A Growing Culture
  • NOTES FROM THE FIELD
  • May16th

    by Erica Romkema and Mae Rose Petrehn

    The Peterson Ranch, owned by Chad and Jenny Peterson, extends across 4600 acres of the Nebraska Sandhills. In this landscape of wide skies and mixed grass prairie, the ranch is among the first ranches in the U.S. to practice what has become known as mob grazing. Mob grazing is a method of intense rotational grazing, putting a large amount of livestock in a relatively small paddock and moving them every few hours, in order to closely manage grass recovery time and plant utilization.  

    On this particular ranch, Scottish Highland cattle, commercial Angus cows and Dorper sheep graze together. It’s estimated that there are around 200 species of plants in these pastures, most of them native. The Nebraska Sandhills compose a unique geographical region resistant to the sort of tractor-and-plow farming that extends through my home states of Iowa and Minnesota. The hills are, in fact, extremely sandy, and only the most well-adapted species can survive here. These species rooted themselves into the landscape during wet periods when the water table is high, and with their long roots they keep themselves, and the sands, in place. The dunes of sand have become stabilized by plants. Though if you reach down to take a handful of sand in your palm, it’s as loose and soft as if you were at the beach.

    The Petersons currently maintain a herd of about 600 Scottish Highland cows and 250 calves. The sheep, which are 7/8 Dorper and 1/8th Rambouillet, number close to 300. The ranch has miles and miles of primarily solar-powered electric fencing, up to seven wires high, and a portable water tank with a pump to follow the animals through the land. In the winter, when I was able to make my visit, the herds were somewhat separated, roamed larger pastures to access shelter, and were fed ground hay from round bales. In the true grazing season everything changes, as the animals are mixed and rotated through a series of paddocks, with the intention of rationing the use of available forage and contributing to soil health.

    I stopped by the ranch to visit my friend Mae Rose Petrehn, who is working there as an intern and assistant ranch manager. Mae Rose has a Master’s degree in Sustainable Agriculture, and is trained as a Holistic Management educator. She connected with Chad through holistic management classes, and upon graduation aimed to build her knowledge of animal agriculture by practicing it herself. Mae Rose took some time to answer a series of questions for me to share with A Growing Culture readers and others interested in alternative grazing practices.

    ***

    ER: How would you personally define or describe mob grazing?
    MRP: Any discussion on mob grazing should go back to Allan Savory’s principles. It’s a way of getting ultra-high stock density. Some people say this high stock density can range from 100,000 lbs of live weight to 1 million lbs per acre; from my experience you’re not really getting benefits until you’re at about a million pounds/acre.

    At the Peterson Ranch, we’re not achieving quite as much anymore because we’ve switched to more of a cow/calf operation. The main goal or purpose for mob grazing is working with young animals [to be raised for slaughter]. The practice builds in a really long recovery period for the land, and that’s what we’re shooting for. It’s a break from animal impact, which involves more than simply grazing – we’re talking about trampling vegetation, manure, etc.

    With mob grazing, you’re utilizing more of each acre that you’re on – you may  not be getting every pound of biomass through the animal but if you’re not the animal is trampling it. Ultimately you’re dramatically changing the structure of the grassland canopy. Depending on the time of year, there are different benefits for different plants. In theory it’s a way to achieve high level of diversity. Different plants can dominate and thrive at different times of year.

    ER: Tell me a little about how Peterson Ranch got started with mob grazing.
    MRP: Chad had experimented with about every different grazing strategy out there – from continuous grazing, to a few rotations, watching the neighbors to see what they were doing, just dabbled. He sought advice and examples, and then he got turned onto Allan Savory’s stuff and took it to heart. If you look closely at what Savory describes as animal impact and a way of maximizing productivity of your grass, it’s having animals that at a very high stock density. Yet the emphasis is on time and not numbers; how long animals are in an area at any given season. You’re growing as much grass as possible. Animal performance is a different issue. Chad discovered quickly that [using this approach] he could make a lot more vegetation grow. He held fast to that strategy and started seeing what the outcomes were. Then he started getting attention for it – curiosity and support maybe helped keep him the ball rolling. It’s never exactly the same every year.

    For Chad – somebody who is at heart a bison man and interested in preserving the land and creating a very healthy ecosystem – this is ultimately what meets those goals. We’re not a ranch that produces a lot of fat animals and sells them that way – for us that’s not the goal, or even what this kind of land is capable of, at least not without substantial amounts of inputs. It’s important to have animals that can tolerate this kind of grazing system, hence the reason we have the Highlanders.

    We’re not saying we’re the best. It’s still a big experiment. The ideas are there. There’s a lot of history to this ranch. It had several hundred bison on it from the 1940s up to a few years ago. It was continuous grazing mainly with bison. Bison behave differently from cattle, and it’s difficult to find a fencing system that works well. The reason Chad got rid of them is because bison love to make wallows and in the Sandhills that creates blowouts. Chad doesn’t want those. Some plant species do okay with that, but they take a long time to re-vegetate. The bison market is pretty unreal right now – he does still have some bison cows somewhere else. But that’s the platform and part of why he thinks differently about ranching.

    ER: Scottish Highland cattle have been experiencing revived interest in recent years. What are some of the benefits of this breed? What are some of the challenges of working with this breed?
    MRP: I mean, I think this is still being discovered on a commercial scale. One clear benefit is calving ease, provided that you breed them to the right bulls. We never have to pull calves. And they’re excellent mothers. When you move them a fair distance they tend to keep track of their calves. Also they have thick hair that’s pretty impervious to this rough climate, the wind and the winters. They’ve basically got an undercoat and a topcoat. Obviously they come from highlands of Scotland. Winter here in Nebraska is harder and longer, but similar. They’re just hardy animals. Chad built up the herd pretty rapidly.

    They’re also much more feed efficient. We feed oh, maybe a third of what a comparable animal – say, a commercial Angus cow – might require to maintain a similar body condition. Same thing is true for bison. They are more efficient users. They’re not diluted down. They’re not designed to be on small farms or feedlots getting corn. Health wise, they’re not very susceptible to disease. We haven’t had issues with foot rot. If you have the mindset of keeping inputs low, that’s what you want to go for.

    As for challenges, well, they are slow maturing. Two- year-old heifers still can’t have calves this year, so you have to wait a little longer for a calf. That calf, to get to slaughter weight, takes longer. It’s a smaller animal in general, frame wise, though you seem to find that efficient cattle. They develop slower but have greater longevity. It’s definitely a challenge for a for-profit business, especially if you’re dabbling in the grass-fed/grass-finishing world. Grass-finishing takes more time. With prices the way they are it’s a hard thing to justify. No one else that I know of is trying this with this breed at such a commercial scale. What I’m saying is based on our experience.

    ER: You also graze sheep, a mix of 7/8 Dorper and 1/8 Rambouillet. What can you tell us about this breed? What advice would you have for folks wanting to incorporate sheep into their operation?
    MR: We chose Dorpers because they are pretty versatile. Hair sheep are gaining traction, especially for smaller scale folks. Unless you have a niche or a way to utilize wool it isn’t worth it to have to deal with shearing. By no means are sheep the central focus of the operation here, so we’re really not interested in needing to shear them. Some of them will need to be shorn since they have that Rambeleigh in them and can get shaggier. They’re bred to be parasite resistant. We got them because they’re the only hair sheep available in commercial quantities. You don’t see people raising Katahdins in a big giant group, that I know of. Dorpers have made their way specifically in the Texas scene, which is where we got them from.

    If you’re not working with facilities and equipment specific to raising sheep and handling them—without the right tools and the right expertise—you may have to accept more death/loss in the beginning. Predation prevention is key. We didn’t really know how big a population of coyotes we had near us and how quickly they would come on to the system. For us, I think, we were willing to accept a certain amount of death loss, but right now it’s been too much, mainly due to predation. Everybody will always joke around that sheep will find a way to die. One stuck its head in the hay feeder and suffocated. They’ll crowd around a water tank and one falls in and drowns. Death is something that you definitely have to come to terms with and deal with.

    ER: Talk about the logistics, benefits, and challenges of grazing sheep and cattle together.
    MR: It was a joy to see how well the sheep incorporated themselves in with the Highlanders. We just kind of let them in with the cattle. They were calm about it, though pretty alert. They really had no reason to be afraid. The cows weren’t aggressive towards them. Within a few weeks the sheep were more than comfortable being around the cattle. Someone in Sheep Magazine wrote a letter to the editor about Highland cows and sheep, and they were concerned that the horns would poke the sheep’s eyes or they would gouge each other, but we never had a problem. The sheep would kind of filter in and fill in the gaps as the cows moved forward. Once the space filled up a little bit the sheep would move to the back and would eat things the cows tromped on or munched and left behind. Sheep graze a different trophic level of grassland, in a sense. They have different diets and different sized mouths. They each have their own little niche.

    Sheep are easier to herd into small areas, so Chad’s thought was to use them as a way to heal bare ground by crowding them onto an area for a short amount of time with ample hay or grass residual – the manure/urine sort of creates a fertile mat to heal bare ground. There are lots of examples of that from Allan Savory’s work in Africa as well as his son Roger’s work. We haven’t seen anyone out here doing that in earnest. The goal is definitely to have profit from the enterprise, but in regards to the sheep it’s almost more about using them as a tool. Their feed requirement is so low. Aside from disease, occasional parasite issues, and predation they are a pretty low-maintenance animal. They’re built to survive on pretty low-quality forage for most of the year.

    ER: Talk about your perspectives on scale in regards to animal agriculture.
    MR: I don’t think there’s a limitation to what scale is or is not profitable. The dividing line is your resources and your goals. Someone who’s really good at spinning wool and making cheese can make profit on 30 acres. If you have access to a market like that, that could make a ton of money. At the same time, if you aren’t interested or don’t have the time for a specialty market, you’ve got to scale up.

