Image Credit : Mark Holderness
Mark Lynas betrayed more of his intellectual influences this week, when he tweeted as @mark_lynas “Colony collapse disorder – honeybees – not quite the environmental story it seemed:
Hmmm. That’s a piece from a new generation of Nordhaus-es, Hannah, writing for the Breakthrough Institute, founded by Ted Nordhaus and Michael Shellenberger, authors of “The Death of Environmentalism“, a document I truly regret wasting the paper to print. As I read it, I started scratching hot red comments in the margins, so many, that in the end the pages were more red than black-and-white.
Hannah’s piece, like her book, “The Beekeeper’s Lament“, is more delicate and considered, I think, but still shreds decades of environmental thought and much science, without any justification in my view.
She writes, “…very quickly, many journalists settled on neonicotinoids — pesticides that are applied to more than 140 different crops — as the likely culprit. It seemed a familiar story of human greed and
shortsightedness. With their callous disregard for nature, big chemical companies and big agriculture were killing the bees — and threatening our own survival. The honey bee’s recent problems have occasioned a similar rush to judgment. Before any studies had been conducted on the causes of CCD, three books and countless articles came out touting pesticides as the malady’s cause. Had I been able to turn a book around quickly, I might have leapt to the same conclusions. But I was late to the party, and as more studies came out and I came to better understand the science, I became less and less convinced that pesticides provided a convincing explanation for beekeepers’ losses…”
Her argument appears to be that pesticides are bad for other pollinators, not bees; but that this makes life harder for the bees, who then have to do all that pollination instead :-
“In steps John Miller, a boundingly energetic and charismatic beekeeper, who tasks himself with the care and the sustainable keeping of honeybees. He is descended from America’s first migratory beekeeper, N.E. Miller, who, at the beginning of the 20th century, transported thousands of hives from one crop to another, working the Idahoan clover in summer and the Californian almonds in winter. Back then beekeepers used to pay farmers to keep a few dozen hives on their land. But now farmers pay beekeepers millions of dollars to have their crops pollinated by upwards of ten thousand hives. With the rise of the monocrop and increasingly efficient pesticides, there are simply not enough natural pollinators to complete the massive task of sexing-up millions of acres of almond groves.”
This kind of writing seems to me like a lot of anti-green writing, where a straw man is set up, only to bow down and worship it. The central framework of fallacy appears to be :-
a. Environmentalists are zealous, and therefore crazy.
b. They believe pesticides are dangerous to bees.
c. They must be wrong, and pesticides can’t be all that bad for bees.
Let’s just read a little around that idea, shall we ? Let’s start with Wikipedia, just to make it easy :-
“For the majority of pesticides that are registered in the United States, EPA only requires a short-term contact toxicity test on adult honeybees. In some cases, the agency also receives short-term oral toxicity tests, which are required in Europe. EPA’s testing requirements do not account for sub-lethal effects to bees or effects on brood or larvae. Their testing requirements are also not designed to determine effects in bees from exposure to systemic pesticides. With Colony Collapse Disorder, whole hive tests in the field are needed in order to determine the effects of a pesticide on bee colonies. To date, there are very few scientifically valid whole hive studies that can be used to determine the effects of pesticides on bee colonies.”
Actually, it’s not just “mad environmentalists” who are concerned about the effect of pesticides on honeybees. Here’s just one scholarly paper :-
“High Levels of Miticides and Agrochemicals in North American Apiaries: Implications for Honey Bee Health”, Mullin et el., 2010.
What has this got to do with Climate Change. I can hear you asking ?
Well, it’s like this – in order to do intensive farming, agricultural chemicals are used on crops. Specialised herbicides, pesticides and fungicides are used on genetically modified crops, along with chemical fertilisers.
In order to convince people to accept Genetically Modified food, they’ve got to be encouraged to believe that pesticides, herbicides and fungicides are really alright.
Hence, pesticides cannot be fingered as a problem for bees, otherwise people might not accept GM crops…
Yes, it’s coming back round to tampering with our food genes. And it’s being sold to us as a cure for Climate Change.
