Category : Sustainability

My Interview with Big Picture Agriculture

This blog has been around for more than two years and I thought it might be good to bring back some old posts that are still relevant.  The one below appeared in Nov., 2010 on the blog Big Picture Agriculture and I’ve been given permission to re-post here.  Although some of the details have changed since it was published, it does provide a great overview of our philosophy and methods.

A Socially Conscious Way to Invest in Farmland: An Interview with Dr. Jason Bradford about Farmland LP

The following post is an interview with Dr. Jason Bradford, who answers questions about his business, Farmland LP, which is an investment vehicle that allows its investors to own farmland which is farmed using organic and sustainable practices.

There are many people interested in investing in farmland who visit my blog, and I hope they share my own enthusiasm about what this LP is doing and trying to achieve. As you can see from the interview, Dr. Bradford is a truly unique and special forward thinker, a leader, in fact, in the area of agriculture. Even if you are not interested in farmland investing, the sharing of his “big picture” knowledge here makes this a very valuable and fascinating interview, not to be missed.
–Kalpa

Kalpa: Please start by giving us a small background on Farmland LP. What is it, what are its goals, and who might be interested in investing in it?

Jason: We are an investment fund that buys conventional farmland and converts it to certified organic, sustainably managed farmland. Historically, farmland has been an excellent, inflation-hedged investment. Our firm, Farmland LP, adds value to farmland by converting it to organic farmland and managing it ongoing. Our goal is to play a role in the transformation of the food system while benefiting the environment, people, and our investors.

Potential investors include any accredited individual investors (an SEC requirement) and institutions such as pension funds, university and charity endowments. They are often interested in holding tangible, inflation protected, cash flowing assets, and farmland meets those criteria. Also, since we are an environmentally and socially responsible management company, we attract those interested in making sure their money is doing good work.

Kalpa: Is Farmland LP your personal brainchild? Please tell us how it came to be.

Jason: It was co-created with my business partner, Craig Wichner. I had the basic agroecological model in my head and was looking for a way to make it happen, knowing that it required financial capital. Craig’s expertise is in building companies, and he came up with the specific financial structure that makes this work.

Kalpa: Jason, when I first became aware of you was from your agricultural related posts over at The Oil Drum. To some readers here, that is perhaps how they know of you. When did you become a contributor there and how did you become involved in energy issues and The Oil Drum?

Jason: I have been following The Oil Drum for about five years, started posting guest articles four years ago, and have been a staff contributor for the past two years.

My interest in energy issues stemmed from a National Science Foundation grant I managed. I led a team of researchers to set up long-term monitoring of ecosystems and species in Manu National Park in Peru. We set up a series of plots that began at the high elevation tree line and went down to the Amazon basin lowlands.

Biodiversity is being stressed by human impacts, whether from direct takeover of land or changing climate. All this connects to energy because economic activity is almost exclusively fossil-fueled. I started studying economics so I could understand what the threats were to the habitats we were researching.

Ultimately, our future, as human beings and all species on the planet, are deeply intertwined with the future of energy.

Kalpa: Did you grow up on a farm, and if so, where and what type of farm was it? If not, what made you become interested in agriculture?

Jason: I grew up in suburban California, the part of the San Francisco Bay Area now called Silicon Valley. I saw the last bits of Santa Clara Valley orchards convert to condos and tract houses while I was in grade school. But I was always nuts about biology and had a lot of freedom to explore my neighborhood.

I became interested in agriculture because I see it as central to the way humans relate to the planet. Through our food systems we literally dominate the landscape, and we consume and waste huge amounts of non-renewable resources. From an ecological perspective we are horribly inefficient and clumsy. Almost none of the bad stuff we know of in agriculture is necessary to provide plenty of food for people. It is quite possible to feed the world while also improving water and air quality, and while restoring soil fertility and building soil carbon. In fact, I am quite confident that in the long run only an agriculture that benefits the broader environment will persist.

So I consciously switched careers and started training as a farmer, eventually founding and operating an organic vegetable CSA. My background in biology made this a relatively smooth transition–in addition to great support from my wife and many others who were members of the CSA.

Kalpa: Are you a hands-on farmer for your land? Describe your role in the operations and which aspects you enjoy the most.

Jason: Modern farms are generally highly specialized in what they produce, and the people who work on them are also usually specialized, such as a full time equipment maintenance person. My job is to enhance and protect the value of the land while working with partner farmers to achieve production and economic goals.

For example, this year I coordinated the establishment of pasture on 150 acres. This had me working with businesses doing the soil testing, the application of lime and other inputs, three different farmers with equipment to prepare the land and sow the seeds, the seed company to purchase and mix the seeds, and a few different businesses for irrigation equipment.

Because I did all this work, a young rancher is gladly running his sheep on the land. He is a full time rancher that doesn’t own any land. Not only couldn’t he have come up with the funds to buy land, but the money to get pasture established would have blown his budget. Instead, he can focus on buying animals and specialized equipment to manage them, and this is doable.

I develop all the long-term management plans for the properties, keeping track of inputs and landscape level strategies to deal with issues of pests and fertility for the organic certification. Meanwhile, different specialty producers are using the same farm in a sustainable and economically beneficial rotation. There’s a ruminant livestock operator, a pastured-hog and poultry producer, and a vegetable farmer on one property right now. I keep tabs on their needs and we all work together to make sure the land-use is appropriate and synergistic.

