are between $2-3 and implantation of a microchip (for a horse) is between $15-20. This price does not include the veterinary visit. Typically veterinary visits range from $50-200 depending on the number of animals and the hours. Just say that a farmer has a herd of 100 cattle. He decides to pay for the microchip in order to participate in the NAIS tracking program. If his vet bills him $150 for the visit and $20 per microchip implantation, he will spend $2,150 which is more than most small farmers can afford. This price does not include the price of upkeep. Compliance with the last step of animal tracing has a hefty price tag. In several of the animal tracking database sites, one must be a member to be able to log in and view the prices of the systems available. The USDA says that costs will vary depending on the services. They too do not give a direct price but instead hope that “competitive forces in the free market will keep costs down” (NAIS User Guide 9). Not only is the price dissuading farmers, but the consistent reporting of animal movements once registered in the tracking database is outraging them as well. NAIS’ goal is that farmers report within a 24 hour timeframe any movements of animals according to the relative level of importance of the movement. A fair, sale, market, or auction are all considered high levels; while trail rides and local events are of low level exposure to disease. (NAIS User Guide)

Many believe that NAIS is a violation of the Constitution—in particular the First, Fourth and Fourteenth Amendments. The Amish feel threatened by NAIS and believe that their right of “freedom of religion” given by the First Amendment is being taken away from them and they fear that the program will force them to choose between obeying their religion and complying with government laws. Many are selling their livestock in order to avoid microchipping their animals. The Amish say that a passage in the book of Revelation in the Bible alludes to “the mark of the beast” which they believe is the microchip and the implementation of a mandatory microchipping program. “He causes all, both small and great, rich and poor, free and slave, to receive a mark on their right hand or on their foreheads, and that no one may buy or sell except one who has the mark or the name of the beast, or the number of his name.” Revelation 13:16-17.

The Fourth Amendment secures privacy and protects citizens from unwanted and unwarranted searches. If the government did make NAIS mandatory, people owning unregistered livestock could be either fined or the animals could be instantly killed if the government deemed it necessary or if they felt that the animals’ health was suspicious. The Fourteenth Amendment of the Constitution states “nor shall any State deprive any person of life, liberty, or property.” Animals are a person’s property just the same as, say, a house or land. Making a person give up this privilege or forcing a person to disobey their religion is a complete disregard of the Constitutional amendments.

Not only are there circulating concerns on a moral basis, but physical health concerns as well. VeriChip, the human RFID (radio frequency identification device) is similar if not identical to the RFID Digital Angel used in livestock. VeriChip’s founder was in fact Digital Angel. In a letter from the FDA to the VeriChip Company, the FDA responds to VeriChip’s request to use its microchip in hospitals as identification. The FDA also lists the potential health risks related to the transponder “adverse tissue reaction; migration of implanted transponder; compromised information security; failure of implanted transponder; failure of inserter; failure of electronic scanner; electromagnetic interference; electrical hazards; magnetic resonance imaging incompatibility; and needle stick.” (Evaluation¶8). These are the same issues that the livestock RFID would have. Electromagnetic interference and MRI incompatibility has been further researched by the FDA. During an MRI, a radio frequency field (such as one emitted by the RFID) could potentially cause burns on the patient as it generates electromagnetic currents resulting in the heating of the device. In addition, exposed to an MRI the electromagnetic fields conflicting with each other could cause malfunctions in the RFID. (A Primer on Medical Device Interaction) In the “Adverse Event Report” section of the FDA website there are two publications. In both, the women had VeriChip implants. The first woman found the microchip caused her extreme discomfort and she had to have a fluoroscopy to find the microchip before she could have it surgically removed. The second woman was volunteering in a government study to test the effects of radiation (magnetic and microwave) on the device. In the report, the woman’s hypertension worsened and she began to have serious cardiac problems. She wrote “The government states that this is nonlethal but I beg to differ. I would like…full investigation and stop to this study until further data can be gathered to support the harmful effects…” (Adverse Event Report VeriChip).

A study based in France using the results of three different studies found that microchip-associated tumors from livestock RFIDs were “4.1% with 52 animals bearing a microchip associated tumour out of 1260”. (Subcutaneous Microchip Associated Tumours) In a report published by the VeriChip Corporation “Eighteen of 117 mice (10%) were diagnosed with an undifferentiated histologically malignant sarcoma arising at the transponders site, the earliest at 15 weeks after implantation”(Tissue Reactions 2). This number is extravagant and oncology experts are agreeing. Director of the Center for Sarcoma and Bone Oncology at the Dana-Farber Cancer Institute in Boston, Dr. Demetri felt that the numbers of sarcomas developing in mice from the microchips posed high risks if the same microchips were injected in humans and other animals. (Lewan ¶27)

There is a video advertisement on the Digital Angel website that shows a woman and her dog reunited because of a microchip that was implanted in the dog. However there is another story, similar to this one but lacking the happy ever after ending that Digital Angel seems to promise. In the summer of 2004, Lisa Massey of Virginia lost her eight month old pit bull terrier, Hadden, but she felt assured because she knew that her dog had a microchip. A shelter in Stafford County found Hadden and scanned him for a microchip, but the scanner was unable to find a microchip. After waiting 10 days without hearing from an owner, Hadden was euthanized. Thirty minutes later, Massey called the shelter and asked if her dog was there. Hadden was scanned again and a message popped up on the scanner screen. The message read “Microchip found.”

This devastating experience was due to the incompatibility of the scanner and the lack of radio frequency waves emitted by the microchip. Often scanners do not work with all types of microchips as there is no universal microchip or scanner. The USDA does not have the power to enforce a universal microchip system where the microchip matches the scanner. (Nolen 2) This could pose a serious problem if NAIS was made mandatory. If an animal did have a microchip, but the scanner could not read the chip number, the owner could still be fined for defying government regulations.

Due to the “success” of livestock microchip implantations, microchips are starting to be used in humans. They are being injected into bar attendees such as the visitors who go to the Baja Bar in Barcelona, Spain. There the microchip records tabs and money owed. Microchips are being used to track hospital patients and people who have Alzheimer’s and other mentally degenerative disorders. Even average citizens are volunteering to get microchips implanted under their skin. But the problems still remain.

