***Updated July 6th***
A highly distressing new report from Friends of the Earth Europe: ‘Weed killer found in human urine across Europe‘. If you live in the UK there’s a 70% chance that you have Glyphosate, the active ingredient in Monsanto’s herbicide, Roundup, in your body. What’s it doing to you while it’s in there? How long does it stay? How can you get rid of it or at least build up a personal resistance as the superweeds have done? Answers to these questions are not available because of the usual industry-sponsored silence.
I definitely have it in me because we carry it around in the back of our work van all week (garden maintenance). I’ve refused to use it personally but my coworkers aren’t so scrupulous. I’ve worked on a Roundup-sprayed driveway at least once, suffering mild headaches, dulled awareness and difficulty engaging with the outside world for a number of hours afterward. (I figure I’m basically a plant person now so it’s bound to affect me more than the average post-industrial human being…) One of my colleagues has developed the recent worrying tendency of suggesting we reach for the weed-killer when this proves more economical for our time than weeding by hand, although the cost of the chemical – in more ways than one – gets passed on to the client. They responded to news of this recent report with tangential comments about the safety of drinking water, ignoring the threat sitting right there, a few feet away. I really don’t want to be around when they commit these atrocities, if I can’t first persuade them to not do it. My boss, who has previously worked with Monsanto and accepts their safety claims at face value, is broadly sympathetic to my decision (he doesn’t spray it on his own garden, possibly in part because of the concerns I’ve expressed) but insists that the herbicide has a place in the service we provide, again for economic reasons when it’s cheaper to do the requested work that way, eg: clearing weeds [sic] off driveways, patios etc.
Anyway I recommend reading through some of the different pdf sections via the above link to educate yourself a little about this chemical and the corporations pushing it on you. It’s not just direct contact you have to worry about. As they say, ‘All volunteers who gave samples live in cities, and none had handled or used glyphosate products in the run up to the tests’ and:
Once applied, glyphosate and its break down products are transported throughout the plant into the leaves, grains or fruit . They cannot be removed by washing, and they are not broken down by cooking . Glyphosate residues can remain stable in foods for a year or more, even if the foods are frozen, dried or processed . (‘Human contamination by glyphosate‘ – pdf)
Even if you’ve found a way to avoid ingesting GM foods you’re probably not safe thanks to an insane practice used by farmers called ‘dessication’:
glyphosate-containing herbicides may be sprayed just before harvest onto non-GM cereals, pulses, sunflowers and oilseed crops. This is done to remove weeds and dry out the grains (ibid.)
ie: to kill the plant and pump it full of poison just before it gets isolated from the environment and passed on for consumption by humans. Genius.
But it’s not all about us of course. I found the ‘environmental impacts of glyphosate‘ (pdf) to be the most harrowing read. Turns out that, contrary to Monsanto’s lies*, glyphosate does not biodegrade, stay where you put it, cause no harm to mammals, birds, fish, pets, children, gardeners… In fact it fucks up the lives, lifecycles, hormones, body development and ecological feeder relationships of birds, butterflies, frogs, fish, mussels, invertebrate insects, ocean- and river-dwelling microfauna, and, of course, plants – ‘undesirable’ or otherwise. Anything it touches, basically. Read this and weep, made especially compelling after the recent news that 60% of species in the UK are in decline:
Common weeds can be important food sources for insect, bird and animal species in agricultural areas. Weeds provide food and nectar sources for insects, which in turn feed birds. Weed seeds can also be vital winter foods for many declining bird species, such as corn bunting and skylarkxxxi. Farm Scale Evaluations (FSE) of GM crops in the UK between 1999 and 2003, examined the number of weeds and their seed production in non-GM intensively-managed sugar beet fields, compared with those in GM glyphosate resistant sugar beet cropsxxxii. The results showed a significant loss of weeds and weed seeds in the GM glyphosate resistant sugar beet, compared to the conventional crop. The UK government’s scientific advisory committee spelled out the significance of the results, stating that ‘if [GM glyphosate resistant] beet were to be grown and managed as in the FSEs this would result in adverse effects on arable weed populations [which] would be likely to result in adverse effects on organisms at higher trophic levels (e.g. farmland birds), compared with conventionally managed beet.’xxxiii
A follow-up modelling project concluded that the effects of GM glyphosate resistant crops could affect different species, depending on their feeding and life cycle requirements. The authors noted that, in the results of their model, “Skylarks showed very little response to the introduction of GMHT rape. By contrast, the consequences of introducing GMHT sugar beet were extremely severe, with a rapid decline, and extinction of the skylark within 20 years. This contrasts with the cirl [sic] bunting, which showed little response to the introduction of GMHT beet, but severe consequences arose as a result of the use of GMHT rape”xxxiv.