I do get a lot of exposure to the day-to-day experiences of farmers, helping them move or feed livestock, set up fencing, repair equipment, and manage irrigation systems. This is pretty enjoyable and we get to talk through issues while working together, which is the best way to just get it done and quickly resolve any potential conflicts.

There’s also much that needs to be done that the renting farmers just don’t have the direct incentive to do. Arranging grants or work parties to restore riparian forest along the river and planting hedgerows is something I am taking on. Common infrastructure such as gravel for roads or irrigation pipe for a particular field is my responsibility because it adds value to the whole property over the long-term.

Kalpa: How many farm workers does Farmland LP have employed at this time?

Jason: To be clear: We don’t employ farmers. We make land available for lease to self-employed farmers. At this time we are leasing to three different operators. Several others have been paid to do custom farming and some of them may lease from us in the future. These are the seed farmers that will benefit primarily after we are certified organic.

Kalpa: I saw on your website that your first property, Fern Rd Farm, is 150 acres and came under your ownership in February of this year. Do you expect to own more farms for the 2011 growing season? Do you plan to only own land in Oregon, or are you considering other states, as well?

Jason: We buy farmland as investment capital comes in. We will be buying more land this winter as our fundraising is proceeding nicely. The fund will target three regions in the U.S. Oregon’s Willamette Valley is where we are starting, but after the first $10-$20 million or so we will expand elsewhere.

Kalpa: From what I read on your Farmland LP blog, it appears that this year was dedicated to get soils prepared for eventual production. Please name some of the crops you hope to produce on your farm/s.

Jason: The organic transition period is three years, but part of our job and role is to generate revenue during the transition period while also building soil fertility. Pasture for livestock is one great way of doing this. The best time to plant pasture is in the fall, so most of the land was prepared this summer for fall planting. It won’t be ready to graze intensively until the summer of 2011, though we did have one field sown in a pasture mix in May and were able to run livestock from July until mid-November. And hogs were produced on a few acres of another field, which is going to be a very fertile for the next few years.

After the livestock and pasture rebuild fertility and we are certified organic, we will begin a rotation into other crops. The Willamette Valley is a great place to grow seed crops. Not just edible ones, like wheat, but also cover crops such as clover. My job is to see that the soil is in great shape to bring on a seed crop specialist for a few years. I will then make sure they are doing proper crop rotation planning, and after a while it will be time for them to move on to another field that can come out of pasture.

The same is true for vegetable production, which is the most intensive and so benefits the most from enhancing soil fertility during conversion. Imagine it is the spring of 2011 and we know that next year a vegetable farmer will be on a 20 acre field that is currently in pasture. We will not only run sheep on that field, but also poultry and perhaps hogs. This will give the vegetable farmer plenty of fertility to work with, and a field clean of common soil borne pathogens that plague producers without access to fresh ground.

What’s great about this system is that the farmers are very excited about it and are already making connections among themselves. The neighbor runs a large CSA, restaurant, farmers market and wholesale vegetable operation and his waste veggies are going to the hog producer. In turn, the hog producer needs to be in the barn during the winter months and will gladly let the vegetable operator scoop out the manure-laden straw to be composted. In fact, the veggie farmer bought the straw. Next year the hogs are going onto a field most attractive for future lease to the vegetable farmer.

Furthermore, since we had a number of custom seed crop farmers help us sow pasture, the hog producer is bypassing the feed store for some of his major inputs and getting them direct from local farmers. Everybody’s costs go down and their profits go up, and they feel really good about working with each other.

Kalpa: Who do you plan to market your organic crops and livestock to? Are you planning to work with your local grocery stores or farmer’s markets and CSA’s, or larger distributors?

Jason: As the land manager, we won’t really be doing the marketing. Our farmers typically have pre-existing distribution channels, and we’re just helping them scale up production. However, we do talk about marketing together, and the fact that this whole farming system deserves to be showcased. Everybody in the social network markets for everybody else, to some extent.

Sales outlets range from CSA and farmers markets all the way up to large distributors. Our neighbors include local-only vegetable operations that manage 60 acres, to large food processing and distribution companies that draw on 10,000 acres of land for fruits and vegetables, are vertically integrated, and ship anywhere. Most seed crops sales will be dominated by large buyers. If you plant just one acre of soft white wheat around here you may harvest 10,000 lbs of seed. Bulk sales to millers and bakers are needed to clear a hundred acres of wheat.

Kalpa: In reading your progress reports, I assess that your land is raising sheep, goats, and hogs now. Is that correct? How soon will any of these animals be “processed” and do you know of small meat processors in your locality?

Jason: That’s right, and many have already left the premises. We are fortunate to have a few small, USDA inspected, processors in the Willamette Valley. Folks are working on mobile facilities too, for poultry, hogs and ruminants. The Oregon Department of Agriculture also licenses small poultry processing facilities on farms. These are limited to 20,000 animals per year, however, which under-utilizes the infrastructure quite a bit.

Kalpa: You made a comment that you know Wes Jackson, who founded the Land Institute. Is your farm using some perennial grain? If so, I presume this would be Kernza. Please tell us more.

Jason: I met Wes Jackson at a 3-day workshop for Fellows of the Post Carbon Institute (I am on the board). We are not using any perennial grain yet, but would like to. I am trying to get a local wheat geneticist interested. Local farmers and seed companies certainly are. I’d like to put the pieces together and collaborate with the right people to get breeds developed that are adapted to this region. The genetics really needs to be correct for each place and this takes a lot of time and expertise.

