Category Archives: Food/Nutrition

Needled Strawberries: Food Terrorism Down Under

There is something peculiar doing the rounds in Australian food circles.  The land down under, considered something of a nirvana of fruit and vegetable production despite horrendous droughts and calamitous cyclones, is facing a new challenge: human agency, namely in the form of despoliation of strawberries.

The results have knocked Australia’s highly concentrated supermarket chains, with both Coles and Aldi withdrawing all their fruit with a nervousness that has not been seen in years.  A spate of incidents involving “contamination”, or pins stuck in the fruit, have manifested across a range of outlets.  Strawberry brands including Donnybrook Berries, Love Berry, Delightful Strawberries, Oasis brands, Berry Obsession, Berry Licious and Mal’s Black Label have made it onto the list of needled suppliers.  There have been possible copycat initiates doing the rounds.  “This,” exclaimed Strawberries Australia Inc. Queensland spokesman Ray Daniels, “is food terrorism that is bringing an industry to its knees.”

The game of food contamination, infection or, as Daniels deems it, food terrorism, is the sort of thing that multiplies in fear and emotion.  It targets the industry itself (the strawberry market is already frail before the effects of pest and blight), and ensures maximum publicity for the perpetrator.  Then there is the constant fear of a potential victim, the all stifling terror of legal action that might find a target in the form of a provider.  Federal Health Minister Greg Hunt has already boosted such feelings, ordering the Food Standards Australia New Zealand to investigate the matter.  “This is a vicious crime, it’s designed to injure and possible worse, members of the population at large.”

Out of 800,000 punnets of strawberries, notes Daniels, seven needles were found.  “You’ve got more chance of winning lotto than being affected.”  Take your chance, and, as with all food production, hope for the best as you would hope for the arrival of a green goddess.

Others such as Anthony Kachenko of Hort Innovation Australia have also moved into a mode of reassurance, a salutary reminder that Australia remains in the stratosphere of food excellence despite such adventurous despoilers.  Sabotage it might be, but it was surely isolated, a nonsense that could be dealt with surgical accuracy. “Australia prides itself on safe, healthy, nutritious produce and we have the utmost confidence in the produce that we grow both for the domestic and the export markets.”

Such attitudes mask the fundamental bet that has characterised human existence since these unfortunate bipeds decided to experiment with the cooked and uncooked.  History shows that wells have been poisoned and fields salted.  The divorce from hunter gatherer to industrialist consumer oblivious to the origins of food made that matter even more poignant, and, in some cases, tragic.  The consumer is at the mercy of the production line, and everything else that finds its way into it.

The food science fraternity are being drawn out to explain the meddling, pitching for greater funding, and another spike in industry funds.  “The things we’re usually concerned about,” suggests Kim Phan-Thien of the University of Sydney, “are the accidental contaminants; spray drift or microbial contamination [which is] a natural risk in the production system.”  What was needed, claimed the good food science pundit, was an examination, not merely of “unintentional adulteration and contaminants but the intentional adulteration for economic gain or a malicious reason for a form of terrorism.”

Take a punt (or in this case, a punnet), and hope that source, process and final destination are somehow safe.  The cautionary note here is to simply cut the suspect fruit to ensure no errant needles or pins have found their way into them.  (This presumes the needle suspect was probably hygienic.)

But the strawberry nightmare highlights the insecurity within the food industry, the permanent vulnerability that afflicts a multi-process set of transactions, recipients and consumers.  Purchasing anything off the stands, and in any aisle of a supermarket is never a guarantee of safety, a leap of faith based upon a coma inflicted by industrial complacence.  We are left at the mercy of speculative fancy: the item we take home is what it supposedly is, irrespective of labelling, accurate or otherwise.

The scare, as it is now being termed, has had the sort of impact any fearful threat to health and safety does: an increased focus on security, a boost in food surveillance and the gurus versed in the business of providing machinery.  Strawberry Growers Association of Western Australia President Neil Handasyde revealed that growers were being pressed for increased scanning in the form of metal detectors.  “As an industry we are sure that [the needles] are not coming from the farm, but we’re about trying to get confidence into customers that when they buy a punnet of strawberries, that there isn’t going to be anything other than strawberries in there and they’re safe to eat.”

Possibly guilty parties have been distancing themselves with feverish necessity.  This, as much as anything else, reeks of the legal advice necessary to avoid paying for any injury that might result.  Mal’s Black Label strawberries, one of the growing number of needle recipients, has taken the line that the farm is above suspicion, with the suspects to be found elsewhere.  Strawberry grower Tony Holl suggested that some figure was floating around, needle and all, intent on fulfilling the wishes of “a real vendetta”.

A reward of $100,000 has been offered by the Queensland government for capturing the villain in question, if, indeed, there is a conscious, all-rounded creature doing the rounds.  He, she, or it, has now assumed various titles from the Queensland authorities.  The “strawberry spiker” or “strawberry saboteur” seem less like life-threatening agents than lifestyle names intent on an encyclopaedic entry.  But biosecurity, and matters of food health, are matters that throb and pulsate in Australia.  Authorities are promising to find the culprit.  The culprit may have other designs.

Recolonising India: Gross Maladministration and the Illegal Entry of GMOs

Despite five high-level reports (listed here) in India advising against the adoption of genetically modified (GM) crops, the drive to get GM mustard commercialised (which would be India’s first officially-approved GM food crop) has been relentless. Although the Genetic Engineering Approval Committee (GEAC) has given it the nod, GM mustard remains held up in the Supreme Court mainly due to a public interest litigation by environmentalist Aruna Rodrigues.

Rodrigues argues that GM mustard is being undemocratically forced through with flawed tests (or no testing) and a lack of public scrutiny and that unremitting scientific fraud and outright regulatory delinquency has taken place. She is seeking a moratorium on the environmental release of any genetically modified organism (GMO) in the absence of: comprehensive, transparent and rigorous biosafety protocols; biosafety studies conducted by independent expert bodies; and access to biosafety protocols and data in the public domain.

On Friday 24 August 2018 and in relation to the ongoing court proceedings surrounding GM mustard, Rodrigues filed an additional court application concerning the ongoing illegal imports of GM seed, GM soy cultivation in Gujarat and the presence of GMO imports in processed foods and oils. All of this represents a back-door entry of GMOs into India.

The application is scathing about what it calls proof of ultimate ‘regulatory delinquency’ and of the regulators and attendant government ministries mortgaging the public interest.

This new 78-page submission to court asserts that the GEAC has provided cover for the illegal trade in imports of GM processed foods, including huge quantities of GM seeds as well as processed and crude soy oil. The GEAC is also accused of deliberately allowing the contamination of India’s food chain with untested GMOs, thereby potentially endangering the health of Indians.

In addition to the illegal cultivation of herbicide-tolerant (HT) soybean in Gujarat, there have also been reports of HT cotton illegally growing in India (insecticide-containing Bt cotton is the only legally sanctioned GM crop in India).

Interestingly, this 2017 paper discusses how cotton farmers have been encouraged to change their crop planting practices, leading to more weeds appearing in their fields. The outcome of this change in terms of yields or farmer profit is no better than before. These changes, however, coincide with illegal HT cotton seeds appearing on the market: farmers are being pushed towards a treadmill reliance on illegal cotton seeds genetically engineered designed to withstand chemical herbicides.

The authors, Glenn Stone and Andrew Flachs, say that traditional planting practices and ox-plough weeding are:

… being actively undermined by parties intent on expanding herbicide markets and opening a niche for next-generation genetically modified cotton.

They observe:

The challenge for agrocapital is how to break the dependence on double-lining and ox-weeding to open the door to herbicide-based management…. how could farmers be pushed onto an herbicide-intensive path?

In 2018, the Centre for Science and Environment tested 65 imported and domestically produced processed food samples in India. Some 32 per cent of the samples tested were GM positive: 46 per cent of those imported and 17 per cent of those samples manufactured in India. Out of the 20 GM-positive packaged samples, 13 did not mention use of GM ingredients on their labels. Some brands had claims on their labels suggesting that they had no GM ingredients but were found to be GM positive.

The situation has prompted calls for probes into the workings of the GEAC and other official bodies who seem to be asleep at the wheel or deliberately looking the other way.

But this wouldn’t be the first time: India’s only (now legal) GM crop cultivation – Bt cotton – was discovered in 2001 growing on thousands of hectares in Gujarat. The GEAC was caught off-guard when news about large scale illegal cultivation of Bt cotton emerged, even as field trials that were to decide whether India would opt for this GM crop were still underway.

In March 2002, the GEAC ended up approving Bt cotton for commercial cultivation in India. To this day, no liability has been fixed for the illegal spread.

The tactic of contaminate first then legalise has benefited industry players elsewhere too. In 2006, for instance, the US Department of Agriculture granted marketing approval of GM Liberty Link 601 (Bayer CropScience) rice variety following its illegal contamination of the food supply and rice exports. The USDA effectively sanctioned an ‘approval-by-contamination’ policy.

In her evidence submitted to court, Aruna Rodrgues argues that what is happening must invite the gravest charges. At least four institutions stand accused of unconscionable gross maladministration: The GEAC, Ministry of Commerce, the Food Safety Standards Authority, the Directorate General of Foreign Trade, the Directorate of Plant Protection and Quarantine & Storage.

Corruption at the core of the global GM project

Corruption and illegality go hand in hand with the global GM project. For instance, a jury in San Francisco recently found that Monsanto had failed to warn former groundsman Dewayne Johnson and other consumers of the cancer risks posed by its weed killers. It awarded him $39 million in compensatory and $250 million in punitive damages.

The jury’s verdict found not only that Monsanto’s Roundup and related glyphosate-based brands presented a substantial danger to people using them but that there was “clear and convincing evidence” that Monsanto’s officials acted with “malice or oppression” in failing to adequately warn of the risks.

The warning signs seen in scientific research about the dangers of glyphosate dated back to the early 1980s and have only increased over the decades. However, Monsanto worked not to warn users or redesign its products but to create its own science, designed to appear independent and thus more credible, to show they were safe.

To have Roundup removed from the market or its use heavily restricted would pull the rug from under much of Monsanto’s GM endeavour to date, which has relied on the roll-out of two crop traits: herbicide tolerance and bt insecticide. Monsanto genetically engineered crops to withstand direct spraying of Roundup (HT trait): these seeds and the herbicide are huge money spinners for the company. It comes as little surprise to many therefore that the company would use all means necessary to protect its product and its bottom line.

Glyphosate-based herbicides are widely used around the globe. Residues are commonly found in food and water supplies, and in soil, air samples and rainfall. Regulators, however, have failed to heed the warnings of independent scientists, even brushing aside the findings of the World Health Organization’s top cancer scientists who classified glyphosate as a “probable human carcinogen”.

Another trial will take place in October in St Louis involving roughly 4,000 plaintiffs whose claims are pending with the potential outcomes resulting in many more hundreds of millions, if not billions, of dollars in damage awards. They all allege that their cancers were caused by exposure to Monsanto’s herbicides and that Monsanto has long known about, and covered up, the dangers (it is no coincidence that in Argentina, where glyphosate is liberally sprayed on GM HT crops, there has been dramatic increases in birth defects and cancers).

Unsurprisingly, many in India have called for a ban on HT tolerant crops. The Supreme Court appointed TEC Committee recommended a ban on HT crops (2013) and the Swaminathan Task Force Report (2004) recommendation was that HT crops are completely unsuited to Indian agriculture. Health dangers aside, in a country of small farms where multi-cropping is common, sanctioning the liberal spraying of herbicides on GM HT crops would be grossly negligent. Even in the US, with its huge farms and mono crop expanses, the spraying of the herbicide dicamba is causing big problems for farmers, many of whom claim the chemical has drifted onto their fields, damaging crops that are not genetically modified to withstand it.

But India’s regulators and attendant ministries have tried to introduce GM mustard which is tolerant to another herbicide, glufosinate (contained in Bayer’s brand ‘Basta’), a neurotoxin even more toxic than glyphosate.

Prof. Dave Schubert (Salk Institute for Biological Studies) in his document ‘A Hidden Epidemic’, says that we have reached the point where the evidence against probable carcinogen, glyphosate (active ingredient in Monsanto’s Roundup), is “directly analogous with DDT, asbestos, lead and tobacco, where industries were able to block regulatory actions for many years by perpetually muddying the waters about their safety with false or misleading data.”

Where GM is concerned, we are witnessing an unnecessary gamble with the genetic core of food, the environment and human health. Unnecessary because the US authorities themselves have conceded that GM crops have failed to achieve desired benefits. For example, regarding drought tolerance, the USDA has admitted that Monsanto’s drought-tolerant corn performs no better than existing drought-tolerant varieties of non-GM corn.

Regarding yields, in 2016 the US National Academies of Sciences concluded:

The nation-wide data on maize, cotton, or soybean in the United States do not show a significant signature of genetic engineering technology on the rate of yield increase.