Ten years from now the farming industry could be entirely dominated by the government acting through the USDA and mass corporations. If Orwell’s 1984 becomes a reality, NAIS will be remembered as a national shame. After all, even the Secretary of Agriculture, Ed Schafer referred to the USDA as “Big Brother” (Transcript 8). So please, sign petitions and call and write to government officials. Today the first step in the plan and with this secrecy…who knows what tomorrow will be?

Bibliography

“Advancing Animal Disease Traceability.” USDA. Nov. 2007. 27 Apr. 2008.

“Adverse Event Report.” Center for Devices and Radiological Health. 20 Apr. 2007. U.S. Food and Drug Administration. 27 Apr. 2008.

“Adverse Event Report: VeriChip Corporation Verimed Patient Identificator VeriChip Implant.” Center For Devices and Radiological Health. 10 Dec. 2007. U.S. Food and Drug Administration. 27 Apr. 2008.

Allan, Carrie. “Navigating the Microchip Maze.” AnimalSheltering.org. Nov.-Dec. 2003. U.S. Humane Society. 20 Apr. 2008.

“AMS Business Plan to Advance NAIS.” Agricultural Marketing Service. 14 Apr. 2008. USDA. 27 Apr. 2008.

Appell, David. “Getting Under Your Skin.” Scientific American. Jan. 2003. National Association of Science Writers. 11 Apr. 2008.

“A Primer on Medical Device Interactions with Magnetic Resonance Systems.” FDA. 7 Feb. 1997. 27 Apr. 2008.

Boyer, Brian. “State Feels the Heat, Drops ID Requirements for Livestock Exhibitors—for Now.” Medill Reports, Chicago. 15 Apr. 2008. 20 Apr. 2008.

“Class II Special Controls Guidance Document: Implantable Radiofrequency Transponder System for Patient Identification and Health Information.” FDA. 10 Dec. 2004. 27 Apr. 2008.

Curnow, Robyn. “The Price to Pay for VIP Status.” CNN. 6 Oct. 2004. 27 Apr. 2008.

Seed Monopolies, Genetic engineering and Farmer suicides

by Vandana Shiva

An epidemic of farmers’ suicides has spread across four states of India over the last decade. According to official data, more than 160,000 farmers have committed suicide in India since 1997.

These four states are Maharashtra, Andhra Pradesh, Karnataka and Punjab. The suicides are most frequent where farmers grow cotton and have been a direct result of the creation of seed monopolies. According to official data, more than 160,000 farmers have committed suicide in India since 1997.

Increasingly, the supply of cotton seeds has slipped out of the hands of the farmers and the public system, into the hands of global seed corporations like Monsanto. The entry of seed MNCs was part of the globalization process.

Corporate seed supply implies a number of shifts simultaneously. Firstly, giant corporations start to control local seed companies through buyouts, joint ventures and licensing arrangements, leading to a seed monopoly.

Secondly, seed is transformed from being a common good, to being the “intellectual property” of Monsanto, for which the corporation can claim limitless profits through royalty payments. For the farmer this means deeper debt.

Thirdly, seed is transformed from a renewable regenerative, multiplicative resource into a non-renewable resource and commodity. Seed scarcity and seed farmers are a consequence of seed monopolies, which are based on renewability of seed, beginning with hybrids, moving to genetically engineered seed like Btcotton, with the ultimate aim of the “terminator” seed which is engineered for sterility. Each of these technologies of non-renewability is guided by one factor alone – forcing farmers to buy seed every planning season. For farmers this means higher costs. For seed corporations it translates into higher profits.

Fourthly, the creation of seed monopolies is based on the simultaneous deregulation of seed corporations, including biosafety and seed deregulation, and super-regulation of farmers seeds and varieties. Globalization allowed seed companies to sell self-certified seeds, and in the case of genetically engineered seed, they are seeking self-regulation for biosafety. This is the main aim of the recently proposed National Biotechnology Regulatory Authority, which is in effect a Biosafety ‘Deregulation Authority. The proposed Seed Bill 2004, which has been blocked by a massive nationwide Gandhian Seed Satyagraha by farmers, aims at forcing every farmer to register the varieties they have evolved over millennia. This compulsory registration and licensing system robs farmers of their fundamental freedoms.

State regulation extinguishes biodiversity, and pushes all farmers into dependency on patented, corporate seed. Such compulsory licensing has been the main vehicle of destruction of biodiversity and farmers rights in U.S. and Europe.

Fifthly, corporate seeds impose monocultures on farmers. Mixed croppings of cotton with cereals, legumes, oilseeds, vegetables is replaced with a monoculture of Bt-cotton hybrids. The creation of seed monopolies and with it the creation of unpayable debt to a new species of money lender, the agents of the seed and chemical companies, has led to hundreds of thousands of Indian farmers killing themselves since 1997.

The suicides first started in the district of Warangal in Andhra Pradesh. Peasants in Warangal used to grow millets, pulses, oilseeds. Overnight, Warangal was converted to a cotton growing district based on non-renewable hybrids which need irrigation and are prone to pest attacks. Small peasants without capital were trapped in a vicious cycle of debt. Some ended up committing suicide.

This was the period when Monsanto and its Indian partner Mahyco were also carrying out illegal field experiments with genetically engineered Bt- cotton. All imports and field trials of genetically engineered organisms in India are governed by a law under the Environment Protection Act called the “Rules for the Manufacture Use, Import, Export and Storage” of Hazardous Microorganisms, Genetically Engineered Organisms or Cells 1989.”

We at the Research Foundation for Science, Technology and Ecology used these laws to stop Monsanto’s commercialization of Bt- cotton in 1999, which is why approval was not granted for commercial sales until 2002.

The Government of Andhra Pradesh filed a case in the Monopoly and Restrictive Trade Practices Act (MRTP), India’s Anti Trust Law, arguing that Monsanto’s seed monopolies were the primary cause of farmers’ suicides in Andhra Pradesh.