When I spoke to Wes about this, I asked him about rotation between harvesting for seed, grazing and haying because if you let a plant produce seed each year it can wear down. He said that this was the right way to manage perennial grains, but they aren’t doing any research on forage quality. What I’d like to do then is include some tests on the palatability of the leaves and responses to managed grazing. Therefore, selection for cultivars can include both seed and leaf traits. The forage specialists at Oregon State University in Corvallis, which is where I live, would be ideal partners in all this.

Kalpa: Are you aware of anyone else out there doing what you are doing, that is, making it possible to invest in organic farm ownership?

Jason: We are unique as far as I know. A number of other entities are offering investments in farmland through investment funds, but they all appear to be for conventional agriculture. This means that your income is typically tied to GMO seeds, herbicide and fertilizer costs, and commodity crop prices. And those aren’t trends to which we want to hitch our wagon.

My belief is that if you are going to buy farmland you will want the value of that land preserved, and enhanced, over time, all while generating premium cash flows. This is possible by using management practices that improve the soil and biological resources. Organic farming is scientifically documented to enrich soil biology, build soil carbon, and reduce agricultural disease and pest problems by providing good habitat for a diversity of species. This reduces input costs, while the organic price premium increases revenues. And there is plenty of research shows that organic practices increase the profits to farmers and farm owners. What we’re doing at Farmland LP is showing that this can be done at a large scale, and that working smartly with nature provides a better outcome for all.

Kalpa: I understand that Oregon’s Willamette Valley farms have been hit very hard financially due to the financial crisis because many grew grass seed and that market has dried up. Does this help you acquire farmland there at more reasonable prices for this time being?

Jason: That’s a possibility. During the good times the grass seed farmers bought up a lot of land, and due to the troubles in the housing market the sales of seed for lawns has significantly declined. We do see some opportunities to convert some of that land to organic, food-producing farmland, and price is a factor when we look at regions and properties to invest in.

That said, I do not think we will see prices of farmland drop as much as they did in the 1980s after a debt boom and bust. About 70% of farms are unleveraged today, so they learned their lesson about debt and haven’t gone back, so fewer are going to be forced to sell. On the other hand, because credit is tight and commodities volatile, I don’t expect many farmers to be aggressively expanding their operations. So, buying opportunities exist for those with cash.

Kalpa: How do people usually find out about your fund? Are you advertising?

Jason: We are not permitted to advertise since our fund is only open to qualified investors. Our website attracts a lot of requests for investment materials and my partner Craig has presented at several investment conferences. For example, the head of theSlow Money due diligence committee recently called us the “Quintessential Slow Money investment”. We were also just selected to speak at Investor’s Circle, a prestigious investment group. In a B-Corp survey by Investors Circle we possibly had the highest score they’ve ever recorded. Our name is getting out there, and we’re on the radar of some large investors. But it is important to us to have individual investors in the fund, since ultimately part of the joy of what we do is that farmland is very personal, and it re-connects people to things that really matter.

Kalpa: One of my primary reasons for blogging about agriculture (although it is not obvious on some days) is my concern for its transition off fossil fuels, or ratcheting down, in an optimal way. That is, a way in which we continue to feed everybody during and after energy costs become expensive. It fascinates me that you are already making that happen, or at least planning on making that happen. Do you have any comments about your vision to farm using fewer fossil fuel inputs?

Jason: Ha! How long is this interview?

Part of the fund strategy is buy farmland close to cities, as a way to reduce dependence on fossil fuels. We are keenly aware of the dependence of “conventional” agriculture on oil…and the risks to supporting a very large (and growing) population on a depleting resource such as oil.

Let me try to be brief. I view this in stages.

The first is transitioning the land to organic. This gets the soil weaned off fossil-fuel derived pesticides and fertilizers. It also redevelops soil organic matter and soil biology—both of which improve disease resistance, water holding capacity, resilience to weather extremes, enhance nutrient cycling and promote high yields. With this one step we cut out about a third of the fossil fuels that go into on farm production, and the resulting carbon sequestration may make the farm carbon neutral.

The second part is the development of on-farm synergies among producers to dramatically reduce waste. In nature the waste of one organism is the food of another. Most contemporary farms have waste problems that become costs, whereas we won’t see anything as waste, simply another input that doesn’t need to be brought in from the outside and purchased. You already have a feel for this from my description of the hog-vegetable-grain connections being made. I’d love an expert in Life Cycle Analysis to tell me how much energy this saves. I am sure it is substantial.

Third is the use of renewable energy on the farm. The biggest nut to crack is liquid fuels for tractors. Fortunately a lot has already been done in the Willamette Valley on this, mostly related to straight vegetable oil or biodiesel from local oil seed crops. These work well in crop rotations because oil seed species are usually in the Brassicaceae family, which inhibits nematodes that feed on the roots of grasses. With reduced tillage methods, probably only about 10% of the cropland would need to be set aside for tractor fuel.

The design of the farm itself can reduce the need for inputs. Livestock may not need de-worming agents, for example, if they have access to shrubs like willow and the pasture is rich in herbs such as chicory. Hedgerows create windbreaks to reduce animal stress, and habitats for beneficial species, such as raptors, pollinators and predatory insects that mitigate pest outbreaks. I am trained as an ecologist and could go on and on here, but the gist is that diversity and smart design prevent problems in the first place.

