Aquaponic farm advocate Marianne Cufone argues that the time is right for the USDA to expand the types of crops that can earn the organic label.
Aquaponic farm advocate Marianne Cufone argues that the time is right for the USDA to expand the types of crops that can earn the organic label.
October 31, 2017
Editor’s note: Starting today in Jacksonville, Florida, the National Organic Standards Board (NOSB) is convening one of its twice-yearly public meetings. This week, the board is considering proposed changes to the National Organic Program (NOP) to include aquaponic, hydroponic, and aeroponic crops in the U.S. Department of Agriculture (USDA) Organic certification. Civil Eats invited proponents and opponents of the change to state their case. (You can read the counter-argument here.) The NOSB can offer guidance, but the final decision remains with the USDA, and it is unclear what, if any, changes the agency plans to make to the NOP.
[Update: The NOSB on November 1 voted to allow hydroponic production under the USDA Organic certification.]
Defining certified USDA organic may sound simple, but it has proven very complex when it comes to hydroponic and aquaponic growing, and lawmakers on both sides of the aisle have voiced concern about the future of organic. Even regulators tasked with enforcing the rules struggle to agree on exactly what the certification means. This summer, Senator Pat Roberts (R-Kansas) drove this point home when talking about organic commodity crops, saying the NOSB’s “dysfunction” had “prevent[ed] farmers that choose organic from utilizing advancements in technology and operating their business in an efficient and effective manner. Simply put, this hurts our producers and economies…”
Currently, the NOSB defines an organic system as one that cycles nutrients to the plants in order to “promote ecological balance, and conserve biological diversity.” Similarly, the federal Organic Foods Production Act states that organic farming practices should either enrich soil or not harm it. Many hydroponic and aquaponic farms meet, and sometimes even exceed, these standards. They should be eligible for USDA Organic certification.
Rather than welcoming these eco-efficient farming methods, some growers have argued that hydroponic and aquaponic farm products should be disqualified from the organic label because they do not utilize soil in the traditional sense of the word. These “dirt-first” farmers ignore the intent of organic regulations. The biology of a system is what makes it organic, not the medium the plants are grown in. The dirt-only camp often oversimplifies “soil” as merely earth. “Soil” is better understood as an active biological environment that helps plants break down nutrients into food. Science shows that aquaponic farms that qualify for USDA organic certification do exactly that.
Recirculating hydroponic and aquaponic farms work by cycling nutrient-enriched water through a nearly closed-loop system to grow produce and/or fish. They’ve been tailored to eliminate use of antibiotics, genetic modification, and synthetic chemicals, and can often even grow more plants faster in a smaller space by tapping into natural processes. Recirculating farms also use less water and energy than most traditional dirt-based systems.
The exclusion of hydroponic and aquaponic food producers is in truth about more than the meaning of soil. It’s mainly about access to the $39 billion annual organic food market. Allowing qualifying hydroponic and aquaponic farms to be certified as USDA organic increases competition among organic farmers, and the dirt-firsters would of course prefer less competition.
It is important for the USDA to allow hydroponic and aquaponic farms to keep their organic certifications to send a clear message that the agency values sustainability and innovation in U.S. agriculture, goals that are at the center of the nationwide local food movement and spur growth of urban and rural farms alike. The USDA often laments the lack of new, younger farmers entering the workforce; discouraging hydroponics and aquaponics will certainly also put off new young farmers who have invested time and resources into these practices.
As the NOSB meets to discuss the organic standards, it should note its responsibility to support an organic market where farmers compete to grow the most sustainable, resource-efficient food. In our research, we have found that including hydroponics and aquaponics in the market promotes competition and innovation among water and dirt-based growers alike for the benefit of consumers and our planet.
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The "Organic" of Organics is in fact the organic matter of the soil. I don't see how a closed system can call itself soil-building with a straight face. While it is true that there are incredible benefits to enclosed production systems, to call them Organic is an abuse of the term.
Consider me unconvinced.
This process if not using biocides, pesticides, and all the other synthetically made biocides, and or GMO crops and a more natural way of "feeding" the crops ( not just dumping in fertilizer), but coupling with aquaculture, and a water based composting system can be quite ecologically sound and very productive. After all the highest rates of growth occur from water based systems.
For instance, our system uses fish tanks that drain into tubs of inert lava rock and recirculate. No synthetic fertilizer (plenty of N from the fish poop) no pesticides, certainly no GMO.
But do you know what it doesn't do? Build soil. More specifically, it does nothing for the long term _organic_ matter in the soil from which the term Organic derives.
Is it healthy? Yes. Ecologically sound? On many counts. Is it Organic? No.
sad..
soil1
soil/Submit
noun
noun: soil; plural noun: soils
the upper layer of earth in which plants grow, a black or dark brown material typically consisting of a mixture of organic remains, clay, and rock particles.
I have taken many soil science classes, and I have never seen a definition like this.
Also, plants don't "break down nutrients into food". They use sunlight to convert CO2 + H2O into carbohydrates. Other nutrients are needed for the plant "machinery" that performs this manufacturing process.