    What I see a lot in the “New Agrarian” movement or whatever you want to call it is people just expect things to work at a small scale because there is a market and they have the interest. You can’t cash flow a piece of property quickly that way—you have to make a lot of investment and have a lot of hope. People put a lot of stock into the grassfed market as being a sitting duck. There are plenty of examples of people making that work. But for people like me, potentially wanting to buy a large amount of land and/or livestock or leasing land, I have to prove to a banker that I can turn money in a fairly short amount of time. It’s the entitlement thing, maybe a generational attitude, I’m saying for my generation – especially with the urban agriculture thing. People expect to show up at a farmer’s market and make money just because people are there and they have this ideology. I’m not saying that it doesn’t work, because I’ve seen it work and it’s cool! But it’s too easy to be duped into the idea that this is an easy business. It’s fundamentally a really different kind of work and a really different lifestyle and it’s not cool all the time.

    I feel like I’m seeing people totally create and accept this martyrdom of poverty. We’re farming and these are our values. Good for you! I want to make money. I just need to know how to be a good manager. That’s not easy. But if you understand the beef business you can print money. I really believe this is a good business to get into and that’s why I’m here. I’m passionate about prairies, wildlife, good food – but I’m also passionate about making a good living. That’s the scale issue. I feel like I’m being such a critic right now, but that’s that entitlement issue. You want to have a couple animals around that potentially create a high-value product and if you can do that again I think it’s awesome – but people also treat those animals like pets and they have this attitude towards their livestock that they’re kind of like people. I find that sometimes they treat them a little fluffy. I think: they’re livestock. They’re working for you. Respect them, create a low-stress environment for them. That’s why we have the corral system we do—it’s about keeping stress to a minimum. Healthy livestock is profitable livestock. But remember they need to be working for you, not the other way around.

    ER: Is there anything else you feel that is important for readers, and particularly graziers, to know?
    MR: The big thing that I’m hoping to build on in the future and that is kind of my lifelong soapbox is that, you know, eventually people are going to figure out that programs like CRP, taking land out of production for “conservation” is a total waste of money. You can manage and incentivize a production system that is still a working landscape—people are still working grasslands, creating ecosystem goods and services, like soil conservation—those are all things that are totally proven outcomes of a well-managed grazing system with adequate recovery periods. Unfortunately, a lot of grasslands around the world have been very degraded and overgrazed. A lot of people’s perception of people who have cattle is that they totally destroy the landscape, and it’s because sometimes that is true. It totally can happen. A lot of the wildlife biologists that I talked to in Iowa would make jokes about golf course grazing. In the corn belt, that’s how it looks. And that’s not going to do much of anything for ecological health. You could argue that it does nothing for animal health, either. The message I’m excited about getting out there is that there’s another way to do conservation. It’s been happening and it’s going to grow, but the government’s involvement in it is very tangled. It’s atrocious the amount of money that we are spending as a country on grass that is bad habitat and that needs to be contributing to the local economy as grazing pasture, hay ground, whatever. But then you go down the rabbit hole of who’s going to manage it. Less people are raising animals, farming. And grazing, well, takes more people.

    That’s a challenge in the U.S. Not so much in a lot of the poor economies in Africa – for example, a recent article in Beef Magazine had rancher Ian Mitchell in it; he’s this grazing guru who does workshops with Greg Judy. He can hire herders for pennies on the dollar. He’s in South Africa. People need any kind of a job. He doesn’t need to do payroll, doesn’t need to call them interns. But who’s going to be able to do that here?

    With this type of grazing management, you always have to be making judgments. It’s a never-ending process of reading the land. You’re continually learning from the ecosystem. It’s always changing, especially out here where we have so many different plant species. They’re all telling you something, it’s just a matter of you knowing how to read what they’re saying.

    For more information on Holistic Management, visit: www.holisticmanagement.com or the Savory Institute: www.SavoryInstitute.com.

    To see more writing by Erica Romkema, visit: www.kindsofhoney.wordpress.com.
    To contact Mae Rose Petrehn, email: treadearthintometaphor@gmail.com.

  • May2nd

    By Asher M. Wright

    All across the United States stands of Alfalfa in different stages of growth are reaching to the sky; putting on their spring growth and preparing for a productive season. Some stands are dealing with weevils, others with low pH or insufficient micronturients, but for the first time in history, much of this acreage is not dealing with weed pressure. As many of you know, the U.S. has recently approved Roundup® Ready Alfalfa. This article will attempt to clarify the issue by discussing the transgenic technology of RR alfalfa as well as other political and socioeconomic issues surrounding the crop.  

    Introduction

    Alfalfa (Medicago sativa) is a broadleaf perennial legume in the Pea family (Fabaceae) and is the most widely cultivated forage legume in the world; in 2006 the FAO estimated 456-million tons were used globally. Alfalfa is primarily cut for hay production, but can be grazed or used as a cover crop as well. The United States is the largest producer worldwide and the only country where Roundup® Ready (RR) Alfalfa has been approved for cultivation (For the purpose of this paper, all values will refer to U.S. production only). Alfalfa is the nation’s third most valuable crop occupying more than 22-million acres (8.9 million ha); it is the premier feed for the dairy industry and is commonly used in beef, sheep, and horse operations as well (Van Deynze, A., et al., 2004). Alfalfa is a very valuable forage crop for a number of agronomic reasons, and like many other types of forages, is at its highest risk for failure during seedling establishment. Compared to the other RR crops however; alfalfa is actually not that difficult to establish and grow. It is a hardy, deep-rooted perennial that actually competes well with weeds (Hall, M. H., et al., 2004). So why do farmers even need RR alfalfa? Well the truth is, it depends on who is asked. This paper will attempt to clarify the issue by discussing the transgenic technology of RR alfalfa as well as other political and socioeconomic issues surrounding the crop.

    Glyphosate Technology:

    Alfalfa is not the first U.S. crop that has been modified to exhibit resistance to glyphosate, the active ingredient of Roundup® that actually kills the plant. In fact, soybean, maize, sorghum, canola, sugar beat, and cotton are all RR crops. Glyphosate is a broad-spectrum herbicide first patented by Monsanto Company in 1970 and marketed as Roundup. The patent expired in 2000, and today glyphosate is the most widely spread herbicide in the U.S. with an estimated 94,000 tons (not including alfalfa) used annually, according to the 2007 Pesticide Industry Sales and Usage Report. Compared to its predecessor’s 2,4-D and Atrazine, glyphosate has been hailed as a savior for lower mobility rates in the soil, and a shorter persistence time in aquatic environments (Shipitalo M.J., et al., 2008).  Though a number of third party studies have shown glyphosate to have adverse effects on animals, there has been little published research on the effects of glyphosate on humans, and almost no regulation within the U.S.

    So how exactly does this compound work?

    Glyphosate (N-[phosphonomethyl]glycine) is “undoubtedly the most effective non-selective foliar herbicide available” according to Steve Orloff’s progress report on RR alfalfa (Orloff, S., et al., 2003).  It works on dozens of annual and perennial broad-leaf weeds by irreversibly binding to the active site of the enzyme 5-enolpyruvylshikimate-3-phosphate synthase (EPSPS). EPSPS is the initial catalyst to two reactions that ultimately result in the synthesis of chorismate, an essential precursor in plants for the aromatic amino acids: phenylalanine, tyrosine, tryptophan. Without these essential amino acids, the plant cannot function and will soon die. The biochemical pathway of glyphosate is approximately the same in all plants and therefore the method for genetically engineering the “immunity” is approximately the same as well.

    The first papers on Recombinant DNA technology began to appear in 1972 and the technology was patented in 1980, with human insulin as the first product released on the market. Monsanto Company quickly took notice and began some research and development of their own. They discovered that a certain soil bacteria known as Agrobacterium sp. strain CP4 produced a glyphosate-tolerant form of the enzyme EPSPS which was designated CP4-EPSPS (Monsanto, 2005). When the CP4-EPSPS gene is incorporated into a plant’s DNA, the resistant enzymes created will ultimately lead to a resistant plant. The resistance stems from the fact that there are extra copies of the novel CP4-EPSPS gene thus extra copies of the novel enzyme; CP4-EPSPS does not replace the EPSPS gene. This is the basic premise for all RR crops and the mechanism used by Monsanto to create immunity; but how does the gene get into the DNA?

    Biolistic particle delivery systems also known as gene guns or biolistics are devices that have the ability to inject cells with genetic information. The bullet or payload is a heavy metal coated with Plasmid DNA. Plasmids, often found in bacteria, are double stranded DNA rings that have the ability to replicate independently of standard cellular DNA replication mechanisms.  When used in genetic engineering a plasmid is known as a “vector”. Through breeding technology, microbiologists and geneticists are essentially able to insert the desired plasmid into a new bacteria cell, after the cell replicates they can ID the “incorporated” cells with antibodies, and thus isolate the desired plasmid. Once the plasmid has been isolated and replicated, it can be injected into any plant cell with biolistic technology. Monsanto Company used the Agrobacterium sp. plasmid PV-MSHT4 (Figure 2.0) as a vector and incorporated the CP4-EPSPS gene into the DNA of alfalfa. In reality, this was only the beginning, and was actually the easy part.

    Development 

    Alfalfa is a perennial, autotetrapolid with four sets of eight chromosomes (n=8 and 4×8=32 chromosomes). This means alfalfa contains four copies of all gene loci, a key feature to the success of the program. Alfalfa also exhibits genetic self-incompatibility or self-sterility, and is affected very negatively by inbreeding. Because of this trait and the inability to achieve “high trait purity” through self-crossing, a strategy was needed to minimize inbreeding depression. Forage Genetics International (FGI) in partnership with Monsanto Company developed a complex breeding system to prevent “inbreeding depression”  and after 5+ years of subsequent field trials they had produced a viable seed. (Figure 1.0) The research found plants to have anywhere from 1-8 copies of the CP4-EPSPS gene, and that the RR phenotype was exhibited in the plant, no matter how many copies of the gene it had. Roundup Ready alfalfa was finally ready for the market (Monsanto, 2005).