Monsanto was forced to reduce its prices of Bt- cotton seeds. The high costs of seeds and other inputs were combined with falling prices of cotton due to $4billion U.S. subsidy and the dumping of this subsidized cotton on India by using the W.T.O. to force India to remove Quantitative Restrictions on agricultural imports. Rising costs of production and falling prices of the product is a recipe for indebtedness, and debtedness is the main cause of farmers’ suicides. This is why farmers’ suicides are most prevalent in the cotton belt on which seed industries own claim is rapidly becoming a Bt-cotton belt. Bt-cotton is thus heavily implicated in farmers’ suicides.

The International Food Policy Research Institute (IFPRI) has recently released a discussion paper “Bt-cotton and Farmers’ Suicides in India: Reviewing the Evidence”. The report is manipulative of the truth about farmers suicides and Bt-cotton.at every level.

Firstly, it states that “Farmers suicides is a long-term phenomena”, and the “long term” is 1997-2007. Ten years is not a long term in a 10,000 year old farming tradition. And 1997 is precisely when the suicides take on an epidemic oportion due to seed monopolies, initially through hybrids and from 2002 through Bt. Hybrids.

Secondly, the chronology of Bt-cotton introduction is false. The story begins with Monsanto’s illegal Bt trials, not with commercialisation in 2002. Secondly, the report states that “In specific regions and years, where Bt-cotton may have indirectly contributed to farmer indebtedness (via crop failure) leading to suicides, its failure was mainly the result of the context or environment in which it was introduced or planted; Bt-cotton as a technology is not to blame”.

This is an interesting argument. A technology is always developed in the context of local socio-economic and ecological conditions. A technology that is a misfit in a context is a failed technology for that context. You cannot blame the context to save a failed technology.

The technology of engineering Bt-genes into cotton was aimed primarily at controlling pests. However, new pests have emerged in Bt-cotton, leading to higher use of pesticides. In Vidharbha region of Maharashtra, which has the highest suicides, the area under Bt-cotton has increased from 0.200 million ha in  2004 to 2.880 million ha in 2007. Costs of pesticides for farmers has increased from Rs. 921 million to Rs. 13,264 billion in the same period, which is a 13 fold increase. A pest control technology that fails to control pests might be good for seed corporations which are also agrichemical corporations. For farmers it translates into suicide. The IFPRI study uses industry data to falsely claim reduction of presticide use in Bt-cotton when the empirical data and ground reality shows pesticide use increase.

There are alternatives to Bt-cotton and toxic pesticides. Through Navdanya we have promoted ‘Organic Farming and Seeds of Hope’, to help farmers move away from Monsanto’s “Seeds of Suicide”.

Organic farmers in Vidharbha are earning Rs. 6287 per acre on average, compared to Bt-cotton farmers who are earning Rs. 714 per acre on average. Many Bt-cotton farmers have a negative income, hence the suicides. The field data of Bt-cotton is also manipulated when cotton yields are shown as low in the pre-Bt-cotton years, it is not mentioned that cotton has traditionally not been grown as a monoculture but as a mixed crop converting biodiversity to monocultures of course leads to increase in “yield” of the monoculture, but this is accompanied by a decline in production at the biodiversity level. The IFPRI paper has attempted to play with figures, just like the investment bankers and hedge fund managers played with figures and caused the collapse of Wall Street. Manipulation of reality with numbers does not make for truth. In the case of seeds, it is threatening farmers’ lives. Technologies are tools. When the tool fails it needs replacing. Bt-cotton technology has failed to control pests or secure farmers lives and livelihoods. It is time to replace GM technology with ecological farming. It is time to stop farmers’ suicides.

See a wonderful talk by Vandana Shiva on The Future of Food and Seed at google video here:

http://video.google.com/videoplay?docid=3833110324043445440&ei=9E_aSf3nF6ryqAOur-mABA&q=vandana+shiva+the+future+of+food+and+seed&hl=en

And visit her website here:

http://www.navdanya.org/

The Hidden Link Between Factory Farms and Human Illness

By Laura Sayre

http://www.motherearthnews.com/Natural-Health/Meat-Poultry-Health-Risk.aspx

You may be familiar with many of the problems associated with concentrated animal feeding operations, or CAFOs. These “factory farm” operations are often criticized for the smell and water pollution caused by all that concentrated manure; the unnatural, grain-heavy diets the animals consume; and the stressful, unhealthy conditions in which the animals live. You may not be aware, however, of the threat such facilities hold for you and your family’s health — even if you never buy any of the meat produced in this manner.

Factory farms are breeding grounds for virulent disease, which can then spread to the wider community via many routes — not just in food, but also in water, the air, and the bodies of farmers, farm workers and their families. Once those microbes become widespread in the environment, it’s very difficult to get rid of them.

A 2008 report from the Pew Commission on Industrial Farm Animal Production, a joint project of the Pew Charitable Trusts and the Johns Hopkins Bloomberg School of Public Health, underscores those risks. The 111-page report, two years in the making, outlines the public health, environmental, animal welfare and rural livelihood consequences of what they call “industrial farm animal production.” Its conclusions couldn’t be clearer. Factory farm production is intensifying worldwide, and rates of new infectious diseases are rising. Of particular concern is the rapid rise of antibiotic-resistant microbes, an inevitable consequence of the widespread use of antibiotics as feed additives in industrial livestock operations.

Scientists, medical personnel and public health officials have been sounding the alarm on these issues for some time. The World Health Organization and the Food and Agriculture Organization (FAO) have recommended restrictions on agricultural uses of antibiotics; the American Public Health Association (APHA) proposed a moratorium on CAFOs back in 2003. All told, more than 350 professional organizations — including the APHA, American Medical Association, the Infectious Diseases Society of America, and the American Academy of Pediatrics — have called for greater regulation of antibiotic use in livestock. The Infectious Diseases Society of America has declared antibiotic-resistant infections an epidemic in the United States. The FAO recently warned that global industrial meat production poses a serious threat to human health.

