The Seed Ambassadors Project

Bringing Biodiversity Back

What is up with so-called Public Plant Breeding?

The 2018 Rye Ramble – What is up with so-called Public Plant Breeding?

Why are public plant breeders releasing most of their breeding work privately, as patented or protected? Should we still call them public breeders?

In previous Rye Rambles, I have called out the bad behavior of corporate seed companies patenting seed and breeding hybrids with new techniques that make it nearly impossible to save seeds. This year I have been thinking about my friends in the public plant breeding sector, university plant breeders that have a long history of doing good work and fighting the good fight for the public. In recent years their situation has changed and become less public plant breeding and more privatized. I get super excited when they release a new variety into the public domain. However, the reason I get excited is because it is now a rare event and these public plant breeders must fight and sacrifice for this privilege. University administrators have increasingly required the use of utility patents and Plant Variety Protection (PVP) for new releases, and/or they impose royalties and Material Transfer Agreements (MTAs). All of these tactics restrict their use. Here are a few related questions stuck in my craw.

• Why are the so-called “public” plant breeders releasing most of their breeding work privately, as patented or protected?

• Why are so-called “private” independent plant breeders releasing their varieties to the public domain?

• Should university plant breeders be called public breeders if and only if they release all their varieties to the public domain?

• Should we be called public plant breeders and they be called the private plant breeders?

When in doubt it is always good to define our terms. So let’s get this party started.

What does it mean to be public? The term comes from Latin meaning “the people as a whole.” The word when applied to public plant breeding means that the work is paid for, at least partly, with public tax dollars and the result is accessible to, or the ownership is shared by, all members of the public. This is the same idea behind public radio stations and watershed councils. Conversely, the term private means “not the people as a whole.” Simple right? Unfortunately it quickly gets complicated from here and humans like to oversimplify complicated things. I believe this is where many of our problems arise.

Who should pay for what? Who owns it? Who is entitled to what? Who deserves it? These questions are not easily answered and may not have answers. Mostly it seems like people just make up answers to these questions that suit their shallow self-interest.

University administrators will let you know that just because they get public funding doesn’t mean they have to release their products publicly. But to me this sounds like a cartel stealing a natural/cultural resource owned by “the people as a whole” and making it an asset for a private few. The real problem is that they and their corporate cousins are essentially privatizing the future, by preventing us and our descendants from having the same resources they had. With each patent they are creating little monopolies everywhere. They euphemistically call what they are doing plant breeder rights, but these so-called plant breeder rights are more like institutionalized piracy.

Red Evolution Lettuce

Red Evolution Lettuce, an Open Source Variety

Lately there have been two ping-pong ball like ideas bouncing around in my head that call into question the whole facade of the artificial ownership of seed. These ideas are contrary to the current legal status quo but they seem more true to reality.

• True intellectual private property does exist, but it only exists privately in one’s mind for as long as it stays private. Once ideas become public they are no longer private property. Your ideas are yours up until the point you share them.

• When ideas interact with pre-existing things and manifest as new things, like new varieties of seeds, they are no longer ideas. They are physical things in public. Physical things cannot be intellectual property, because only private ideas can be intellectual property.

I don’t know where these ideas take us in the end but it might be somewhere radical. One of the places it takes me is to the Open Source Seed Initiative (OSSI). In the next few years I am going to have the privilege of working more closely with OSSI. One of my goals is to bring more independent and homestead plant breeders into the OSSI fold. I hope we grow the movement. I know there are a lot of quiet plant breeders out there that would love to share their germplasm and stories. Maybe even some stifled university (public?) plant breeders that want to dive deeper into public domain plant breeding will join us.

The Open Source Seed Initiative is not a movement, it is an exorcist.

I can only hope that ideas like these and projects like the OSSI will result in an exodus out of the current situation. Some people want to reform the current system but I have little hope that this will work. Helping to build a new voluntary system based on sharing and collaboration would be much more fun anyway. Sometimes it is best to let the old house rot and fall down. Reform movements tend to get a few things done and then either fizzle or reduce in complexity over time. Our true goal is to increase complexity over time. As Wendell Berry writes,

People in movements too readily learn to deny the rights and privileges they demand for themselves. They often become too specialized, as if finally they cannot help taking refuge in the pinhole vision of the institutional intellectuals. They almost always fail to be radical enough, dealing finally with effects rather than causes. Or they deal with single issues or single solutions, as if to assure themselves that they will not be radical enough.