    Risk Assessment

    The U.S. Animal and Plant Health Inspection Service (APHIS) requires field trials and Ecological Impact Studies (EIS) for all new biotechnology crops, and in 2001 and 2002 an EIS study, funded by Monsanto have you, was conducted on 940 roadside sites of 47 counties in California, Idaho, Pennsylvania, South Dakota, and Wisconsin. Approximately 22% of the sites contained populations of “feral” alfalfa, the at risk species for gene transfer. Monsanto’s 2001 and 2002 EIS concluded:  “Proximity of feral populations to cultivated alfalfa suggests that gene flow will occur between these populations. Gene flow in seed production regions, however, may be limited by the management practices used by seed producers to control feral populations and to ensure varietal genetic purity. In forage production systems, pollen flow from cultivated alfalfa is minimized by continual harvest of the forage at early bloom throughout the growing season. The consequences of gene flow from cultivated Roundup Ready alfalfa to feral alfalfa, in terms of increased pest potential, are low because (1) phenotypic evaluations concluded that the introduction of the Roundup Ready trait does not increase the fitness of alfalfa, (2) feral populations are not typically controlled using herbicides, and (3) where controlled, glyphosate is not the only herbicide used as other more, effective herbicides are available “ (Kendrick, 2001). After the EIS and other field trials in California, researches stated, “These results clearly demonstrate [that] there is a fit for Roundup Ready alfalfa in California.” Their conclusion did not come without a disclaimer however: RR alfalfa is not a “panacea” and weed resistance will still present problems in alfalfa production systems.

    As initial research and development of RR alfalfa came to a close in 2004, APHIS granted ‘non-regulated’ planting status to the crop, which was quickly followed by a lawsuit from concerned citizens putting a moratorium on the non-regulated status in 2005. At this point the case bounced around the California courts and in 2007 a government required, APHIS-managed EIS was implemented. In 2010, APHIS released the final version of the EIS, and held a number of public forums to allow for comments and concerns.  In 2011 after the proceedings, they stated that RR alfalfa would be granted non-regulated status. They made their decision after conducting a “thorough and transparent examination of alfalfa through a multi-alternative EIS and several public comment opportunities, and determining that RR alfalfa does not pose a plant pest risk” (APHIS History, 2012). To many this was a blessing, and to others a curse, but what exactly are the pros and cons?

    Potential Problems

    From a production standpoint there are obvious benefits to a Roundup system. Weeds prevent successful seedling establishment, diminish overall yield, and bring a lower value to hay when present in the bales. Why wouldn’t a manager want to spray a field of alfalfa a couple of times a year to ensure a higher quality, higher yielding, “less headache” of a crop? Well the answer is fairly simple, but the reality is there is little transparent, peer-reviewed, third party (meaning not funded by Monsanto) research on the subject. There are few U.S. scientists willing to lay their heads on Monsanto’s chopping block. One scientist doing research on the “other-side-of-the-fence” is Purdue University’s plant scientist and pathologist Dr. Don Huber. As a leading expert in the field, he believed that there needs to be further research on RR alfalfa before release, and lead a petition of concerned U.S. citizens with a well-crafted letter to Secretary of Agriculture Tom Vilsack, urging him to halt the non-regulated status of this crop. He was denied, and the first non-regulated seeds were planted in 2011.

    The main downsides of glyphosate, according to an interview with Dr. Don Huber in December of 2011, is that glyphosate, like many other herbicides and pesticides is a metal chelator (Mercola, D., 2011).  Chelation is the formation of a coordinated compound, which is essentially a larger multiple bonded molecule (glyphosate), wrapped around a central metal (micronutrient). Plants have been shown to have difficulty taking up chelated form of the micronutrient (Huber, D. W. 2007). This poses a threat because the transition metal cations that serve as micronutrients (Fe, Mn, Cu, Zn) will show up in the soil test but are unavailable to plants (Huber, D. W. 2007). Though this initial problem with glyphosate is a large one, it is not the entire story.

    When plants are suffering from a micronutrient deficiency, and in some cases plants showed 80-90% reduction in Mn and Zn, they are more susceptible to pests and disease. According to Johl and Huber’s research in the European Journal of Agronomy, “Extended use of glyphosate can significantly increase the severity of various diseases by impacting all four of the interacting components of the “plant disease diamond” comprised of the plant, abiotic and biotic environments, and pathogens. Reduced growth, impaired defenses, impaired uptake and translocation of nutrients, and altered physiology of plants by glyphosate can affect susceptibility or tolerance to various diseases (Johal, G. S., Huber, D. W. 2009). Glyphosate not only affects plants, but also soil biota. It is detrimental to the health of bacteria and has been shown to be playing a major roll in the microbial population shifts seen today. For example, toxic botulism was rarely seen in dairy cows, and today through selection pressure from glyphosate, is a favored bacterium that is having negative effects on the dairy industry (Mercola, D., 2011). Overall there are apparent positives and negatives to the use of glyphosate, but is it really sustainable?

    Conclusion

    Based on the research reviewed, it is clear that the data can go both ways. The issue of RR alfalfa, like other GE crops, quickly becomes a philosophical debate based on one’s ideals of conservation, biodiversity, and human health. There are obvious are pros and cons to RR alfalfa and glyphosate. But the truth is, from an Ecological and Social Equity standpoint (66% of the sustainability triangle) the cons far outweigh the pros. There are a number of studies that have linked glyphosate to the development of “Super Weeds”, resistant to the herbicide (Orloff, S., et al., 2003). There are also a number of studies that link Roundup (the mixture of glyphosate and other chemical stabilizers to aid in cellular delivery of the herbicide) to cancers, and irregular livery and kidney function. In research glyphosate actually shows little damage to animals; it is the “stabilizing” compounds that are in Roundup® that are truly the issue (Seralini, G.E., et al., 2011).   One final issue is the risk of transgenic gene flow, and it’s impact on Organic producers or other farmers that choose not to plant RR alfalfa. The Supreme Court has recently ruled in favor of Monsanto; any farmer possessing a plant with the patented genes will be held accountable. With an environmental impact study that showed gene flow from RR alfalfa to other varieties as being possible, this is an atrocity and a violation of civil liberties. The only real sense that RR alfalfa makes is economic, and it is a fairly one-sided economic benefit. So what happens now?

    Assume that half of the 22 million acres (8.9 ha) of alfalfa in the U.S. are planted to Monsanto’s patented RR variety, and that 1, 50-lb bag of seed, under proper planting, will
    cover 2.5 acres. At a price of 4$/lb. of seed, one bag equals $200.00 U.S. dollars (this price will fluctuate depending on state). So 11-million acres divided by 2.5/acres/bag is 4.4 million acres at $200.00/bag is an 880 million dollar a year industry, with the majority of the profits funneling into the pocket of Monsanto Company. So the next time someone asks why the U.S. is planting so many acres of GE crops, it will be obvious why. Until the economics fail or the employees of Monsanto Company and otherlarge agribusiness firms become less integrated with the U.S. regulatory system(Figure 3.0), RR alfalfa and other crops will continue to be planted at the expense of ecological integrity and social equity. No herbicide or pesticide can ever replace good management; so it’s time to put down the crutch, and start using the brain.

    References

    APHIS History. (2012) http://www.aphis.usda.gov/biotechnology/alfalfa_history.shtml

    Johal, G. S., & Huber, D. W. (2009). Glyphosate effects on diseases of plants. European Journal of Agronomy, 144-152.

    Kendrick, D., et al., (2005). Biogeographic survey of feral alfalfa populations in the U.S. during 2001 and 2002 as a component of an ecological risk assessment of roundup      ready alfalfa®. Proceedings, The ASA-CSSA-SSSA International Annual Meetings.

    FAOSTAT Faostat.fao.org. FAO, 2006.

    Hall, M. H., et al., (2004). Alfalfa establishment guide. Plant Management Network International.

    Huber, D. W. (2007). What about glyphosate-induced manganese deficiency? Fluid Journal, 20-22.

    Mercola, D., (2011). The hidden epidemic killing your gut flora [Television series episode]. In Mercola, D. (Executive Producer), Mercola: Take Control of Your Health. etrieved   from http://articles.mercola.com/sites/articles/archive/2011/12/10/dr-don-huber-interview-part-1.aspx.

    Monsanto. (2005). Safety assessment of roundup ready alfalfa events J101 and J163. Executive Summary, 1-32.

    Orloff, S., et al., (2003). Progress in roundup ready alfalfa. Proceedings, California Alfalfa Symposium, 18-26.

    Shipitalo, M.J., et al. (2008). Impact of Glyphosate-Tolerant Soybean and Glufosinate-Tolerant Corn Production on Herbicide Losses in Surface Runoff. Journal of Environment Quality 37 (2): 401–8.

    Seralini, G.E., et al., (2011). Genetically modified crops safety assessments; present limits and possible improvements. Environmental Sciences Europe, 23 (10).
    Van Deynze, A., et al., (2004). Roundup ready alfalfa: an emerging technology. University of California, Division of Agriculture and Natural Resources, 8153, 1-13.
  • April20th

    by  Dan Kiprop Kibet

    Statistics reveal that, of the over one billion undernourished people in the world today, 265 million live in sub-Saharan Africa. Three-quarters of the hungry live in rural areas and include farming families.  There are many known causes of hunger, which hinder the successful production of agriculture and directly impact the small-scale farmer in particular.  Climate change, environmental degradation, inadequate rainfall, floods, deficient infrastructure, economic hardships and government policies are some of the many factors that contribute to hunger in Kenya.