The situation is akin to that surrounding global climate change four or five years ago: near-universal scientific consensus matched by government inaction and media inattention. Although the specter of pandemic flu — in which a virulent strain of the influenza virus recombines with a highly contagious strain to create a bug rivaling that responsible for the 1918 flu pandemic, thought to have killed as many as 50 million people — is the most dire scenario, antibiotic resistance is a clear and present danger, already killing thousands of people in the United States each year.

People, Animals and Microbes

From one perspective, picking up bugs from our domesticated animals is nothing new. Approximately two-thirds of the 1,400 known human pathogens are thought to have originated in animals: Scientists think tuberculosis and the common cold probably came to us from cattle; pertussis from pigs or sheep; leprosy from water buffalo; influenza from ducks.

Most of these ailments probably appeared relatively early in the 10,000-year-old history of animal domestication. Over time, some human populations developed immunity to these diseases; others were eventually controlled with vaccines.

Some continued to kill humans until the mid-20th century discovery of penicillin, a miracle drug that rendered formerly life-threatening infections relatively harmless. Other antibiotics followed, until by the 1960s leading researchers and public health officials were declaring that the war on infectious diseases had been won.

Beginning in the mid 1970s, however, the numbers of deaths from infectious diseases in the United States started to go back up. Some were from old nemeses, such as tuberculosis, newly resistant to standard antibiotic treatments; others were wholly novel.

“In recent decades,” writes Dr. Michael Greger, director of public health and animal agriculture for the Humane Society of the United States and author of Bird Flu: A Virus of Our Own Hatching, “previously unknown diseases have surfaced at a pace unheard of in the recorded annals of medicine: more than 30 newly identified human pathogens in 30 years, most of them newly discovered zoonotic viruses.” (Zoonotic viruses are those that can be passed from animals to humans.)

Why is this happening? There are many reasons, including the increased pace of international travel and human incursions into wild animals’ habitats. But one factor stands out: the rise of industrial farm animal production. “Factory farms represent the most significant change in the lives of animals in 10,000 years,” Greger writes. “This is not how animals were supposed to live.”

Chicken and pig production are particularly bad. In 1965, the total U.S. hog population numbered 53 million, spread over more than 1 million pig farms in the United States — most of them small family operations. Today, we have 65 million hogs on just 65,640 farms nationwide. Many of these “farms” — 2,538, to be exact — have upwards of 5,000 hogs on the premises at any given time. Broiler chicken production rose from 366 million in 1945 to 8,400 million in 2001, most of them in facilities housing tens of thousands of birds.

On a global scale, the situation is even worse. Fifty-five billion chickens are now reared each year worldwide. The global pig inventory is approaching 1 billion, an estimated half of which are raised in confinement. In China and Malaysia, it’s not unheard of for hog facilities to house 20,000 or even 50,000 animals.

The Mechanics of Resistance

“Concentrated animal feeding operations are comparable to poorly run hospitals, where everyone is given antibiotics, patients lie in unchanged beds, hygiene is nonexistent, infections and re-infections are rife, waste is thrown out the window, and visitors enter and leave at will,” write Johns Hopkins researchers Ellen Silbergeld, Jay Graham and Lance Price in the 2008 Annual Review of Public Health. By concentrating large numbers of animals together, factory farms are terrific incubators for disease. The stress of factory farm conditions weakens animals’ immune systems; ammonia from accumulated waste burns lungs and makes them more susceptible to infection; the lack of sunlight and fresh air — as well as the genetic uniformity of industrial farm animal populations — facilitates the spread of pathogens.

The addition of steady doses of antibiotics to this picture tips the balance from appalling to catastrophic. Poultry producers discovered by accident in the 1940s that feeding tetracycline fermentation byproducts accelerated chickens’ growth. Since then, the use of antibiotics as feed additives has become standard practice across much of the industry. The Union of Concerned Scientists estimates that non-therapeutic animal agriculture use (drugs given to animals even when they are not sick) accounts for 70 percent of total antibiotic consumption in the United States.

The medical community has been cautioning for years against irresponsible antibiotic use among people, but in terms of sheer numbers, livestock use is far more significant. It’s a simple scientific fact that the more antibiotics are used — especially prolonged use at low doses as in factory farms — the more antibiotic-resistant microbes will become. Bacteria and viruses are also notoriously promiscuous, swapping genes across species and even across genera, creating what the Johns Hopkins researchers call “reservoirs of resistance.” “In some pathogens, selection for resistance also results in increased virulence,” they note. In other cases, otherwise harmless microbes can transfer resistance genes to pathogenic species.

There also are indications that factory farm conditions make animals more likely to excrete pathogenic microbes — suggesting another mechanism by which conversion to more humane farming methods would offer greater protection for human health.

Routes of Transmission

Most so-called bio-containment procedures for confinement livestock operations are more concerned with protecting the crowded animals from disease outbreaks than from preventing human pathogens from escaping into the wider environment. As the report from the Pew Commission points out, every step in the industrial farm animal production system holds the potential for disease transmission, from transportation and manure handling, to meat processing and animal rendering.

The increasingly globalized nature of the farm animal production system means that live animals, as well as fresh and frozen meat, are constantly crossing international borders, ensuring that diseases present in one location will soon spread elsewhere. But the biggest transmission route is waste: Confined livestock operations in the United States produce three times as much waste each year as our country’s entire human population — and yet all that manure is much more loosely regulated and handled than human waste. Antibiotic-resistant microbes, as well as the antibiotics themselves, are now widely present as environmental contaminants, with unknown consequences for everything from soil microorganisms to people. Canada’s largest waterborne disease outbreak, which infected 1,346 people and killed six, was traced to runoff from livestock farms into a town’s water supply. The U.S. Geological Survey found antimicrobial residues in 48 percent of 139 streams tested nationwide from 1999 to 2000. Other studies have detected resistant bacteria in the air up to 30 meters upwind and 150 meters downwind of industrial hog facilities.