Join the dots, people.
I think I’m going to start wearing a black armband with the extinction symbol on it:
Otherwise, I believe the roots of dock, dandelion and burdock are the place to go to get support for an overloaded liver and kidneys. But I consider it insufficient to merely adapt to the new toxic status quo in this way. What I’d like to see is the toxic behaviour of Monsanto et al cut off at the source so the planet no longer has to deal with the cascading negative effects of their appalling chemical weapons in the first place. Here’s a petition for starters, but I don’t think it’ll be enough on its own.
Oh, and this is what happens after long-term exposure to Roundup and/or Roundup-Ready GM crops (industry regulations only required a 90-day trial):
‘One of the rats fed GM maize NK603 for two years. The animal has developed an abdominal cancer tumour. Photograph: Tous des cobayes/J+B Sequences’ – source
In a peer-reviewed US journal, Food and Chemical Toxicology, [Professor Gilles-Eric Séralini, professor of molecular biology at Caen university in France] reported the results of a €3.2m study. Fed a diet of Monsanto’s Roundup-tolerant GM maize NK603 for two years, or exposed to Roundup over the same period, rats developed higher levels of cancers and died earlier than controls. Séralini suggested that the results could be explained by the endocrine-disrupting effects of Roundup, and overexpression of the transgene in the GMO.
Less toxic than table salt my arse.
* – A brief reminder of the claims made in adverts which a New York attorney forced Monsanto to pull back in 1996 – exhibits A through J:
a) Remember that environmentally friendly Roundup herbicide is biodegradable. It won’t build up in the soil so you can use Roundup with confidence along customers’ driveways, sidewalks and fences …
b) And remember that Roundup is biodegradable and won’t build up in the soil. That will give you the environmental confidence you need to use Roundup everywhere you’ve got a weed, brush, edging or trimming problem.
c) Roundup — biodegrades into naturally occurring elements.
d) Remember that versatile Roundup herbicide stays where you put it. That means there’s no washing or leaching to harm customers’ shrubs or other desirable vegetation.
e) This non-residual herbicide will not wash or leach in the soil. It … stays where you apply it.
f) You can apply Accord with … confidence because it will stay where you put it … it bonds tightly to soil particles, preventing leaching. Then, soon after application, soil microorganisms biodegrade Accord into natural products.
g) Glyphosate is less toxic to rats than table salt following acute oral ingestion.
h) Glyphosate’s safety margin is much greater than required. It has over a 1,000-fold safety margin in food and over a 700-fold safety margin for workers who manufacture it or use it.
i) You can feel good about using herbicides by Monsanto. They carry a toxicity category rating of ‘practically non-toxic’ as it pertains to mammals, birds and fish.
j) “Roundup can be used where kids and pets’ll play and breaks down into natural material.” This ad depicts a person with his head in the ground and a pet dog standing in an area which has been treated with Roundup. (link)
I portrayed my boss too generously. Weedkiller came up in conversation between us during a lunch break and I mentioned this report and its main findings. At first he wanted to know, reasonably enough, what concentration of glyphosate the research found in peoples’ urine. I didn’t know at the time but went away and looked into it (results below) and may pass on my findings at some point. But after a short spell of silence I was treated to a barrage of denial, justification and misdirection. Highlights included ignorant smears against FoE (a leftist conspiracy against Monsanto: “They’re like a dog with a bone”, “They’re anti-business”, “They hate success”), evidence-free assertions that glyphosate isn’t as bad as some of the other chemicals out there (“I’m sure there are much worse things on my driveway”, “What about all the petrol fumes and machine oils?”), strong implications that there’s nothing you can do about it and you just have to accept & cope with it as best you can, blaming consumers for demanding cheap food with disregard for the consequences (an old disagreement – I think the manufacturing processes call the tune and people adjust their habits accordingly, largely because they have no choice. If it’s all demand driven why the need for so much advertising?) and reiterating the supposed economic imperative of the company needing to use Roundup because “If we don’t someone else will – they will get the work and we will lose out”.
