Is There Really A Chemical Free Park In Colorado?


The sign pictured above claims that there is a "chemical-free park" in Durango, Colorado.  Durango is a beautiful place, but unless this park is a hologram, it is made of chemicals.  In fact what makes the Durango area so beautiful are the chemicals that make up the mountains, rivers, trees and flowers.  Even the nice smell from the pine trees comes from terpenes.  A chemical.

Maybe the makers of the sign meant "synthetic chemical free," but the paint on the sign and any plastic parts of the baby strollers or running shoes that come to the park would be among the many synthetic chemicals there.

More likely what the sign meant to say is that there are no chemical pesticides used in the maintenance of the grass etc.  However, if this park has specimens of the beautiful Colorado state flower, the columbine, it definitely has a toxic pesticide.  Like many plants, columbines make their own insecticidal chemicals and in this case it is also reasonably toxic to people.
Look, don't eat!



Does This Matter?  Yes, Because Of The Natural=Good Delusion


The absurd "chemical free" claim for this park is a good example of the irrational but common belief that whatever is natural is "good" and whatever is "synthetic" is bad.  Let's call it the "natural=good delusion."  Reality doesn't work that way. The natural world is full of extremely toxic chemicals.  There are a great many synthetic chemicals that are perfectly safe. There is no automatic advantage to natural or disadvantage to synthetic.

Perhaps because we in the modern "civilized" world are so removed from natural settings, we don't tend to think about how many dangerous chemicals occur in the natural world.  Think about bee, wasp, spider or snake venoms.  These are natural chemicals that can sicken or kill you rather quickly.  I've had a personal, extremely unpleasant experience with a natural chemical that a sting ray injected into my foot at our local beach.  There are a number of mycotoxins which certain fungi can produce in our food supply.  We rarely hear about them because, fortunately, our food system does a great job of keeping them out. But in parts of Africa and Asia they are a leading cause of death - particularly from aflatoxin which causes liver cancer.

I could go on and on listing dangerous chemicals in nature, but I think the more important point is this.  Our naive assumption that natural=good is actually dangerous.  I'll give three examples.

The Natural Supplement Trade Vs Fruits and Vegetables


While it is certainly true that some natural chemicals can be beneficial to our health, we have a huge, growing and severely under-regulated industry selling "nutritional supplements" and "natural remedies."  Consumers in the US, the EU and Japan now spend a tremendous amount of money each year on supplements which frequently have no legitimate efficacy data or safety testing.  Most are probably safe enough.  Some may actually do something, but a great many are probably a just a waste of money.  The danger enters when people use a natural remedy instead of some much better documented alternative. A dramatic case would be Apple founder Steve Jobs' choice to use "natural and alternative methods" to treat his cancer rather than something offered by mainstream medicine.  Sadly, he died.

A disturbing and much more common phenomenon is that while Americans spend more and more money on natural supplements and remedies, they are not eating more fruits and vegetables, often citing cost as a barrier. There is extensive, high-quality science supporting a multitude of health benefits from eating produce, and all manner of health experts have been encouraging us to eat more of it for decades.  For instance one meta-study resulted in an estimate of 20,000 fewer cancer cases if 1/2 of the US population increased fruit and vegetable consumption by one serving a day.  We also now have an amazing array of high quality produce options available in our stores. And yet, as the most recent data from the CDC confirms, produce consumption trends remain flat.  It also shows that a huge proportion of Americans are still eating far less fruits and vegetables than they should.

So why don't Americans eat more produce? After all it is "natural!"  Some of this is probably cultural or driven by the convenience/lack of time in busy lives. Unfortunately, part of it may be that there are so many voices out there telling people to fear the synthetic pesticide residues on fruits and vegetables.  While there is excellent documentation every year from the USDA that pesticide residues on food represent no significant risk, certain, highly irresponsible voices and a credulous press promulgate the opposite message. Add to that the anti-GMO voices whose favorite meme is a huge hypodermic needle filled with suspicious looking colored liquid being injected into something like a ripe tomato. What a great way to encourage people to eat healthy fruits and vegetables!  (Um, by the way, the process of genetic engineering a plant involves absolutely nothing even close to that image, and most fruits and vegetables will never be GMO anyway)

The Offshoring of Organic

The Organic super-brand is both a promulgator and beneficiary of the natural=good delusion.  Organic food is not generally dangerous, but it does have a somewhat higher risk of food-borne illness because of its use of "natural" fertilizers based on animal poop (recent examples: peanut butter, eggs, leafy greens, bean sprouts) . People have died because of the enhanced risk, but fortunately not very many.

well, I guess hepatitis is natural...