A wealth of evidence links industrial meat and poultry directly with foodborne illness. When dioxin-contaminated chicken feed led to the removal from the market of all chicken and eggs in Belgium for several weeks in June of 1999, doctors there noted a 40 percent decline in the number of human Campylobacter infections. Repeated studies have concluded that as much as 80 percent of retail supermarket chicken in the United States is contaminated with Campylobacter. Similarly, the Centers for Disease Control and Prevention estimates that Salmonella-contaminated eggs caused 180,000 cases of sickness in the United States in 2000. E. coli O157:H7 is blamed for 73,000 illnesses in this country each year, including about 2,000 hospitalizations and 60 deaths.

Although thorough cooking and careful handling can minimize your risks, antibiotic resistance raises the stakes when someone gets ill: “One in two human cases of Campylobacter, and one in five cases of Salmonella are now antibiotic-resistant,” says Steve Roach, public health program director for the Food Animal Concerns Trust and a member of the executive committee for the Keep Antibiotics Working coalition. “And when you have antibiotic resistance, you have more complications, more blood infections, more mortality.”

In fact, public health experts are beginning to suspect that a whole host of infections not previously thought of as food-related may ultimately be linked to the overuse of antibiotics in animal agriculture. Researchers at the University of California-Berkeley, for example, traced a multi-state outbreak of urinary tract infections among women in 1999 and 2000 to contamination with a single strain of drug-resistant E. coli found in cows. Dr. Lee Riley, lead author of a paper on the findings published in Clinical Infectious Diseases, cautioned that the findings indicated that “the problem of foodborne disease is much greater in scope than we had ever previously thought.”

And then there’s methicillin-resistant Staphylococcus aureus, or MRSA. Previously confined largely to hospitals, MRSA is now killing more people in the United States each year than HIV/AIDS. A series of recent studies in Europe have demonstrated a strong causal link between MRSA and intensive pig farming in the Netherlands, Germany and France. Little or no data are available on MRSA in animals in the United States, but the bacterium is widely present on pig farms in Canada, which sells millions of live pigs to the United States annually, so it seems pretty likely it’s in U.S. pig factories, too.

All in all, the CDC reports that 2 million people in the United States now contract an infection each year while in the hospital. Of those, a staggering 90,000 die — a toll higher than that from diabetes. Numbers such as that are prompting some medical investigators to suggest that we may be entering a “post-antibiotic era,” one in which (as a paper published in Environmental Health Perspectives in 2007 put it) “there would be no effective antibiotics available for treating many life-threatening infections in humans.”

Connections such as these aren’t always easy to prove, however, especially for drugs that have already been in widespread use for decades, which is one reason why regulations to reign in the non-therapeutic use of antimicrobials have so far been largely lacking in the United States. The pending approval of an antibiotic called cefquinome to treat respiratory diseases in cattle offered a recent test case. Cefquinome is similar to cefepime, a last-resort antibiotic used to treat serious infections in people. (Both are fourth-generation cephalosporins, one of the small number of new antibiotics developed in recent years.) The FDA’s Veterinary Medicine Advisory Committee, along with the Centers for Disease Control and Prevention and the American Medical Association, recommended against approval, warning that using cefquinome for animals would almost certainly render cefepime less effective for humans. But the FDA has apparently caved to industry pressure, claiming it lacks the authority to deny the drug companies’ request.

The Way Forward

Fortunately, there is a better way. No one wants high-quality food to be unaffordable, but increasingly it appears that as a human species we need to strike a better balance between cheap food and safe food. Sweden and Denmark have led the way over the past two decades in the development of commercial farming methods that minimize antibiotic use. Alternative management strategies include improving animals’ diets, changing weaning practices for pigs, cleaning facilities thoroughly in between groups and being more careful about mixing animals coming from different locations.

Scandinavian producers weren’t necessarily happy when their countries’ ban on non-therapeutic uses of antibiotics was put in place, but they’ve come to realize that they can still run profitable operations without them. Researchers in this country have shown that the same is true here: In 2006, a team at Johns Hopkins used data from poultry giant Perdue to show that the small advantage in weight gain associated with non-therapeutic antibiotic use was canceled out by the cost of the drugs. Organic farmers in many parts of the world have also shown that livestock can be raised profitably and humanely without the use of antibiotics.

“This is not a necessary problem,” says Lance Price, scientific advisor for Johns Hopkins’ Center for a Livable Future. “If you look at all the stakeholders in this equation — you and me, the doctors and hospitals, the producers — everyone but the drug companies can entertain alternatives. The only group that stands to lose from a more responsible use of antibiotics is the drug companies.”

A bill introduced in Congress in 2007, the Preservation of Antibiotics for Medical Treatment Act, was one attempt to address these issues. Sponsored by Rep. Louise Slaughter, D-N.Y., the only microbiologist in Congress, and Senate Health Committee Chairman Edward Kennedy, D-Mass., the bill would have withdrawn approvals for feed-additive use of seven classes of antibiotics of value to human medicine and required producers of agricultural antibiotics to provide data to public health officials on the usage of the drugs they sell.

The costs associated with continuing industrial farm animal production are enormous. If it’s allowed to continue, industrial production as currently practiced could eventually eliminate a lot of other farming options (in addition to making a lot of us sick). As one Midwestern organic farmer explained to me, it’s simply not possible to raise pigs organically if you live too close to a confinement facility: The pathogen pressure is too intense. “Iowa has become a sink for pig diseases,” he said. They’re just in the air, and you can’t avoid them.

5 Nasty Microbes Linked to Factory Farming

Campylobacter: This is the most common cause of foodborne diarrheal illness in the United States, causing an estimated 2 million cases each year. Most don’t require medical treatment, but a small number (approximately 50 per year) end in death. Chicken and turkey are the usual sources: Studies have shown that most conventional chicken is contaminated when it leaves the processing plant. Rising numbers of Campylobacter infections resistant to a class of antibiotics called fluoroquinolones led the FDA, in 2000, to seek to ban fluoroquinolone use in U.S. poultry production. The ban was held up in court by drug maker Bayer, but was finally put in place in 2005.