A lot needs to happen off the farm too. Producers are keen on developing local and regional markets. The farmers I know believe whole-heartedly in the local food movement and are sorting out ways to cut out transportation distances. Many are upgrading storage facilities, adding processing equipment, and connecting to the local populace in multiple ways—not just farmers markets, but also the major grocery chains.

Ultimately, we can’t have a viable agricultural system that is a linear. Right now we mine the inputs to farm, spread them on the land, harvest the crops, transport the food to cities, and flush the waste out to the ocean. We like to think of ourselves as being so advanced and knowledgeable, but this is one case where Chinese peasants of 2000 BC understood something we are still clueless about.

Kalpa: Is your farm’s windmill working for you? How old is it and does it require much maintenance? Are parts available?

Jason: Yes, it works great. It is an Aermotor Windmill. It needed some minor repairs, but only required a trip to a local store. We use it to fill up a 1200 gallon tank for livestock drinking water. I don’t know how old ours is but it is in very good condition so not that old. Needs a replacement quart of oil twice a year and the well pump packing wears out eventually. The technology is 19th century but very functional. The company is still in business and sells replacement parts.

Kalpa: There was a photo of a white cat with large black spots lying in the grass near your irrigation equipment. Does Farmland LP also own a farm cat?

Jason: What a great cat. She showed up in early spring, a bit shy, following me around like a puppy dog for a week but not getting too close. Now she will approach anybody and demand attention. My son named her Fluff, but that belies her predatory nature. Twice I have seen her devour a vole within a minute of capture. A totally self-sufficient animal and the best mascot a farm could ask for.

Kalpa: In wrapping this up, my conclusion after studying Farmland LP’s website is that what you have set out to do is brilliant on several levels. One, you provide a niche that is very popular right now, investing in farmland, with the option of investors doing it in a socially conscious way. Two, your inputs are low by utilizing organic farming systems, while your production should be high with lower input costs. This fact is contrary to popular understanding, of course, since agribusiness messages have infiltrated minds everywhere. Three, as the costs of fossil fuels go up, your farming methods will especially prove cost-efficient and productive.

Jason: Yes, we have a great model. And you have identified one of the hurdles we face—the false perception that organic methods are more costly and decrease yields. I ask people to go look at the research being done by major universities in the Midwest, Iowa State for example, that falsify agribusiness propaganda. And we go well beyond the simplistic “replace conventional grains with organic grains” model by creating a holistic farming system that indeed dramatically lowers the cost of production and will be much more resilient to volatile and generally rising input costs. Ultimately, if we’re going to create a sustainable future for humanity quickly, which I think we need to do, it’s got to be aligned with the systems of both nature and capitalism. And we’ll be spending the next 30+ years scaling it up.

Kalpa: As a final note, I’ll add that I suspect your model will be studied and achieve at minimum, the level of fame that Polyface Farm has reached. Might I be on to something here? If so, am I one of the first to cast a spotlight on you, or have you already received a bit of publicity?