The most important danger associated with organic comes with the increasing sourcing of organic ingredients from outside of the western hemisphere.  We just experienced that personally in my family.  At a recent party my wife was served some punch made with an organic frozen berry mix purchased at Costco which turned out to be contaminated with hepatitis-A.  Even though it was produced by a reputable Oregon berry growing company, for this product they used pomegranate arls imported from Turkey.  There is no good reason to be importing pomegranates when neighboring California is a major producer of that fruit.  The only reason was to get an organic version.  Perhaps the California organic pomegranates were too expensive.  Thus, because this berry company and Costco pandered to the organic, "natural" leanings of some of their customers, they put my wife and many other consumers at a completely unnecessary risk.  I'm not being anti-Turkish here, it is just that California producers and processors have serious HACCP systems in place to prevent things like transmission of HEP-A from workers to consumers, something that seems not to have been the case on some Turkish, organic farm or processor.  Costco is one of my favorite places to shop and they do many very good things with their produce buying, but they are playing with fire with organics.  My wife got a HEP-A vaccination yesterday, so hopefully she will be fine, but this was a case where the idea that natural=good was led companies down a bad path.

Organic food manufacturers are also increasingly importing foods like grains, fruit juice concentrates and frozen items from China (also milk products).  Even Organic Consumers Union and the Cornucopia Institute doubt the veracity of the organic claims from such a source, but consumers who believe natural=good are buying these foods in great quantities.   Again, in the pursuit of organic "naturalness" these companies are going to a source country that has polluted water and air, heavy metal contaminated soils, and frequent cases of mycotoxin contamination (peanuts and cooking oil, . Yet products with these imported ingredients are abundant in your friendly neighborhood "natural food store."  Once again, our natural=good delusion can be dangerous.

Russian Roulette with Raw Milk 

Believing that some magic essence of naturalness is lost when milk is heated enough to kill dangerous bacteria, raw milk enthusiasts are incurring entirely unnecessary health risks.  If it were just for themselves it would be one thing, but they are also often putting their children at risk.  Louis Pasteur must be rolling over in his grave!  Actually, for Louis' sake I hope there is no way that the dead know when their life saving contributions to humanity are discarded.

Conclusions


So, the natural=good delusion is both false and dangerous.  It contributes to poor eating habits.  It leads to wasted purchases or dangerous avoidance of medical advancements. It leads to increased imports of foods with higher than necessary risks.  It encourages some people to put their families at risk.

I love to visit Colorado, my native state (third generation!).  Since high school I've developed a problem with altitude, but if I take a synthetic drug called acetazolamide that slightly shifts my blood pH, my hemoglobin can bind enough oxygen to allow me to hike around at 12,000 feet with no problems.  The next time I go, I think I will go to that park in Durango and do a little graffiti.  I'll put a "NOT!" sticker on the "Chemical Free Park" sign.  Then I'll just enjoy looking at and smelling the chemicals!

Columbine image from curt

You are welcome to comment here and/or to email me at savage.sd@gmail.com.  I tweet @grapedoc.









Rogue Wheat Now Found In 127 Countries!


Rogue wheat is growing in wheat fields in 127 countries around the world! Should consumers be concerned?

Ok, I'm indulging in a poor imitation of the emotive language common in sensational writings about food issues. What I said in the paragraph above is all true, it's just misleading because of a lack of context. After the "crisis" of glyphosate tolerant wheat being found in an Oregon field, I thought it would be useful to put that event into perspective.  So...

Wheat 1.0


Wheat is largely a "saved seed crop," meaning that farmers set aside some of the grain from each harvest to use as seed the next year.  This is a practical thing for these growers to do because planting rates of wheat seed are very high (e.g. 80 or more lbs/acre) so it would be very expensive to haul bags or bins of seed very far.  Also, except for a little bit in Europe, wheat is not a hybrid crop, like corn, so it is not necessary to buy new seed each year to get the highest yielding types.  If a farmer plants the wheat from last year's crop, he/she will get the same kind of wheat in the new harvest... well, mostly.  Wheat is not pollinated by insects, but rather by wind, so pollen can blow in from another field where the variety might be different.  This is something like a 1% issue.  The wheat can get mixed over time because of little amounts left in combines or grain wagons.  Also, weed seeds can build up over time - that is definitely rogue genetics!  Over time, if only saved seed is used, the field will represent a mix of genetics.