    Recently, lack of seeds for planting is posing another threat to the small-scale farmer.  Last year, many small-scale farmers in rural areas of Kenya were unable to access seeds of their choosing, especially maize, which is the staple crop of the region.  Maize is an important crop to many Kenyans, and is mainly used to cook ugali, a delicacy enjoyed across the nation.  As a result, when hunger strikes in Kenya, it often means that ugali will be missing from our dinner plates.  

    According to Dr. Vandana Shiva, seed is key.  Both food supply and democracy are threatened when farmers are denied access to seed.  If farmers do not have their own seeds, or access to open pollinated varieties that they can save, improve and exchange, they have no “seed sovereignty.”  Seed sovereignty includes the farmer’s right to save, breed and exchange seeds.  A farmer who has seed sovereignty has access to diverse open source seeds, which can be saved and which are not patented, genetically modified, owned or controlled by emerging seed giants. It is a way based on reclaiming seeds and biodiversity as common and public good.

    In Kenya, there is a marked dependence on large seed companies, cartels and distributors to provide hybrid seeds of staple crops such as, maize seeds. Buying from these larger organizations can negatively impact the small-scale farmer, as he is forced to rely on someone else to obtain choice seeds when he needs them. Furthermore, seeds aren’t always available, due to scarcity, cost, distance and the logistics inherent to purchasing seed.  Many of the cartels also sell fake seeds. Yet, studies of indigenous seed saving practices have revealed that many African women posses agricultural knowledge that has helped them to maintain food security in times of drought and famine (Ericksen, 2005; Ramphele, 2004). Oftentimes, these women rely on indigenous plants that are more tolerant to drought and pests, providing reserve for extended periods of economic hardships. In Southern Sudan, for example, women are directly responsible for selection of sorghum seeds saved for planting each year (Easton and Roland 2000). They preserve a variety of seeds, which are resistant to the unpredictable weather conditions common to this region. In spite of this knowledge, however, many continue to rely on corporations for their seed.

    In response to the growing unavailability of seed, a small-scale farmer from the rural area of Kimoso, Kerio-valley, Kenya has created a method of seed selection, seed saving and storage utilizing his own harvests. Meet Mr. Toroitich, the small-scale mixed farmer. His farm is decorated with many crops, livestock, and poultry and fruit trees. The crops are mostly from his own saved seeds, such as Maize, finger millet, sorghum, beans, groundnuts, cow-peas, and indigenous vegetables. He grows cotton as a cash crop and there is a ginnery a few kilometers away. Like many other Kenyans, having enough maize to feed a family throughout the year is important, as the crop serves as an everyday meal. In order to ensure that he has enough, Mr. Toroitich practices cultural methods of farming, such as early cultivation, early planting, crop rotation, diversification and inter-cropping. He regularly spreads animal manure to his farm to boost fertility, believing that respect for biodiversity should be a priority.

    When I asked Mr. Toroitch about his experience purchasing seeds from larger conglomerates, he shared that his dependence on seed companies and stores had been hectic, time consuming, unreliable, and expensive. Saving his own seeds and planting them early has enabled him instead to harvest well each season, feed his family, and be self-sufficient, even in times of hunger.  In addition, since Kenyan politicians have been pushing for the introduction of genetically modified crops to fight hunger, Mr. Toroitch has doubled his efforts to save more local seeds of his own.

    This initiative has helped him to earn an income by selling the surplus seeds to other small-scale farmers in the area.  Mr. Toroitich sells a kilo of maize seeds for Kshs. 80; a price that is much more affordable than the cost of hybrid seeds from large companies that charge up to Kshs. 120 for a kilo.  While Mr. Toroitich’s price is stable, the cost of maize seeds from larger companies may also increase depending on market supply and demand.
    Mr. Toroitich’s farm lies in Kimoso, Kerio-Valley, which is located within the larger Rift-Valley province.  These are lowlands areas, and are considered to be arid and semi-arid lands (Asal). Rainfall is minimal, between 900-950mm per annum, and falls solely between the months of May and August.  Planting early is crucial in order to utilize the rains. There after, dry spells may be experienced; however, rain occasionally falls in October. Due to recent climate change, the rain patterns have shifted tremendously and even the metrological station has a difficult time predicting the rains.

    Soils in the area are dark-brown and sandy loamy. The land lies flat and soils are naturally fertile, which Toroitich attributes to the hilly sides surrounding the valley.  Toroitich says that, when it rains, mostly top soils from the hilly sides are washed down to the farms. Crops are grown without application of synthetic fertilizers, and chemical spraying is only applied to cotton when pests invade for pure grade of the cash crop. According to Toroitich, this land is the “blessed valley,” and “it is pure abuse for any farmer to apply said fertilizers to natural fertile soils given by God.” Using the same land he inherited from his parents, Toroitich has managed to grow and produce diverse, nutritious crops successfully—a sizeable feat given the unpredictable climate of the Kimoso, Kerio-Valley.   Additionally, Toroitich says that, although the soils are fertile and many crops can be grown, the ground is loose and vulnerable to severe soil erosion.

    To save his seeds, Toroitich uses simple, locally available and naturally growing plant equipment as a seed bank, the gourd or calabash. It is a plant from the Curcubitaceae family, and is characterized by climbing tendrils. A seed bank functions as a storage container for seeds in case seed reserves elsewhere are destroyed. Most often, the seed stored is that of food crops or those of rare species to protect biodiversity Storing seeds guards against any catastrophic events like natural disasters, outbreaks of disease, and war.

    The gourds must be prepared prior to use as a storage facility. A mature and ripe gourd is picked and an opening is made on top. Water is poured inside, and a stick is used for easy removal of seeds and other pulpy substances.  The gourd is then left for 2 weeks, while closed tightly and covered with grass to facilitate hardening. Meanwhile, the outer layer of the gourd can be scrapped. After the seeds and the pulpy substance are poured out, a special indigenous tree bark is crushed, placed inside the gourd, and in mixed with water. Toroitich says that the bark comes from a tree called “simotwo” in his local dialect.  The bark acts as a stabilizing agent and helps suppress the foul smell. However, this process must be repeated several times to fully remove the smell.  Finally, in order to disinfect the gourd, fresh cow dung is placed inside, and the gourd must again be left for a number of days. A special palm tree from the Hypaene Compressa family is used to clean the gourd, which is then hung upside down to dry completely until it’s ready for use.

    According to Toroitich, gourds (calabash) are integral to the entire community.  Before the introduction of plastic containers, gourds were used to fetch and store water from streams.  Additionally, water inside a gourd could remain cold even in hot temperatures common to the area. Nowadays, gourds are used to prepare sour milk in many households, a treat for many families and a delicacy that is often used as part of various important ceremonies. Gourds also serve as decorations in many the home and as a gifts of appreciation. Most importantly, however, gourds are central to successful seed saving.  With the help of his wife, Toroitich has managed to prepare and save diverse seeds.

    Toroitich also hangs seeds in his kitchen as another tool for seed saving.  He says that it’s an effective way to store seed, as smoke from cooking repels most pests and reduces moisture content to a suitable level.   Also, seeds like these of maize and sorghum can last long when hung.  That being said, Toroitich says that it may be difficult for the hungry farmer to resist temptation when seeds are hanging in the home. “When food is scarce, a farmer can decide to sacrifice the seeds for a meal.’’

    When choosing seeds to store, Toroitich relies mostly on his observational skills and keen monitoring of plants.  Toroitich pays particular attention to the growth of the crop, resistance to pests and disease, production, and physical appearance. He marks the chosen crop by tying a polythene paper to the plant in order to distinguish it from the rest.  When harvesting comes, Toroitich harvests the seed’s crops and stores them separately. For maize seeds, he chooses only the middle seeds on a maize cob for its physical Purity. Before saving seeds, Toroitich treats them by drying them in the sun for a number of days.  The gourds are sprinkled with cow dung ash, neem ash or wood ash. Ash works to fill up spaces around the seeds and hinders the movement of insects. Also, the closed gourds reduce the volume of air available to insects for respiration. The most common destructive insect is the weevil. Toroitich admits that weevils have been a frequent enemy, destroying their seeds and food grains more than any other pest.  He says that ash can dehydrate the insects and have a detrimental effect on egg development. After placing the seed and ash mixture in the gourd, Toroitich adds an additional 3 cm layer of ash on top.  Then it is closed tightly using a maize cob which fits the opening of the gourd to prevent pest from entering inside to destroy the seeds “see- no- weevil idea”.

    According to Toroitich, before the advent of large seed companies, small-scale farmers had to save their own seeds to maintain an annual cycle of crop and food production.  Although this practice may seem antiquated, Toroitich’s case teaches us that saving seeds from harvests continues to be cheaper and more reliable than buying hybrid seeds each year.  Toroitich is a clear example of how combining practiced skill with agricultural wisdom and indigenous knowledge can help the small-scale farmer to become self-sufficient and autonomous.  With the help of a gourd—a common household object in rural Kenya that is both affordable and easy to use—Toroitich was able to create a seed bank and save seeds for planting rather than relying on large seed companies. In my opinion, the act of a small- scale farmer saving own seeds will enable them be self sufficient, save time during planting season and plant their favorable seed crops. With such initiatives, they are able to produce their own food. Therefore, hunger can be tamed in their households.

  • April4th

    Sectors of Production
    Pig production is one of the most accessible enterprises for a beginning farmer or an established operation to get underway. Given the proper approach, the infrastructure required is minimal and pigs can adapt to many environments. Growing out purchased feeder pigs on pasture for direct market sale has a relatively quick turnaround time and good profit margin. While a farrow-to-finish operation is likely the most profitable, this production method is far more demanding. A brood sow operation that sells pasture raised feeder pigs can be quite profitable as well. The sector of production that interests you should be carefully considered. Your production model should be determined by your resource base and goals.