In India and Burkina Faso, Bt cotton has not been a success. Moreover, a largely non-GMO Europe tends to outperform the US, which largely relies on GM crops. In general, “GM crops have not consistently increased yields or farmer incomes, or reduced pesticide use in North America or in the Global South1

“Currently available GM crops would not lead to major yield gains in Europe,” says Matin Qaim, a researcher at Georg-August-University of Göttingen, Germany.

Consider too that once the genetic genie is out of the bottle, there may be no way of going back. For instance, Roger Levett, specialist in sustainable development, argues:

If some people are allowed to choose to grow, sell and consume GMO foods, soon nobody will be able to choose food, or a biosphere, free of GMOs. It’s a one-way choice… once it’s made, it can’t be reversed.2

HT crops have also led to serious problems (as set out here) in countries where they are used.

Moreover, non-GM alternatives can outperform GM, yet officialdom in India seems to be facilitating the contamination of agriculture with illegal GMOs.

And what of India’s only legally permitted GM crop to date? The peer reviewed study “Deconstructing Indian cotton: weather, yields and suicides” concludes that “annual farmers’ suicide rates in rain-fed areas are inversely related to farm size and yield and directly related to increases in Bt-cotton adoption (i.e. costs)”.

Despite evidence of the failure of Bt cotton, Aruna Rodrigues notes that for the regulators it nevertheless strangely remains the official template of ‘success’ for other GM crops.

GMO based on a fraud

GM has not delivered as promised, is not ‘substantially equivalent’ to non-GM counterparts and poses unique risks (previously discussed here).

And the corporations behind the roll-out of GM have done little to inspire confidence. According to Steven Druker, we can see that GMOs were approved fraudulently in the face of scientific warnings: clear, early warnings right from the start of possible harm. As the latest application to India’s Supreme Court states:

These early warnings have been confirmed and reinforced up to the present time, through independent studies; this despite great difficulties faced by scientists, which include ‘persecution’, and sackings, nothing short.

There are major uncertainties concerning the technology (not least regarding its precision and health safety aspects), which are brushed aside by industry lobbyists with claims of ‘the science’ is decided and the ‘facts’ about GM are indisputable. Such claims are merely political posturing and part of the plan to tip the policy agenda in favour of GM. Tipping that agenda also involves corruption and the subversion of democratic institutions.

Following the court decision to award in favour of Dewayne Johnson, attorney Bobby Kennedy Jr said the following at the post-trial press conference:

… you not only see many people injured, but you also see a subversion of democracy. You see the corruption of public officials, the capture of agencies that are supposed to protect us all from pollution. The agencies become captured by the industries they are supposed to regulate. The corruption of science, the falsification of science, and we saw all those things happen here. This is a company (Monsanto) that used all of the plays in the playbook developed over 60 years by the tobacco industry to escape the consequences of killing one of every five of its customers… Monsanto… has used those strategies…

He then went on to say glyphosate is ubiquitous in the food supply and is related to so many terrible life-threatening conditions, which he listed.

Given the failure or lukewarm performance of GM technology, the risks to health and the environment and the devastation caused by India’s only legal GM crop to date, many might be wondering why Indian authorities are facilitating the entry of (chemical-dependent) GMOs into the food system.

Why is there so much support for a technology mired in fraud that has to date created more problems and risks than benefits?

Why – despite increasing support for highly productive, sustainable zero-budget farming in places like Andhra Pradesh and Karnataka – is a bogus technology being pushed?

Why, based on India’s unnecessary and rising import bill, is unadulterated (non-GM) food, self-reliance and food security an anathema to policy makers?

In other words, whose interests are ultimately being served: the public, the farmers or those of transnational agrocapital?

  1. Benbrook, 2012; Gurian-Sherman, 2009” (from the report ‘Persistent Narratives, Persistent Failure’).
  2. ‘Choice: Less can be more, in Food Ethics, Vol. 3, No. 3, Autumn 2008.

Americans Are as Spacey as Ever

The white race – and I mean Israeli, Iberian, Slovak, Anglo-Saxon, Caucasian, and the lot of us – is crazy. We do not need Susan Sontag to declare the white race as cancer on the world to ramify the point, since it’s been more than 50 years since she declared:

If America is the culmination of Western white civilization, as everyone from the Left to the Right declares, then there must be something terribly wrong with Western white civilization. This is a painful truth; few of us want to go that far. … The truth is that Mozart, Pascal, Boolean algebra, Shakespeare, parliamentary government, baroque churches, Newton, the emancipation of women, Kant, Marx, Balanchine ballets, et al., don’t redeem what this particular civilization has wrought upon the world. The white race is the cancer of human history; it is the white race and it alone—its ideologies and inventions—which eradicates autonomous civilizations wherever it spreads, which has upset the ecological balance of the planet, which now threatens the very existence of life itself.

The zenith of this insanity, of course, encompasses the world leaders of all those European nations, the UK, Australia, that demented cabal in Tel Aviv, the amazing daft of Americanos, and the entire lot who works the wormhole of destruction and continuing hollowing out with that soft shoe power of money, might and ethos that states “we don’t need no stinking ethics . . . and we kill the world at will.”

I’m working daily with homeless veterans, and the reality of what it means to have Trump or Clinton or Bernie or any of them in the leeching single party of Demons-RepubliRats running the show is that it’s a prostitute’s game of the highest order: homeless with property debts, evictions, miles and miles of contracts to pay back worthless schooling (degrees), mental health not being treated, crimes invented and prosecuted against them, endless toil in lines of bureaucracy, the trauma of substance abuse and then sobriety, the end game of just wanting to get a cheap house to call home to fortify against the constant chatter of the money launderers and repo men.

Reality is Americans in large part are broken, man, and their progeny are a hop, skip and a jump from disability classification, as each new birth is a crap-shoot of this or that physiological, genetic and mental impingement. Debilitating and lifelong scarlet letters of Double D-B-C-E at birth stitched on their Triple X sleeveless Budweiser T-shirts.

Disabled/Debt-ridden, Broken/Blank-Bankrupted, and Crippled/Corrupted, Epigenetic/ER-prone, at birth, as the psychological torturers bring to us more and more hormone-disrupting, DNA-warping, mental-draining and spiritual-tapping goods and services that have shackled us to a system of obsolescence, delusion, propaganda, and penury. We are not a united nation of anything but belief in the cartoonish ideology we are Number One and Ever-Conquering, yet the Chinese-made bombs bursting in air, hormone-drenched spare ribs, and GMO/pesticide-infused high fructose corn syrup Everything Goes Better with CocaCola on that one static day, July 4, push us to believe the lies, the big lie and the impending extinction of our own history.

Pondering the universe of delusional thinking, I am only 61, yet I feel like Rip Van Winkle, or worse, living my last third of life (if I get that lucky) inside the slipstream of human depravity on every level – from the bowels of the belly of the beast, to the syphilitic thinking of the star chamber levelers with their billions, their bots, their vision of a world tied to their modified DNA strains, existing someplace floating on ten thousand tethered space stations, near the reflection of their apple of their Dystopian eye, Mars.

A world colluding with the masters of consumption, addiction to fossil fuels, chemicals, wars, brain-barrier hacking entertainment, and the concomitant insanity of carving away species after species, while polluting precious fresh water, razing coral reefs, over-harvesting oceans, and living lifestyles where the cracked calories of cooked HomoConsumpithectus’ food and the endless pitching withdrawals of HomoRetailopithectus’ proclivity to sex, drugs, gambling, shopping, stupidity will forever shape the death of Earth’s ecosystems as we have known them up close and personal and through the bio-paleo-chemical microscopic records we have set as marching orders for our scientists and ecologists who are inevitably ignored at every turn of the Point Zero One Percent’s gluttony and narcissism.

The dream and the hope are now a requiem, lost on the flow of sperm through the epididymis, as we further unlock the barriers to a healthy society: how even the lumbering, pigsty physiology of the progenitor sperm donator HomoConsumopithectus can express the further quickening of the zygote’s snowball’s chance in hell gestating into anything but a cancer-seeded, on-the-spectrum, continual chronic fatigue syndrome child.

The number of people on planet earth – not just in the Chronic Exceptional Diseased America – with chronic illness and dripping concentration and retrograde humanity – is huge, largely tied to the superstition of  fascist religion and unending exploitation of each square acre of god’s green earth. This new normal of fear-at-birth and flagging-constitutions whereby the human race is racing away from the solutions to the disease of the mind and the pollution of land-atmosphere-air-water is not only unholy and denuding of spirit, but exactly what the Captains of Industry and Masters of the Gigabytes and Algorithms desire.

Choices, man: flipping burgers or humping backpacks in the US Military; lifetime debt for meaningless college degrees or the drudgery of working two or three jobs in the service and precarious economy; dealing into the game of American Castes or isolating in a world of addiction, pollution and surveillance?

Choices turning Americans into spies and enemies, suckers and marks, a deployed army of tens of millions ball-and-chained to the disease of fearing a worthy death in order to overthrow the powers, the militaries, and the mad men and women crafting the biggest lies since a resurrection and second coming.

Oddly, working with homeless veterans battling meth, opioids, booze, PTSD, disabilities from military service, and a cart-load of criminal convictions, I still come out daily with a sense of purpose and confidence that one man, one woman, can do something revolutionary, even in this I-Spy Sicko World of Plastic Futures. It’s the forest, not the single tree, that is diseased. The unending stupidity of the collective, whereby we allow the mighty dollar to hold sway over everything – trillions spent on the military’s implements of welfare/warfare while our collective mouths rot; the millions upon millions of babies born with birth defects and learning disabilities because we can’t muster up a collective” Hell No We Aren’t Going to Take These” chemicals sprayed on and in everything.

A study in mice conducted by researchers at Tufts University School of Medicine (TUSM) suggests that a woman’s risk of anxiety and dysfunctional social behavior may depend on the experiences of her parents, particularly fathers, when they were young. The study, published online in Biological Psychiatry, suggests that stress caused by chronic social instability during youth contributes to epigenetic changes in sperm cells that can lead to psychiatric disorders in female offspring across multiple generations.

Obese male mice and normal weight female mice produce female pups that are overweight at birth through childhood, and have delayed development of their breast tissue as well as increased rates of breast cancer.

The findings, published online June 24 in Scientific Reports by Georgetown Lombardi Comprehensive Cancer Center researchers, come from one of the first animal studies to examine the impact of paternal obesity on future generations’ cancer risk.

The researchers say they’ve found evidence that obesity changes the microRNA (miRNA) signature—epigenetic regulators of gene expression—in both the dad’s sperm and the daughter’s breast tissue, suggesting that miRNAs may carry the epigenetic information from obese dads to their daughters.

We are looking at a globe that navel gazes at these cretins – Multimillionaire Obamas, Clintons, Bush, and the deadly misanthropic billionaires club of the Gates-Bezos-Trump-Adelson- et al, and the dirty dealings of Madison Avenue, Wall Street, Holly-Dirt and the like. The attention span is square on the Tweet or the argumentative average American who will question a thousand PhDs working on climate change with his or her community college education.

So, no matter how homogenized the elites’ churned-out mush is, for instance, proclaiming how the world is so much less violent now than fifty years ago (another troll, Stephen Pinker), the reality is the white race is bent on hobbling the rest of the world with the pollution, indentured servant status, and disease creation to feed the most violent time in history of constant structural violence, mass incarceration, mass delusion, mass toxin-creating, hyper-caste generating. We are here, in a process of withering away, slowly, as this Tinhorn Country pokes holes in any common fabric the world holds sacred.

Stephen Pinker is wrong about the World of Enlightened Peoples Is Less Violent, easily beaten down here by a splendid writer:

There is something repellently absurd in the notion that war is a vice of “backward” peoples. Destroying some of the most refined civilizations that have ever existed, the wars that ravaged south-east Asia in the second world war and the decades that followed were the work of colonial powers. One of the causes of the genocide in Rwanda was the segregation of the population by German and Belgian imperialism. Unending war in the Congo has been fueled by western demand for the country’s natural resources. If violence has dwindled in advanced societies, one reason may be that they have exported it.

Then again, the idea that violence is declining in the most highly developed countries is questionable. Judged by accepted standards, the United States is the most advanced society in the world. According to many estimates the US also has the highest rate of incarceration, some way ahead of China and Russia, for example. Around a quarter of all the world’s prisoners are held in American jails, many for exceptionally long periods. Black people are disproportionately represented, many prisoners are mentally ill and growing numbers are aged and infirm. Imprisonment in America involves continuous risk of assault by other prisoners. There is the threat of long periods spent in solitary confinement, sometimes (as in “supermax” facilities, where something like Bentham’s Panopticon has been constructed) for indefinite periods – a type of treatment that has been reasonably classified as torture. Cruel and unusual punishments involving flogging and mutilation may have been abolished in many countries, but, along with unprecedented levels of mass incarceration, the practice of torture seems to be integral to the functioning of the world’s most advanced state.