Jason: Joel Salatin is amazing and we definitely stand on his shoulders. Our publicity thus far has been minor, such as a few investment newsletters that give a couple hundred word summary. As you know, the story here is truly rich, complex, and potentially transformative. Blogs like yours are very much appreciated because of the depth of coverage and insightful analysis that connects the dots and sees the “big picture” context. I’ve been a reader from the beginning so thanks for your work and helping others understand mine.

~~~~~~~~~~~
Dr. Bradford received his Ph.D. in Evolution and Population Biology from Washington University in St. Louis and his Bachelor of Science in Biology from the University of California Davis, with High Honors.

Water, Water Everywhere

The rich soils in Oregon’s Willamette Valley are a gift from the Missoula Floods at the end of the last Ice Age.  Between 15,000 and 13,000 years ago as glacial ice sheets melted and retreated, the valley was flooded about 40 times–essentially becoming a temporary lake hundreds of feet deep, over and over again.

For 13,000 years now, rivers have sculpted this once flat, lake-bottom landscape into well-defined channels that don’t meander frequently like they would in a delta zone.  But over the past several thousand years Willamette Valley rivers have jumped out of their main channels hundreds of times and occasionally even found new routes, leaving behind clear signs of their movements in features such as oxbow lakes.

When looking over farm fields in the area, the best soils are adjacent to rivers that jump their banks.  River-flooded fields tend to have undulations across them, which signifies the deposition of silt, and possibly sand.  By contrast, clay is a sticky substance that doesn’t settle out fast during a flood, but will come to rest in calm waters at the bottom of a lake.  A good loam is a balance of silt, sand and clay, conditions typically mediated by active river deposition.  This means that if we are going to farm on the best soils, we should expect the sporadic flood.

Farmland LP manages three properties in  Willamette Valley south of Corvallis.  This particular area, and our farmland, was recently subjected to the highest flood waters in about 100 years.  The river that set a record wasn’t the Willamette, but a tributary called Marys River.

This image combines nine into a 360 degree panorama and was taken in the early afternoon of Jan. 20th at Fern Road Farm. The waters were still near record high levels but beginning to recede and 6″ below their peak.  
An historic flood event is an opportunity to observe, learn and be in awe.  For this post I’ll review the value of the flood for our management choices and practices.  I will also explain the unique circumstances that caused the flood, and, getting to the “awe” part, show you some of the best images I captured.

What Was Learned and Reinforced

Seeing what happens at high water is very instructive.  We now know where the river may jump the bank with force and can design mitigation strategies accordingly.

For example, our new fence is made with flexible posts that can take the weight of a tree or the impact of rushing water and debris and stand back up after the force is removed–something metal T-posts don’t do.

Woody vegetation in the riparian zone and along edge spaces has economic and ecological values, including acting to absorb, deflect, and spread the force of flowing water.  Our riparian restoration project at Fern Rd Farm (funded by a state OWEB grant through the Marys River Watershed Council) was too young to protect the farmland this year, but will provide a stronger buffer in the years ahead.  A hedge row north of the gravel drive at Fern Rd Farm may have protected it from erosion, for example.  A thick riparian forest at Wattenpaugh Farm may prevent an overflow channel from down cutting and forming a gully in the farm field.

Our pasture-sown land greatly reduces the risk of erosion.  Organic farmers, even if they are not planting pasture, tend to do a good job getting a cover crop on fields to keep soil from washing away and to build organic matter and nitrogen stock.  This is both a discipline and a necessity since the soil IS the fertility and synthetic inputs can’t be used to make-up for poor land cover and soil loss. Whereas our land is becoming more resilient over time, the downsides to the shortcuts taken by chemical-based farming are revealed most clearly in times of extremes, such as floods or droughts.

Record Snow and Rain

A very unusual sequence of events led to the flooding.  Snow began falling on the valley floor Jan. 15th.  It stuck around and accumulated through Jan. 17th.  And although snow depth was shallow in the valley proper, the surrounding foothills and colder, outlying valleys had several inches of heavy, wet snow on the ground.

Then came Jan. 18th and the beginning of record rainfall.  The rain gauge at the Hyslop Weather Station just north of Corvallis recorded  2.55 inches on Jan. 19th and a record-breaking 4.05 inches for Jan. 20th. Nearly 3 more inches came down over the following seven days, which kept the water near or above flood stage for almost a week.

The water level gauge for the Marys River is situated near Bellfountain Rd, which is between two of our properties.  Observation and forecast hydrographs are updated regularly and this one shows the river near its peak on Jan. 19th.

I visited Fern Rd Farm prior to the flooding and while snow was on the ground.  I wanted to check on the status of trees planted this fall in the riparian forest, and remove any equipment that may be carried away with high water.  Below is an image showing the river level and snow cover on Jan. 17th.

And this was taken about 24 hours later.  The river is at flood stage and all the snow is gone.  River levels crested over a foot higher than what is shown here.

Landscape Perspective

It is helpful to see where the rivers are in relation to the farms and how the landscape copes with so much water.

Below is a map of the three Farmland LP properties in the area, which are outlined in dark blue.  Fern Road Farm is in the northwest of this image, Wattenpaugh Farm is northeast, and A2R Farm in the south.  The Marys River creates the northern border of Fern Road Farm, and a southern and eastern border of Wattenpaugh Farm.  Muddy Creek, which joins the Marys River at the southeast corner of Wattenpaugh Farm, cuts through the A2R property.  Both rivers flow, in general, towards the north and east, with the Marys River entering the Willamette in downtown Corvallis.

Normal river channels are revealed in dark green, which is tree cover.  With light blue lines I have traced the approximate additional paths the rivers took when the flow rates exceeded the main channel capacity.  For scale, the N-S blue line representing the Muddy Creek overflow route runs just over one mile through the A2R Farm.

Back to Ground Level

Here are some images of what these overflow channels looked like.

Muddy Creek spills across Airport Road the morning of Jan. 20th.  Buildings of A2R Farm are visible about a mile in the distance to the left.  Any tree or hedgerow plantings along Airport Road should leave ample room for water passage at this location.