I couldn’t think of any way to respond productively to all this, so I did my usual bit of listening while The Man With Experience lays out The Story of How Things Are, while making a conscious effort to keep it at arms length and not internalise it all automatically, reserving my own conclusions for a later date. For now, apart from having the usual Upton Sinclair quote ringing in my ears (‘It is difficult to get a man to understand something, when his salary depends upon his not understanding it’) I’m thinking this ‘If not me someone else – but worse’ is a bullshit excuse that has probably been used by every tyrant and holocaust-facilitator in history. But what’s the truly responsible course of action? Personal boycotts might be morally satisfying but they don’t really have an effect on the system as a whole unless coordinated and specifically targeted (so why not conspire against Monsanto :D ). Otherwise I think it’s broadly true that you just take yourself out of the competition, leaving another to take what would have been your share. You may not consider it to be worth taking in the first place, but that’s irrelevant if your concern lies with how things play out in the bigger picture. My unscrupulous colleague has more earning potential than me by not ‘turning down work’ in this way. One day this may be the crucial difference between us if the boss decides to lay one of us off. Whatever happens those driveways will continue to get sprayed in the meantime…
Maybe the answer lies in talking to the clients and wider public, ensuring this information gets out to them and perhaps persuading them to change their habits. Comparing the garden sheds of older and younger generations offers some hope – you often find a massive cocktail of lethal, long-expired chemicals in older sheds and much less in the younger ones, indicating a growing distrust of these industrial poisons and a greater inclination towards organic principles. But then, if this process of change is in reality driven by manufacturing practices and mass PR indoctrination rather than consumer demand, appeals to reason and emotion might not cut it. Answers on a postcard as usual!
Here’s the stuff on urine concentration:
Having checked out the original paper, I see that, of the ten samples from the UK, seven had a level of glyphosate higher than 0.15μg per litre of urine (the ‘Limit of Quantitation (LOQ)’ below which the chemical is apparently considered to not be present) – hence the 70% detection rate, which could actually be 100% as far as I can make out. The mean average is 0.47μg/L, second only to Malta at 0.82μg/L, with the lowest averages coming from Switzerland, Macedonia and Hungaria at 0.09μg/L. There were two UK results over 1μg/L with the highest coming in at 1.64μg/L, second only to the unfortunate individual from Latvia with 1.82μg/L (see table 4 on p.12). The paper gives a ‘reference value’ of 0.8μg/L but I don’t understand what this is meant to indicate and can’t make head or tail of their explanation:
The reference values for Glyphosate and AMPA are only tentative. They were derived from an urban collective (n=90) and are defined as the 95. percentile of the measured values. They were established by Medical Laboratory Bremen in 2012 during the process of the method validation. Strictly speaking they are only valid to the region of Bremen.
Any enlightening comments from someone from a more scientific background much appreciated! It doesn’t seem like regulators have decided on a ‘safe’ level of glyphosate in human urine. The main focus (and controversy) revolves around something Orwellian called ‘Acceptable Daily Intake’ relative to the total body weight rather than the fluid content of urine. In the EU this has been set at 0.3 mg per kg of body weight (mg = 1000x greater than μg) but there is a stink about the way in which they arrived at this figure – from the FoE report, ‘Concerns about glyphosate’s approval‘ (pdf):
One of the core purposes of pesticide safety assessment is to set the ‘acceptable daily intake’ (ADI) for people’s everyday exposure to the chemical, for example through residues in food. In its 1999 evaluation of glyphosate, the German authorities proposed a high ADI for glyphosate of 0.3 mg per kilogram of body weight. They calculated this figure by reviewing the industry feeding trials using glyphosate and choosing the one they felt to be most sensitive to the effects of the chemical. In this case, the German authorities considered the most sensitive test to be a rat feeding trial. From this they calculated the ‘no observed adverse effect level’ (NOAEL). The ADI was then set at 100 times lower than this . This ADI of 0.3 mg/kg was agreed by the European Commission, and is now law. But even four of the companies applying for approval of glyphosate differed in their interpretations of the industry feeding trials – based on the same studies; they suggested the ADI should be lower, ranging from 0.05mg/kg to 0.15 mg/kg .
In 2012, the ADI for glyphosate was re-examined by a group of scientists (including four professors) from universities in the UK and Brazil . When they looked at the industry-funded feeding trials assessed by the German authorities, they noted some studies showed adverse effects at lower doses than in the rat feeding trial, but these findings had been ruled out for various reasons. They claim this led to “significant bias” in the data used. They commented that, if all the industry-funded studies had been included, a “more objectively accurate” ADI would be 0.1 mg/kg bodyweight per day. The group then examined the findings of independent trials of glyphosate published in scientific journals since 2002. Based on these, they concluded the ADI should correctly be 0.025mg/kg bodyweight per day, or “12 times lower than the ADI… currently in force in the EU”.
The ADI for glyphosate is not monitored.
I don’t know how the concentration of glyphosate in urine would relate to the concentration coming in the other end. What seems obvious is that the approach of finding an ‘acceptable’ level of any poisonous substance favours the industry manufacturing that substance at the expense of those humans and nonhumans who get lumbered with the job of storing it in their bodies. ADI? Try UDI!