Funny stuff, that which precipitates my noggin: Was reading this writer’s (Karl Schroeder) take on what it means to Escape the Default Future When Writing Science Fiction:

There’s a term that futurists use: “the default future.” The default future is what we assume is going to happen, as a matter of obvious fact. Its assumptions are so deeply ingrained that we don’t even know they’re there. For instance, current popular culture typically imagines one of just three possible future Earths: an Orwellian dystopia, a post-apocalyptic wasteland, or a space-faring urban hypercivilization.

But should we? Sharing the wealth among nine billion will be hard. In many nations, birth-rates are on the decline. Shouldn’t we encourage that trend?

Here’s a proposal: let’s get smaller. Imagine a future where the economy is increasingly automated and taps into the infinite resources of outer space; and where humanity shares a core of common goods such as Universal Basic Income, Universal Healthcare, and free education. These aren’t fantasies, they’re trends. Now add to this mix a naturally declining population that retains its genetic diversity. The formula for our future becomes: more and more wealth, divided among fewer and fewer people.

In material terms alone, the results are staggering. Imagine if your family owned Paris? Or was responsible for tending the Catskill Mountains? What does wealth mean when robotics, automation and AI mean that each person can have, not money or an income, but his or her own economy? When kids learn history by reenacting the Battle of the Somme with real robot armies? When you don’t watch movies, you have the entire story including sets, car chases and crowd scenes, played out for you by troops of android players?

And here we are, these elitists and thought experimenters, sticking their intellectual tongues out at us, the majority of us, 6 billion-plus, pontificating about a world that is less violent or one that can be depopulated for a cool million, or how better the world is with a point-zero-zero-one Percent controlling us with their flimflam ideas, their products, their tools of oppression, their war is peace simulated psycho-babble. We are subject to their whims, their marketing, and their disease-generating ideologies — arrogance, chauvinism, immorality, all things filtered through the American lens/ White Race’s Lens, that is.

So I come to the end of this screed, precipitated by the daily sin of living and working in America as my fellow Americans (sic) become more and more punch drunk crazy on their own self-admiration. But also catalyzed by some insipid article,

New archaeological research from The Australian National University (ANU) has found that Homo erectus, an extinct species of primitive humans, went extinct in part because they were ‘lazy’.

The premise is that Homo erectus failed to mine better materials to be more efficient (killers) and more widely spread-out hunters. Ironically, the fool’s errand is we as a society/ dominator civilization are absolutely lazy when it comes to our daftness around this collapsing planet, dying ecosystems and soon-to-be-extinct millions of species. Climate change and mitigating that existential crisis, which we have failed tremendously at, we have proven our Homo Sapiens ilk as both lazy and lazier than any Homo erectus that may have been eliminated by more warring and consumptive species, now,  HomoConsumpithectus.

Terms like least effort strategies and they did not have that sense of wonder we have come from this Australian anthropologist’s mouth in his dusting off of Homo erectus gathering sites.

The arrogance of this thinking, that they — Homo erectus — knew the better stone was there but decided against it because they felt they had enough adequate raw materials and decided against rarefied tool making. He goes on to say that the stone tool makers of later periods, including early Homo sapiens and Neanderthals, “who were climbing mountains to find good quality stone and transporting it over long distances,” outstripped our progenitor clan Homo erectus as survivors.

Shipton (the Aussie) states this is a failure to progress technologically, and as their environment dried out into a desert, the Homo erectus species’ population’s demise was inevitable.

Ironic, really, now as we Homo/Retail/Consumo-Sapiens have worked so hard to rape the planet and chug out toxins and greenhouse gases that we are failing more than any other past species in our line to grapple with this greenhouse gas inevitability —

The study, “Trajectories of the Earth System in the Anthropocene,” was published in the peer-reviewed journal Proceedings of the National Academy of Sciences.

As for what to do to prevent a hothouse Earth, it’s easier said than done: Decarbonize the world economy, end deforestation, improve farming techniques and promote carbon-capture technologies, among other recommendations.

This can “only be achieved and maintained by a coordinated, deliberate effort by human societies to manage our relationship with the rest of the Earth system, recognizing that humanity is an integral, interacting component of the system,” according to the study. “Humanity is now facing the need for critical decisions and actions that could influence our future for centuries, if not millennia.”

This is August 2018, and yet, my slipstream life intersects daily sometimes dozens of times with the chauvinism of partial truths, counter-intuitive stasis, collective unknowing, and frequent mistruths.

I have new ways to teach and work with this blind thinking, but in one sense, I find the white race in America log-jammed, and even around sincere and fairly robustly interested folk, there are blind sides.

Imagine, we eat apples year round. Sometimes apples in the store are 14 months old, meaning we are tricked into eating foods out of season, out of our own bio-region. Apples are picked, then warehoused away in a place where oxygen is cut back to a low percentage, the temperature is just a touch above 32 degrees, and the skins sprayed on with fungicides. The problem is that these apples lose their antioxidant power quickly —  polyphenols.

The apple is a microcosm of the entire broken system of addiction to oil, embedded energy out the roof, bad choices, and what that Australian anthropologist might want to look at sociologically by seeing his own species, and his own brethren — science and technology —  as the perpetrators of humanity’s demise. But, oh, we are a busy-busy species, making those Homo erectus die-offs look like the ultimate slackers!

Toxic Silence: Public Officials, Monsanto and the Media

Are you being lied to or misled? Environmentalist Dr Rosemary Mason certainly thinks so and has provided much supporting evidence. She has been campaigning against the agrochemical industry for many years (all her work can be accessed here) and has borne witness to the destruction of her own nature reserve in South Wales, which she argues is due to the widespread spraying of glyphosate in the area.

In 2016, she wrote an open letter to journalists at The Guardian newspaper in the UK outlining how the media is failing the public by not properly reporting on the regulatory delinquency relating to the harmful chemicals being applied to crops (read it here). Her assertion was that not only humans and the environment are silently being poisoned by thousands of untested and unmonitored chemicals, but that the UK media are silent about the agrochemical industry’s role in this.

She has now sent a new ‘open letter’ to some major newspapers with a six-page document attached: “The British Government and Monsanto should stand accused of crimes against humanity“.

It has been sent to the editors-in-chief of The Times, The Sunday Times, The Telegraph, The Financial Times, The Wall Street Journal, the London Evening Standard and The Independent as well as the director general of the BBC and its senior executives. Channel 4 News (UK) reporters have also been sent the document, including senior presenter Jon Snow, and a number of prominent UK government agencies and ministers.

The document discusses the lawsuits that have recently been brought against agrochemical and seed giant Monsanto, issues surrounding the renewal of the licence for glyphosate (key ingredient in Monsanto’s multi-billion-dollar, money-spinning herbicide Roundup) in the EU, rising rates of illness and disease (linked to glyphosate and other agrochemicals), the increasing use of pesticides and the lack of adequate testing and epidemiological studies pertaining to the cocktail of chemicals sprayed on crops.

Mason feels the media should be holding officials and the industry to account. Instead, there seems to be an agenda to confuse the public or to push the issue to one side. For instance, she has in the past argued that too many journalists are reinforcing the pesticides industry’s assertion that cancers are caused by alcohol use and that the catalogue of diseases now affecting modern society comes down to individual choice and lifestyle decisions. The media constantly link alcohol consumption with various cancers and this ‘fact’ is endlessly reinforced until people believe it to be true.

This, Mason argues, neatly diverts attention from the strong links between the increasing amounts of chemicals used in food and agriculture and serious diseases, including cancers.

In her various documents, Mason has over the years highlighted how international and national health and food safety agencies have dismissed key studies and findings in their assessments of the herbicide glyphosate, and she has provided much evidence that the chemical industry has created a toxic (political and natural) environment which affects us all. She argues that these agencies are guilty of regulatory delinquency due to conflicts of interest and have effectively been co-opted, enabling companies to dodge effective regulation.

Mason has gone to great lengths to show how a combination of propaganda disseminated by industry front groups and conflicts of interest allow dangerous chemicals into the food chain and serve to keep the public in the dark about what is taking place and the impacts on their health.

Aside from the subversion of democratic procedures, the result is rivers, streams and oceans polluted with agrochemical run-offs, spiralling rates of illness among the public and the destruction of wildlife and biodiversity.

By writing to major news outlets, Mason is pressing for at least one to take up this issue and finally begin holding public officials and agrochemical companies to account. To its credit, the French newspaper Le Monde has on occasion been unafraid to report on the activities of this industry.

Regardless of industry propaganda, it is not that we need the model of agriculture that these companies profit from. The increasingly globalized industrial food regime that transnational agribusiness is integral to is not feeding the world. It is, moreover, responsible for some of the planet’s most pressing political, social and environmental crises.

There are credible alternatives that actually can feed the world equitably (see ‘United Nations: Agroecology, not Pesticides, is the Future for Food‘).

So, isn’t it about time integrity and public health took precedence over profit and vested interest?

The UN special rapporteur on the right to food Hilal Elver says:

The power of the corporations over governments and over the scientific community is extremely important. If you want to deal with pesticides, you have to deal with the companies.

When speaking truth to power, however, perhaps for many well-paid media personnel with careers to protect it is easier to stay silent.

India Mortgaged? Forced-Fed Illness and the Neoliberal Food Regime

Like many countries, India’s food system was essentially clean just a generation or two ago but is now being comprehensively contaminated with sugar, bad fats, synthetic additives, GMOs and pesticides under the country’s neoliberal ‘great leap forward’. The result has been a surge in obesity, diabetes and cancer incidence, while there has been no let-up in the under-nutrition of those too poor to join in the over-consumption.

Indian government data indicates that cancer showed a 5% increase in prevalence between 2012 and 2014 with the number of new cases doubling between 1990 and 2013. The incidence of cancer for some major organs in India is the highest in the world.

The increase in prevalence of diabetes is also worrying. By 2030, the number of diabetes patients in India is likely to rise to 101 million (World Health Organization estimate). The figure doubled to 63 million in 2013 from 32 million in 2000. Over 8% of the adult male population in India has diabetes. The figure is 7% for women. Almost 76,000 men and 52,000 women in the 30-69 age group in India died due to diabetes in 2015, according to the WHO.

study in The Lancet from a couple of years ago found that India leads the world in underweight people. Some 102 million men and 101 million women are underweight, which makes the country home to over 40% of the global underweight population.

Contrast this with India’s surge in obesity. In 1975, the country had 0.4 million obese men or 1.3% of the global obese men’s population. In 2014, it was in fifth position globally with 9.8 million obese men or 3.7% of the global obese men’s population. Among women, India is globally ranked third, with 20 million obese women or 5.3% of global population.

According to India’s 2015–16 National Family Health Survey, 38% of under-5s are stunted (height is significantly low for their age). The survey also stated that 21% under-5s are significantly underweight for their height, a sign of recent acute hunger. The prevalence of underweight children in India is among the highest in the world; at the same time, the country is fast becoming the diabetes and heart disease capital of the world.

India’s mineral deficient soils haven’t helped. This has been made worse by Green Revolution practices. Green Revolution crops, unlike their predecessors, fail to adequately take up minerals such as iron and zinc from the soil. So even though people might consume more calories (possibly leading to obesity), their intake of these key micronutrients has fallen. A quarter of the world’s population are affected by Green Revolution iron deficiency and research indicates that the condition impairs the learning ability of more than half of India’s schoolchildren.

Many of the older crops carried dramatically higher counts of nutrients per calorie. The amount of cereal each person must therefore consume to fulfill daily dietary requirements has gone up. For instance, the iron content of millet is four times that of rice. Oats carry four times more zinc than wheat. As a result, between 1961 and 2011, the protein, zinc and iron contents of the world’s directly consumed cereals declined by 4%, 5% and 19%, respectively.

While it is true that many other factors, including pollution, poor sanitation, working and living conditions, lack of income and economic distress, lack of access to healthcare and poverty, contribute to ill health and disease, a range of conditions, such as cardiovascular disease, diabetes, certain cancers and obesity, have all been linked to modern food production and diets.

‘Free trade’ and poor health

To improve health, lifestyle change is often promoted, as if poor health is a matter of individual responsibility and personal choice. This message conveniently sidesteps wider issues concerning the global capitalist food regime and how our access to food is shaped.

If we look at the North American Free Trade Agreement, we can see how the subsequent flood of cheap US processed food into Mexico adversely affected the health of ordinary people. Western ‘convenience’ (junk) food has displaced more traditional-based diets and is now readily available in every neighbourhood. Increasing rates of diabetes, obesity and other health issues have followed. This report by GRAIN describes how US agribusiness and retailers have captured the market south of the border and outlines the subsequent negative impact on the health of Mexican people. This could be what is in store for India.

