He was found guilty of a) having Monsanto genetics on his land, and b) not advising Monsanto to come and fetch it.
He was not found guilty of brownbagging - obtaining the seed fraudulently. Indeed, all such allegations were dropped at the actual hearing, due to lack of evidence.
Regardless, in his 29 March 2001 decision (http://www.fct-cf.gc.ca(click on bulletins), Judge W. Andrew MacKay made it clear that how it got there didn't matter anyway. The guilt was the same. Specifically, "Yet the source of the Roundup resistant canola...is really not significant for the resolution of the issue of infringement..."
It also didn't matter that Schmeiser did not benefit - at all - from the RR seed. In order to derive any economic benefit from growing RR seed, you'd either have to:
He also lost the improved genetics resulting from his lifelong practice of saving his own seed to produce his own tailor-made variety of canola, as the crop was confiscated.
The harm that has been done to Percy and Louise Schmeiser, now in their 70's, is grievous. But of even greater concern is how this incomprehensible decision will affect all western Canadian farmers - regardless of whether they even grow canola, let alone GM canola.
The Problem(s) with Canola
Canola is a relatively primitive crop, and as such, retains many of the characteristics of a wild species. Unlike corn and wheat, which have been domesticated by over 10,000 generations of breeding,
Although canola is primarily a selfing species, outcrossing is in the range of 20-30%, and canola pollen can move long distances, several km at least, primarily via insect pollinators. The required isolation distance for hybrid canola seed is 800 m. Who is it that has to absorb the cost of installing an 800 m buffer between GM and non-GM crops on neighboring farms? Pollen has always moved - it did not start with genetic modification. But this is the first time we've called it genetic pollution, because the genes that move are proprietary(2).
To put these numbers into perspective, Alberta Agriculture has calculated that even at 0.2% outcrossing (with a neighbor's RR canola, for example), a crop yielding 25 bu ac-1 with 3% shattering losses would deposit 10,000 outcrossed seeds ac-1 or 4 outcrossed seeds per m2 (http://www.agric.gov.ab.ca/crops/canola/outcrossing.html). And that is just the genetic pollution from a single season. The lengthy dormancy interval of canola allows the seed bank of contaminated seed to accumulate in the soil with each successive year's addition.
Land can be contaminated with proprietary seed in other ways. If you intentionally planted RR canola [or any other herbicide tolerant (HT) canola variety], shattered RR seed would contaminate your soil next year anyway, and the next, and the next. Emergence of 'volunteer' canola in subsequent crops is nothing new in western Canada - but what is new is that the volunteer plants bear proprietary genes and are tolerant to one or more common herbicides.
You can also bring RR canola into your land inadvertently, as an unavoidable contaminant in your sown crop. Cross contamination of seed crops with GM seed is now so pervasive that seed companies will no longer guarantee "100% GM-free" even in the seed they sell to farmers, for any field crop that has been subject to genetic modification.
In the aggregate, these arguments explain the widespread occurrence of RR canola growing in places where it was never sown, and even where no canola has been sown, in western Canada.
The impossibility of reproductive isolation - both on-farm and post harvest - is nowhere better illustrated than the recent occurrence of contamination within Monsanto's own RR 'Quest' canola. Seed with an unapproved RR gene was found to contaminate bags carrying seed with the approved RR gene, obliging the urgent recall of thousands of bags of seed, some of which was already on-farm and being sown. This is just the latest example of cross contamination within the seed trade itself, of which StarLink contamination in the corn to be sown in 2001 is perhaps the best known example.
How then can farmers be held accountable for something which the seed trade itself cannot do?
Well, they can't, and even Monsanto knows it. So, Monsanto's position - which the judge inexplicably accepted - is that all the farmer has to do is call them up and they'll come out and deal with it. No matter how the proprietary genes got there, the judge held that the farmer is accountable for it, and they are obliged to inform Monsanto about it - or risk the fate of Schmeiser.
Between a Rock and a Hard Place
Now, this is an interesting conundrum. Put yourself in the position of a farmer. To appreciate the gravity of the choice on-offer, you need to appreciate how Monsanto's hired investigators operate. They come to the door, advise you that you're suspected of brownbagging, and offer you a letter stipulating what you must pay to avoid being formally prosecuted. Should you choose to pay the fee, you are also obliged to sign a letter which states that by signing, you agree to remain silent and tell no one about what has happened, or face further prosecution.
Let's say you know that you have one or more of Roundup Ready, Liberty Link, Navigator/Compas or SMART canola (tolerant to the herbicides glyphosate, glufosinate ammonium, bromoxynil, or some ALS inhibitors, respectively) on your land. You know this because, like Schmeiser, the plants didn't die when you used the corresponding herbicide. So - what do you do?
Do you call up the company (Monsanto, Aventis, Aventis, and/or Pioneer, respectively), inform them that you have infringed upon their respective patent(s), and ask them to come out for a visit - then hope they arrive with a sprayer and not a subpoena? If the latter, no one will ever know, will they? Or do you wait for a neighbor to report you for suspected brownbagging, using the anonymous hotline set up by Monsanto for that purpose?
If the respective compan(-ies)(3) come out and actually do spray out the offending plants, do you call them back again a few weeks later, when late germinating canola has emerged in your wheat or pea crop? How is it that they are going to eradicate these late germinating, potentially seed bearing HT plants, in your established crop? Will they compensate you for damage done to your crop in the process, or from spray drift (a particular problem with the herbicide of choice, 2,4-D) to your adjoining crops - or your neighbor's?
What if it was canola you were intending to plant in the contaminated field? You know that you will not be able to distinguish volunteer HT canola from whatever canola you've planted. You know that volunteer HT canola will set seed and shatter, just like your sown canola, re-contaminating the land with patent-infringing seed. By definition, if you grow canola on land known to have HT canola in the seed bank, your problems will necessarily amplify over time. Where you had one HT plant this year, you could have dozens next year. So - do you abstain from growing canola entirely? For how long, given that fresh contamination can occur annually?
Or do you take responsibility yourself for eliminating the proprietary plants? Do you adjust your crop rotation, your herbicide expenditures - and your bottom line - to cope with contamination that you did not want and could not stop, and that will reoccur annually so long as neighbors choose to grow HT canola?
Like the StarLink debacle which continues to haunt US corn growers, marketers, consumers, government officials, and the seed trade itself, the guilty verdict in the case of Percy Schmeiser illustrates some of the shortcomings of applying GM technology to field crop agriculture. Far from making food cheaper, GM technology will necessarily make food more expensive - and particularly - but not solely - for those who have chosen not to grow GM crops.
1. The sprayed 3 ac was harvested as part of the whole field. The seed from the sprayed plot was not separated from the rest of the grain, as would have been done if the intent had been to capture the RR trait for future use.
2. For the first time, they are also deleterious. No one minded when genes for higher yield or better disease resistant migrated into their crop. But when herbicide tolerance genes complicate weed control options, or GM contamination precludes capitalizing on the lucrative GM-free or organic markets - everyone minds.
3. You may have to deal with more than one, for the same plants. Doubly and triply tolerant canola has now been confirmed in western Canada, due to cross-pollination of one HT-plant with pollen from another HT-plant.