MRSA: Staphylococcus aureus is a bacteria widely present in our environment and usually harmless, but in susceptible individuals it can cause life-threatening infections. Methicillin-resistant Staphylococcus aureus, or MRSA (pronounced “mir-sah”), used to be primarily a problem in hospitals, but these days, cases of MRSA are increasingly likely to be “community-acquired,” and evidence suggests that factory farms are a source. MRSA can be spread by human or animal carriers with no signs of illness; a recent study found that nearly half of Dutch pig farmers, and 39 percent of pigs in Dutch slaughterhouses, were carriers of MRSA.

Salmonella: This is another bacteria causing frequent and sometimes serious foodborne illness, with an estimated 1.4 million U.S. cases each year, including 18,000 hospitalizations and 600 deaths. Salmonella can contaminate beef, poultry, eggs and even vegetables. Antibiotic-resistant Salmonella is on the rise: One strain, known as DT104, is resistant to five major antibiotics used in humans.

E. coli O157:H7: Most Escherichia coli bacteria are harmless, but a few strains, including the notorious O157:H7, can be deadly. Ground beef is the most common contaminated food source for people, but as the spinach scare of 2006 showed, other foods can also be affected. The toxic strains are linked to conditions in beef feedlots.

Enterococcus: Enterococci are a widespread group of intestinal bacteria that can cause serious infections in other parts of the body. Antibiotic resistance is a major concern with Enterococcus faecium, the strain most commonly associated with illness in people. In Europe, vancomycin-resistant Enterococcus (VRE) is a widespread environmental contaminant, where its emergence has been linked to agricultural use of avoparcin, an antibiotic closely related to vancomycin. In the United States, VRE is more often found in hospitals, and doctors are running out of treatment options: About 4 percent of VRE patients no longer respond to the antibiotic Synercid, a last-defense drug which is unfortunately related to virginiamycin, widely used in U.S. animal agriculture.

What You Can Do

Reduce the amount of meat in your diet. Industrial farm animal production is driven by rising global demand for meat. Healthy protein alternatives include whole grains, beans, nuts and dairy products. Think of meat more as a seasoning (as in soups and stews), not an essential, three-meals-a-day main course.

When you do eat meat, buy from local farmers practicing humane, sustainable methods. Seek out meat and dairy products labeled as “raised without antibiotics,” and tell your local market manager you’d like to see more such products on store shelves.

Contact your Congressional delegation and ask them to support legislation to limit antibiotics in livestock feed, such as the Preservation of Antibiotics for Medical Treatment Act, introduced to Congress in 2007.

Joel Salatin on Safe Food

Sound Science is Killing Us

By Joel Salatin

At a recent House committee hearing in Richmond, Virginia, the state Commissioner of Agriculture, Carlton Courter–seated next to me at the polished oval table that only government buildings

contain–proclaimed that “raw milk is just as dangerous as moonshine.”

That statement, of course, was based on “sound science.” Seated behind him were credentialed experts, the representatives of sound science. From industry personnel to Virginia Department of Agriculture and Consumer Services bureaucrats to Federal Food and Drug Administration academically credentialed professionals, all trumpeted forth sound science as the Holy Grail. With one voice, all of these cultural elites extolled the virtues of rBGH, irradiation, genetic engineering and pasteurization as representing sound science.

Those of us at the committee hearing who would dare to ask for consumer choice were called “borderline criminal” in our intent, because sound science has proven that consumers are incapable of informed, responsible, rational decision-making. These experts have done their consumer surveys, and they know that sound science proves that food choice is tantamount to Russian roulette on a plate. Only government food is safe food. Sound science dictates what is safe. No other standard will do. Only T-bone steaks wrapped in million-dollar, agriculturally prohibited, quintuple-permitted, government-sanctioned processing facilities are fit for human consumption. I can’t buy a pound cake from a neighbor girl who

whipped it up and baked it in the family kitchen. That’s not safe. Sound science has thus decreed.

But Coca-Cola is safe. McDonald’s Happy Meals are safe. So is irradiated food. Genetic engineering is the darling of sound science. And until just a couple of months ago, sound science decreed that

feeding brains and spinal cords to herbivores was state-of-the-art technology. Now the denizens of the ivory towers are debating whether or not to eliminate the feeding of chicken manure and dead chicken

carcasses to herbivores. Rest assured, when the edict comes down from the powers that be, it will be based on sound science.

Things are getting crazy. I’ve decided we all need some relief from sound science before it kills us. Please, relieve us from sound science. If all this is sound science, I want no part of it. And yet it is worshipped daily on the news by a fawning media too preconditioned to question pontifications from credentialed

scientists.

It’s time those of us in the alternative community shout a new truth from the housetops: “Science is not objective!” I’ve tried out this statement at several conferences this winter, and the result is a hushed, incredulous, shocked audience. Our Greco-Roman, Western, compartmentalized, disconnected, fragmented, linear, reductionist culture is steeped in the notion that we, more than any other people

in history, are scientific. We wear the mantra of science as if it bestows everlasting life.

At the risk of being labeled a Luddite, I would suggest that equally powerful is what is not readily observed. Matters of the heart. Belief systems. Soul. This is a decidedly Eastern approach: holistic,

connected, we’re all relatives, community, we. Science without soul is just as imbalanced and whacky as soul without science.

In his classic book Paradigms: The Business of Discovering the Future, Joel Arthur Barker notes, “The essence of the pioneering decision is: Those who choose to change their paradigms early do it

not as an act of the head but as an act of the heart.”

Eco-agriculture, to use the preferred Acres U.S.A. moniker, was developed by paradigm-challenging pioneers. From J.I. Rodale and Louis Bromfield to Charles Walters and Phil Callahan, these framers

of a new paradigm approached agriculture with a heartfelt, intuitive sense that all was not right down in the halls of the USDA. While farmers were dusting their children and cows with tons of DDT, these

pioneering thinkers did not yet know about the legless frogs and sterile salamanders that would be part of its toxic heritage.