Western agribusiness, food processing companies and retail concerns are gaining wider entry into India and through various strategic trade deals are looking to gain a more significant footprint within the country. The opening of the food and retail sector to more foreign direct investment and the US-India Knowledge Initiative on Agriculture (see page 13 here) have raised serious concerns about the stranglehold that transnational corporations could have on the agriculture and food sectors.

We can already see one outcome in the edible oils sector. India was virtually self-sufficient in edible oils up till the mid-1990s, using healthy practices to extract oil from, for example, indigenous mustard, linseed, ground nut and sesame, all of which are deeply rooted in Indian culture. Due to the unscrupulous undermining of the indigenous edible oil seeds sector  and the influx of cheap subsidised imports, some 70% of the population now consumes a narrower range of oils, not least (rain forest-destroying) palm oil and (GM) soy, processed using unhealthy solvents. To facilitate this, thousands of small-scale food oil processing enterprises were put out of business to make way for grain trader and food processor company Cargill, whose role in drawing up health and safety rules was instrumental in driving the competition out of business.

It is part of the wider push by the global industrial food processing lobby to impose standardised, less nutrient-rich products and manufacturing processes along with unhealthy fats, sugars and chemical additives – courtesy of compliant regulators and policy makers in India – in order to consolidate its grip on the country’s food base. As with the edible oils sector, it entails displacing more diverse, indigenous foodstuffs and healthy low-input food production processes, while robbing hundreds of thousands of their livelihoods.

We not only have Wal-Mart making inroads to complete the global food regime chain from seed to plate in India, but Western style fast-food outlets have already been soaring in number throughout the country. For example, Pizza Hut now operates in 46 Indian cities with 181 restaurants and 132 home delivery locations (2016). KFC is in 73 cities with 296 restaurants, a 770% increase over five years. According to a study published in the Indian Journal of Applied Research, the Indian fast food market is growing at the rate of 30-35% per annum (see this).

Heart disease, liver damage, stroke, obesity and diabetes are just some of the diseases linked to diets revolving around processed ‘convenience’ food. Frequent consumption of this food has been associated with increased body mass index as well as higher intakes of fat, sodium, added sugars and sugar-sweetened beverages and lower intakes of fruits, vegetables, fibre and milk in children, adolescents and adults.

Modern processed food also tends to have higher energy densities and poorer nutritional quality than foods prepared at home and in comparison with dietary recommendations (see this). To further appreciate just how unhealthy today’s food is, a 2015 report in the Guardian reveals the cocktails of additives, colourants and preservatives that the industry adds to our food.

Moreover, in many regions across the globe industrialised factory farming has replaced traditional livestock agriculture. For example, just 40 years ago the Philippines’ entire population was fed on native eggs and chickens produced by family farmers. Now, most of those farmers are out of business.

As world trade rules encourage nations from imposing tariffs on subsidised imported products, they are compelled to allow cheap, factory-farmed US meat into the country. These products are then sold at lower prices than domestic meat. There is therefore pressure for local producers to scale up and industrialise to compete.

Factory farms increase the risk of pathogens like E coli and salmonella that cause food-borne illness in people. Overuse of antibiotics can fuel the growth of antibiotic-resistant bacteria, the use of arsenic and growth hormones can increase the risk of cancer in people, and crowded conditions can be a breeding ground for disease.

The Modi administration’s restrictions on cow slaughter – making it difficult for many livestock farmers to operate – are regarded by some as a tool to facilitate the running down of small-scale livestock farming, paving the way for the industrialisation and corporatisation of the livestock industry.

Green Revolution, micronutrient-deficient soil and human health

We often hear unsubstantiated claims about the green revolution having saved hundreds of millions of lives, but any short-term gains in productivity have been offset. This high-input chemical-intensive model helped the drive towards greater monocropping and has resulted in less diverse diets and less nutritious foods. Its long-term impact has led to soil degradation and mineral imbalances, which in turn have adversely affected human health (see this informative report on India by botanist Stuart Newton – p.9 onward).

Adding weight to this argument, the authors of this paper from the International Journal of Environmental and Rural Development state:

Cropping systems promoted by the green revolution have increased the food production but also resulted in reduced food-crop diversity and decreased availability of micronutrients. Micronutrient malnutrition is causing increased rates of chronic diseases (cancer, heart diseases, stroke, diabetes and osteoporosis) in many developing nations; more than 3 billion people are directly affected by the micronutrient deficiencies. Unbalanced use of mineral fertilizers and a decrease in the use of organic manure are the main causes of the nutrient deficiency in the regions where the cropping intensity is high.

India might now be self-sufficient in various staples, but many of these foodstuffs are high calorie low nutrient, have led to the displacement of more nutritionally diverse cropping systems and have effectively mined the soil of nutrients. The importance of renowned agronomist William Albrecht, who died in 1974, should not be overlooked here and his work on healthy soils and healthy people.

In this respect, botanist Stuart Newton’s states:

The answers to Indian agricultural productivity is not that of embracing the international, monopolistic, corporate-conglomerate promotion of chemically-dependent GM crops… India has to restore and nurture her depleted, abused soils and not harm them any further, with dubious chemical overload, which are endangering human and animal health. (p. 24).

India is losing 5,334 million tonnes of soil every year due to soil erosion because of the indiscreet and excessive use of fertilisers, insecticides and pesticides. The Indian Council of Agricultural Research reports that soil is become deficient in nutrients and fertility.

Newton provides insight into the importance of soils and their mineral compositions and links their depletion to the ‘green revolution’. In turn, these depleted soils cannot help but lead to mass malnourishment. This is quite revealing given that proponents of the Green Revolution claim it helped reduced malnutrition. Newton favours a system of agroecology, a sound understanding of soil and the eradication of poisonous chemical inputs.

Although this system is certainly gaining traction in India – there are encouraging signs for agroecological farming in places like Andhra and Karnataka – what we are also seeing is GMOs illegally creeping into the food system. Recent reports show GMOs are in commonly used food products and GM seeds are prevalent. The fear is that approval by contamination is what the GM industry has desired all along.

There are well-documented economic, environmental, ethical, social and health implications associated with GM. And unlike the Green Revolution, once the GM genie is out of the bottle, it can’t be put back in and the changes to the genetic core of the world’s food will be the legacy bequeathed to subsequent generations.

Pesticides, food and the environment

There are currently 34,000 pesticides registered for use in the US. Drinking water is often contaminated by pesticides and more babies are being born with preventable birth defects due to pesticide exposure.

Illnesses are on the rise too, including asthma, autism and learning disabilities, birth defects and reproductive dysfunction, diabetes, Parkinson’s and Alzheimer’s diseases and several types of cancer. The association with pesticide exposure is becoming stronger with each new study.

In Punjab, pesticide run-offs into water sources have turned the state into a ‘cancer epicentre‘. India is one of the world’s largest users of pesticides and a profitable market for the corporations that manufacture them. Ladyfinger, cabbage, tomato and cauliflower in particular may contain dangerously high levels because farmers tend to harvest them almost immediately after spraying. Fruit and vegetables are sprayed and tampered with to make them more colourful, and harmful fungicides are sprayed on fruit to ripen them in order to rush them off to market.

Research by the School of Natural Sciences and Engineering (SNSE) at the National Institute of Advanced Studies in Bangalore has indicated disturbing trends in the increased use of pesticide. In 2008, it reported that many crops for export had been rejected internationally due to high pesticide residues. Moreover, India is one of the largest users of World Health Organization (WHO) ‘Class 1A’ pesticides, which are extremely hazardous.

Research by SNSE shows farmers use a cocktail of pesticides and often use three to four times the recommended amounts. It may come as no surprise that a recent report about children in Hyderabad are consuming 10 to 40 more times pesticides in their food than kids in the US.

Forced-fed development

In 1978, T.N. Reddy predicted in the book ‘India Mortgaged’ that the country would one day open all sectors to foreign direct investment and surrender economic sovereignty to imperialist powers.

Today, the US-led West, clings to a moribund form of capitalism and has used various mechanisms in the face of economic stagnation and massive inequalities: the raiding of public budgets, the expansion of credit to consumers and governments to sustain spending and consumption, financial speculation and increased militarism.

Under the guise of globalisation, we also see an unrelenting drive to plunder what capital regards as ‘untapped markets’ in other areas of the globe. International agri-capital has been moving in on Indian food and agriculture for some time. But as an agrarian-based country underpinned by smallholder agriculture, it first needs to displace the current model before bringing India’s food and agriculture sector under its control.

Devinder Sharma describes the situation:

India is on fast track to bring agriculture under corporate control… Amending the existing laws on land acquisition, water resources, seed, fertilizer, pesticides and food processing, the government is in overdrive to usher in contract farming and encourage organized retail. This is exactly as per the advice of the World Bank and the International Monetary Fund as well as the international financial institutes.

In return for up to £90 billion in loans, in the 90s India was instructed to dismantle its state-owned seed supply system, reduce subsidies and run down public agriculture institutions and offer incentives for the growing of cash crops to earn foreign exchange. According to the World Bank’s lending report, based on data compiled up to 2015, India was easily the largest recipient of its loans in the history of the institution. To push through the programme, hundreds of millions are to be shifted out of agriculture.

Successive Indian administrations have been quite obliging. While India’s current government talks about ‘make in India’ (self-sufficiency), the reality is subservience to western capital. Agriculture is deliberately being made economically non-viable for small-scale farmers: financial distress and ‘economic liberalisation’ have resulted in between 300,000 and 400,000 farmer suicides since 1997 with millions more experiencing economic distress and over 6,000 leaving the sector each day. This lies at the root of the ongoing agrarian crisis. But it goes much further. We are witnessing not only the structural transformation of India’s rural base but an all-encompassing strategy designed to incorporate India into the US’s corporate-financial-intel architecture.

Whether it involves the displacement of indigenous food and agriculture by a model dominated by western conglomerates or it is the selling of pharmaceuticals and the expansion of private hospitals to address the health impacts of the modern junk food system (in India, the healthcare sector is projected to grow by 16% a year), either way, it’s a lose-lose situation for the population.

But it all forms part of the holy grail of neoliberalism, GDP growth. A notion based on an economic system defined by bad food and ill health, joblessness, mass surveillance, spiralling inequalities, environmental degradation, militarism and debt on one hand; on the other, by bail outs, tax havens, massive profits and subsidies for large corporations and banks.

So, what can be done? Whether we are discussing India or elsewhere, the scaling up of agroecology based on the notion of food sovereignty offers an alternative. Much has been written on agroecology as a model of agriculture but also as a movement for political change. Part of the process involves resisting the dismantling of rural economies and indigenous agriculture and instituting a sustainable food system rooted in local communities, whereby producing for local and regional needs takes precedence over supplying distant markets.

It also entails rejecting the agenda of the WTO which subjugates local agriculture to the needs of global markets (determined by agribusiness interests). And, unlike the current system, it includes supporting healthy and culturally appropriate food, encouraging diversified food production and recognising that food is not simply another commodity to be traded or speculated on for profit.

Corporate Spin: Genetically Modifying the Way to Food Security?

Those familiar with the debate around genetically modified organisms (GMOs) may be forgiven for thinking that science alone can solve the world’s food problems. The industry asserts that GMOs are vital if the world is to increase agricultural productivity and we are going to feed a growing global population. There is also the distinct impression that the GMO issue is all about ‘science’ and little else.

People who question the need for and efficacy of GM have been labelled anti-science elitists who are responsible for crimes against humanity as they supposedly deny GM food to the hungry. Critics stand accused of waging a campaign of fear about the dangers of GM. In doing so, the argument goes that, due to ideology, they are somehow denying a technological innovation to farmers.

Critics have valid concerns about GMOs and have put forward credible evidence to support their views. But instead of engaging in open and honest debate, we see some scientists hardening their positions, lashing out at critics and forwarding personal opinions (unrelated to their specific discipline) based on their perceived authority as scientists. There’s a fine line between science and industry-inspired lobbying and spin. Unfortunately, a number of scientists have difficulty locating it.

The problem: global food regime or GM technology itself

An accusation sometimes levelled at critics of GM is that they have trouble when it comes to differentiating between the technology and the companies who have come to dominate GM: they are thus overly concerned with waging an assault on big business and capitalism, losing sight of the potential benefits of GM.

For sure, GM technology has become associated with large conglomerates that have rolled it out as a tool to further consolidate their dominant market position. These corporations are embedded in a system of capitalism that facilitates corporatisation of the global food regime and all that entails; for instance, a push towards seed monopolies, the roll-out of highly profitable proprietary inputs and chemical/biotech treadmills, leverage over legislation, trade deals and treaties and the general boosting and amalgamation of corporate power (as seen by recent mergers and acquisitions).

However, it is unfair to accuse critics of being unable to differentiate between the food regime and GM itself. Both scientists and non-scientists have concluded that genetic engineering poses unique scientific risks and has political, cultural, ethical and economic ramifications.

