Certified Organic Can Be Bad for Small and Local

GRAIN recently published an article about the politics of certified organic seeds.

While every country has a slightly different interpretation of the rule, generally speaking, certified organic food must be grown with certified organic seeds when they are available.

This sounds innocent enough, even logical to some people. As innocent as it sounds it’s a really insidious rule that makes things very difficult for some small farmers and decreases global biodiversity.

No Significant Difference

While no one should use treated seeds in their garden, and organic foods certainly should not be grown from treated seeds, the use of organic seeds doesn’t make any sense.

The root of the definition of certified organic is the plants should be grown on land that has not come in contact with chemical fertilizers and pesticides for two years. By the time you purchase and grow any seed in your garden, two years will have almost certainly passed since the parent plant could have been sprayed anyway.

If you are purchasing an OP or heirloom variety of plant, there is a reduced chance pesticides or other chemicals would have been used in it’s production. This is because a large portion of the chemicals used in agriculture are used to make produce appear cosmetically perfect or to protect it from spoilage. These chemicals aren’t needed when seed is produced. This doesn’t apply to F1 hybrid varieties, for which toxic chemicals are frequently used, and presumably these chemicals are allowed under organic certification because organic F1 seeds are widely available.

The chance of transporting chemicals of any significance into your garden or dinner table with an untreated purchased seed is infinitessimally small. First the original plant has to be sprayed, then the chemical must find it’s way to the very small seed, then the seed decomposes in your garden leaving a new plant in it’s place. It’s virtually impossible any chemical residue could be left behind that is any higher than what’s already present in your garden anyway. If you add supermarket vegetable scraps to your compost, you have a much greater chance of adding chemicals to your garden than using non organic seeds.

There is no possibility organic seeds can produce better plants. When you grow a seed, you are simply using it’s DNA. If a seed germinates and grows into a plant, that plant will be the same regardless if it came from an organic seed or not. There are simply no realistic possibilities for any differences to exist.

If you save your own seeds and trade with your fellow gardeners, the idea of organic seeds becomes a non-issue anyway. This is one more reason why we should all be doing this.

No Big Favors to the Environment Either

Of course one of the reasons many people buy organic foods is to help protect the environment. As anyone who has ever saved their own seeds will tell you, the amount of seeds that comes from a single plant is enormous. You can easily plant one seed and get thousands as a result.

Seed production is not as chemically intensive as producing market produce anyway, and the amount of land needed is a tiny fraction of that used in agriculture.

How Could Organic Be Bad?

The problem comes about in the interpretation of the rule ‘organic seeds must be used, when available’.

In North America many smaller seed companies specializing in OP and heritage varieties, knowing they could soon be shut out of the chain of organic agriculture if they didn’t, have been arranging their own organic certifications. This means in this part of the world organic seeds are widely available for most of the common OP and heirloom varieties. Probably for this reason, the certifying agencies have not been very strict about requiring the use of organic seeds.

In Europe and many other places in the world, it’s a very different story.

In Europe there are a very complicated set of rules governing the production of seeds for agriculture. In particular purchased seeds must come from a licensed source and generally can only be modern commercial varieties. Under limited circumstances, farmers are allowed to save their own seeds, but never to sell or trade them. For farmer grown seeds to be considered organic they must have been grown for two consecutive years first. It’s virtually impossible under realistic circumstances for farmers to maintain their own collections of seeds for their own varieties. If farmers can’t maintain their own seed collections, most heritage and OP varieties cannot be purchased as certified organic.

What’s happening in Europe right now, and the Netherlands was singled out by the GRAIN report above as being one of the worst offenders, is certain classes of crops are being closed when it comes to considering if organic seed is unavailable.

For example, the organic certifying agencies might simply say there are enough certified organic cauliflower seeds on the market, so no organic farmer can claim they can’t find certified organic cauliflower seeds. No arguments are accepted over the varieties available or the price seed companies are asking. Farmers who want to grow organic cauliflower must either have saved their own seeds for the past two years or purchase organic seeds from one of the companies selling them. There would be no other possibilities.

Who are these companies selling the organic seeds?

Referring to the Netherlands in particular, since this was addressed in the GRAIN report, one company called Vitalis controls 82% of the market for organic cauliflower seeds.

In each one of these classes of crops being closed for consideration of organic seeds not being available, only a small number of large companies control the seed market, leaving them in a position to charge virtually whatever they want.

Seed Saving Blog

It’s funny sometimes how you can not notice a fellow blogger for months or years, then suddenly come across them. That’s what happened here.