I am excited for the future of independent plant breeding, as we shine new light on the huge amount of sharing and collaboration that has always been present in plant breeding. OSSI is only a tool of a grassroots phenomenon and it isn’t a movement in itself but an exorcist-like idea, removing the demon of genetic piracy everywhere it goes. It is up to us to do the plant breeding and then share, share, share. OSSI encourages complexity by forbidding monopoly and it is up to all of us seed stewards to produce that complexity. We shall democratize, diversify and decentralize. Otherwise resilience will disappear, innovation will slow down and the seed economy will become stiff and fragile. We shall leave the monopolist dinosaurs of the past to fossilize into history.

One way we could describe the task ahead is by saying that we need to enlarge the consciousness and the conscience of the economy…. This is revolutionary, of course, if you have a taste for revolution, but it is also common sense.
– Wendell Berry, In Distrust of Movements (1999).

Andrew Still; November 2017

First published in the Adaptive Seeds 2018 seed catalog.  Download the catalog here…

Beating Black Leg on Brassicas

No FOMO* for Phoma

There are plenty of things about Oregon’s Willamette Valley that are worthy of FOMO, or the *Fear of Missing Out. We have mild winters, fertile soils, & natural beauty abounds. Phoma lingam, however, is not FOMO-worthy. Since 2014, the Willamette Valley has been hit with Phoma lingam, aka Black Leg, a fungal disease that affects all species of Brassica family plants including kale, cabbage, turnips, & many other important food crops, as well as many common weeds such as wild mustard. Black leg causes stunted growth, girdling of the stem, & can lead to great reductions in yield & sometimes plant death. It is estimated that around 10,000 acres of Willamette Valley brassicas were infected in 2014, & similar numbers may have been infected in 2015.

Phoma lingam at leaf spot stagePhoma lingam lesion at base of stem Phoma lingam stem cankers


What is being done about it?

The disease is thought to have come in on infected seed, & so in response the Oregon Department of Agriculture (ODA) has passed an administrative rule requiring all Brassica seed that will be planted in the Willamette Valley in quantities over 1/2 oz, to have been tested from a qualified, approved laboratory, and to be treated for the disease, even if the test results are negative.

At Adaptive Seeds, seed quality is a priority & we are committed to providing seeds that exceed our customers’ expectations. Even though most of our Brassica varieties are not sold in packages over 1/2 oz, we have decided to test  all of our Brassica seed lots, & all of the test results so far have been negative. At this point, we are not treating any of our seed prior to sale.

The ODA’s rule about seed treatment does not specify who must treat the seed (seller or buyer), only that it must be treated. (Also, at this point, the rule is not actively being enforced.) Hot water is the only treatment currently approved for organic systems.  Seed must be pre-warmed for 10 minutes at 100˚F, then treated for 15 – 30 minutes (depending on seed type) at 122˚F, then immediately cooled & thoroughly dried (or planted). The margin of error for the temperature of the hot water bath is .1˚F. This, coupled with the time & equipment needs, makes compliance difficult for many growers. Some seeds, such as arugula & cress, cannot be treated with hot water because they release a gelatinous ooze; there is currently no organic option for treating these types of seeds. Nick Andrews of Oregon State University (OSU) Extension has prepared an excellent slide show of the step-by-step process that Frank Morton of Wild Garden Seeds & Tom Stearns of High Mowing Seeds use to treat their seeds.

We do not support the requirement that seeds be treated when a lab test shows that they are not infected. Despite the fact that seed is the primary way the ODA is trying to control the disease, seed is not the source of most infection. Even though there is rampant spread of the Phoma in the valley, researchers are having a hard time finding naturally infected seeds with which to do their research. This is because in order for a seed to become infected, the seed pod must be infected from water-splashed spores. Seed infection is not the result of a systemic infection of the plant, but rather the result of a direct infection on the seed pod. A plant can be infected with Phoma & still not produce infected seed. In a recent presentation, Cindy Ocamb, OSU plant pathologist, reported that in a field with over 70% infection of storage roots in a turnip seed crop, no infected seed was found.

