Category: Featured

  • Organic Fish Standards Announced by the USDA

    Organic Fish Standards Announced by the USDA

    ast week, the USDA announced their first organic guidelines for fish. The new guidelines uphold some of the traditional mainstays of organic agriculture, like banning the use of antibiotics, hormones, pesticides and GMO feed in some instances while weakening other provisions at the same time.

    Most notable in the new guidelines is the inclusion of a loophole that allows aquaculture farms to obtain up to 25% of their feed from unregulated wild seafood stock (see the NOSB draft literature). The loophole does specify that organic producers use ‘sustainable’ wild seafood as the feed for their fish stocks but does not go so far as to require 100% organic feed. This is the first time ANY livestock producer (NOTE: the USDA classifies fisheries as ‘livestock’) has been allowed to include any non-organic feed into their own animal’s feed.

    A beautiful sockeye salmon

    Additionally, these new guidelines allow all types of fish to be raised in open-water pens in the ocean which allows water from the fish farms to filter into neighboring aquatic environments, a move that could allow both species and disease to jump from the farms into the ocean.

    Largely, this new protocol targets commercial aquaculture farms, because of their explosive growth and the desire of many farming interests to label their products with an organic sticker. The protocol does very little to clear up the controversial issue of whether or not wild-caught seafood is organic or not.

    What They are Saying

    Initial reaction from aquaculture farmers was largely positive while environmental and consumer groups were enraged, as might be expected. Large firms like Cooke Aquaculture remained largely silent on the issue, a possible indication that the decisions made by the USDA were in their favor.

    On the other side of the coin, NGO firms like The Consumer’s Union, who publishes of Consumer Reports, expressed deep displeasure with the new guidelines, saying that the USDA’s decision ‘will undermine consumer confidence in the entire organic marketplace‘.

    The Living on Earth Show, spoke directly with Food & Water Watch about the open-net pen provision in the new USDA guidelines. This is a great audio interview covering this environmental issue in-depth.

     

     

    Listen to the Interview

    (A Transcript is also available)

    Why all the fuss?

    The new ‘green’ in organics

    The reason for the wildly varied opinions on organic fish boils down to dollar bills. Organic sales are estimated to reach $23.6 billion dollars in 2008, another year of double digit growth despite the terrible economy. If you factor in natural foods, that number jumps to almost $33 billion. From 2005-2008, these products grew at 67.6 percent, annualized at 18.8% year-over-year [source: Grist]. These type of revenue gains are usually reserved for high-tech start-ups, not food producers. The power levied by the ‘organic’ title is immense in the marketplace.

    Growth like this is being fueled by consumer demand but also by the premiums most producers can command for their goods. Price premiums on organic food range from as little as 5% to as much as 200%, depending on the product. Because food is typically a very low margin good, even a 5% premium would attract significant agribusiness interest. This has been a major factor in the meteoric rise of the organic food industry and the continued push for new organic foodstuffs, like the new fish standards.

    Organics net tremendous sales by galvanizing the fractured buying public around a variety of causes ranging from environmental concerns to food safety issues and general wellness. Even though organic food buyers are a wildly diverse group, they appear to agree on one thing – tough organic standards. In the Food Poll conducted by the Consumer’s Union, 93% of the buying public said any fish labeled organic should only be fed organic feed and an equally impressive 90% said organic farms should recover their waste and not pollute the environment.

    The USDA’s Precious

    Such loyalty and power of the organic moniker comes from the fact that, up until now, organic labeling has required farmers to adhere to extremely tough guidelines, like the 100% organic feed guidelines for all livestock producers and 5 year waiting periods where no pesticides could touch farmland before a single product could be certified organic.

    The process, by which products are physically labeled as organic, was once an afterthought in the market but that occurred long before these goods carried such revenue generating power and marketing glow. Companies are now fully aware of the premium their products command once they have been certified organic and, sometimes, desperately seek that certification.

     

    The Future of Organic Fish

    Organic fish is a complicated concept even without the vast, monied players described above pushing their weight around. Obviously, no fish ‘organically’ grows in an aquaculture pen out in nature, so if we want to be true organic purists, no fish farm products could ever be called organic. The USDA may be setting up a nutritionally complicated system where wild, non-organic fish are the most desirable, followed by farmed-organic fish and rounded out by typical farmed non-organic fish products. Other products find themselves in a similar bind.

    Herein lies the problem.

    We have ask ed a government agency to draw a very particular line about a subject to which there is no general consensus to begin with. Is a salmon in a fish pen natural? Is a mercury laden wild tuna more nutritious than a PCB-filled farm raised tilapia? What guidelines can be imposed to obtain a truly wild, organic fish of any kind?