    Farrow to finish, requires maintaining a herd of sows and at least one boar year around. Farrowing can be scheduled to provide an ideal marketing time for the finished hogs. The greatest profit lies in having your own breeding operation and finishing most of your hogs to sell the meat directly to customers, restaurants, or a pasture pork cooperative. This type of production requires an array of skills, and farm infrastructure. It is a method for the full time producer. You must have knowledge of the genetics that you are pursuing and how genetics, feed and other factors affect meat quality. Consistency is important, answering customer questions is important as well. Marketing skills are a must. One potential drawback is year around production and maintenance. Farrow to finish is a big vision that can be worked up to.  

    A less rigorous production model is a sow operation that sells weaned pasture raised feeder pigs. While this still requires year around attention, breeding can be arranged to produce litters at times of year that work for your system and ability to sell weaned feeders. Selling feeder pigs to other farmers is potentially more accessible to the average farmer than marketing meat to restaurants. It depends on the community that you are linked into and the available markets. Selling meat, even a quality wholesome product does not always come easy; this is why some feeder growers stick to selling live animals.

    Growing feeders, from the ground up
    From here on we will focus on an operation, which purchases weaned pigs and grows them out for direct market sale. This is amongst the most forgiving sector to get in on. One great advantage is that this can be a seasonal enterprise. Feeder pigs are purchased in the early spring and grown out and slaughtered hopefully by early winter. Minimal infrastructure is required, but creative use of your resource base is critical.

    If you have not kept pigs before, you will need to determine where the pigs will best fit into your system. There is a niche that the pigs can fill. This may be turning compost, mobbing down vegetable crops, pasture renovation, and more. You will need to find feeder pigs that are not produced for confinement production. Visit the farms where you have interest in purchasing pigs. If the operation is heavily based on concrete and infrastructure, take a look elsewhere for your pigs. There are many breeds that will succeed on pasture. There will be a lot of variation within a breed as well. This largely stems from the production method that they have adapted to, and localized genetics. When you visit a farm looking for feeders, look at the pasture space, inspect the fencing, water system, and housing. Is there anything growing in the pastures that has feed value for the pigs? Inquire about the feed ration, medication, worming, availability of pigs, and any other points that you feel are relevant. Do some extra research and make a choice of pigs that will fit your production cycle.

    What you must have:
    Pigs can be trained to move through most any system that one can conceive. Ideally pigs can be rotated from one area to the next by simply walking them. My pigs load easily onto a skeptical landscape trailer that was converted for agricultural use. The pigs will adapt to your movement schedule and method. I believe that some rotation is a must over the production cycle. The more you move them, the easier and more relaxed they will be to collect and haul on processing day. More importantly the more you move them, the more you will save on supplemental feed. Moving pigs through natural areas is time well spent. Trimming down the feed bill is important for the financial structure of this enterprise; furthermore meat character and health benefits will likely be enhanced. You must be able evaluate the dietary needs of your pigs throughout the season and be able to provide a balanced diet.

    Have these ready when your pigs arrive:

    Water - can be as simple as a 50 gallon HDPE barrel with hog nipples; this is the $15 option. Any method that provides sanitary water and is reliable will do.

    Shade - In the warm months shelter from the sun is an absolute must. Trees, buildings, and mobile structures are all options.

    Non-supplemented food – This may be forage, fortified compost, fruit, mast/acorns, etc., something for the pigs to obtain feed value, minerals, and enjoyment from.

    Supplemental feed – Energy and protein will be necessary in some form to achieve a finished pig in a single growing season. If you are not familiar seek out information on the requirements of swine throughout their lifecycle.

    Minerals - Everything that your pigs need to be healthy is probably not available to them directly in their feed or forage. I am evaluating: Sea minerals, Kelp, Redmond minerals, and Fertrell products to strengthen our mineral program.

    Fence - Evaluate your resource base. Initially having no existing fence for swine we use portable electric fence. Two strands of temporary polywire was used along with portable step in posts until the pigs were 5 months old, at this point they graduated to one strand of wire.

    Market - Have some notion of how you are going to sell your pork before you start. You cannot truly market a product that you are not yet growing, but you can do research and decide where you are going to start.

    There are market options such as, selling frozen meat in bulk to families, individuals, independent grocers, and restaurants. There are many options to evaluate. It will take time to determine who is your ideal customer, and what is required of you to regularly satisfy their demand. Growing purchased feeders allows for seasonal downtime when there are no swine to look after. During the seasonal downtime the entire enterprise can be evaluated, for improvements on feed, fencing, transportation, marketing and processing. This is an extremely valuable time for the new producer. You can decide whether you want to do it again or not, and should be able to get out without loosing any money if that is your choice.

    Recap of a First Season
    During the first trial with pigs on my farm, it took a few weeks to find a stable routine. With a little bit of planning I was able to put the pigs to good work, and get some work done myself in-between pig chores. As time went on the pigs demanded less field management time, but more time toward marketing the rapidly finishing product.

    The pigs rotated through early succession natural areas throughout the summer. As these areas were rooted up, annuals were broadcast as the pigs left an area. The bare soil was quickly covered, and something palatable was established for the next rotation. Water, feed trough and fence were portable and moved along with the pigs. The pigs were rotated to new ground every 2-3 days. Good shade was always provided, as well as cool clean water, and some wallowing access when it was hot. Our pigs were fed uncracked shell corn at approximately ½ daily ration (3.5% body weight / 2). They were hand feed twice daily from a wooden trough. The rest they foraged on their own. The supplement of solid corn worked surprisingly well, this provided energy for the pigs so that they could graze the remainder of their required protein from forage, rooting, and acorns.

    Fully evaluate your feed resources. Various versions of bagged swine grower ration are widely available from your local feed stores and farm supplies, consider these as a last resort. Ordering in bulk from a feed producer such as one that provides the bagged feed at your local stores makes better economic sense. Do your best to evaluate the quality of the feed, and run some numbers of how much it will cost you over the course of the production cycle. The amount of feed concentrate needed to grow a feeder pig to slaughter weight will vary widely. This factor hinges on how much quality forage you can provide and the ability of the pig to make use of the forage. Factors such as plant and animal growth stage come into play, and the forage to concentrate ratio. Your feeding method will affect feed intake as well. You can ration with hand feeding, but not so well with a self-feeder. Make sure your pigs are getting enough to eat; if their access to forage is not the best they will need more feed concentrate. In a pasture-based system, feed concentrate may range from 400-800 lbs to get a hog to 250lbs live weight.

    For better quality we have arranged to have a custom ration ground by a local dairy that produces all of their own feed. We are planning on obtaining a feeder to use during the grower phase, but will continue to hand feed during the finishing phase when hogs will be in the woods for acorn finishing.

    In the Woods
    Finishing hogs in the fall works well. If you have hardwood forest available with oaks and hickory, there is arguably no better finishing feed in the world for hogs. The human diet has embraced the seasonality of pig production as well. Pork consumption peaks sometime in the fall and early winter.

    With the first group of pigs, the whole month of October and most of Nov. required very little supplemental feeding. During this time the pigs rejected much of the grain ration in preference to acorns. However, the acorn crop will vary from one year to the next depending on growing conditions, and is said to be cyclical. Management in the woods posed a few obstacles, which we quickly overcame. Give the pigs more space in the woods, than you would on pasture if possible, and move more frequently. This is to reduce the impact upon the forest. The harder the pigs are on an area, the longer you will need to wait before returning to forage that area. Treat the woods much different than an annual crop that the pigs basically demolish with one grazing. Fencing in the woods was accomplished with a single strand of poly-wire that was tensioned from one small tree to the next with twine. Care must be taken to clear the fence line of limbs which the pigs tend to push up against the wire.

    Ideally woods foraging would conclude around the time the last leaves fall to the ground. The areas that were foraged before the leaves fell look the best, as the leaves cover most of the bare soil that the pigs left exposed. In areas that the pigs worked through after leaf-fall more soil was left exposed to the heavy winter rains. Monitor closely the areas where the pigs forage the woods, the impact on the under story can be significant. It will take time to determine a sustainable rotation. Whether annually, every two-three years or even a longer rest period will vary widely from one site and situation to the next. Whether pigs are on pasture or forest, the intensity of rooting, grazing, and trampling, is affected by animal density (number of animals per acreage), the size of animals, the duration of time that they are on a given area. Soil moisture also play a big part in the intensity of the rooting.

    The Numbers
    Feeders were approximately 40 lbs at purchase, and the average finisher in the first group ran around 210lbs. The pigs under this management method produced 170 lbs in 178 days, that is a gain of approximately 0.96lbs./day. That figure walks the line between productivity and affordability, for this system anyhow. The feed bill came in at $82 per pig for the first group of finishers and amounted to 420 lbs of supplement per pig. This is about half of the feed required to produce a pig in a conventional setting.

    The total investment was close to $300 per pig. With meat priced at $4.75/lb the net profit is about $200/ pig. This margin can be improved upon. Improving the forage quality and getting the pigs closer to 250lbs before slaughter will help. Feed efficiency could be improved by cracking the corn or adding soy protein to the supplement. Mineral uptake could be improved as well. These factors should increase weight gain, and profitability as well. Selling individual cuts and marking up the price per pound on the higher end cuts is a good option for increasing the profit margin as well.

    Conclusion
    There are many factors to get in line for successful pork production. Growing out feeders and finding a way to sell them is far from easy. Start small and direct market your pigs with a minimum order of ½ hog. Sell to friends, family, local stores and restaurants or pasture pork cooperative. If you have done the best that you can do, have confidence in your product, and remember you are marketing yourself as much as your meat.