Presented by Cindy Ocamb at OSU NWREC Crucifer Meeting, 2014

Presented by Cynthia Ocamb, Plant Pathologist, at OSU NWREC Crucifer Meeting, 2014

Cultural Control Methods

Even with seed testing & treatment protocols in place, Phoma is in the Valley &  it will likely continue to spread. Managing diseased plants in the field is the best way to control Phoma. The disease has two reproductive phases. The asexual stage infects leaf tissue & spreads through rain or irrigation events when ascospores are splash-spread up the plant or on to neighboring plants. Leaf infection can reach the plant’s vasculature & become systemic. This stage of the disease can be kept in check by monitoring the field & removing infected leaves.

The sexual stage of Phoma is the more difficult to control because infected plant residues can persist in/on the soil for several years, especially in no-till farm systems. In this stage the ascospores are airborne & can travel several miles to infect new fields. The sexual stage requires woody debris to overwinter & reproduce, so this stage of the fungus is primarily found in crop debris from overwintered Brassica crops (which tend to have woodier stems than spring or summer crops). Spores are released when temperatures are between 46˚F & 59˚F. Because the Willamette Valley has vast acreages of Brassica seed production (especially for forage & cover crops) & this is a frequent temperature range for our fall & spring weather, our area has proven to be an easy place for Phoma to get a foothold.

On smaller &/or organic acreages, the sexual stage of Phoma can be controlled by practicing good field sanitation. In smaller plots, this can include removal of all Brassica plant debris from the field. An alternative to removal of plant material, & more appropriate for field scale plantings, is multiple flail mowings followed by shallow incorporation; in biologically active soils the plant debris will break down very quickly & not release spores. Crop rotation, including keeping Brassicas at least 1/4 mile from previously infected fields & not planting Brassicas in the same field more than once in four years, is also effective at limiting the disease. If Phoma becomes a problem in your farm or garden, it is recommended to avoid planting overwintering Brassicas for one year as a way to break the cycle.

Here at Adaptive Seeds, we are practicing all of these cultural control methods, even though Phoma has not yet been confirmed in our fields. It is clear to us that small & organic producers are not responsible for the appearance or spread of the disease. The large conventional fields of canola, forage, & cover crop Brassicas, which are frequently integrated as a rotation in no-till fields, have fostered this epidemic. Still, we all need to do what we can to limit its spread.

The current ODA rule is “final but temporary,” & updates are expected within the next several months. We are involved with a group of stakeholders working to change the hot water treatment requirement. If you are a grower in Oregon that is interested in joining this group, please email us at seed(at)  We will keep this post updated as the rule changes.


For more information, please check out the following:

Pacific Northwest Plant Disease Management Handbook: Cabbage and Cauliflower (Brassica sp.) – Black Leg {Phoma Stem Canker} – lots of good photos & basic info on disease identification & management.

OSU Extension Clinic Close-up 1/16: Black Leg, Light Leaf Spot & White Leaf Spot in Western Oregon provides an excellent summary of the situation as well as good photos.

Small-scale Cost-Effective Hot Water Treatment slides by Nick Andrews, OSU Extension, featuring techniques developed by Frank Morton & Tom Stearns,  makes on-farm hot water treatment seem not so bad.

Power Point Presentation by OSU Plant Pathologist Cynthia Ocamb  – a bit of background on the disease & preliminary findings from 2014.

OSU Extension Clinic Close-up 1/16: Phoma Lingam and Crucifer Seeds

ODA rule FAQ

Temporary Rule Filing 7/10/14

Managing Seed Borne Disease: Brassica Black Leg and Implications for Organic Seed Producers and Industry – webinar from the 2016 Organic Seed Growers Conference, soon to be posted by Check back soon for this  to be linked!



We Love Growing Dry Beans, You Might Too!

Growing dry beans can be a fun & beautiful addition to the garden. If you have space, it is easy to produce homestead quantities of dry beans to feed your family. On a small farm scale growing dry beans can provide a profitable addition to the farmer’s market display. Conveniently, seed saving is the same as crop harvest for dry beans, which makes them a crop you only have to buy seed for once (unless you accidentally eat them all).

We sometimes sell a mix of bean varieties as a "Bean Party." So pretty!

We sometimes sell a mix of bean varieties as a “Bean Party.” So pretty!