Laura of Mas Du Diable just left a comment here. She is located in Southern France, and her blog has been around almost as long as Bifurcated Carrots!

She lives in a really pretty place, and has lots of great pictures on her site.

She has a list of seeds to trade, and in particular is looking for hot peppers.

Seed Savers Exchange

I’ve posted several times now about the Seed Savers Exchange (SSE), for example in this post explaining how it works.

Since the SSE works on a calendar year basis, now is a good time to join to make sure you are in sync with them. It can also be a good holiday gift for a special gardener in your life.

It takes some time to learn how it all works and understand the kinds of things listed in their ‘yearbook’ or member seed listings. Beyond that, assuming you will offer your own seeds to other members, it takes time to learn how to save seeds. Becoming a fully contributing member isn’t the kind of thing you do just within a few months.

If you were ever considering joining, it might be worth it to pay for a year’s membership and see if it’s something you are interested in.

As I’ve mentioned in earlier posts a SSE membership, while open to anyone in the world, is most useful to people living in the US or Canada. People living in other places will probably find it too expensive, and in addition local import regulations may limit what you can actually get.

Seed Saving: Dehybridization

If you have a plant that’s a result of a cross between at least two other plants and you want to create a new stable variety from this plant, you must go through a process called dehybridization.

You can dehybridize a simple F1 hybrid variety (two plants crossed), but you can do the same thing with a grex (more than two plants crossed) as well.

I’ve mentioned in recent posts how important is is to start with the right kind of seeds when seed saving and breeding plants. Some people may be wondering why you couldn’t dehybridize a commercial F1 hybrid variety the same way you could an F1 hybrid created in your garden.

The issue is usually if you want the genes contained in a commercial variety in your garden. For example many commercial tomato varieties are bred to have tough skins or be suitable for transporting long distances. Many varieties of other plants are genetically programmed to produce their harvest all at the same time (often called ‘all at once’ types), which is handy if you are a farmer harvesting with a tractor but most gardeners would rather have a sustained harvest over a longer period. There are many other traits that exist in commercial hybrid varieties that aren’t necessarily desirable in a home garden.

If however you come across a commercial plant variety that you really want to keep and dehybridize, it’s often possible. For example, there have been a number of efforts recently to dehybridize the very popular commercial Sun Gold variety tomato. There have been a number of similar efforts made with commercial varieties in the past, and some of these efforts have been more successful than others.

The Process

As I’ve mentioned before, when two different stable varieties of plants are crossed, an F1 hybrid is created. If seeds from this generation are saved and replanted, the result is an F2 hybrid followed by an F3 and so on.

The F1 generation is distinct. That is if you grow more than one plant from this generation, they will all be the same. If you create more seeds by making a new cross from the same parent plant varieties, these seeds will also produce more of the same identical plants.

When starting with hybrid, the F2 generation the plants will start to show genetic instability, and the plants will all be different. In fact, the F2 generation will be the most unstable. It’s a good idea to grow a large number of plants in the F2 generation and save seeds only from those that have the most desirable traits, in order to take advantage of the large number of differences.

At this point it’s a matter of growing the next generation from previously saved seeds and continuing to select the most desirable plants. If you come across a generation without plants with desirable traits, it can sometimes be necessary to replant the previous generation, so it’s a good idea to save seeds from earlier plantings. If you are dehybridizing an inbreeding plant and end up with more than one plant with different desirable traits, it may be necessary to cross pollinate these plants so the desirable traits are combined. If you are working with outbreeding plants they will probably be cross-pollinating on their own anyway, making good rouging practices very important.

If you decide along the way new genetic material is needed, you can also introduce the genetics of other plants by cross-pollinating with them. Consider that the more complex and varied you make the genetics, the longer it will take to dehybridize and stabilize the variety.

After a number of generations of saving seeds from desirable plants, and rouging undesirable plants, the genetics of the new variety will begin to stabilize and you will seed fewer differences between the plants. Eventually, you will have a new stable open pollinated variety. Different plants take longer or shorter times to stabilize, ranging from a couple of years to as many as 10-15.

Seed Saving: Determining What Will Cross

Like my other recent seed saving posts this one is mainly targeted at vegetables, but some of the ideas here may be able to be applied to other plants as well. I will also be trying to address the simplest ideas of this subject, and for those who want more detailed information I would refer you to the two books I mentioned in my last post.

Many people who save their own seeds avoid the issue of cross-pollination by only growing inbreeding plants. When growing out-breeding plants, or breeding your own varieties, it’s important to know which plants in your garden will cross with each other.