    Open-pen aquaculture may have proven detrimental effects on the environment but that does not mean that the fish inside that environment cannot be produced organically, in theory at least. There are even new urban aquaculture methods being developed that go far beyond the aims of these rules. Watch the future below:

    Aquaculture can be done correctly, sustainably and even with a beautiful flare. These images come from architect Benedetta Gargiulo’s vision for fish farming in Central London:

    Inside sketch of a London Fish Farm, credit: Pruned

    Architectural Plans for a London Fish Farm, credit: Pruned

    The NGO crowd is probably right in saying that these new organic fish standards are too weak on the environmental front but aquaculture will advance in ways unknown, despite the rules.

    Regulation becomes more of a spirit-of-the-law versus the letter-of-the-law situation. In spirit, organic products seek to make agriculture more natural and sustainable while organic rules seek to impose strict guidelines on how to best achieve that goal – and we believe these new USDA standards advance that goal if not succeeding entirely.

    More Nutritious Fish from Organic Rules

    Wild salmon, yum

    In our opinion, the real untold story with the regard to the new, organic fishing standard, is what these new rules will mean for nutrition. This new ruling should create a dramatically more nutritious farm raised protein product, which is very important considering the growth of aquaculture.

    Nutritionally speaking, wild cold water fish (like salmon) are the best sources of fish because they contain a wide array of micronutrients and are in better overall health while alive. Based on what we know of protein development in fish, this enhanced nutritional profile is directly related to the diet of the fish while they are alive. Wild fish eat a varied diet more closely related to what they should ideally be eating, resulting in a better ratio of essential fatty acids Omega-3 and Omega-6.

    Humans need to get those essential fats in a 1:1 ratio in their diets for optimum health but, typically, most Americans now get 15-20X more Omega-6 than Omega-3, promoting inflammation in the body. This is why so many people are urged to take an Omega-3 supplements and eat fish but the idea of fish as a source of Omega-3 is currently being degraded by bad farming practices.

    Studies show that farm-raised salmon have dramatically lower amounts of Omega-3 and have higher amounts of PCB contamination than their wild counterparts. Another recent study shows farm raised tilapia and catfish have a fat profile not too dissimilar from hamburger meat or bacon.

    Yes, he is.

    The reason for this weaker nutritional profile is simple: both these fish and most farm animals are eating the exact same diet of refined corn products which creates this inferior fat ratio. Hard as it is to believe, most farmed fish eat nothing but the corn germ by-products of high fructose corn syrup production. This diet turns the salmon gray, which requires them to be artificially colored pink by products like DSM’s CAROPHYLL. Even worse, most of those corn products are GMO varieties that have their own set of issues.

    So, let’s give the USDA a little credit here. While open-pens are regrettable, organic fisheries will be eliminating GMO corn altogether, banning the use of artificial coloration (I believe) and mandating that 25% of these organic fish’s feed are from sustainable wild fish stocks. This should provide the consumer with a noticeably more nutritious protein product in organically farmed seafood.

    The big omisson on the part of the USDA, in our opinion, was not the open-net pen allowance but rather the failure to recognize which species of fish are carniverious (like salmon and tuna) or vegeratarian (like catfish and tilapia) and then REQUIRE organic aquaculture to feed their species appropriately. There is always room for improvement and we hope the USDA puts monied interests aside and notes ALL critiques for future revisions to the standard.

  • Purple Tomatoes Go GMO to Cure Cancer

    Researchers at John Innes Centre in the UK have used successfully created a purple tomato by using genes from the common snapdragon flowering plant. Tomatoes natively possess the genes required to make themselves purple but normally these genes lie dormant. By inserting borrowed genes from the snapdragon plant, the researchers engineered the tomato to activate the usually dormant genes. The tomato plant was designed intelligently with promoter sections of DNA inserted in front of the snapdragon genes, so that the tomato plant would only turn its ripening fruits purple and not its leaves.

    The desire to turn a tomato purple may appear quixotic at first but there is merit to this endeavor. Colors in produce indicate the presence of flavonoids, beneficial compounds known for their antioxidant activity. Specifically, deep red-blue-purple coloring indicates the presence of anthocyanin, a flavonoid widely found in fruits like blackberries, black currants and cranberries but not in significant quantities within regular tomatoes themselves. Seeing as tomatoes are one of the most commonly consumed types of produce, scientists sought to bring together the best of both worlds by infusing this flavonoid into tomatoes, which turns them purple in the process.