Here at Adaptive Seeds, we love to grow beans almost as much as we like to eat them (which is a lot). Producing them is a bit of a process but it’s pretty fun & you’re rewarded with piles of delicious, nutritious jewels at the end so it’s totally worth it.

As market growers, we were attracted to dry bean production because we saw a need for local staple food production – for food security as much as to fill a market niche – & soon discovered we could sell all of the beans we could produce. We also really like having dry beans fill a spot in our field rotations. In the past we have planted as many as 6 acres in dry beans, but it didn’t take us long to figure out that if we planted less acreage but took better care of it, we could have much higher yields & fewer headaches. Since we’ve shifted our focus to seed production, we have reduced our dry bean crop size further & now grow about ½ acre of beans per year, still selling some as food. Following is an assortment of tips & tricks for dry bean production, & details of our bean enterprise budget from 2014.


In our area (The Willamette Valley of Oregon), dry beans can be planted until the beginning of June, which means you still have some time to get a crop in the ground this season. Our goal is to sow our dry beans by mid-May, but we have successfully harvested earlier varieties (such as Early Warwick) from sowing as late as June 10.

Dry beans are sensitive to frost & need warm soil to germinate, so sowing earlier isn’t necessarily worth it. The real trick is getting the crop harvested before the rains come in September – for this reason, we choose varieties with shorter days-to-maturity. Some dry beans take as many as 110 days to mature, but the varieties we offer at Adaptive Seeds all mature in 95 days or less. This is true for both bush & pole types. For farm scale food production we prefer bush types, but pole types can be higher yielding in a smaller space. The information that follows is for bush types only.

A July 2 photo of a dry bean field that was seeded on May 18.

A July 2 photo of a dry bean field that was seeded on May 18.


We have experimented with several regimes for fertility, plant spacing, & irrigation, & have concluded that the best way for us to grow bush dry beans is to grow them the same way we grow bush snap beans. Our dry beans get the same amount of fertility as our vegetable crops (we use 75# of 4-4-4 per 200′ bed). Our farm bed tops are 44” wide, and we sow 3 rows per bed spaced 1′ apart. We direct seed our dry beans with an Earthway® seeder, & don’t bother to thin them. The beans get about 1” of irrigation from overhead sprinklers per week, until August 1 when we cut off water to encourage the beans to dry down, with our goal to begin harvest by September 1. We used to inoculate our beans before planting but have stopped – it seems the bacteria exist in our soil at this point & it’s a bit of a hassle. If you’re new to growing beans &/or don’t use organic methods, we recommend inoculating beans before planting. We usually weed the beans three times during the season.


Beans are ready to harvest when pods are dry but not split open & most of the leaves are yellow &/or dropping. It can be tricky to get the timing right because with most heirloom varieties not all pods ripen at the same time. It is usually better to harvest when most of the beans are ready than to wait for the last pods to dry down – if you wait this long you’ll likely lose more beans to shattering (when the pods open & beans fall out), than you will gain by waiting for those stragglers.

At harvest time we simply pull plants out by hand. This is a good task to do in the morning, as there will be some moisture on the plants & the pods are less prone to shattering than when harvested in the afternoon. We then shake / wipe the dirt off the roots (this is VERY important, as any dirt clods that make it onto your tarp will have to be picked out later), & toss whole plants onto smaller tarps (8′ x 10′) that we drag along behind us on the beds.

At the end of this process, we drag the tarps off the beds onto a much larger tarp or old shade cloth that’s on a farm road, & spread them out in the sun to dry for 2 – 3 days. We use tarps that are at least 20′ x 60′, but bigger is even better (depending on the size of your crop) – if you don’t have a tarp that large you can patchwork a few smaller ones together. Old shade cloth is much better than tarps for this purpose, because it is “self-healing” if stabbed by a pitchfork – & – perhaps more importantly – it’s porous, so if it rains or there is heavy dew, the water doesn’t pool under the beans.

Tires double as threshing equipment & seed dispersal mechanism.

Tires double as threshing equipment & seed dispersal mechanism.