  • March20th

    For coffee production in Vietnam, we strongly recommend the establishment of the perennial peanut or Arachis pintoi, also called rhizoma peanut or Arachis glabrata.  Perennial peanut is used throughout Vietnam mostly as an ornamental plant along roads or highways and in city landscapes.  Originating in Brazil, this tropical legume is well adapted to low fertility soils.  It is a stoloniferous plant, which means it is a creeping horizontal plant that takes root along its length to form new plants.  This persistent plant has an impressive list of advantages to any other tropical groundcovers, such as shade tolerance (requires only 20% sunlight), drought resistance, high growth rate, high nutrient value/protein content, and low sward height.  The perennial peanut helps to control erosion and flowers, acts as a heavy nitrogen fixer, and spreads like a blanket, making it an ample ground cover.  Although its growth rate is not as high as it’s temperate counterparts, such as clover or alfalfa, the perennial peanut has one of the highest growth rates for tropical leguminous grasses.  

    Two-month-old cuttings of perennial peanut in a greenhouse.

    There are, however, disadvantages to using the perennial peanut.  For example, it produces little biomass, lacks deep, penetrating roots to break up soil, and takes about 4-6 months to completely establish a ground cover.  Given its prolonged initial growth period, weeding will be a necessity initially. It is said that perennial peanut responds best to seed planting; however, it is most commonly planted using the stolons for vegetative propagation since the seed is so difficult to harvest.

    It is fairly easy to take clippings to cultivate your own plants, or you can order them at most nurseries for a reasonable price. To establish your own plants, you will need to locate an existing stand. It will be fairly obvious as you see that perrennial peanut establishes ‘runners’ or stolons to spread out.  Simply cut the runners into 4 to 6 inch pieces and trim the majority of leaves.  Use a rooting stimulant or rooting aid and plant the peanut in soil blocks.  The trimming of excess existing leaves will fasten the rooting of the shoot ensuring a stronger and healthier plant in the long term.  Thicker runners are more desirable for propagation because there is more energy in the clipping.  This means that the clipping is more likely to cope with the shock of transplanting. It is recommended to treat the freshly planted stolons with some type of fertilizer application, organic or non-organic, and to keep them in the shade.  You can water them with natural stimulants, like fish emulsion, EM, or seaweed extracts to speed up plant development. In approximately 1 to 2 months, the soil blocks or bags will become harder, which is a sign of ample root development.  At this point, they are ready to transplant in the field.

    A freshly planted perennial peanut plant.

    A stand two months after transplanting.

    Due to its impressive perseverance, the peanut is a perfect choice for ground covers in orchard or silviculture systems. It is tolerant to many soil types in addition to moderate salinity, hydration, and soils with high levels of magnesium and aluminum. Once established, it is great forage with high nutritional value, exhibiting a 13-25% crude protein content, a 60-70% dry matter digestibility and low levels of condensed tannins.  The peanut is tolerant of heavy grazing due to its persistent stolons, making it optimal forage for chickens, ducks, rabbits, sheep, cows, and even pigs.  In fact levels of fixed NH4 are increased in well managed grazing systems, further reducing fertilizer needs. For best results in grazing operations, one should plant competitive sward grasses with the perennial peanut.  However, it is not recommended to plant the peanut with other legumes, as it will out compete them. Due to its low sward height, it is not favored for cut and carry applications.  In an orchard setting, the peanut may creep towards the base of the tree, thereby competing for nutrients.  Cutting the peanut back from the base of the tree to the edge of the coffee’s shallow roots is recommended to reduce nutrient competition while still allowing the exchange of nitrogen from the peanut to the tree.  How far one decides to cut back the peanut may vary depending on the species of tree.  Other leguminous plants such as Gliricidia can be chipped or manually trimmed to mulch directly under coffee trees to control weeds and retain moisture and nutrients.

    Cows grazing a pasture with perennial peanut.

    Biodiversity and polyculture are key factors to any sustainable agricultural system because they aid in pest control, cut environmental impacts and can provide different means of income.  Yet, it is often a struggle to convert an existing monoculture into a functioning polyculture. It can be difficult convincing a farmer to pull trees from their orchard to allow space for intercropping.  It is equally difficult to try and convince a farmer to plant their cash crop farther apart. These concepts are not practical for struggling farmers.  Nor should NGO’s or extension services waste their time in promoting such futile concepts.  Therefore, perennial peanut provides a solution to orchards, plantations, and siliviculture. If capital raised by organizations went towards the planting of legumes and green manures, the impact would be tremendous with permanent results.

    For Coffee production, the perennial peanut provides an excellent ground cover and can completely eradicate the need for herbicide applications once established.  It will reduce the farmers’ needs for synthetic fertilizers while aiding in the control of erosion.  Animals can freely graze the ground cover, and their manure will add to the available nitrogen for coffee production. Another advantage is that the peanut flower provides nectar for the introduction of honeybees. Coffee produces a wonderful flower for beekeeping and the combination of both coffee and perennial peanut enables the bees to have nectar all year around.

    A ground cover for coffee.

    A groundcover for an organic orchard.

    A ground cover for an organic orchard.

     

     

     

    We at AGC believe that introducing the perennial peanut may be the first step to converting Vietnam’s densely planted coffee plantations into a functioning polyculture.  Furthermore, the additional income generated from livestock can play a vital role in improving the livelihoods of coffee farmers. The perennial peanut can be seen as one step in the process of creating an environmentally and economically sustainable coffee plantation in the tropics.   Again, farmers must understand that the initial six months will require additional labor or costs, such as planting and weeding.  Yet, once established, the peanut is very hard to eradicate.  Furthermore, since this crop is permanent, it ensures NGO’s of its continual presence and benefits far after these organizations have left.

    Essay by Loren Cardeli and William Rutherford

  • March15th

    PerakInitially established as a permaculture project in 2008, we are now growing to be an educational center that teaches people about ways they can incorporate sustainability into their everyday lives wherever they live.  Our farm has become the playground and laboratory where we experiment with new techniques, learn from our mistakes, and try until we succeed.  Along the path of mistakes and subsequent successes, our passion lies in sharing our knowledge and experience with everyone we encounter, from urban folks to local farmers.   Beyond farming, we greatly emphasize living well—from the collection of indigenous tropical medicinal herbs to the principles of eating well and fostering an intentional community with common values towards the aim of living more harmoniously on earth.  After all, we are made from the dust of the earth.  

    The land is situated on a hill, 500m above sea level, and is surrounded by dense primary forest.  Being next to the rainforest provides us with ample mountain water for our crops, livestock, and daily living.  As the land is located 6kms from the nearest town, which is only populated by 2000 people, the environment is clean with unpolluted air and minimal urban disturbances.  Being in a rainforest surrounding provides strong biodiversity in the area, which keeps the soil fertile and natural.   Despite occasional visits from the wild boars that can be destructive to crops, our neighbors include a rich variety of wildlife such as gibbons, wild elephants, eagles, hornbills, and snakes.

    One example of the ways we are building soil fertility is planting sorghum.  It is a fast-growing crop and is the grain we feed our livestock.  Sorghum byproduct constitutes a large volume of biomass that is returned to the soil.  As it decomposes, sorghum becomes organic matter that conditions and enriches the soil.  The soil on our land has high clay content and doesn’t hold moisture well, so organic matter improves the soil structure, moisture holding capacity, and aeration.

    Our farming principle is to grow with zero negative effects to the soil and environment.  Because of our unique location in the rainforest, it is extremely crucial not to disturb the complex natural biodiversity and ecosystem that has been established for hundreds of thousands of years.  Instead of planting using monoculture methods, we mix our crops and create forest gardens where a variety of vegetables, herbs, and fruits can coexist and assist each other.  The farm’s policy is to remain 100% chemical free.  By creating a network of relationships, we are able to effectively stay away from using pesticides and chemicals.  Our livestock of goats, chickens, and ducks are not kept for their meat, but as part of the sustainable system.  The grazing goats become our assistants in preventing the dense jungle from aggressively growing and creeping into our land.  Their manure becomes the main ingredient for composting and later turns into fertilizer for our crops.  Our livestock is fed with purely organic food such as organic kitchen waste and desiccated coconut thrown away as waste at the local market.  The grain we feed to the livestock is also grown on the land using the same principles.  On our farm, plants, animals, and humans are of equal importance and we feed others as well as we would like to feed ourselves.   Attention to this constant cycle is key to our chemical-free concept.

    With the lack of organic seeds in Malaysia, we have begun an organic seed bank in hopes to supply local farmers with organic seeds to reduce their reliance on genetically-modified seeds for their crops.

    As our land is located on a 25 degree hill slope, we create terraces to minimize any exposed soil for vegetable-growing and in between planted ground creepers such as pumpkins, squash, and winter melons.  In our tropical climate, rain showers are frequent and the fertile topsoil can be easily washed off with one big rain, not only affecting the soil fertility but exposing the land gradient to possible erosion.

    Our biggest challenge is keeping the surrounding environment pristine and preventing the loss of rainforest through logging and commercial planting developments.  The local authorities do not provide any form of support for sustainable agriculture.  Our neighboring land and hills, which had been secondary rainforest, were completely cleared and logged by timber companies who were doing joint-venture projects with the local governmental economic development agency.  Up to 300 acres of forest were planted with hybrid eucalyptus as a source of fast-growing timber.   We encounter a daily struggle, attempting to prevent our crops from being cleared and sprayed with herbicide, and constantly monitor our water source to ensure no chemical wastes are diverted into the streams.

    Sustainably grown crops fetch lower than market prices in the local wholesalers, as they are judged on their shape and size irregularities.   Thus, our income is irregular and uncertain, making it necessary to rely on guests to keep afloat.   Local community awareness of the importance of sustainable agriculture is poor.   Our activities are seen as too labor intensive.  For our neighbors, it is easier to buy ready-made chemical fertilizers to obtain a decent harvest despite its higher costs.