There are good reasons why in Europe robust regulatory mechanisms are in place for GM. GM food/crops are not substantially equivalent to their non-GM counterparts. More and more studies are highlighting the flawed premise of substantial equivalence. Given the risks, the precautionary principle is recognised as a sensible approach.

International consensus exists that the products of genetic engineering are not equivalent to their conventional counterparts. Many of the potential hazards are inherent in the GE process itself, and “are not techniques used in traditional breeding and selection” (Cartagena Protocol on Biosafety, on page 7 of this document, where the example of GM maize and the amino acid lysine is also discussed; in addition, see references 5-10 at the bottom this page here).

There is sufficient reason to hold back on commercialising GM and subject each GMO to independent, transparent environmental, social and health impact evaluations: there can be no blanket statement that all GMO crops/foods are safe or somehow ‘good’. The claim of substantial equivalence is an industry get-out tactic to avoid the inconvenience of proper assessment and regulation. And any claim that there is consensus on the safety/efficacy of GM within the ‘scientific community’ is based on spin rather than reality. This, along with the claims that ‘the science is decided’ on GM is mere rhetoric designed to close down debate.

There are major uncertainties concerning the technology (not least regarding its precision and health safety aspects), which are brushed aside by claims of ‘the science’ is decided and the ‘facts’ about GM are indisputable. Such claims – alongside the attempt to sideline non-scientists from the debate – are merely political posturing and part of the agenda to tip the policy agenda in favour of GM.

We must consider too that many things that scientists are trying to achieve with GMOs have already been surpassed by means of conventional breeding. We should not accept the premise that only GM can solve problems in agriculture. Non-GMO options and innovations have out-performed GM. So why press ahead with a technology that changes the genetic basis of food with all that entails for human health and the environment?

Despite critics’ concerns, they continue to be attacked for supposedly being anti-science and anti-choice. For instance, the pro-GMO line of blaming people in richer countries for denying the benefits of GM to others elsewhere has become part of industry rhetoric. The case of Golden Rice is often used as an example. UK politician Owen Patterson is on record as saying that wicked activists are denying food to little children.

Glenn Stone and Dominic Glover (Washington University and the University of Sussex) have noted that this claim just does not stack up. Golden Rice has not come to market because ongoing tests show it has failed to deliver as a technology. Meanwhile, Vitamin A deficiency is falling dramatically in the Philippines, while the claims about Golden Rice remain wishful thinking.

It is convenient and misleading to accuse ‘privileged activists’ in affluent countries of denying choice to poor people by preventing the commercialisation and cultivation of GM crops across the globe. In  South America and Africa, for example, it is not some affluent bunch of activists in rich countries who are against GM. It is local farmers and it is because corporations with US govt help and philanthropic colonialists like Bill Gates are moving in to assert their leverage in agriculture and over indigenous farming.

According to the Alliance for Food Sovereignty in Africa (ASFA):

White male European so-called experts are channelling the message of the biotech industry, heavily controlled by US-European seed and chemical giants Monsanto/Bayer, Syngenta and DuPont Pioneer. The message once again is that failure of African farmers to adopt GMO technology is the root cause of hunger and poverty on the continent. It is ironic that GMO foods are banned by law as unsafe in the European home countries of those giving the advice. Meanwhile the African biotech scientists seem more concerned that the strict liability measures will chase away donor funding and investment for their costly and “prestigious” research.

They blame the anti-GMO activists, rather than their own technological failure, for the impasse. They claim that if only the activists would shut up and go away, the industry backed researchers could fix the food insecurity problem once and for all!  Once again Africa is being compelled to adopt others’ views, others’ technologies, others’ interests. Have we not seen this before? They claim to have ‘sound science’ on their side but what kind of science resolutely ignores the evidence? What has actually happened in those African countries where GMOs have been rolled out? Let’s take a look at the facts.

ASFA then goes on to highlight the false promises and failures of GM in Africa. Clearly, it is not just the politics of GM that ASFA has concerns about: it is the technology itself.

It is misleading when supporters of GM call people’s attention to apparent public sector funding of GM and the apparent altruism that is claimed to underpin the GM project. Even when not directly pushing GM to boost the bottom line, big business (and US state interests) is certainly present in the not too distant background. As with the current push for GM mustard (also misleadingly portrayed as a public service endeavour ) in India, ‘pioneering’ crops have a role in opening the GM floodgates in a region or country (there are sound reasons for rejecting GM mustard as described by Aruna Rodrigues in her submitted court documents).

But is this type of ‘activism’ denying choice to farmers? Not at all, as I have outlined elsewhere. If anything, large corporations do their best to break traditional practices and environmental learning pathways developed over time with the aim of getting farmers on technological treadmills. These same companies also exert their leverage on a wider level via the WTO, Codex and various international agreements.

But you never see supporters of GM campaigning against any of this. Perhaps they are too busy helping the process along via the right-wing neoliberal think tanks they are associated with. Instead, they fixate on Greenpeace or ‘activists’ whose leverage is dwarfed by the power of these corporations.

Pro-GMO activists make great play about ‘potential’ benefits of GM and roll out examples to ‘prove’ the point. Fine, if these benefits really do stack up in reality; but we need to look at this objectively because plenty of evidence indicates that GM is not beneficial and that non-GM alternatives are a better option. Most of all, we need to put commercial interests and the career/funding interests of scientists to one side when determining the need for and the efficacy of GM.

Solution based on food sovereignty

Banning GMOs will not solve the problems associated with lobbying and corruption, the adverse impacts of pesticide use, corporate monopolies, monocultures, food commodity speculation, the denial of peasant’s land rights or any other problems associated with the capitalist food regime. But neither will GM lead to ensuring global food security.

We must look away from the industrial yield-output paradigm and adopt a more integrated systems approach to food and agriculture that accounts for many different factors, including local food security and sovereignty, local calorific production, cropping patterns and diverse nutrition production per acre, water table stability, climate resilience, good soil structure and the ability to cope with evolving pests and disease pressures. This is precisely why, from Africa to India, locally owned, grass-root agroecology and zero budget farming are gaining traction.

Scaling up agroecology offers potential solutions to many of the world’s most pressing problems, whether, for instance, climate change and carbon storage, soil degradation, water shortages, unemployment or food security. Working with the natural environment (as Bhaskar Save notes) involves a different mindset from that which wants to genetically engineer it and all the risks and unforeseen consequences that it inevitably entails. If readers take time to click on the previous link for Bhaskar Save, it becomes patently clear that undermining or eradicating one system of farming by imposing another has serious ethical, environmental, social and political ramifications. Something that scientific research does not concern itself with.

The consequences of GM do not just relate to unpredictable changes in the DNA, proteins and biochemical composition of the resulting GM crop. Introducing GM can involve disrupting cultures and knowledge systems and farmers’ relationships with their environments. Who is to say that GM is somehow ‘better’ or should take precedence over these traditional systems?

Corporate boardroom executives or well-funded microbiologists each with their own agendas and looking at things from their own blinkered perspectives? Once those systems are disrupted, the knowledge and practices that underpin them become lost forever. For instance, in terms of an integrated pest management strategy, Devinder Sharma talks of women who can identify 110 non-vegetarian insects and 60 vegetarian insects. Can such knowledge survive? To be wiped out for corporate profit and a flawed GM experiment?

As described in this paper, for thousands of years farmers experimented with different plant and animal specimens acquired through migration, trading networks, gift exchanges or accidental diffusion. By learning and doing, trial and error, new knowledge was blended with older, traditional knowledge systems. The farmer therefore possessed acute observation and has traditionally engaged in risk minimising strategies. Farmers took measures to manage drought, grow cereals with long stalks that can be used as fodder, engage in cropping practices that promote biodiversity, ethno-engineer soil and water conservation, use self-provisioning systems on farm recycling and use collective sharing systems such as managing common resource properties.

Farmers know their micro-environment, so they can plant crops that mature at different times, thereby facilitating more rapid crop rotation without exhausting the soil. Today, however, large-scale industrial-based agricultural production erodes biodiversity by depleting the organisms that live in soil and by making adverse changes to the structure of the soil and the kind of plants that can be grown in such artificially-created environments.

Many of the practices of small farmers are now recognised as sophisticated and appropriate. It is no surprise therefore that various high-level reports have called for agroecology and smallholder farmers to be prioritised and invested in to achieve global sustainable food security. Instead, what we see is the marginalisation traditional organic agriculture by corporate interests.

Traditional food production systems depend on using the knowledge and expertise of village communities and cultures in contrast to prioritising imported ‘solutions’. The widespread but artificial conditions created by the latter work against the survival of traditional knowledge, which creates and sustains unique indigenous farming practices and food culture.

None of this is based on a romantic yearning for the past or ‘the peasantry’. It is for good reason that the reports referred to call for investment in this type of agriculture centred on small farms: despite the pressures (including the fact that industrial agriculture grabs 80%of subsidies and 90% of research funds), it continues to feed most of the world.

Cultural, ethical, political and environmental considerations matter just as much – even more – than the science of GM. And that’s even before we consider how the ill thought out introduction (or imposition) of GM can have dire financial impacts for communities, as has been the case with Bt cotton in many areas where it has been adopted.

In acknowledging the type of food regime that exists and the risks, motives and implications of GM, pushing back against the large corporations that hold sway over the global food system, food sovereignty based on localisation and (political) agroecology is necessary. This involves reclaiming the food system and challenging the leverage that private capital has over all our lives.

In the meantime, we are not talking about ‘banning’ anything. Where GMOs, gene editing, synthetic biology or other similar technologies are concerned, we require a responsible approach based on transparent social, health and environmental impact assessments. In the absence of this, there should be a moratorium because the potential for a responsible approach is most definitely lacking: Rosemary, Mason, Carol van Strum, the late Shiv Chopra, Evaggelos Vallianatos and others have described how high-level institutions responsible for food and environmental safety have been subverted and corrupted over the years by commercial interests.

Decades on from Rachel Carson, have we learned nothing? If the people listed above tell us anything, it is that the ‘pesticide revolution’ was based on widespread fraud. We are now trying to deal with the health and environmental impacts of dousing the land with agrotoxins year in, year out.  They also tell us that commercial interests should not determine regulatory regimes. We need transparency, democratic accountability, science untainted by corporate interests and robust public institutions which guard against commercial interests that undermine regulatory decisions.

While the pro-GM lobby rushes to experiment with the genetic core of the world’s food and leave a potentially detrimental legacy for future generations, the question remains:

How is it possible that in the 21st century the world has the capacity to feed every single human being on the planet, yet the majority of people in Africa and the rest of the Global South, who are poor – whilst obesity soars in the West – go rampantly hungry?

Walden Bello, Structural Adjustment Programmes dictated by the IMF and World Bank destroyed African Agriculture, September 22, 2009

It is because food and agriculture have become wedded to power structures that have created food surplus and food deficit areas and which have restructured indigenous agriculture across the world and tied it to an international system of trade based on export-oriented mono-cropping, commodity production for a manipulated and volatile international market and indebtedness to international financial institutions.

Once you understand how global capitalism and its corporate food regime operates and how private capital shapes and benefits from a food regime based on an exploitative ‘stuffed and starved’ strategy, you realise that genuine political and economic solutions are required if we are to feed the world and ensure equitable food security.

We must not be deterred by the “haughty imperialism” that exists in scientific circles that aggressively pushes for a GMO techno-fix. We must not be distracted from the root causes of poverty, hunger and malnutrition.

Rescuing Food Sovereignty in the Venezuelan Andes

Village of Gavidia in the Venezuelan Andes (Photo: Ricardo Vaz)

In the remote village of Gavidia, in the state of Mérida, a very interesting experience is taking place: the rescue of the native potato and other native foodstuffs; something that is fundamental in terms of food sovereignty. In this article we discuss this experience after visiting Gavidia and talking to one of the people involved, Cantalicia Torres.


Cantalicia Torres, commonly known as “Alicia”, is a member of the Vertientes de Agua Viva cooperative. It currently has 12 members, a number that has more or less kept constant, Alicia stresses, despite some people coming in and others leaving. The name has to do with the original idea, which remains a goal, of launching a water bottling project, making use of a natural spring in Gavidia.

This village is at an altitude of over 3500 meters, and is made up of around 70 families. If we add the two other villages in sight, Micarache and Las Piñuelas, the total is of around 600 people. They mostly survive off of what they produce, and usually need to go down 13 steep kilometers to reach Mucuchíes, the municipal capital, to find other foodstuffs such as sugar or – something Cantalicia stresses as very important – coffee, which cannot be grown at this altitude.

Nevertheless, the main activity of the cooperative is rescuing the native potato. As Cantalicia explains:

We started when professor Liccia Romero came to do her thesis in Gavidia, and Bernabé – one of the founders of the cooperative – enjoys being a “rescuer” of old things, so he used to say that we were not going to let this potato disappear. The main difference is that the native potato yields a harvest every 8 months to a year, whereas the commercial potato can yield one as quickly as 5 months. So since it was less profitable the farmers stopped growing the native potato.