Threshing is next, & it’s where the fun begins. After the plants have dried down, & hopefully on a hot, dry afternoon, we drive on the beans to thresh them. Our farm truck is a 1992 Ford F150, but we’ve also used a Toyota pickup & seen videos of folks using tractors. The key to this step is to start on the outside of the pile with the driver’s side of the truck, & go back & forth slowly making your way across the pile until it’s all flat. I usually go side to side two times, then get out, stir / flip the beans with a pitchfork, & do it again. Two times through the process is usually enough. Of course if you’re doing a smaller quantity (or even a larger one & you’re up for it), you can thresh the old-fashioned way: by dancing. For medium-sized quantities, we throw some varieties through a modified wood chipper.

Once threshing is complete, it’s time to scalp the beans by raking plants into piles, picking the piles up with a pitchfork, & tossing the larger plant debris onto another tarp to haul to the compost pile (or you can just toss it aside). It’s good to give the pitchfork a good shake &/or toss the pile into the air & catch it again, to make sure all of the beans have fallen out. This is my favorite part. A slight breeze is helpful to this process – you’ll quickly learn which direction to work in if the wind is blowing. This can be a dusty job so you might want to wear a bandana or dust mask.

At the end of scalping, there will be smaller debris & lots of beans on the tarp. At this point you can do a quick field winnow using the breeze (with or without a screen) to remove the larger debris, or just gather the beans into your totes to take in & winnow later. The more you minimize plant material at this point the better – it may take a while to get around to the next step (you are a Farmer in September, after all) & you could save a few buckets worth of volume with a quick field winnow.

Sarah scalps beans after threshing to remove large plant debris

Sarah scalps beans after threshing to remove large plant debris

Winnow & Clean

The next step is to winnow. We use a box fan on its highest setting for beans, pouring the dirty beans in front of the fan so the rest of the plant material blows away. We recommend using a screen at this point to get out the large dirt clods & larger plant pieces, too. Most of the time each bean variety gets winnowed 2 to 3 times.

At the end of this process the beans are mostly clean. The only thing left to do is to pick out the dirt clods that are the same size as the beans. We do this step using an Anderson nursery flat as a tray, so the smaller pieces of dirt & tiny beans will screen out. This is where you will be happy that you removed the dirt from the plants at harvest.

The beans are now ready to store or sell. We store our cleaned beans in 4 gallon buckets & bag them up as needed for market. The great thing about growing beans for market is their shelf-life, as beans will last for years (though we recommend selling for food within 1 year of harvest). This, along with the financial numbers (below) makes them a good addition not only to autumn markets, but potentially winter & spring markets as well – if you can produce enough!

Totes of dry beans make excellent barn lounge furniture.

Totes of dry beans make excellent barn lounge furniture.

The Numbers

The following chart shows our direct costs for labor & inputs for about ½ acre of dry bean production in 2014. This is equivalent to 24 x 200′ beds (14,400 row feet). Eight varieties were sown – with variable germination. If all one variety, labor costs would be lower & with better germination yields could have been several hundred pounds higher.

In sum,  we produced about 940 lbs of beans. In our market (Eugene, Oregon), these beans (all heirloom varieties & certified organic) would sell for $7/lb as food, but we have seen dry beans fetch up to $12/lb in Portland. After all labor (122 hours of bean-experienced labor @$15 per hr) & direct expenses (fertility, seed cost) were taken into account, the $7/lb price would result in a net profit of $3,891.75. This number does not include overhead & marketing expenses, but even then, it is a respectable bottom line – if you have extra space, dry beans are well worth the time!