    Anthocyanin to the rescue?

    Anthocyanin and the berry fruits that contain it have received quite a bit of attention in the research world because of their ability to inhibit the growth of cancer cells. Berry juices containing anthocyanin have been shown to destroy stomach, prostate, intestine and beast cancer cells.

    Human studies have been mixed however. Initial results from a study of ten high-risk pre-cancerous patients show dosing with berry compounds reduces oxidative stress. Another larger, controlled study had twenty women drinking cranberry juice but found little evidence of quantifiable benefits from drinking the juice over a two week period.

    Still, scientists are excited about their purple tomatoes.

    “This is one of the first examples of metabolic engineering that offers the potential to promote health through diet by reducing the impact of chronic disease and certainly the first example of a GMO with a trait that really offers a potential benefit for all consumers.” said Professor Cathie Martin of the John Innes Centre [https://www.jic.ac.uk/], who participated in the research.

    “The next step will be to take the preclinical data forward to human studies with volunteers to see if we can promote health through dietary preventive medicine strategies.”

    What does it all mean?

    From a scientific standpoint, Professor Martin makes an excellent point; this is the first proactive use of genetic manipulation to improve the nutritional characteristics of a food. Up until now, most GMO ‘advancements‘ have been made in addressing the genetic weaknesses of large foodstuff monocrops, like soy and corn, that allow greater quantities of the crop to be grown. The team at the John Innes Centre has successfully genetically modified a major food product for the benefits of health, not crop yields. This is a welcome development in a world suffering from a modern malnutrition epidemic.

    Purples Tomatoes, care of the John Innes Centre

    However, the scientific studies surrounding anthocyanin – the purple maker – do not give us the guidance we would hope for. If simply dosing with anthocyanins retarded cancer, we would be seeing those results come out in the trade journals. For now, we just haven’t seen those results – if anything we have seen the opposite.

    Some of this can be explained by examining the nature in which nutrients actually become absorbed into the body. These processes appear to be incredibly complex but, generally speaking, we know the nutrients found in foods require other nutrients to be sufficiently assimilated. Studies bear out this idea, like findings that correlate a decrease in cancer with a diet heavy in antioxidant fruits and vegetables while juxtaposed against the fact supplementation with singular antioxidant vitamins seems to have no positive health effect. The basic idea is that nutrients require each other, in very specific amounts, to create the symphony of good health.

    What will decide whether the purple tomatoes becomes a significant contribution to the world of health lies in how the discovery is handled from here. If these tomatoes are adequately and rigorously tested both in vitro (in the lab) and in vivo (in people) for safety, we could really have a development that significantly improves the well being of millions of people, especially those with a genetic predisposition to cancer. Any additional intake of beneficial flavonoids into the Western diet, currently riddled with excessive amounts of fat and sugar, would be welcome.

    Our Reservations

    Purple Tomatoes, in action – John Innes Centre

    We wonder whether scientists are taking a very ‘Rube Goldberg-esque’ approach to a technically simple problem. Designing a fancy, purple tomato is definitely a good way to get more flavonoids into the Western diet but the inclusion of more blueberries and raspberries, which require no genetic modification, would accomplish the same thing. This is an awfully large mouse trap, so to speak.

    Our other major concern is one of history. If we let the recent past be our guide for the future, the purple tomato could very easily become another weapon in the hands of agribusiness. For generations, farmers have conducted defacto genetic engineering by choosing to breed the most prolific plants on their farms but that world has long ceased. Genetic modification of crops by large corporations is the new norm and, unfortunately, GMO seeds carry with them an especially troubled past. Often, these modified seeds have been used as a bargaining tool against farmers, ironically enough.

    The Monsanto company, who has conducted the lion’s share of the development behind the GMO revolution, understandably wants to collect on their sizable investment in the space. We take up no arms against that principle but the disgraceful tactics Monsanto has employed over the years creates great hesitation. Profiting from technological advancements is part of what makes capitalism work but extorting the world’s farmers via the food supply is simply not tolerable.

    In Conclusion

    Instead, we would like to see the public/private partnership between the John Innes Centre and the UK’s Biotechnology and Biological Sciences Research Council continue into the future. We believe this model offers the most promise for the development of a better food supply. Open licensing of the purple tomatoes’ genetic code could be a welcome step instead of the now common draconian smoke and mirrors act that accompanies nearly every GMO product brought to market.

    In short, the proof will be in the pudding. Which path the purple tomato takes will make all the difference. Good luck little guy; we fear it will be a rough road for you from that greenhouse to our plate.