The rescue of the native potato is essential in the current context, not just because of general food sovereignty issues, but because, with an economic and commercial blockade, the state has ever fewer resources to import seeds. In the case of the commercial potato (also called granola potato), it comes from countries such as Canada. Additionally, seeds imported by the private sector have unaffordable prices for (small) producers.

There are currently eight potato varieties being grown, although many more exist. The differences with respect to the commercial one are not just the frequency of harvests. Cantalicia points out that, while the commercial potato rots fairly quickly, the native one can last up to a year after being harvested. The same holds true for the seeds, which last a long time without rotting.

Native potato varieties (Photo: EcoFestival de la Papa Nativa)

In addition, the agriculture here is much more friendly towards the land. Although the sowing is manual or with cattle, it is biological, without recourse to agrochemicals. Pests are controlled with traps, or with worm humus, produced locally in garden beds, and the fertilizers are also organic, produced using cattle manure.

But it is not just the native potato being rescued up in the Andes. Cantalicia adds that:

Besides the potato there are other foodstuffs that have being rescued, such as the cuiba, the ruba or the mashua. These are not usually commercialized, but we have them here. They are native foodstuffs of the Andes that practically disappeared from consumption. Nevertheless, they have excellent nutrition properties.

Rubas are small potatoes, also called “smooth potatoes” or “ñucos”. They come in two varieties, one of them yellow or green, and the other one red, Cantalicia tells us. They are a bit juicier than a potato and can be used, for example, to make spicy sauces. Cuibas are similar to carrots, and very nutritious. They can be used in salads, soups, juices or even eaten raw. Mashuas are spicy, and mostly used in sauces, and they are said to be good for those suffering from diabetes. Their leaves can also be used to make tea or infusions.

Cuibas, one of the native foodstuffs being rescued in Gavidia (Photo: EcoFestival de la Papa Nativa)

The isolation of Gavidia, coupled to the fact that the producers do not own a truck that would allow them to take their produce to markets, leaves them at the mercy of middlemen when they need to sell part of their crops. These intermediaries come with their trucks and effectively end up fixing prices that allow for huge profit margins when re-selling later on.

In spite of this, the isolation is being broken little by little. On one hand more and more farmers are becoming aware of this experience and coming over to acquire native potato seeds, thus extending its production. And on the other hand, initiatives of organized distribution and consumption are also springing up, allowing for a bigger protection against intermediaries, for producers and consumers alike.

The “Mano a mano, agroecological exchange” collective, like other initiatives throughout Venezuela, has a component of direct organization of producers, which includes the Vertentes de Agua Viva cooperative, in order to sell produce directly to people at fair prices. More than that, it is a market that looks to boost native foodstuffs that had been forgotten, as well as encouraging producers to switch from conventional agriculture towards agroecology. However, the worsening of the crisis – Cantalicia says – also affects the regularity and reach of this kind of initiatives.

Agroecological market “Mano a Mano” (Photo: “Mano a Mano” facebook page)

When we discuss rescuing native seeds, it is important to point out that (imported) genetically modified seeds have two fundamental problems.1 First of all, there is the fact that it is impossible to reproduce or reuse the seeds, since they have patents, which leaves farmers totally in the hands of multinational corporations such as Monsanto (now Bayer), who acquire monopolistic positions in the market. Secondly, and this is related to the previous issue, the use of genetically modified seeds also requires the use of herbicides such as glyphosate, which carry deadly health and environmental effects.

In this sense, the seed law approved in December 2015, after a process of tremendous mobilization and popular organization, was an important step to lay the bases for a model of ecological agriculture that would allow Venezuela to safeguard its food security and sovereignty.

The experience in Gavidia is, so to speak, a little seed in this journey. It is not a matter of glorifying a model of subsistence farming, or yearning for an idealized and glorious past, but of understanding that food sovereignty, as an essential element in any emancipation project, requires control over the entire production chain, and this naturally starts with seeds23 The challenge is to strengthen and articulate these kinds of experiences, joining a bunch of remote corners in a stream of dignity and popular power.

• Special thanks to Silvana Solano for having come with us to Gavidia and for her comments and suggestions on the article.

• First published at Investig’Action

  1. This without going into the health effects of genetically modified food.
  2. Naturally, there is a previous step that has to do with ownership of the land.
  3. For a detailed analysis of these issues see this article by Ana Felicien, Christina Schiavoni and Liccia Romero.

Agrarian Crisis and Climate Catastrophe: Forged in India, Made in Washington

India is under siege from international capital. It is on course not only to be permanently beholden to US state-corporate interests but is heading towards environmental catastrophe much faster than many may think.

According to the World Bank’s lending report, based on data compiled up to 2015, India was easily the largest recipient of its loans in the history of the institution. Unsurprisingly, therefore, the World Bank exerts a certain hold over India. In the 1990s, the IMF and World Bank wanted India to shift hundreds of millions out of agriculture. In return for up to £90 billion in loans, India was directed to dismantle its state-owned seed supply system, reduce subsidies, run down public agriculture institutions and offer incentives for the growing of cash crops to earn foreign exchange.

The plan for India involves the mass displacement of people to restructure agriculture for the benefit of powerful corporations. This involves shifting at least 400 million from the countryside into cities. A 2016 UN report said that by 2030, Delhi’s population will be 37 million.

Quoted in The Guardian, one of the report’s principal authors, Felix Creutzig, says:

The emerging mega-cities will rely increasingly on industrial-scale agricultural and supermarket chains, crowding out local food chains.

The drive is to entrench industrial farming, commercialise the countryside and to replace small-scale farming, the backbone of food production in India. It could mean hundreds of millions of former rural dwellers without any work given that India is heading (or has already reached) ‘jobless growth’. Given the trajectory the country seems to be on, it does not take much to imagine a countryside with vast swathes of chemically-drenched monocrop fields containing genetically modified plants or soils rapidly turning into a chemical cocktail of proprietary biocides, dirt and dust.

The WTO and the US-India Knowledge Initiative on Agriculture are facilitating the process. To push the plan along, there is a deliberate strategy to make agriculture financially non-viable for India’s small farms and to get most farmers out of farming. As Felix Creutig suggests, the aim is to replace current structures with a system of industrial (GM) agriculture suited to the needs of Western agribusiness, food processing and retail concerns.

Hundreds of thousands of farmers in India have taken their lives since 1997 and many more are experiencing economic distress or have left farming as a result of debt, a shift to (GM) cash crops and economic liberalisation. The number of cultivators in India declined from 166 million to 146 million between 2004 and 2011. Some 6,700 left farming each day. Between 2015 and 2022 the number of cultivators is likely to decrease to around 127 million.

For all the discussion in India about loan waivers for farmers and raising income levels, this does not address the core of the problem affecting agriculture: the running down of the sector for decades, spiralling input costs, lack of government assistance and the impacts of cheap, subsidised imports which depress farmers’ incomes.

Take the cultivation of pulses, for instance. According to a report in the Indian Express (September 2017), pulses production increased by 40% during the previous 12 months (a year of record production). At the same time, however, imports also rose resulting in black gram selling at 4,000 rupees per quintal (much less than during the previous 12 months). This has effectively driven down prices thereby reducing farmers already meagre incomes. We have already witnessed a running down of the indigenous edible oils sector thanks to Indonesian palm oil imports on the back of World Bank pressure to reduce tariffs (India was virtually self-sufficient in edible oils in the 1990s but now faces increasing import costs).

On the one hand, there is talk of India becoming food secure and self-sufficient; on the other, there is pressure from the richer nations for the Indian government to further reduce support given to farmers and open up to imports and ‘free’ trade. But this is based on hypocrisy.

Writing on the ‘Down to Earth’ website in late 2017, Sachin Kumar Jain states some 3.2 million people were engaged in agriculture in the US in 2015. The US govt provided them each with a subsidy of $7,860 on average. Japan provides a subsidy of $14,136 and New Zealand $2,623 to its farmers. In 2015, a British farmer earned $2,800 and $37,000 was added through subsidies. The Indian government provides on average a subsidy of $873 to farmers. However, between 2012 and 2014, India reduced the subsidy on agriculture and food security by $3 billion.

According to policy analyst Devinder Sharma subsidies provided to US wheat and rice farmers are more than the market worth of these two crops. He also notes that, per day, each cow in Europe receives subsidy worth more than an Indian farmer’s daily income.

How can the Indian farmer compete with an influx of artificially cheap imports? The simple answer is that s/he cannot and is not meant to.

The opening up of India to foreign capital is supported by rhetoric about increasing agricultural productivity, creating jobs and boosting GDP growth. But India is already self-sufficient in key staples and even where productivity is among the best in the world, farmers still face massive financial distress. Given that jobs are being destroyed, relatively few are being created and that as a measure of development GDP growth is unsustainable and has actually come at the expense of deliberately impoverished farmers in India (low food prices), what we are hearing is mere rhetoric to try to convince the public that an increasing concentration of wealth in the hands of a relative few corporations – via deregulations, privatisations and lower labour and environmental protection standards – constitutes progress.

We can already see the outcome of these policies across the world: the increasing power of unaccountable financial institutions, record profits and massive increases in wealth for elite interests and, for the rest, disempowerment, mass surveillance, austerity, job losses, the erosion of rights, weak unions, cuts to public services, environmental degradation, spiraling national debt and opaque, corrupt trade deals, such as TTIP, CETA, RCEP (affecting India) and TPA.

Making India ‘business friendly’

PM Modi is on record as saying that India is now one of the most business-friendly countries in the world. The code for being ‘business friendly’ translates into a willingness by the government to facilitate much of the above, while reducing taxes and tariffs and allowing the acquisition of public assets via privatisation as well as instituting policy frameworks that work to the advantage of foreign corporations.

When the World Bank rates countries on their level of ‘ease of doing business’, it means national states facilitating policies that force working people to take part in a race to the bottom based on free market fundamentalism. The more ‘compliant’ national governments make their populations and regulations, the more ‘business friendly’ a country is.

In the realm of agriculture, the World Bank’s ‘Enabling the Business of Agriculture’ entails opening up markets to Western agribusiness and their fertilisers, pesticides, weedicides and patented seeds. Rather than work to eradicate corruption, improve poor management, build storage facilities and deal with inept bureaucracies and deficiencies in food logistics, the mantra is to let ‘the market’ intervene: a euphemism for letting powerful corporations take control; the very transnational corporations that receive massive taxpayer subsidies, manipulate markets, write trade agreements and institute a regime of intellectual property rights thereby indicating that the ‘free’ market only exists in the warped delusions of those who churn out clichés about letting the market decide.

According to the neoliberal ideologues, foreign investment is good for jobs and good for business. But just how many actually get created is another matter – as is the amount of jobs destroyed in the first place to pave the way for the entry of foreign corporations. For example, Cargill sets up a food or seed processing plant that employs a few hundred people; but what about the agricultural jobs that were deliberately eradicated in the first place or the village-level processors who were cynically put out of business via bogus health and safety measures so Cargill could gain a financially lucrative foothold?

The process resembles what Michel Chossudovsky notes in his 1997 book about the ‘structural adjustment’ of African countries. In The Globalization of Poverty, he says that economies are:

opened up through the concurrent displacement of a pre-existing productive system. Small and medium-sized enterprises are pushed into bankruptcy or obliged to produce for a global distributor, state enterprises are privatised or closed down, independent agricultural producers are impoverished. (p.16)

If people are inclined to think farmers would be better off as foreign firms enter the supply chain, we need only look at the plight of farmers in India who were tied into contracts with Pepsico. Farmers were pushed into debt, reliance on one company and were paid a pittance

India is looking to US corporations to ‘develop’ its food and agriculture sector. With regard to what this could mean for India, we only have to look at how the industrialised US system of food and agriculture relies on massive taxpayer subsidies and has destroyed farmers’ livelihoods. The fact that US agriculture now employs a tiny fraction of the population serves as a stark reminder for what is in store for Indian farmers. Agribusiness companies (whose business model in the US is based on overproduction and dependent on taxpayer subsidies) rake in huge returns, while depressed farmer incomes and massive profits for food retailers is the norm.

The long-term plan is for an overwhelmingly urbanised India with a fraction of the population left in farming working on contracts for large suppliers and Walmart-type supermarkets that offer a largely monoculture diet of highly processed, denutrified, genetically altered food based on crops soaked with chemicals and grown in increasingly degraded soils according to an unsustainable model of agriculture that is less climate/drought resistant, less diverse and unable to achieve food security.

The alternative would be to protect indigenous agriculture from rigged global trade and trade deals and to implement a shift to sustainable, localised agriculture which grows a diverse range of crops and offers a healthy diet to the public.

Instead, we see the push for bogus ‘solutions’ like GMOs and an adherence to neoliberal ideology that ultimately privileges profit and control of the food supply by powerful private interests, which have no concern whatsoever for the health of the public.