    Our long-term goal is to be fully self-sufficient in respect to both food and energy.  More importantly, we want to be living proof that it is possible to practice natural farming with zero chemicals, even in a dense rainforest. We hope to share our knowledge and experience with anyone who wishes to follow a similar path.  We also aim to expand to a community-supported system in which our farm can provide food for a limited number of families.

    Our farming and agriculture techniques are developed and designed through prioritizing the constant observation of nature.  We keep things simple to find the easiest solutions. If we allow ourselves to observe and learn from plants, animals, and nature, the answers are often given to us.  Therefore, in the systems that we design, we are mostly replicating natural occurrences and behavior.  As these systems are implemented, they are highly effective, low in cost, and extremely simple. You can almost say that it is just common sense.

    As long as we keep everyone and everything happy and well fed, they feed us well in return.

  • March7th

    Maintaining a garden has its various setbacks especially when pests overrun your garden. Your instant reaction is to reach out immediately for the commercially produced chemical pesticides. While they are instantly effective, these harsh chemicals are harmful for us in the long run. Keeping in tune with organic living, there are natural remedies for pests that you can easily concoct at home.

    The material required for creating home remedies can be found in your kitchen cupboard and you can always make do with what you have. These remedies are very safe to use and will not have an adverse effect on your kids, pets or even yourself. Besides, you will be contributing greatly to the environment by using these natural products. Here are 3 simple home remedies for pests.  

    1. Garlic oil spray

    Ingredients
    600 ml water
    10 to 15 cloves minced garlic
    tsp of mineral oil
    1 tsp of liquid dish soap

    Preparation
    Soak the garlic for 24 hours before use in mineral oil
    Add water to the garlic
    Add the liquid dish soap
    Mix thoroughly and store in a spray bottle and apply to plants

    This solution is very effective for controlling spider mites, aphids and white flies.

    2. Simple soap solution

    Ingredients
    2 liters of warm water
    2 tbsp of soap flakes

    Preparation
    Dissolve the soap flakes in the warm water
    Store in a spray bottle and apply once every 5 to 7 days

    The use of too much soap can burn the plants but this solution deals effectively with white flies, aphids and spider mites.

    3. Fungicide for mildew and black spot

    Ingredients
    1 liter of water
    1 tsp of soap flakes
    1 tsp of baking soda

    Preparation
    Dissolve the baking soda into the water
    Add the soap flakes which will enable the solution to cling to the leaves
    Store the solution in a spray bottle
    Remove all the infected leaves on the plant
    Spray the plant from top to bottom and on the new leaves area so as to curb the spread of the disease.

    This can be applied once in a while and keep checking the fungi attack on the plants.

    These remedies are safe, effective and a healthy way of protecting your garden and they are not even expensive. The added bonus is that, even when you apply these remedies they will only superficially control the particular disease or problem. It will not have a penetrating effect upon the plants, which means that you are not going to consume anything unhealthy. The vegetable plants which get the natural treatment are safer for consumption, as they can be easily washed out.

    You can also discourage insects and pests from creeping into your garden, if you use these preventive remedies every once in a while. Apart from that, you need to keep your garden well maintained so that pests are discouraged in your garden.

    About the author:  Diana Maria is a blogger by profession. She loves writing on technology and is fond of gadgets. Recently an article on electricity generation attracted her attention. These days she is busy in writing an article on designer table lamps.

  • February29th

    The Lord’s Acre is a not for profit 501(c)3 garden in western North Carolina. All the organic produce grown is given away to our local food pantries, Welcome Table, and individuals in need. Last year we grew 8 tons of produce on 1/2 acre using a combination of raised beds, field cropping, wide rows and by demonstrating various methods that can be used by backyard gardeners. We are currently in three-season production of a wide variety of mixed vegetables with cover cropping used as a crop rotation as well as being standard winter practice. This year, 2012, will be our fourth growing season and the progress we’ve made in such a short time is a testament to the community’s involvement. Along with volunteering in the garden, the community has provided such things as a tractor trailer load of compost, an irrigation pump, a site plan by civil engineers, a used barn, construction of a shed, financial support and so much more. During the growing season, there are regular volunteer work times as well as group volunteer times. We also house and train up to three interns per growing season.  

    The garden manager is keen to eventually move away from actually cultivating or turning the soil by using deep mulch, hugelculture, the cutting and laying down of cover crops, etc. We are experimenting with these each year. This will take some time but she is convinced it is the solution to many issues that challenge growers, both organic and non organic while also making the growing of food more affordable and accessible.

    Last year the property owner wished to sell the land we were on and we were unable to find similar, affordable property anywhere nearby. That is when we agreed to take out a 3-year mortgage on the property. Many have been generous in helping us toward the goal of land security but we still have a way to go. As we slowly expand onto the acreage we’re purchasing, we intend to add small livestock, fruit and nut trees and small fruits, the goal being to provide a variety of food and educational experiences. We see this property as public space where neighbors can enjoy learning about ways to take more control of their own food production while getting to know each other and building community ties.

    We see the garden as a hub for the community that just happens to revolve around agriculture and food. It’s our goal to use the strengths we have in this community to create and share models that can work for other small towns similar to ours. The goals are to build real community, using the garden as a vehicle. We provide garden and food skills training to anyone and everyone, raise awareness of both local and global food-related issues and inspire by as much beauty as we can possibly create. The organization is run by a board of thirteen committed folks with one paid garden manager position — the garden manager also being the executive director and visionary. The goals of the garden go way beyond food issues, however. We realize there are many types of hunger and that the model of those that ‘have’ giving to those that ‘do not’ is a false model. Yes, hunger for food exists but hunger for knowledge, community, and friendship also exist and are no respecter of socio-economic status. Perhaps our truest goal is to find and connect every person’s abundance with the hunger that exists in others and we believe a garden, with all its beauty and common ground, is one of the best places to do that.

    To this end The Lord’s Acre is now part of a unique triad consisting of our local food pantries, the garden and our Welcome Table. Welcome Tables are a concept where all people in a community are welcome to come once a week for a fresh, home cooked meal on a “pay as you can, if you can” basis. This brings together people from all ages and walks of life to get to know one another over a meal. This garden, Welcome Table, and pantry triad creates a unique relationship whereby the very best produce from the garden is donated to the pantries while ‘seconds’ can be used to prepare wholesome food at the The Welcome Table. In addition, the Welcome Table allows people the opportunity to taste vegetables they would not otherwise try, thus expanding people’s taste for a variety of fresh foods.

    This year we are also conducting a community food survey to better understand where our community is when it comes to liking, using, understanding, growing, purchasing and eating fresh foods. This knowledge not only shows us how to grow our organization, it shows the entire community how we can bring together our strengths to put healthy food on everyone’s table. It tells us what will inspire our community to grow as much of its food as possible and to get to know our farmers and their needs in the process.

     

    The Lord’s Acre
    PO Box 271
Fairview, NC 28730
    www.thelordsacre.org

  • February22nd

    Nestled in a holler in the Hominy Valley, a few miles outside of the mountain town of Asheville, North Carolina, is a small family farm. Though it is surrounded by many similar plots, this farm is one of the most unique in the area. This is the home of Smoking J’s Fiery Foods and Farm. Owned by Joel and Tara Mowrey, who live on the property with their two daughters, the farm is set apart from its Western North Carolina neighbors by many things, but one most of all: the crops grown here. Smoking J’s is not only a farm, where some of the hottest and rarest chili peppers in the world are cultivated, but also a small company that uses those peppers to make hot sauces, salsas and more. The story of Smoking J’s is not unlike those of other similar companies. It is, however, one that could not be recounted if it were it not for the extensive local network of resources, outlets and community support for local food and products, among other factors. This article, then, will serve to expound on just how these things were brought together in a comprehensive farm-and-business plan to create what is now Smoking J’s Fiery Foods and Farm.  

    I should share with the reader here that I spent the last two growing seasons working for Smoking J’s in every facet from planting to labeling the bottles. My job description would be hard to describe succinctly due to the varied nature of the work involved. This is part of what makes Smoking J’s so special. The peppers that are contained in a bottle of say, the Smoky Mango Habanero sauce, were first seeded by one or two people in the small hand-built greenhouse on the back lot of the property. They were brought from that early stage all the way to the finished product by relatively few hands. Very few hot sauce companies out there can make that claim, but more on that later.

    The Mowreys purchased their farm in 2003 to start a rare tree and shrub business that marketed its products to the wholesale nursery industry. Over the next five years, this company was built up year by year, and it is still a part of the daily operations on the farm. All the while, however, the Mowreys cultivated a large garden for their own consumption. Joel has always had a passion for spicy foods, and so it followed to grow peppers in the garden plots. Season after season, more pepper varieties were added to the rows until they eventually had some 20 varieties in the mix. Somewhere along the way, Joel decided to make his own hot sauce, which he then shared with his family and friends. This proved to be the crucial moment in the formation of what would become Smoking J’s. When asked what pushed them in the direction of a commercial enterprise, Joel said “After receiving a lot of positive feedback the wheels started turning and being an entrepreneur at heart I started wondering if there could be a business opportunity in producing hot sauces”.  In 2008, with a business name thrown out by a friend who loved our Smoked Habanero Hot Sauce, Smoking J’s Fiery Foods was formed. So, as you can see, our Fiery Foods business, unlike the nursery business, began more as a hobby versus a grand business vision with firm ideas and well thought out plan. I have learned over the years and it’s my belief that to be a successful first generation farmer in today’s world your have to be willing to try new things and be willing to diversify in order to find a niche and somehow differentiate yourself and your farm from so many others looking to pursue and a similar way of life.” The niche that Smoking J’s fills is one that is relatively unknown in the Western North Carolina area and is a big part of what makes them unique.