Unfortunately, this is not an exact science. Sometimes plants that are not supposed to cross do, and others you think should cross don’t. Sometimes vegetables can unexpectedly cross with nearby flowers. Opinions change on this subject, and reference books are rewritten. Often gardeners and/or scientists have conflicting opinions on this subject. There is however a lot known about this subject, and when you are thinking about saving seeds from an out-breeding variety it’s worth researching it and seeing what you can find.

The first thing you should look at when considering the possibility of plants crossing is the Latin names of the plants involved, and the families the plants belong to. I wrote a post about this several months ago. Usually, but not always, plants with different Latin names will not cross with each other. Most plants with the same Latin name will cross with one another.

Besides reference books, and the Latin names, your best bet is to ask other gardeners what their experiences are. In addition, there are a few commonly known guidelines for some vegetables, and I’m going to cover some of them below.

Squashes and Pumpkins

This type of plant has four common different species, and therefore different Latin names: Cucurbita pepo, Cucurbita moschata, Cucurbita maxima and Cucurbita mixta. These don’t usually cross with each other, and by choosing carefully it’s possible to grow four different varieties next to each other without cross-pollination issues.

Many people employ hand pollination techniques to keep different varieties of these plants from crossing, but I’m not going to get into this here.

Melons

Almost all melons are Cucumis melo, and will cross-pollinate with one another.

Beets and Swiss Chard

All beets (garden, sugar and mangel) and Swiss Chard are Beta vulgaris, and will cross with one another. These are also all biennials, and will go to seed in the second garden season. These are out-breeding, and the pollen is carried by the wind.

Beans

Most ‘ordinary’ beans are Phaseolus Vulgaris, and will cross with one another. These are mostly inbreeding plants, but are sometimes cross-pollinated by insects. These beans will not cross with other kinds of beans.

Lima (butter) beans are Phaseolus lunatus, and are somewhat out-breeding plants that will cross with one another. They are usually crossed by insects, so different varieties can be grown next to each other if they are grown under row covers or other means are used to keep pollinating insects off of them.

Soybeans are Glycine max, and are mostly inbreeding so different varieties can usually be grown next to each other.

Carrots

Carrots are Daucus carota, and are very outbreeding plants. The pollen is very fine and carried long distances by the wind, making it very hard to save seeds from more than one variety at a time. To make matters worse, carrots will cross pollinate with Queen Anne’s Lace, a common weed in many areas. In fact if Queen Anne’s Lace is very common in your area, you may simply not be able to save pure enough carrot seeds.

Because Queen Anne’s Lace has a white root, if you are saving seeds from white carrots you may not notice crosses when they do occur.

Because carrots are a strongly out-breeding plant, a minimum of 40-50 plants are generally needed to insure a large enough genepool remains in the saved seeds, but these can generally be planted very close together to conserve space in the garden.

Brassicas

In English, these are often called cole plants, and are the cabbage family.

Cabbage, Broccoli, Brussel Sprouts and Cauliflower are Brassica oleracea, and will easily cross with one another. Most other Brassicas are distinct species and will not cross, but sometimes they do! Turnips and rutabagas are distinct species and will not cross with each other or Brassica oleraceas.

These are very out-breeding plants, and depend on insects for pollination. Because plants are generally not able to self-pollinate, but rather require an insect carry the pollen from one plant to another, isolation is not as simple as covering the plants with row covers. In fact, if you normally cover these plants with row covers in order to keep caterpillars off of them, you will need to remove these to allow cross-pollination of the plants.

Isolation of the plants can be achieved with covers on alternating days, usually this is done with a screen cage that can easily be picked up and moved.

Because these are very out-breeding plants, often a large number of them are needed to maintain adequate genepool size, often requiring a lot of garden space.

Because of all these complexities, Brassicas are often thought of as more advanced plants for seed saving.

Corn

Corn is very out-breeding, and the pollen is carried long distances in the wind. If you live in an area where corn is grown commercially, there may be so much pollen in the air that it’s impossible to properly isolate your plants from cross pollination. This is particularly important of course if you are trying to protect your seeds from contamination from locally grown commercial GM varieties.

Bagging and hand pollination techniques can be used to grow different varieties next to each other, but I’m not going to get into this here.

It’s also possible to choose an early and a late variety, with different pollination periods, and collect seeds from both without cross-pollination problems.

Because corn is very out-breeding, you will need 150+ plants in order to maintain the genepool.