Marys River crossed Fern Rd Farm in a braided swale complex (as opposed to a single, wide channel for Muddy Creek at A2R) and took paths that went different directions, including southward to Evergreen Creek.  The above image shows where a large ditch adjacent to a gravel road is insufficient for the record flows.  The top layer of gravel washed off and will need to be re-applied.  In the background it is clear that the well pump and irrigation pipe are on high ground.

The south field at Fern Rd Farm has over a foot of water on it while flowing slowly towards Evergreen Creek. Litter on the wheel line indicates it had been higher.  In the foreground is a tall stand of forage brassica, which shelters a fall sown pasture.  

The riparian forest is absent from a portion of the Marys River as it passes along the south-eastern edge of Wattenpaugh Farm.  Here is where the river jumped the bank and flowed vigorously northward across the field.  Planting trees here would slow this flow.

Damage Assessment

The properties held up well to the record flood with very minimal impact.

Some of the gravel roads need to be topped off and graded. We lost a few of the trees planted in the riparian zone this fall.  Our infrastructure and management plans in the works will make these farms even more resilient in the future.

How Are the Sheep?

This is the first question from many concerned friends and colleagues. During the floods the entire flock was at A2R Farm. This was an ideal place as the flooding was restricted to an impressively wide and deep, but single, channel with plenty of high ground on both sides.

So, as you can see below from a picture taken a week ago, the ewes and their babies took the weird weather in stride and are as happy as, well, lambs.


Broad-scale Permaculture Farming

Back in January I wrote a blog called “Oil and Food Prices” that has been the most cross posted and commented upon at this site.  The content of that post was very simple—the price of food is very tightly correlated with the price of oil.  And the reason for this correlation is also very easy to understand, i.e., a lot of energy goes into getting food from farm to fork.

While this is news to many food buyers, it is a subject that spawned the creation of the Permaculture design system way back in the 1970s when the world was also concerned about oil prices.  The idea was to study how humans use energy to obtain what they need and to devise strategies for meeting human needs without high inputs of fossil fuels.  It is an approach that differs markedly from others in that it isn’t trying to find a 1:1 replacement of fossil fuels with renewable alternatives, but instead aims to design whole systems that have much less need for energy inputs in the first place.

In other words, Permaculture systems aim to break the correlation between oil prices and food prices.

Fast-forward 40 years and we have both good news and bad news.  The bad news is that we are as dependent on fossil fuels today as ever.  The good news is that many people have been developing and refining Permaculture systems so we do have much more knowledge to draw upon.

So I was glad to meet Andrew Millison, a Permaculture instructor in the Horticulture department at Oregon State University.  Together we are teaching a summer course that is described as follows:

For a transition to a sustainable culture, we must design and rehabilitate the broad swaths of commercial agricultural lands into ecologically sound and economically profitable Permaculture systems. In this class we will explore the dynamics of hedgerows, broad scale water harvesting, soil regeneration, animal and crop rotations, habitat restoration, income diversification, transition timelines, and farm certifying organizations.

This course is open to OSU students as well as members of the general public (and you can still sign up). The cost is a very reasonable $300 for the week of June 20-24.  And the best part is that while the classroom time is held on the Oregon State campus, most of the course takes place on beautiful farms, especially Farmland LP’s Fern Rd property.

Energy and Organic Agriculture

Some may be wondering what is the relationship between Permaculture and Farmland LP, which bills itself as converting conventional farmland to certified organic farmland.  Well, organic methods are one of many ways to reduce energy inputs.  A life cycle analysis of actual staple crop production in Canada, for example, found that overall energy inputs in organic systems were 39% of conventional inputs per kilogram of grain yielded, or a whopping 61% lower (see table from this paper below).  (And go here for discussion of a research approach asking similar questions in the US but using controlled field plot studies).

The primary contributor to lower fossil fuel use on organic farms is the avoidance of nitrogen made from fossil fuels, while using biologically fixed nitrogen instead.  In the study referenced above, the source of nitrogen on organic farms was annual green manure crops, such as a clover.

A review paper with the wonderful title Eco-efficient approaches to land management: a case for increased integration of crop and animal production systems makes a strong argument (as I have on this blog) that savings are even greater when legume-rich pasture and crop systems rotate.  Multi-year pastures have a few advantages over annual green manure crops.  First, the cost of seed and fuel to plant the pasture is spread out over years instead of just part of a year.  Second, pasture roots have time to go deeper and condition soil more completely.  Third, soil born disease and weed populations that impact annual crops are not given a chance to grow for multiple years, essentially cleansing the soil for annuals when they return.  Fourth, rotational grazing systems build organic matter and nutrients at a faster rate and to a higher level than does a single season of a green manure crop.

Livestock grazing a diverse pasture in a rotating paddock system help build soil fertility

Permaculture is a design system, not a particular production method, and it emphasizes using natural biological cycles as much as possible.  For this reason it does have an overlap with organic or agroecological farming systems.  But I also see someone with a Permaculture background adding to the potential of a farm.

I can envision Permaculture designers looking at a Farmland LP property and paying attention to the edges of fields more than most traditional farmers would.  A lot of action occurs at borders and they can be useful places for adding value.  For example, planting trees or a hedge row will reduce wind speed across fields.  Less wind means lower stress on plants and animals, such as through less water loss during the summer in crops and by reducing rapid heat loss in livestock during winter cold spells. A hedge row may also shelter and provide food for beneficial insects that end up pollinating crops, and livestock may gain access to browsing forage that balances their diet.

To make farms as resource efficient and productive as possible, while developing greater resilience, is a fabulous challenge.  I am eager to bring as many minds towards this goal as I can and hope many students can come and begin learning and contributing their talents.

Inc. Magazine Features Farmland LP

Farmland LP is featured in the May issue of Inc. magazine as part of a special section on How a Business Can Change the World, which is billed as “A special report on the innovative business models social entrepreneurs are inventing.”  We at Farmland LP enjoyed the process of being interviewed by Inc. staff, we appreciate their interest in what we do, and we are pleased to be one of the companies featured in their report.  Here’s the opening paragraph of the main article:

It used to be that if you wanted to make a difference, you joined a nonprofit. And if you wanted to make money, you launched a business. These days, it’s not so simple. More nonprofits are being run like fast-growth start-ups. And more traditional companies are being built around social missions.

The details of how companies are being set up that blur traditional bounds is fascinating and I highly recommend the associated articles.

The specific piece about Farmland LP is titled “The Benefits of Going Organic – Farmland LP’s unusual approach to making money on real estate” and discusses our unique approach to farmland investing and how we advance sustainability.  We’re thrilled with the article and hope you enjoy it as well.

It is also nice to see one of my farmland pictures in print.  The image Inc. chose (shown below) was taken on Feb. 4, 2011.  We had just unloaded a group of sheep onto Fern Rd Farm and I snapped this shot with my iPhone as the animals settled down to feed, just a minute or so after exiting the trailer.  This pasture was sown on Sept. 15th, 2010.  We didn’t expect to be able to graze it so soon, but it was a very dense and tall sward by mid-January.  The flock of sheep pictured below was off the field after a couple of weeks, the pasture regrowth was fast, and we grazed it again in April.

 

Big Picture Agriculture Interviews Us

The past few rainy days I’ve had the opportunity to respond to an interview request by Kalpa, the blogger at Big Picture Agriculture.  She asked a lot of questions and really let me go in depth, which is much appreciated. Here’s a link to the interview:

http://bigpictureagriculture.blogspot.com/2010/11/socially-conscious-way-to-invest-in.html

Visiting Fine Pastures

Farmland LP acquires conventional farmland and converts it to organic farmland.  An important step in that process is the establishment of pasture.   We restore soil fertility and tilth by placing ground into a combination of sod forming grasses, nitrogen fixing legumes, and deeply rooted forbs.  Once soil is in great shape and we have organic certification, areas may rotate into other types of production, such as seed crops and vegetables.  Pasture production also gives us early and reliable cash flow before organic certification.

I wanted to get some perspective on what is possible with pasture in the Willamette Valley by visiting farms that are doing it right.  Relatively few places around here manage land as diverse, organic, pasture, but those that do have fantastic results and are willing to talk (often for hours) about how they do it.

My first visit was to Cattail Creek Lamb west of Junction City, where John Neumeister has been watching pasture and animals grow for over 20 years.  He told us about the importance of intense rotational grazing, micronutrient amendments, and success with over-sowing red clover into established sod during the winter.  He was also doing something similar to our management plan—leasing a field to a vegetable producer and getting great results.

Organic dairy farmers probably have the greatest experience of quality pasture management.  I believe this comes from the fact that they get immediate feedback, via milk production, of the quality of the forage.  By contrast, it is hard to measure weight gain on meat animals twice daily.  About 20 miles north of Corvallis is Double J Jersey farm, owned and operated by Jon and Julianne Bansen, who produce in partnership with Organic Valley Coop.

Similar to my conversation with John Neumeister, Jon Bansen related many details of his operation, including the specific mix of species, land preparation methods, irrigation frequency, rotation patterns and the process of increasing land fertility.  While I won’t go into those details here, a pair of pictures tells the story.  I took these pictures from the same point on a road.  The first looks south to a farm that was formerly a conventionally managed dairy and now raises stocker cattle.

This next picture is north of the road and shows what 19 years of quality organic management does to the land.

What is so remarkable about these images is how well they demonstrate the importance of management practices.  Each farm is endowed with the same soils and climate, but one failed as a dairy and the other is thriving.  The good news is that these best practices are not secrets.  We can read about them, talk to those applying them, and do it ourselves.

Pastured Pigs

Swine has a filthy historic connotation, and most modern industrial hog production systems are enormous polluters and the source of much animal suffering.

But it doesn’t have to be this way.  I have been interested in pigs grown on pasture and woodland, and am thrilled for the opportunity to partner with Chris Hansen to make this happen at Fern Rd Farm.

The field his pigs are on is not pasture exactly.  It is a sod of tall fescue grass, originally sown to produce seed for the lawn and turf industry (e.g., for football fields and parks).  As Fern Rd Farm is converting to organic food production this field, perhaps 35 acres in expanse, is a modest liability.  It is expensive to remove tall fescue, which has tough stems and deep roots.

So bring on the pigs!

Pigs instinctively root into the dirt, searching for bulbs and small animals to eat.  Their noses are both very sensitive to touch and smell, and strong, being the primary digging tool.  They also create wallows, or shallow depressions that become muddy, and use the mud as sunscreen and cooling agent.

I have included a link to a less than 2 minute video I took of a few pigs.  They were especially giddy at the time, obviously playing with each other and glad for some of my attention it seemed.  This file will take a few minutes to open and be ready to play, but is well worth the wait.  (Towards the end you may see two pigs collide.  Don’t worry, no pigs were injured in the making of this video!  They are just having fun.)

PasturedPigs.mov

The hogs filmed are still pretty young, weighing about 60 lbs.  Finish weight is between 200 and 300 lbs, and they go from birth to that size in several months.  All the pigs at the farm now are in small staging paddocks of 2000 sq ft.  Chris will soon set up larger runs on the field and put 20 pigs in half acre paddocks for about a week at a time.  They will move to fresh ground frequently, avoiding the buildup of waste in any one place and reducing the risk of fecal-oral disease and parasite cycles.

It takes more time and more labor to produce pigs this way, but it avoids burdening the environment with concentrated urine and manure, reduces the need for antibiotics that enter watersheds, and gives pigs a good life where they can carry out instinctive behavior.

And from a farm management perspective, I am pleased to see this tall fescue field be rooted up by the pigs.  It may lower the cost of conversion to real pasture as animal power supplants some fossil fuels used for tractor work.

Energy in U.S. Food System

I wanted to highlight a recent post from Michael Bomford of Kentucky State University on his blog Energy Farms.  Michael notes that USDA data show that the U.S. Food System is INCREASING its use of energy per capita and per consumption of food.  In other words, if you have any concerns about issues such as greenhouse gas emissions, fossil fuel depletion, and the economic impact or security implications of importing most of our energy supplies, we are going backwards.