Adaptive Seeds 2014 Dry Bean Production Detail
Date Activity Time Cost Notes
5/14 Field Prep 4 hrs $260 @$15/hr human + $50/hr tractor
5/15 Fertility $360 4-4-4, 1800 lbs
5/15 Seed $210 30 lbs @ $7/lb food rate – cost would be higher with purchased seed.
5/15 Sowing 4 hrs $60 @ $15/hr. 10 minutes/bed with Earthway, includes mapping & marking varieties.
6/3 Weeding – tractor 1 hr $65 @$15/hr human + $50/hr tractor. Using tine weeder.
6/18 Weeding – hoe 16 hrs $240 @ $15/hr. Using wheel hoe & 8” stirrup hoe.
7/15 Weeding – hoe 10 $150 @ $15/hr. Using wheel hoe & 8” stirrup hoe.
6/1 – 7/31 Irrigation 5 $100 8 times running irrigation in June & July. Includes $25 for electricity for pump, 1 hr to set line, 4 hrs turning pump on & off @$15/hr.
9/1 – 9/19 (1 – 2 varieties per session, 6 sessions) Harvest & tarp 21.75 $326.25 @ 15/hr, avg 2.6 hrs / variety. Includes hand pulling plants, removing dirt clods from roots, & spreading plants on large tarp or shade cloth to dry for 2+ days.
9/3 – 9/22 Thresh 9.5 $142.50 @ 15/hr, avg 1.2 hrs/ variety. Includes driving on tarp of beans with pickup truck, stirring pile, driving again, removing large plant debris, & collecting beans into totes.
9/4 – 9/23 Winnow 7.5 $112.50 @$15/hr, avg .9 hr/ variety. Includes pouring threshed & scalped beans in front of fan two times/ variety.
9/5 – 10/2 Clean – seed cleaner 16 $240 @$15/hr, avg 1 hr/ variety with 2 people operating machine. Using Hance fanning mill type seed cleaner. Anderson type nursery flats can be used to screen most types of beans instead of seed cleaner & might be faster.
9/10 – 10/4 Clean – hand sort 30 $450 @$15/hr, Avg .75 hr/25 lb bucket. Includes picking out bean-sized dirt clods & split beans.

Labor Expense Total

From sowing through hand-sort



Total labor cost for production.

Input Expense Total $845 From above – fertility, field prep, seed cost, tractor & irrigation. Note: costs do not include overhead & marketing expenses, & assumes tarps, fan, totes & pitchfork are on hand.

Expense Grand Total


Total production costs.

Adaptive Seeds 2014 Dry Bean Production Summary

Total Yield 944 lbs $6608 @$7/lb market rate (we’ve seen dry beans as much as $12/lb in other markets). Up to .3 lbs/ bed foot with good germination, as low as .19 lbs/ bed foot with low germination.
Expense Totals -$2716.25 From above –includes labor & inputs: fertility, field prep, seed cost, tractor & irrigation. Note: costs do not include overhead & marketing expenses, & assumes tarps, fan, totes & pitchfork are on hand.

Net Profit


Note: costs for overhead & marketing are not included.

Other considerations

Beans are sensitive to frost & to extreme heat – they’ll set fewer & smaller beans at 90˚F & abort at temperatures above 95˚F so they are not a good crop choice in areas with very hot summers. They are also sensitive to disease in humid areas, & in some places pests such as the Mexican Bean Beetle can be a serious issue (not here, though!).

Our soil is fairly heavy & retains moisture well. Sandier soils will probably need more irrigation BUT may not cling to roots at harvest for quicker harvest & processing times.

Dry beans need to be able to dry down in August & September. If it’s dependably rainy where you live, this is not the crop for you.

Beans must be dried to less than 15% moisture before storage or else they will mold. If harvested when mature & cleaned in a dry period, no extra drying is necessary, but sometimes we run beans through a dehydrator set to 90˚F for 24 hrs before storing.


The Control of Seed and Seed Sovereignty

Rye Ramble (from the 2015 Adaptive Seeds Catalog)

The Control of Seed and Seed Sovereignty

At Adaptive Seeds, we talk about our work of Bringing Biodiversity Back. Part of that, of course, is growing and stewarding seed and providing you with good seed stock for your own seed saving efforts. But seed work isn’t only done in the field, and preserving seed sovereignty and freedom takes more than just saving seeds. Working to keep seeds free of control mechanisms, such as patenting, is another important aspect of promoting and preserving agricultural biodiversity, as is building awareness about what seed control mechanisms exist.

We often feel like outliers in the seed world because we wish to keep seed a free, sovereign community asset that is passed down between the generations and between friends. A growing number of people share this pro-sovereignty perspective and we are excited to be part of this community. The more I think about all the different forms of seed control schemes, the more I realize that it is very strange to try to empower seed freedom. It seems like the multinational seed industry is desperately trying to put our collective inheritance into proprietary bondage for the benefit of their shareholders as quickly as possible.

You might think, “Your seeds are not free, they cost money.” So what is meant by free? Like open source software we believe seeds should be, Free as in speech, not as in beer. In a metaphorical sense I see all seed as free and what we get paid for is not the seed per say but the service of stewardship and production of a precious gift. A seed is a living organism that has intrinsic value and a long history, of which we seed stewards have only contributed a small, very recent part. We can’t own that.