But their morality, their ethics–their souls–demanded an alternative view. Daily I am assaulted by the cultural elite as being “unscientific.” What could be more unscientific than putting chickens out on pasture? Here in our neck of the woods, where the vertically integrated poultry industry got its start, I am known as a bioterrorist, because red-winged blackbirds, starlings and sparrows can touch our chickens–and thus, the reasoning goes, transport their diseases as they do to the immuno-deficient sound-science birds compressed in inhumane, fecal-factory, concentration-camp mausoleum

houses.

Pigs out on pasture is a backward notion relegated to a bygone era–while sound science gave us first the confinement hog house, which necessitated the docked tail due to stressed pigs biting each other, and today is driving government-funded research to find and eliminate the stress gene so these inhumanely compressed pigs won’t try to eat each other. The ultimate goal of sound science is to make pigs satisfied with their grotesque anti-pig quarters.

While I appreciate some of the scientific discoveries of our day, I also appreciate their limitations. I kind of like electric lights, four-wheel-drive tractors with front-end loaders and the low-impedence electric fence, to name just a few improvements. But when scientific discovery is used to destroy heritage wisdom contained in the DNA and the innate pigness of a pig or chickenness of a chicken, then it ceases to be an instrument of good and becomes instead an instrument of evil.

A diesel tractor can either pull an anhydrous-ammonia-fertilizer injector, or it can pull a manure spreader full of compost. It is the heart, the soul, the belief system that determines how technology

will be used. Electricity can be used to power feed augers and ventilation fans, medication timers and artificial lights in a confinement poultry house, or it can power an energizer hooked to high-tech, information-dense, polyethylene-stainless-steel-threaded poultry netting in a pasture setting. The belief system defines the use.

Many of us who have been in this eco- farm movement for a long time remember the early sound science experiments on land-grant research plots. In one infamous example, two plots that had been used for

countless toxic studies for decades were designated the organic plots, while two others were designated the conventional plots. Master’s degree students dutifully planted corn in each plot, The organic ones received no amendments. The conventional ones received the regular dose: fertilizer, herbicide, pesticide.

At the end of the season the two crops were measured, and the organic was woefully lacking. Plugging the results into a computer proved beyond a shadow of a doubt that half the world would starve under

organic farming. That finding of sound science became the backbone of the industrial warning against large-scale organic farming. Of course, anyone whose heart is in the right place understands that

organic by neglect is far different from organic by design.

Witness the current research regarding genetically engineered food. Corporate giants have carefully selected mature rats in their feeding trials to avoid ill effects. In Scotland, when pre-pubescent rats

were used under the same feeding regimen, all sorts of maladies occurred–poor organ development and behavioral changes. The agenda defines the discovery, and the heart defines the agenda.

Wall Street science will only find what satisfies Wall Street. The fact that it is championed as sound science makes it no more sound or truthful than a cult leader on an ego trip. Anything trumpeted as

“science” needs to be filtered through the heart. And if it is touted as sound science, you’d better filter it twice. It’s almost like the adjective “sound,” when linked with “science,” is a dead giveaway for: “We’re really making this one up, so we’d better dress it in more profound verbiage.”

The problem with sound science is that it changes every day. Look at the many instances of what has been commonly accepted as sound scientific practice, but has later been proven disastrous.

Here are a couple of examples:

  1. *Spreading manure on dormant ground. Now it’s illegal in many areas because this material is winding                                            up in city water supplies. Intuitively, I know that nature does not apply soil amendments in the

winter because the living soil cannot metabolize nutrients when it is hibernating. I don’t need a bunch                             of scientists to tell me that.

  1. *Feeding brains and spinal cords to herbivores. Duh! Herbivores in nature never eat carrion, or grain- based diets, or fermented forage, for that matter. I don’t need scientists to tell me that feeding herbivores dead animals may not be a good idea.
  1. *Dusting everything with DDT. Not too long ago, this was the universal elixir, the key to the Green Revolution. Intuitively, I can’t figure out why I should use a bunch of stuff with the suffix -ide (Latin for death) to grow my food. It doesn’t take a rocket scientist to figure that out.
  1. *Cleaning out and sanitizing poultry houses. Now most farmers are aerating the bedding between batches to stimulate decomposition and encourage nature to grow the good bugs. We’ve been doing this for decades on our farm because virulent decomposition is nature’s sanitation model. No scientist needs to tell me that.

What are the new darlings of sound science? Irradiation, genetic engineering, more concentration, less domestic production, and a Wal-Mart on every corner stocked to the hilt with Archer Daniels

Midland, amalgamated, extruded, reconstituted, chlorinated, adulterated, manipulated, constipated pseudo- food. The only problem with this scenario is that the 3 trillion critters inhabiting my intestines–and yours–were not designed for these Wall Street concoctions. These critters don’t know anything about the liberal left or the religious right. They don’t even know who is running for president. They certainly aren’t familiar with the term “sound science.”

Nevertheless, if we do not respect and honor them, they will fail to function as the Creator planned–and if they fail, no miracle from sound science can reenergize them. I’m betting on heritage wisdom.

I’m betting on moral and ethical parameters that make sense to my heart. Everything else must fit that template. In eco-agriculture, we must boldly and humbly hold fast to our heart. It is what anchors us.

It is what moors us to truth when our culture vacillates every Monday morning with the latest discovery from sound science–not. Enjoy science, but only when it reinforces the spiritual, the heart. This reduces confusion and liberates the soul.

About the Author

Joel Salatin is a third generation clean food farmer who has refined

techniques for production of pastured animals that improve the

quality of the land, provide healthy food for consumers and bring a

fair return for farmers He is the author of four books on innovative

farming and has been interviewed for numerous radio and television

programs. His Shenandoah Valley farm was featured in National

Geographic and Smithsonian Magazine. His books , including You Can

Farm, Salad Bar Beef, Pastured Poultry Profits and Family Friendly

Farming, can be obtained from AcresUSA at (800) 355-5313.

Defining “food safety” and thanking cowboys

By Linn Cohen-Cole

The slew of fake “food safety” bill in congress threaten us all and our democracy.

Some don’t believe that, but they would probably be happy to make sure that certain things are FOR SURE not in those bills.

So, it’s a simple thing to start with what CANNOT be in those bills before adding anything to them, for adding to what is there would dangerously legitimize them and that must not, under any circumstances or in any way, happen.