Taxpayer-subsidised agriculture in the US ultimately promotes obesity and disease by supporting the health damaging practices of the food industry. Is this what Indians want to see happen in India to their food and health?

Unfortunately, the process is already well on track as ‘Western diseases’ take hold in the country’s urban centres. For instance, there are massive spikes in the rates of obesity and diabetes. Although around 40 per cent of the nation’s under-5s are underweight, the prevalence of underweight children in India is among the highest in the world; at the same time, the country is fast becoming the diabetes and heart disease capital of the world.

Devinder Sharma has highlighted where Indian policy makers’ priorities lie when he says that agriculture has been systematically killed over the last few decades. He adds that 60% of the population lives in the villages or in the rural areas and is involved in agriculture but less than two percent of the annual budget goes to agriculture: when you are not investing in agriculture, you are not wanting it to perform.

Support given to agriculture is portrayed as a drain on the economy and is reduced and farmers suffer yet it still manages to deliver bumper harvests year after year. On the other hand, corporate-industrial India has failed to deliver in terms of boosting exports or creating jobs, despite the hand outs and tax exemptions given to it.

The number of jobs created in India between 2005 and 2010 was 2.7 million (the years of high GDP growth). According to International Business Times, 15 million enter the workforce every year. And data released by the Labour Bureau shows that in 2015, jobless ‘growth’ had finally arrived in India.

So where are the jobs going to come from to cater for hundreds of millions of agricultural workers who are to be displaced from the land or those whose livelihoods will be destroyed as transnational corporations move in and seek to capitalise small-scale village-level industries that currently employ tens of millions?

Development used to be about breaking with colonial exploitation and radically redefining power structures. Now we have dogma masquerading as economic theory that compels developing countries to adopt neo-liberal policies. The notion of ‘development’ has become hijacked by rich corporations and the concept of poverty depoliticised and separated from structurally embedded power relations, not least US-driven neoliberal globalisation policies resulting in the deregulation of international capital that ensures giant transnational conglomerates have too often been able to ride roughshod over national sovereignty.

Across the world we are seeing treaties and agreements over breeders’ rights and intellectual property have been enacted to prevent peasant farmers from freely improving, sharing or replanting their traditional seeds. Large corporations with their proprietary seeds and synthetic chemical inputs have eradicated traditional systems of seed exchange. They have effectively hijacked seeds, pirated germ plasm that farmers developed over millennia and have ‘rented’ the seeds back to farmers. As a result, genetic diversity among food crops has been drastically reduced, and we have bad food and diets, degraded soils, water pollution and scarcity and spiralling rates of poor health.

Corporate-dominated agriculture is not only an attack on the integrity of ‘the commons’, soil, water, food, diets and health but is also an attack on the integrity of international institutions, governments and officials which have too often been corrupted by powerful transnational entities.

Whereas some want to bring about a fairer, more equitable system of production and distribution to improve people’s quality of lives (particularly pertinent in India with its unimaginable inequalities which have spiraled since India adopted neoliberal policies), Washington regards ‘development’ as a way to further US interests globally.

As economics professor Michael Hudson said during a 2014 interview (published on under the title ‘Think Tank Times’):

American foreign policy has almost always been based on agricultural exports, not on industrial exports as people might think. It’s by agriculture and control of the food supply that American diplomacy has been able to control most of the Third World. The World Bank’s geopolitical lending strategy has been to turn countries into food deficit areas by convincing them to grow cash crops – plantation export crops – not to feed themselves with their own food crops.

Of course, many others such as Walden Bello, Raj Patel and Eric Holtz-Gimenez have written on how a geopolitical ‘stuffed and starved’ strategy has fuelled this process over the decades.

Capitalism and environmental catastrophe joined at the hip

In India, an industrialised chemical-intensive model of agriculture is being facilitated that brings with it the numerous now well-documented externalised social, environmental and health costs. We need look no further than the current situation in South India and the drying up of the Cauvery river in places to see the impact that this model has contributed to: an ecological crisis fuelled by environmental devastation due to mining, deforestation and unsustainable agriculture based on big dams, water-intensive crops and Green Revolution ideology imported from the West.

But we have known for a long time now that India faces major environmental problems rooted in agriculture. For example, in an open letter written to officials in 2006, the late campaigner and farmer Bhaskar Save noted that India, next to South America, receives the highest rainfall in the world. Where thick vegetation covers the ground, and the soil is alive and porous, at least half of this rain is soaked and stored in the soil and sub-soil strata. A good amount then percolates deeper to recharge aquifers, or ‘groundwater tables’. Save argued that the living soil and its underlying aquifers thus serve as gigantic, ready-made reservoirs gifted free by nature.

Half a century ago, most parts of India had enough fresh water all year round, long after the rains had stopped and gone. But clear the forests, and the capacity of the earth to soak the rain, drops drastically. Streams and wells run dry.

Save went on to note that while the recharge of groundwater has greatly reduced, its extraction has been mounting. India is presently mining over 20 times more groundwater each day than it did in 1950. Much of this is mindless wastage by a minority. But most of India’s people – living on hand-drawn or hand-pumped water in villages and practising only rain-fed farming – continue to use the same amount of ground water per person, as they did generations ago.

According to Save, more than 80% of India’s water consumption is for irrigation, with the largest share hogged by chemically cultivated cash crops. Maharashtra, for example, has the maximum number of big and medium dams in the country. But sugarcane alone, grown on barely 3-4% of its cultivable land, guzzles about 70% of its irrigation waters.

One acre of chemically grown sugarcane requires as much water as would suffice 25 acres of jowar, bajra or maize. The sugar factories too consume huge quantities. From cultivation to processing, each kilo of refined sugar needs two to three tonnes of water. This could be used to grow, by the traditional, organic way, about 150 to 200 kg of nutritious jowar or bajra (native millets).

While rice is suitable for rain-fed farming, its extensive multiple cropping with irrigation in winter and summer as well is similarly hogging water resources and depleting aquifers. As with sugarcane, it is also irreversibly ruining the land through salinization.

Save argued that soil salinization is the greatest scourge of irrigation-intensive agriculture, as a progressively thicker crust of salts is formed on the land. Many million hectares of cropland have been ruined by it. The most serious problems are caused where water-guzzling crops like sugarcane or basmati rice are grown round the year, abandoning the traditional mixed-cropping and rotation systems of the past, which required minimal or no watering.

Salinization aside, looking at the issue of soil more generally, Stuart Newton, a researcher and botanist living in India, says that India must restore and nurture its depleted, abused soils and not harm them any further with chemical overload. Through his analyses of Indian soils, he has offered detailed insights into their mineral compositions and links their depletion to the Green Revolution. In turn, these depleted soils in the long-term cannot help but lead to mass malnourishment. This is quite revealing given that proponents of the Green Revolution claim it helped reduced malnutrition.

Various high-level official reports, not least the International Assessment of Agricultural Knowledge and Science for Development Report, state that smallholder, traditional farming can deliver food security in low-income countries through sustainable agroecological systems. Moreover, given India’s huge range of biodiversity (India is one of Nikolai Vavilov’s strategically globally important centres of plant diversity) that has been developed over millennia to cope with diverse soil and climate conditions, the country should on its own be more than capable of addressing challenges that lie ahead due to climate change.

Instead, policy makers continue to look towards the likes of Monsanto-Bayer for ‘solutions’. Such companies merely seed to break farmers’ environmental learning ‘pathways’ based on centuries of indigenous knowledge, learning and practices with the aim of getting farmers hooked on chemical treadmills for corporate profit (see Glenn Stone and Andrew Flach’s 2017 paper in the Journal of Peasant Studies, ‘The ox fall down: path-breaking and technology treadmills in Indian cotton agriculture’).

Wrong-headed policies in agriculture have already resulted in drought, expensive dam-building projects, population displacement and degraded soils. The rivers are drying, farmers are dying and the cities are creaking as a result of the unbridled push towards urbanisation.

In terms of managing water resources, regenerating soils, and cultivating climate resilient crops, agroecology as a solution is there for all to see. Andhra Pradesh is now making a concerted effort to roll-out zero budget agroecological agriculture across the state. However, in the absence of this elsewhere across India, agroecological approaches will be marginalised.

India faces huge problems in terms of securing access to water. As Bhaskar Save noted, the shift to Green Revolution thinking and practices (underpinned by geopolitical and commercial interests: World Bank loans; export-oriented monocropping, commodity crop trade and dependency on the US dollar; seed sovereignty issues and costly proprietary inputs, etc) has placed enormous strain on water resources.

From glacial melt in the Himalayas that will contribute to the drying up of important rivers to the effects of temperature rises across the Indo Gangetic plain, which will adversely impact wheat productivity, India has more than its fair share of problems. But despite this, high-level policy makers are pushing for a certain model of ‘development’ that will only exacerbate the problems.

This model is being driven by some of the world’s largest corporate players: a model that by its very nature leads to environment catastrophe:

… our economic system demands ever-increasing levels of extraction, production and consumption. Our politicians tell us that we need to keep the global economy growing at more than 3% each year – the minimum necessary for large firms to make aggregate profits. That means every 20 years we need to double the size of the global economy – double the cars, double the fishing, double the mining, double the McFlurries and double the iPads. And then double them again over the next 20 years from their already doubled state.1

Politicians and bureaucrats in Delhi might be facilitating this model and the system of agriculture it is tied to, but it is ultimately stamped with the logo ‘made in Washington’.

  1. Jason Hickel, writing in The Guardian (July 2016.

Diet, Ignorance and the Environmental Crisis

Climate change sounds vast and impersonal, but it’s really a very personal matter; a global crisis caused by the individual actions humanity has collectively taken. All too often such actions proceed from a position of ignorance, selfishness and habit, and are undertaken with little or no understanding of the effects on the natural environment.

The debate around climate change commonly focuses on transportation, deforestation, and energy – replacing fossil fuels with renewables. This is right and urgent, and some countries are taking steps; however, what is not tackled at all is the devastating impact of a meat/dairy diet – common to 97% of humanity. According to Reducing Foods Environmental Impacts Through Producers and Consumers (RFEI), a detailed report published in the journal Science, consumption of animal produce is “degrading terrestrial and aquatic ecosystems, depleting water resources, and driving climate change.”

Industrial farming of cows, pigs, sheep and chickens, plus harvesting fish, for human consumption is the single greatest cause of the interconnected environmental catastrophe; unless urgent substantive change takes place this could single-handedly lead to a polluting point beyond redemption. Misinformed, irresponsible lifestyle choices are behind the environmental crisis. The vast majority of people are unaware of the devastating effects of our collective eating habits, and from this position of uninformed ignorance disaster flows; the earth is poisoned, the climate disrupted and all manner of lives are lost.

Animal agriculture is responsible for approximately 15% of all greenhouse gas emissions (GGE), according to the UN Food and Agriculture Organization (FAO). This is more than any other sector, including manufacturing and transportation. The principal climate change contaminate is methane (44%), which comes mainly from rearing cattle – the source of 65% of all livestock GGE’s. While methane’s atmospheric life is only decades compared to centuries/millennia for carbon-dioxide (Co2) Scientific American reports that it “warms the planet by 86 times as much as CO2,” before degrading to become CO2: So it’s a double whammy, an intensely damaging one.

In addition to high levels of GGE’s the meat and dairy industry is responsible for a range of environmental ills: Colossal amounts of both land and water are used to produce meat and dairy for the dinner plate a third of all the Earths fresh water is soaked up by the industry, according to PNAS, and Waterfootprint relates that over 15,000 litres of water are required to produce a kilogram of beef, compared to the 322 litres of water needed for a kilo of vegetables. In America, 55% of total water usage goes to animal agriculture, compared to 5% for domestic use.

Globally the human population drinks around 5.2 billion gallons of water and eats 21 billion pounds of food daily, the documentary Conspiracy states. Though a lot, this pales into insignificance compared to the 45 billion gallons of water the world’s 1.5 billion cows drink daily and the 135 billion pounds of food they consume.

Land: use and degradation

The demand livestock farming makes on worldwide land resources is equally alarming. Between 25% and 30% of all (ice-free) land is utilized for grazing (up to 60 times more than the combined urban conurbations of the world); add in land used to grow feed crops and the figure leaps to 45% according to the International Livestock Research Institute. This voracious appetite for land is the primary cause of rainforest deforestation (which generates 10% of global GGE, according to the Union of Concerned Scientists) as huge tracts of land are cleared to graze cattle and grow genetically manipulated soya beans and maize, which are used in animal feed.

The World Resource Institute estimates that only 15% of the world’s rainforests remain, the other 85% has been leveled, badly degraded or broken up, destroying ancient ecosystems and displacing hundreds of thousands of indigenous people; and 91% of the lost rainforest is due to farming livestock to feed human beings with meat and dairy.