Onion flowers at Adaptive Seeds

The concept of seed ownership is problematic in part because it is rooted in entitlement philosophy. As humans we all have a little bit of this philosophy always under the surface. It is a trait that helps us survive in competitive situations of scarcity, but I think it is inappropriate in situations of abundance. As an overt practice it is more common in institutions and businesses (especially in regards to Intellectual Property rights), than in our personal behavior.

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An Adaptive Guide to Growing Garlic

‘All Things Garlic’ – Organic Guide to Growing Garlic

At Adaptive Seeds garlic is one of our favorite crops. It is garlic seed buying season, so we thought we would share this organic guide to growing garlic. We cover some basic (and not so basic) info about how to grow garlic organically and care for this kitchen staple.

First, it is good to know what different kinds of garlic are available. We offer two of the three main types of garlic at Adaptive Seeds.

So named because it produces a woody stem, this type of garlic is known for havinggarlicmusic fewer (4 – 12) easier-to-peel cloves than softneck garlic. It generally has a more pungent flavor, which many garlic lovers prefer. Hardneck garlic tends to have fewer of the papery sheathes both around the clove and around the bulb. This wrapping protects the garlic from light and changes in humidity, so hardneck garlic does not store as long as softneck. Generally speaking, hardnecks store well for about 3 – 4 months. We offer two types of hardneck garlic – Porcelain & Glazed Purple Stripe.

Varieties include: Donostia Red, Shvelisi / Chesnook Red, Music, Purple Glazer, Romanian Red, Rosewood, Purple Italian Easy Peel, Zemo.

garlic nootka roseIn contrast to hardneck garlic, this type of garlic has a pliable stem (neck). Softneck garlic stores better and can be more productive. We offer several varieties of Silverskin type softneck, which is the most common garlic for commercial growers and what you most likely find in the grocery store. Silverskins have excellent storage and pure white bulb wrappers. Silverskin garlic can have up to 40 well-wrapped cloves per bulb. We also have Artichoke types of softneck garlic. Artichokes have only about 12 – 20 cloves each, and both the cloves and bulbs tend to be significantly larger than Silverskin varieties. Artichoke garlics tend to mature up to 4 weeks earlier than Silverskin types. Both are great storage types and generally speaking can store up to 9 months.

Varieties include: St. Helens, Polish White, Broadleaf Czech, Harry’s Italian Late, Nootka Rose, Oregon Blue Silverskin, Siskiyou Purple,

Elephant garlic is not technically garlic at all, though it looks, acts, and tastes similarly. It is a leek, and has a much milder flavor than true garlic. The bulbs usually form giant 3-6 cloves. This type will produce a scape, like hardneck garlic, and also stores about the same as hardnecks.

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Cell Fusion Hybrid Seed is Creepy

Cell fusion CMS is truly anti-evolutionary and is contributing dramatically to the the loss of agricultural biodiversity in the seed industry, as the genes cannot be recovered from cell fusion CMS hybrids.

What is Cell Fusion? What is a Cytoplasmic Male Sterility (CMS) Hybrid?  Why is it Creepy?

Recently I have been asked by several farmers and seed savers to write up a little something about a technology few people know about that is becoming more and more prevalent in our food system. When I bring it up in passing everyone seems to want to know more and their first question is often, “Why have I never heard of this?”  After discussing it with many other organic farmers a question I always get is, “Is that illegal for organic farming?” I answer by saying “No, not yet at least.” And then predictably they say, “Well, it shouldn’t be allowed.”

Cell Fusion CMS Hybrd Seed

Chicory Flower

This technology has been called “cell fusion CMS” and it is used to create male-sterile breeding lines, which are then used to create many common F1 hybrid seed varieties. These hybrid varieties are found in many seed catalogs and including many hybrid cabbage, broccoli and interestingly Belgian endive among other crops.  The technology has been around for the last few decades and is sometimes called hybrid seed from protoplast fusion cytoplasmic male sterility (CMS). I  have nicknamed it “transgeneric cybrid seed.”  It is a kind of a biotech revision of a naturally occurring breeding technique that now straddles the border of genetic engineering. I said revision because some cytoplasmic male sterility can occur naturally – but cell fusion CMS does not occur naturally.

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