At the bottom of this page there’s a transcript of a snippet from a television programme I was unlucky and incensed enough to have viewed yesterday. Called “The Wonder of Weeds”, it took us through the basic logic of modern-day plant breeding, including the role for genetic modification of plants – without once mentioning the words “life sciences”, “bioengineering”, “biotechnology” or even “genetic modification”.
The GM crops are presented as being the saviour of humanity, without once mentioning why conditions in the world may be damaging crops in new ways in the future, a lot of which will be due to climate change.
There was the usual category error – of confusing science with technology. Let’s repeat that one again. Technology is when you play with the genes of a crucial staple crop like wheat. Science is when you discover, maybe 25 years later, that it has had knock-on effects in the food chain. Oh dear. Too late for remorse – the genetically modified genome is now globally distributed.
The presenter of the programme, Chris Collins, didn’t even spot the cognitive dissonance of his own script. In the first part of the programme he talks about common weeds that are foreign invaders in the UK and cause untold trouble. In the second part of the programme he doesn’t even blink when he talks about modifying crops at the genetic level – not questioning that introducing foreign genes into vital crops might have detrimental, unforeseen impacts – rather like a microscopic version of the imported “plant pariahs”, Buddleia davidii, Rhododendron ponticum and Japanese knotweed. Oh yes, Oxford Ragwort, another introduction to the UK, is not such a hazard, but you can’t guarantee what happens when you get plant invaders.
I find it astonishing that such obvious propaganda on behalf of corporate plans to modify crops for their own private market profit is allowed into BBC television programming.
Climate Change is being used as the Trojan Horse rationale in which to bring GM crops to the UK, and elsewhere, as part of international agricultural development programmes. This is the ideological equivalent of a rogue gene inserted into the DNA of science. I find this an outrage.
I recommend you check the work of GM Freeze to counter this braintwisting manipulation.
And if you want a little bit more of an insider on what Dr Alison Smith, featured in the BBC show, is actually doing with her amazing knowledge of plants – it seems her work encompasses improving the production of alcoholic beverages, not feeding the world. I kid you not :-
“Glucosidase inhibitors: new approaches to malting efficiency : Alison Smith, John Innes Centre : Improving the efficiency with which barley grain is converted into beer and whisky would reduce waste and energy consumption in the brewing industry, as well as ensuring profitability. This project aims to improve the efficiency of malting, the first stage in beer and whisky production, by building on new discoveries about how barley grains convert starch to sugars when they germinate.”
What is the BBSRC ? This is a research programme that’s “infested” with corporate people – whose agenda is money-making, not philanthropy.
And what’s genetic modification of crops got to do with Mark Lynas ? Well, just read his new book, “The God Species“, and you’ll find out.
The plain fact in my view is that we do not need genetically modified crops in Europe. In Africa, they’re too poor to afford the chemicals to use with the GM seeds. And in the not-too-distant future, the price of the chemicals will shoot up because of Peak Oil and Peak Natural Gas, making GM crops inaccessible to those North Americans who currently use it. So this particular technology takes us nowhere forward at all. We need to manage water and the root causes of poverty rather than tamper with genes.
BBC 4 TV
Saturday 25 June 2011
“The Wonder of Weeds”
“Travelling around the UK and meeting experts in botanical history, genetics, pharmaceuticals and wild food, Chris Collins tells the story behind the plants most people call weeds.”
45 minutes 20 seconds
…And the massive irony of all this is that the very crop that has become a monoculture at the expense of weeds, wheat, was once a weed itself…
Plant scientist Professor Nick Harberd of Oxford University has researched the moment a weed became wheat.
Nick : “About half a million years ago, there was spontaneously, in the wild, nothing to do with human beings, a cross-hybridisation, a cross-pollination if you like, between two wild grass species…”
“…So one can imagine that humans were cultivating this wheat [10,000 to 12,000 years ago] in a field and then by chance a weed was growing within that field. And there was again a spontaneous hydridisation event beteen the cultivated wheat and this wild grass that was growing in that imaginary field.”