Tropical rainforests are the lungs of the planet, but an acre of this most precious land is being cleared every second, and it’s increasing: In the world’s largest rainforest, the Brazilian Amazon, from August 2015 to July 2016 deforestation rose sharply, to, The New York Times (NYT) reported “nearly two million acres…. that’s a jump from about 1.5 million acres a year earlier.” In neighboring Bolivia, the Bolivia Documentation and Information Center estimates that 865,000 acres of land have been cleared every year since 2011 – a huge increase on the 366,000 acres a year during the 1990’s and the 667,000 acres a year in the early 2000’s. The reason for the increase is “a strategy by multinational food companies to source their agricultural commodities from ever more remote areas around the world.” Areas where law is weak and corporations can do as they like – all in the name of profit.

Deforestation and soil degradation/erosion leading to desertification are closely connected. The UNCCD (United Nations Convention to Combat Desertification), records that “12 million hectares of arable land, enough to grow 20 tonnes of grain, are lost to desertification annually. With over 70% of the global arable land being used to grow crops for livestock, its clear that “animal agriculture is the leading driver for approximately 1/3 of the land lost on earth due to desertification.”

Animal agriculture is also the principal cause behind the unprecedented level of species extinction, and this because of a variety of factors: Clearing forests destroys natural habitat; wild animals are hunted to protect livestock; pesticides, herbicides and chemical fertilizers used in the production of feed crops “interferes with the reproductive systems of animals and poison water supplies.” Together with the broader impact animal agriculture is having on climate change, this all contributes, Conspiracy relates “to global depletion of species and resources.”

The industrial farming of livestock is a multi-layered environmental disaster, a global industry worth an estimated 3.178 $Trillions per year according to the World Bank that is growing at a phenomenal rate. Over the past 50 years global meat production increased fourfold. In 1963 it was 78 million tonnes, now, Global Agriculture records that it’s around 308 million tonnes per year. It’s expected to rise a further 75% by 2050 and demand for dairy to increase by 65%. If this trend continues, research published in Nature calculate that by 2050 agricultural emissions will take up the entire world’s carbon budget, with livestock a major contributor. This would “mean every other sector, including energy, industry and transport, would have to be zero carbon, which is described as ‘impossible’.”

The enormous rise in production, of cheap low-quality food stuff is being generated through large-scale factory farming; it is how 70% of all farm animals are now reared, is the biggest cause of animal cruelty, and the source of many of the health pandemics in recent years. Livestock is regarded as human property – living commodities within a world of commodification to be used and profited from with no concern for the well-being of the animals.

Regionally, Asia produces almost half of the total meat production, Europe and America account for 19 and 15% respectively. The countries that consume most are currently the industrialized nations, Australia tops the chart of meat eaters, with, Forbes tells us, an average Australian eating “205 lbs. of beef and veal, poultry, pork and sheep meat a year”. America follows with 200 lbs. a year, then comes Israel at 189 lbs. It’s interesting to note that these countries also lead the world in wealth and income inequality.

Some will argue that even more livestock is needed to feed a growing global population. This claim is totally unfounded. Whilst the world is certainly overpopulated (7.6 billion), enough food is being produced to feed an estimated 10–12 billion people, but as FAO relates, “an estimated one-third of all food produced for human use, valued at $1 trillion, is lost or wasted each year.” In full sight of this criminal act almost a billion people are starving, whilst 1.9 billion are overweight. As the Meat Atlas makes clear, the global system for producing food is totally broken, it is a failed industry controlled by a handful of multinational corporations sitting within a dysfunctional economic system that places profit before people and the planet.

Change of Lifestyle

If humanity is to overcome the environmental crisis, a major shift in behavior is needed, including a change in diet. The RFEI report reveals that adopting diets which exclude animal products “has [enormous] transformative potential: reducing food’s land use by 2.8-3.3 billion hectares (a 76% reduction), including a 19% reduction in arable land; food’s GHG emissions by 49%; acidification by between 45-54%; eutrophication [excessive richness of nutrients in a body of water] by up to 56%.” In large meat eating societies like America, where meat consumption is three times the global average and a mere 3.5% are vegetarian, changing diet “has the potential for a far greater effect on food’s different emissions, reducing them by up to 73%.”

Awareness is the critical ingredient in change, individually and collectively. In order to raise awareness of the impact of meat/dairy production and create a well-informed society, information needs to be widely available. The lead researcher on RFEI, Joseph Poore from the University of Oxford, proposes labeling which reveals product impact should be made available. Such a step should be compulsory, so “consumers could choose the least damaging options.” In addition, Poore suggests governments subsidize “sustainable and healthy foods” while “reallocating agricultural subsidies that now exceed half a trillion dollars a year worldwide.”

These measures would greatly help, but changing behavior is extremely difficult, particularly on the scale and within the time-frame required, and it won’t happen without incentives. In 2013 a group of scientists proposed “implementing a tax or emission trading scheme on livestock’s greenhouse gas emissions”, this “economically sound policy would modify consumer prices and affect consumption patterns.” Such a common-sense scheme should be implemented throughout the world as part of a set of global policies, consistently enforced, designed to change harmful behaviour and encourage responsible action. We all have a duty to do everything we can to restore the Earth to health and safeguard it for future generations and the most effective way to do this, as the RFEI study shows, is to stop eating animal produce.

GM Crops in India: Approval by Contamination?

The regulatory system for GMOs (genetically modified organisms) in India is in tatters. So said the Coalition for a GMFree India (CGMFI) in 2017 after media reports about the illegal cultivation of GM soybean in the country.

In India, five high-level reports have already advised against the adoption of GM crops:

  1. The ‘Jairam Ramesh Report’, imposing an indefinite moratorium on Bt Brinjal [February 2010];
  2. The ‘Sopory Committee Report’ [August 2012];
  3. The ‘Parliamentary Standing Committee’ [PSC] Report on GM crops [August 2012];
  4. The ‘Technical Expert Committee [TEC] Final Report’ [June-July 2013]; and
  5. The Parliamentary Standing Committee on Science & Technology, Environment and Forests [August 2017].

Given the issues surrounding GM crops (including the now well-documented failure of Bt cotton in the country), little wonder these reports advise against their adoption. Little wonder too given that the story of GM ‘regulation’ in India has been a case of blatant violations of biosafety norms, hasty approvals, a lack of monitoring abilities, general apathy towards the hazards of contamination and a lack of institutional oversight.

Despite these reports, the drive to get GM mustard commercialised (which would be India’s first officially-approved GM food crop) has been relentless. The Genetic Engineering Approval Committee (GEAC) has pushed ahead regardless by giving it the nod. However, the case of GM mustard remains in limbo and stuck in the Supreme Court due to various pleas lodged by environmentalist Aruna Rodrigues.

Rodrigues argues that GM mustard is being undemocratically forced through with flawed tests (or no testing) and a lack of public scrutiny: in other words, unremitting scientific fraud and outright regulatory delinquency.

Moreover, this crop is also herbicide-tolerant (HT), which is wholly inappropriate for a country like India with its small biodiverse farms that could be affected by its application.

GM crops illegally growing

Despite the ban on GM cops, in 2005, biologist Pushpa Bhargava noted that unapproved varieties of several GM crops were being sold to farmers. In 2008, Arun Shrivasatava wrote that illegal GM okra had been planted in India and poor farmers had been offered lucrative deals to plant ‘special seed’ of all sorts of vegetables.

In 2013, a group of scientists and NGOs protested in Kolkata and elsewhere against the introduction of transgenic brinjal in Bangladesh – a centre for origin and diversity of the vegetable – as it would give rise to contamination of the crop in India. As predicted, in 2014, the West Bengal government said it had received information regarding “infiltration” of commercial seeds of GM Bt brinjal from Bangladesh.

In 2017, the illegal cultivation of a GM HT soybean was reported in Gujarat. Bhartiya Kisan Sangh (BKS), a national farmers organisation, claimed that Gujarat farmers had been cultivating HT crop illegally – there is no clearance from the government for any GM food crop.

There are also reports of HT cotton illegally growing in India. In a paper appearing in the Journal of Peasant studies last year, Glenn Stone and Andrew Flachs show how cotton farmers have been encouraged to change their ploughing practices, which has led to more weeds being left in their fields. The authors suggest the outcome in terms of yields (or farmer profit) is arguably no better than before. However, it coincides with the appearance of an increasing supply (and farmer demand) for HT cotton seeds.

It doesn’t take a dyed-in-the-wool cynic to appreciate that the likes of Bayer, which has now incorporated Monsanto, must be salivating at the prospect of India becoming the global leader in the demand for GM.

All of this is prompting calls for probes into the workings of the GEAC and other official bodies who seem to be asleep at the wheel or deliberately looking the other. The latter could be the case given that, as Stone indicates, senior figures in India regard GM seeds (and their associated chemical inputs) as key to modernising Indian agriculture.

CGMFI spokesperson Kavitha Kuruganti says that the regulators have been caught sleeping. It wouldn’t be the first time: India’s first GM crop cultivation – Bt cotton – was discovered in 2001 growing on thousands of hectares in Gujarat, spread surreptitiously and illegally by the biotech industry. Kuruganti said the GEAC was caught off-guard when news about large scale illegal cultivation of Bt cotton emerged, even as field trials that were to decide whether India would opt for this GM crops were still underway.

In March 2002, the GEAC ended up approving Bt cotton for commercial cultivation in India. To this day, no liability was fixed for the illegal spread.

The tactic of contaminate first then legalise has benefited industry players before. In 2006, for instance, the US Department of Agriculture granted marketing approval of GM Liberty Link 601 (Bayer CropScience) rice variety following its illegal contamination of the food supply and rice exports. The USDA effectively sanctioned an ‘approval-by-contamination’ policy.

Illegal GM imports

Despite reasoned argument and debate having thus far prevented the cultivation of GM crops or the consumption of GM food in India, it seems we are to be witnessing GM seeds and crops entering the food system regardless.

Kuruganti says that a complaint lodged with the GEAC and a Right to Information (RTI) application seeking information regarding the illegal GM soybean cultivation in the country has stirred the apex regulatory body to bring the issue to the notice of the Directorate General of Foreign Trade (DGFT), months after the issue became public.

In reply to the RTI application, the GEAC responded by saying it had received no complaint about such illegal  cultivation. Kurauganti says this is a blatant lie: the BKS had collected illegally cultivated soybean samples for lab testing and the report was sent to the GEAC along with a letter of complaint. GM HT soybean has not been granted permission for field trials, let alone large-scale cultivation.

It is also understood that apart from the BKS, the Government of Gujarat also alerted the GEAC to the illegal cultivation.

Kuruganti says:

The fact that the GEAC is writing now to the DGFT to take action (on preventing the illegal GM imports), makes it clear that it lacks any real intent to take serious action about the violations of its own regulations. It also indicates that it is putting up a show of having “done” something, before an upcoming Supreme Court hearing on PILs related to GMOs.

Her assertion is supported by Rohit Parakh of India for Safe Food:

Commerce Ministry’s own data on imports of live seeds clearly indicates that India continues to import genetically modified seeds including GM canola, GM sugar beet, GM papaya, GM squash and GM corn seeds (apart from soybean) from countries such as the USA… with no approval from the GEAC as is the requirement.

Kuruganti concludes that the regulatory system is a shambles and is not preventing GMOs from being illegally imported into the country or planted. Moreover, the ruling BJP has reneged on its election promise not to allow GM without proper protocols.

Offshoring Indian agriculture

It is not a good situation. We have bogus arguments about GM mustard being forwarded by developers at Delhi University and the government. We also have USAID pushing for GM in Punjab and twisting a problematic situation to further Monsanto’s interests by trying to get GM soybean planted in the state. And we have regulators (deliberately) asleep at the wheel.

The fact that India is importing so many agricultural commodities in the first place doesn’t help. Relying on imports and transnational agribusiness with its proprietary (GM) seeds and inputs is not a recipe for food security. In the 1960s, Africa was not just self-sufficient in food but was actually a net food exporter. Today, courtesy of World Bank, IMF and WTO interventions, the continent imports 25% of its food, with almost every country being a net food importer.

Is this what India wants? Based on its rising import bill, self-reliance and food security seems to be an anathema to policy makers. In response to the government’s decision to abolish import duty on wheat in 2017, Ajmer Singh Lakhowala, head of the Punjab unit of Bharatiya Kisan Union, said sarcastically:

The import of cheap wheat will bring the prices down. It appears the government wants the farmers to quit farming.

As previously outlined, at the behest of the World Bank and courtesy of compliant politicians in India, it certainly seems to be the case.

Self-sufficiency is not to the liking of the US and the World Bank. Washington has for many decades regarded its leverage over global agriculture as a tool to secure its geostrategic goals.

Whether it involves the import of subsidised edible oils, wheat, pulses or soybean – alongside the ongoing neglect of indigenous agriculture and farmers by successive administrations – livelihoods are being destroyed, food quality is being undermined and Indian agriculture is slowly being offshored.