You will see list below.  If you can think of more items that are important, that would be great because the point is to make the bills safe and have them actually make our food safe, and this is something that should have included us, but didn’t.

To begin:

First off, in legal and solid language, any bills must make clear only industrial facilities are included.

Then, the bills (all of them, and there are a slew) MUST EXPLICITLY exempt from these bills and all government control:

all private holding of seeds – individual, farmer, seed exchanges, seed banks, etc.

all small farms including all soil, all water, all crops and all animals on them,

all gardens,

all homes,

all farmers markets,

all CSAs,

all roadside stands,

all small producers of food,

all farm to consumer sales,

all consumer choice over food,

all farm equipment (harvesting, transporting, seed cleaning),

all natural things on farms (manure, agricultural water, wild animals, birds, earthworms),

all natural methods of farming.

And the bills MUST ASSERT AND GUARANTEE:

full and inviolate property rights of farmers,

protection from the government bankrupting farmers, ever, through penalties,

the erasure of all data on farmers put on the data bank,

and full due process in all aspects in all our laws, etc.

And the bills must begin the decentralization of our food supply as well as reintroduce local food processing.

The bills must prioritize every and all possible protection of small farming.

PROTECTIONS:

Must outlaw all raids on farmers.

Must specifically strip Homeland Security of surge capacity for search, seizure and destruction of crops, animals and equipment, and all war on terror regulations threatening small non-corporate farming, including the government taking over farms for any purpose, at any time, for any use.

Must outlaw stacking of penalties against farmers.

Must encourage (rather than restrict) farmers’ putting on their websites (or in other ways) any truthful information and independent studies about their food (the same being true for supplement companies using that same truthful information and independent studies) that is of relevance to consumers.

Must insert strong and multi-layered due process protections between farmers (and their crops, products and animals) and our government which must not be allowed to ever use “disease outbreak” and “contamination” as its means to destroy wipe out their animals or crops so as to insert genetically engineered animals and crops, as a means of even more strangling monopoly over food and reduction of farmers to mere leasers of animals and seeds.

Must provide labeling of all genetically engineered food.

Must provide, on food derived from industrial feedlots, CAFOs, and processing plants, clear labeling of pesticide levels, of antibiotic residue levels, of hormone residue levels, of drug residue levels, of heavy metal levels.

Must provide country of origin labeling that is explicit to each country, with no mixing of products.

Must provide strict prohibitions and large penalties against corporate employees holding any jobs within the USDA and FDA,

a serious conflict of interest.

Must outlaw any legislator who receives PAC money from agribusiness from ever introducing bills pertaining to agriculture, and ever being on any committees or subcommittees in relation to agriculture, or voting on any bills relating to agriculture – all a serious conflict of interest.

Must reject in advance any and all bills that in any way reduce our country’s control over its own health standards and instead increase international control over food here, vesting power in the WTO and reducing our standards and our own control.

This is an incomplete list.

These bills must begin the decentralization of our food supply for the safe of true food safety and also food security and the bills must increase the independence of our food supply by including strict rules and penalties in the bills pertaining to no governmental interference at any point in direct farm to consumer sales.

And the fundamental survival needs for everyone – based on the rights of our farmers to farm, the rights of our gardeners to garden, the rights of all citizens to choose whatever food they wish without government interference, and especially the rights of all of us to own seeds and have water sources – must be GUARANTEED in these bills as basic human rights, as basic to our democracy, and as basic to life, itself.

This list takes the “I didn’t see that there” confusion out of an astoundingly vague and broad bill and begins to make it highly specific, and today, not a year from now, so the public can know what is involved and how it will affect them.

This list begins to lay out what “food safety” actually consists of.  Once that is done, then it will be easy to see which legislators are truly interested in “food safety.”

Take action — click below to contact your local newspaper or congress people:

Withdraw HR 875 immediately as well as SR425, HR 814, and related bills. They will destroy our small farmers, take control of seed, and trap us into GMOs and an industrial system just as we are turning a corner toward local, organic, sustainable sanity..

http://www.usalone.net/cgi-bin/oen.cgi?qnum=7478

Now, here are people you can thank for fighting these bills.  Here is a link to an R-CALF video which is well worth your time.

Editor’s Note: The second video below is what the author has recommended. It is a 5-min. segment from an entire film on the subject.  The first video is the introductory segment of that video (also 5 mins.), which OEN readers may find useful and informative. Click here for more videos by R-Calf.

http://www.youtube.com/user/laurelrcalf

These are people the left needs to meet – conservative, independent (non-corporate) cattlemen who believe in “fair trade” and real competition, and fought and miraculously stopped the JBS Swift merger (threatening control of 90% of beef in the world, vertically integrated).  And for a long time, single-handedly, they have held off NAIS (the dangerous core to the power in these bills and the beginning of chipping all animals and eventually, through Smart Grid, tracking everyone).

They are American heroes.  In an economy that has been shipped overseas, they have fought for local and American industry here.

They need us to all show up now.

And isn’t it way past time we realize these are not right or left issues we’re fighting but the destruction of our constitution since the Patriot Act went into effect?

Were it not for R-CALF, an organization most people have never heard of, NAIS would have sailed through by now and along with it, many other controls over food, land and seed.

Here is a link to let Congress and your local paper know how you feel about all this.

http://www.usalone.net/cgi-bin/oen.cgi?qnum=7478

And for those of you who feel the inclination to be part of this fight, reach R-CALF and feel what it’s like to stand with American cowboys against Simon Legree who’s back in with a pack of lawyers, twirling big slick mustaches, with a gleam in their eye to steal our ranches, our farms and everything else.  Offer to help out.  Offer to use lists you have access to.  Offer to post their video every place you can with a message from you about why this matters to us all.

Make this is the moment when right and left become friends and take on the bad guys together.

Author’s Bio: Met libertarian and conservative farmers and learned an incredible amount about farming and nature and science, as well as about government violations against them and against us all. The other side of the fence is nothing like what we’ve been taught to assume but great people with immense decency.

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