Here’s a telling graphic:

What this shows is that no single sector is to blame.  Basically the entire food system is still becoming more energy intensive, with the possible exception of retail and wholesale.

And graphics aren’t yet available for the 2002-2007 period, but apparently no improvement occurred.  According to Bomford:

The period between 2002 to 2007 likely saw another jump in food system energy use that far exceeded the increase observed in the rest of the US economy.

It is not a long article, and I encourage you to read the entire piece for further information.

On this blog, I’ll continue to explain how Farmland LP invests in the right direction, by developing lower energy input, yet highly productive, agroecological farms.

Oil and Larkspur

The Peace of Wild Things

by Wendell Berry

When despair for the world grows in me

and I wake in the night at the least sound
in fear of what my life and my children’s lives may be,
I go and lie down where the wood drake
rests in his beauty on the water, and the great heron feeds.
I come into the peace of wild things
who do not tax their lives with forethought
of grief. I come into the presence of still water.
And I feel above me the day-blind stars
waiting with their light. For a time
I rest in the grace of the world, and am free.

I have some good friends in Louisiana.  They took their children to the beach last weekend over concern that this may be the last time they would find clean sand in their lifetimes.  For the adults, watching shore birds and dolphins was both thrilling and sickening.

Humans can imagine a future that does not yet exist.  This can be a blessing and a curse.  It is a curse when events spin out of your control and you fear the loss of something precious.  It is a blessing when you can plan ahead and change the future by your actions.

Yesterday I walked on our farm and envisioned what it might look like 1, 3, 5 and 20 years from now.  It was beautiful.

My imagination is assisted by the stunning places there now, such as the big leaf maple and ash forest on the western edge of the north field near the Marys River.  In early May, this forest has an enchanting understory of purple larkspur and cow parsnip–one of the best displays many experienced people have ever seen.

Sometimes I think about (or even witness) the spores of saprophytic fungi that colonize the farm fields and speed the breakdown of organic matter so plants can grow.  When I see mounds from ground rodents near the forest edge I smile because I know they bring mycorrhizal spores into ag soils, which dramatically increases the water efficiency of plants and the uptake of often limiting nutrients like phosphorus.  Knowing the forest is rich in microhabitats and teaming with critters, I am thrilled by a nearby source of pollinators, ground beetles, spiders, bats and predatory wasps that will make their homes in the shelter of those trees and leaf litter and come onto the fields to do their feeding.

It is functional diversity, and we could estimate some monetary value of pollination, decomposition, or predator-prey regulation services, but part of me wonders if the sense of awe we feel in places like this comes from some genetic understanding.  We have a gut reaction that says, “This is right!  This is good!”

What do I envision for this farm?  A lot, but one line of thought is that it more of it will look like this forest.  The banks of the river will be protected so species such as chinook salmon, cut throat trout, spring steelhead, Oregon chub and Pacific lamphrey (all rare and threatened) have a better chance to thrive.

In developing more riparian forest it is easy to see how this will protect the fish.   But my mind sees deeper connections that extend back to my friends in Louisiana.  You see, my goal is to have this farm weaned from fossil fuel dependency so that we don’t feel the pressure, as a society, to go after oil in far flung places so we can grow our food.

Here’s how it goes…The forest harbors larkspurs.  Larkspurs feed hummingbirds.  Hummingbirds also eat crop munching insects.  Thus, in the long run, through many, many synergies like this, the farm will become less and less dependent on oil-based inputs like pesticides.

Now isn’t that beautiful.

Crop Diversity Pays Off

Conventional agriculture production systems in developed countries rely heavily on fossil energy, but emerging uncertainties in energy supply indicate a need to better understand energy efficiency in conventional and alternative systems.

So begins a press release from the American Society of Agronomy to highlight a recently published paper titled “Fossil Energy Use in Conventional and Low-External-Input Cropping Systems.”

It is difficult to design long-lived field experiments in agriculture that ask questions about effects of crop diversity on crucial parameters such as energy and fertilizer use, weed control, yields and profitability.  But this is what a group of scientists at Iowa State has done.  They have a produced numerous publications and posters explaining the work, but the recent subject of the press release is still behind a pay wall.

Why are they doing this?  One of their posters explains:

Conventional cropping systems in the central U.S. have low levels of biological diversity and rely heavily on synthetic fertilizers and herbicides, which commonly contaminate water in this region. Ecological theory suggests that diversified cropping systems integrated with livestock should foster reduced reliance on agrichemicals and fossil fuels, and should lower production costs and pollution.

Of course my interest perks anytime somebody connects ecological theory to agronomy.

Ecological Theory:  Good to Know, Best to Apply

I’ll repost a few graphics from the posters to summarize the results, but first a bit of explanation on their design.  The typical crop rotation pattern in their geography is a two year corn/soybean pattern (in many case corn actually just follows corn).  These are summer crops, which leaves fields bare over the winter.  They tested two alternative rotations:  a 3 year rotation of corn/soybean/small grain that also includes red clover as a winter cover crop and green manure, and a 4 year rotation that adds alfalfa to the pattern.

An overhead view of the study plots, each of which is 18 m by 85 m.

Energy use was dramatically less due to reductions in fertilizer and herbicide applications.

Even with dramatically lower inputs, yields were actually slightly higher for the 3 and 4 year rotations.

Lower inputs with greater yields means the energy gain is much higher with the longer rotations.

The lower input costs compensate for an increase in management costs, making the financial returns similar among rotations.

Keep in mind that these returns were at commodity prices, not the sort of premiums that come from selling organic, local, or on a fair trade contract basis.  Given these results, and generally rising costs of inputs over time, I expect conventional farmers will begin adopting organic type practices, whether or not they are completely free of synthetic pesticides and fertilizers.  The name used by the Iowa researchers for this kind of farming is Low External Input (LEI).  No matter what your preferred label, reducing external inputs and developing agricultural systems that produce their own fertility as much as possible is certainly a worthy goal.