The Genes My Friend Are Blowin' In The Wind


This "genetic drift" is problematic for wheat producers, because unlike some other major crops, there are extremely important quality differences between types of wheat. These differences are related to genetics, and the price a farmer can get for the crop often depends on being able to achieve certain standards.  There are specialists within the field of food science called "Cereal Chemists" who measure all sorts of properties of wheat to characterize lots of wheat/flour so that bakers and others can get the results they desire. (When I first heard the term cereal chemist I thought they were saying "serial chemist:" e.g. someone who keeps committing chemistry!)

Wheat is Not Just Wheat


Wheat is definitely not just one commodity.  There are very different wheats that have been bred over the centuries for very different purposes.  The major categories of wheat are "Hard" or "Soft," "Red" or "White," "Winter" or "Summer," and "Normal" vs "Durum."  So for baking an artisan bread or making pizza crust where "dough strength" is important you want a "Hard Red Spring Wheat."  If you want to make Asian soft noodles you want a "Soft White Spring Wheat."  If you want to make pasta, you want "Spring Durum Wheat."

The various types of wheat achieve their best quality in different geographic/climatic regions, but even within a region and a type of wheat, there are differences in quality based on the variety and the weather in a given growing season.  If you are a wheat farmer growing for any of those (or many other) specific markets, you have to be concerned about the purity of the genetics of the wheat in your field.  If you plant a high quality variety for a specific use, you can only replant with saved seed for a few years before genetic and/or variety drift - "rogue genetics" if you will - renders your crop of too poor quality for your market.

How The Wheat Industry Manages This Issue


This issue of genetics has been a very long-term challenge for wheat growers.  Long ago, the industry set up a system to deal with it.  Crop Improvement Associations were established in each state to oversee the careful production of specific varieties with enough isolation from other fields of wheat and with inspection to insure that the resulting "certified seed" is genetically pure enough.  In fact, there is a specialized verb, roguing, which refers to eliminating the genetic off-types in a seed field.  This is just part of how real seed production is done.

Certain farmers in every geography specialize in growing this seed, and they then sell it to their neighbors with a small premium above commodity grain prices to pay for the effort and the testing.  Because of this system, wheat growers can deliver wheat with specific quality requirements in spite of the unavoidable genetic drift in their fields.  If the quality requirements are super exacting (e.g. those who grow the varieties for Wheaties and other branded, specialty wheat products), it is often grown under a contract which requires that new certified seed is used for every planting.  Unlike corn and soy where the harvest is typically commingled in one big, efficient "river" of grain, for wheat, lot-by-lot "identity preservation" is common. Reliably delivering specific types of wheat to different customers is completely feasible.

The 2002 Intimidation of the North American Wheat Industry Didn't Have To Go Down Like That


As I've described in a previous post, GMO wheat was on the verge of commercialization around 2002 when European and Japanese buyers threatened to boycott all North American wheat if any commercial GMO wheat was planted. Threatened with the loss of lucrative markets, the US and Canadian growers reluctantly asked Syngenta and Monsanto to halt their commercialization plans.  What is sad is that standard certified seed and identity preservation mechanisms could have been employed to allow North American wheat growers to both enjoy the benefits of plant biotechnology and still meet the non-GMO demands of some of their customers.  All that would have been needed was a rational threshold for "adventitious presence" of tiny amounts of other genetics - something that is already commonplace for "rogue" genetics of other types.  When European millers buy Hard Red Spring Wheat from Canada or North Dakota, there are defined standards for how much of something else could be present because of carry-over from bins or harvesting equipment, etc.  In the grain industry it is not normal to have a zero tolerance - that just isn't practical.  The same should have been the case for non-GMO wheat.


The current "rogue GMO wheat" debacle in the Pacific North West never needed to happen.  All the regulatory approvals were on track to be granted and sizable field trials had been conducted.  Efforts were certainly made to prevent any gene flow from the tests to other wheat, but it would not have been some disaster if it had happened.  Again, the system was in place to manage that genetic issue just like every other one in this complex crop. Instead, the entire process was derailed setting things up for this "crisis" in Oregon today.  It will only be a crisis if the Asian customers respond irrationally.  Unfortunately, this is what they seem to be doing.

So yes, there is "rogue wheat" in fields in 127 countries.  Using time-tested protocols we can still have wheat that is genetically pure enough to make all the delicious foods we make from different kinds of wheat.  What happened in Oregon need not disrupt that if the customers will allow the industry to deal with it the way they deal with all genetic drift issues.

You are welcome to comment here and/or to email me at savage.sd@gmail.com
#GMOReason #wheat    @grapedoc

Photo of "Palouse Wheat Field Sunrise" from the Charles Knowles Gallery

I can't resist putting some data in a post, so here is a graph of world wheat planting based on FAOSTATS