“The whole process made a plant that was bigger and more vigorous. And as a result of this we ended up with the wheat crop we all grow and feed off today.”
Nick can exactly recreate exactly how wheat and weeds crossbred in a lab today…
47 minutes 40 seconds
Weeds helped us out millenia ago and now scientists in the 21st Century have turned to weeds once again for one of the most important discoveries in plant biology ever.
It could save lives by creating a super wheat.
It all took place here, at the John Innes Institute in Norwich.
Alison : “So come on in Chris. You need to sterilise your feet here…”
Chris : “So this means we’re not bringing in anything nasty from outside…”
Alison : “That’s right. No thrips or viruses or anything else that might come in.”
Dr Alison Smith is head of Metabolic Biology here.
Chris : “This is the first time I’ve ever dressed up to go and see a weed.”
Alison : “We look after our weeds very carefully here.”
Alison’s team have been studying a small common weed called Arabidopsis [thaliana] or Thale Cress, which is now used as the model to map the DNA of all plants on the planet.
Alison : “Well this weed is incredibly easy for us to work on. And all plant scientists almost in the world take information from this weed. And many plant scientists only work on this little weed.”
“The reason why it’s really useful is that like a lot of weeds it goes from seed to seed really quickly, so we can get through lots and lots of generations, and that makes it easy for us to do genetic studies to understand how the weed behaves and what all of its genes are doing.”
“But also, about 20 years ago, plant scientists got together. And at that time they were working on lots and lots of different plants. And they decided, let’s work on one plant together that can become the model from which we can develop our understanding of plants.”
“So about the same time as we were sequencing the human genome, we started to sequence the genome of this little weed. So in 2000 we got the entire gene sequence of this weed, all of the genes are known, the same time as we understood the human genome.”
Chris : “So really then, this small weed is a blueprint for all plants ?”
Alison : “This is the model for all plant life, that’s right.”
But the sequencing of the Arabidopsis genome is not just for the sake of it. Alison and her 600 colleagues are unlocking the secrets of the plant’s success, like its speedy growth rate and its hardiness, and are transfering those abilities to the crops that matter to us, like wheat.
This is one of the most important discoveries in plant biology ever, where one of the humblest weeds could save millions of lives around the world.
Chris : “Now we’ve seen our magic weed and you’ve got this genetic blueprint. How do you take that blueprint and apply it to arable crops like this wheat ?”
Alison : “Well we can start to tackle, using this blueprint, some of the real problems that we have with our crops like disease, for example. Our crops are quite susceptible to some diseases. We’ve been able to breed for that, but we haven’t known what genes we’re breeding for.”
“In Arabidopsis, Arabidopsis gets diseases as well, we can understand exactly how it’s resistant to those diseases. We know what genes it needs. And we can say right, where are those genes in wheat ? Can we make sure that our new wheats have the genes that make them resistant to disease ?”
“Another example would be how the wheat exactly makes its seeds. Obviously, this is the really important bit of wheat. This is what we eat. This is human food. We understand a bit about the process of about how these little seeds are formed, but in Arabidopsis we understand in absolute molecular detail how those seeds are made, and that helps us to understand how we make to make better seeds, bigger seeds, more nutritious seeds in wheat. We can apply that knowlege in wheat.”
Well, I know scientists don’t like to be too dramatic, but I’m going to be, because of simply what I’ve found out. Weeds can play a big role in arable crops like wheat, or even maybe the future of humanity.
Alison : “I think it was the starting point for what has to be a revolution in our crops, a revolution in understanding how they work and making them work better and doing that fast.”
“It’s taken our ancestors, you know, millenia, to get to this point. We can’t afford to take the next step in millenia. We have to take it in tens of years or less. And in order to do that, you’re absolutely right, the information from Arabidopsis has been the key to pushing us forward.”
It’s the resilience of weeds and the insights they give us into helping crops survive that makes them amongst the most useful plants on the planet…