    As I said above, Smoking J’s is composed of two parts: the farm and the company. The Mowrey’s farm is comprised of 10 acres, nearly all of it arable bottom land hewn out by the millennial meanderings of the adjacent river. Though the soil is mostly Carolina red clay, one can quickly see the striated bands of crushed river rock when the fields have been turned. The peppers are grown on your average raised bed covered in black plastic mulch (this greatly aids in creating a warm soil base, which the peppers love) and irrigated with drip tape which is fed by the property’s well. Aside from the use of the tractor in the spring months for tillage, there is nearly no mechanization in the production of the crops here. Most work, including planting, stringing and harvesting, is done by hand. The work force includes one or two full time employees with some supplemental labor in the harvest periods. Peppers are the star crop to be sure, but there are cut flower fields, blueberry plots and a lath/greenhouse filled with ornamental nursery species as well. Additional crops are grown for local restaurants, florists, and nurseries. Smoking J’s Fiery Foods, the hot sauce company, is administered and marketed solely by Joel and Tara. As for the production of the sauces themselves, that work is done by many of the same folks that work in the fields.

    It takes a lot of work and time to get from the fields to the kitchen though. It all starts early in the calendar year, when the seeds are planted in the greenhouse and later potted. In the spring, the beds are prepped and the seedlings are planted. Over the course of the early summer, the plants and beds are tended until ready for harvest. Harvests are bunched together as much as possible which leads to massive loads (often in the 30 bushel range), making it easier to ship wholesale orders and process fruit while still fresh. The peppers that are used for the production of Smoking J’s foodstuffs are graded and de-stemmed at the farm and then taken to cold storage. In the kitchen the peppers are either dried for rubs, pureed into mash for wholesale or used in the company’s sauces and salsas. Once these products are finished, they are bottled hot and labelled by hand upon cooling. From there, they are sold in the various retail outlets partnering with Smoking J’s.

    In the last season, Smoking J’s farm grew around 20 different varieties of hot and sweet peppers, most of them hot and nearly all of them rare. Among their number were some familiar names like jalapeno and serrano, multiple varietals of the same type (there were 6 different types of habanero alone), and, of course, the hottest peppers out there, including the Trinidad Scorpion Butch T 6, which is the hottest pepper in the world weighing in at 1,463,700 Scoville heat units (an average jalapeno has a heat index of about 3,000 SHU). These peppers make Smoking J’s crops that much more marketable for wholesale which in turn allows the business room for experimentation and product expansion at a rate that would not be achievable otherwise. Smoking J’s is in a rare echelon of hot sauce producers because it grows all the peppers that it uses in its sauces, a practice which is relatively unknown in the industry. Add to that the fact that the Smoking J’s products are distinguished in a market flooded with choices due to the uncommon nature of their ingredients. At a glance, one may think that this is what most makes Smoking J’s unique. While this is true, it is only in part. As we will see, it is really the location of the farm and the company that truly sets it apart.

    Asheville, NC is a small city in a third of the state that has a smaller population in 23 counties than the Raliegh-Durham-Chapel Hill area alone. That fact may lead some to think of this as a substandard market for a value added product such as hot sauce. Here in the heart of Appalachia though, the spirit of community and supporting your neighbor is alive and well. The recent national trend towards local and sustainable agriculture has only served to bolster this sense of community. Asheville is a very progressive town with a strong commitment to its farmers and entrepreneurs. Nearly every grocery outlet and many local restaurants sell or serve food and other items produced locally, and a large number of those are made organically or sustainably. This is something that allows small companies and farms like Smoking J’s to make a name for themselves. “Without the support of these people and businesses it’s difficult to predict where our business would be,” Joel mused when asked about the local market.

    There are several local organizations and non-profits that help make this community of support possible as well. The Appalachian Sustainable Food Project helps promote, among other endeavors, local sustainably grown food and crops in the Western North Carolina area. Their yearly catalog of member farms creates for consumers a simple and highly accessible guide detailing what local farmers have on offer and where it can be purchased. This publication creates invaluable exposure for Smoking J’s and so many others free of charge. ASAP, along with the Mountain Tailgate Market Association, coordinate and promote twenty local tailgate farmers’ markets.  Just down the road from the Mowrey’s farm on the campus of Asheville-Buncombe Technical Community College is a small shared-use kitchen and small business incubator called Blue Ridge Food Ventures. This is the kitchen where Smoking J’s processes and packages all of its products. There are commercial grade steam kettles, convection ovens, dehydrators, bottlers and more available to use. This facility is utilized by nearly 30 small, local businesses, most of whom would not exist were it not for the service provided by BRFV. As Joel put it, “If we did not have access to this facility we would not have been able to even launch the value added part of our business due to the incredible expense of commercial equipment.” As far as retail outlets are concerned, Smoking J’s suffers no lack of options. As I mentioned previously, many grocery stores and restaurants offer local products and Smoking J’s has capitalized on this opportunity. Four different grocers sell Smoking J’s products and when in season, produce from Smoking J’s farm can be eaten at six different local restaurants. The Mowreys are also vendors in two of the Tailgate Farmers’ markets referenced above. Not only is this another opportunity to promote and sell fresh and value added product but provides them with an opportunity to get contact with the consumers. They are also active in promoting their product in various events like the Weekend of Fire, a partnership with a local restaurant that highlights the company’s sauces, as well as festivals in the immediate area and beyond. In the future, Smoking J’s hopes to expand this facet of the business by creating partnerships with more local restaurants, breweries and businesses.

    Wholesale of fresh and dried fruit as well as pureed concentrates are a large part of the business, as it provides a steady and reliable source of income that can be garnered twelve months of the year. Joel stated that “[m]ost farms operate seasonally depending on what crops there is a market for also depending on what region the farm is located in. Our business is unique in that although we are not actively producing fresh peppers year-round we are selling peppers and pepper related products all year.” Direct marketing to the consumer through the internet is another way that the business can earn additional income. Often, Smoking J’s products are sold only to people in the local area and as such the name gets little recognition outside of Western NC. By selling on the website and offering shipping to anywhere in the US, Smoking J’s increases their publicity in other markets where it most likely would never have any impact.

    So, as you can see, it is through a synthesis of many parts that the whole that is Smoking J’s emerges. Though it is impossible to say where or even what Smoking J’s would be without the resources and support at its disposal, it is likely that it would not enjoy the success that it has thus far.  The specialization in rare varieties of an already uncommon crop allows for greater marketability in the wholesale market. The value added product aspect is the main method through which the company reaches its customer base and represents the most public face of the company’s future. Smoking J’s certainly could not have reached the point it’s at today, though, without the availability of Blue Ridge Food Ventures’ kitchen space or the publicity it has gained from partnerships with local non-profits and businesses alike. Asheville and the Western NC area’s appetite for all things local has made the daunting task of marketing a far more manageable task for the fledgling company. It is not to say that these factors do all the work for the Mowrey’s, but instead helps them realize a passion that might otherwise have foundered. What results is a hobby-cum-company that has the emotional investment of its owners and the commercial support of a customer base with a conscience.

    Submitted by Dan Hughes

    About the author:
    Dan Hughes was raised in the farm country outside of Greensboro in the North Carolina Piedmont. The son of an avid gardener, he has always had an interest in growing food. His first real exposure to agriculture on a large scale was on the Farm at Warren Wilson College where he worked for two years while studying Political Science and History. It was there that he learned the value of a hard days work in the outdoors and the joys of seeing the fruits of your labor so readily presented. He has since worked on several different farms around the Asheville, NC area where he currently lives. Always an environmentalist at heart, it was through sustainable agriculture that he found a way to affect change for a better future with his own hands. Recognizing the growing need for ecologically minded folks on the policy and consulting end of farming, Dan hopes to study sustainable agricultural development in the coming year. He is fully committed to the mission of AGC and relishes the opportunity to put his knowledge on agriculture to good use with the organization.

  • February15th

    As many NGO’s, governments and outreach programs strive to aid developing world farmers, the real struggle is to implement low cost, long term solutions to environmental degradation. In developing countries, farmers plant permanent cash crops, close together to maximize their production and thus increase their income.  This is often the case in Vietnam where coffee, tea, and fruit plantations cover the rolling hills of the central highlands.  The environmental and economic problems associated with these mono-crop systems are tremendous, leading to erosion, nutrient loss, loss of topsoil, polluted water sources and compacted soils. Most of these environmental issues increase the dependence on the use of synthetic fertilizers, pesticides, and herbicides, which can have severe consequences to human health and the earth’s future food productivity.  Several organizations focused on outreach recognize these issues and search to find practical solutions for farmers. When creating realistic answers to these problems we need to break the common monoculture mold and create low cost, low-labor, permanent solutions to restore soils.  

    Many organizations come to the developing world with high hopes of making a positive impact on the environment and humanity.  This is an extremely admirable quality that we can only hope becomes more widespread.  However, these gracious efforts sometimes fizzle out when the projects are prematurely considered “complete.”  Due to little or no follow up, things quickly go back to the way they once were.   As a result, we must instead ask ourselves, what are some ways that we can maximize our efforts?   How can NGO’s create solutions that will last longer than their stay?

    Oftentimes, scientists and environmental consultants fail to recognize that they weigh the benefits of certain applications or changes differently than farmers.  Struggling farmers often overlook long-term benefits or ecological benefits because of more pressing issues, such as feeding their families. Sustainable methods promoted in the developing world are extremely important for the future of both farmers and the environment.  Yet, it may be difficult for farmers to follow through with these practices because, with each technology or idea presented, there are practical restrictions, such as management, education, finance, time and even storage space. Organizations should strive to make farmers lives easier. Therefore, if there is initial labor and costs needed, it is our belief that the bill should be covered by the organizations themselves.

    We are currently working in Vietnam and have been observing and implementing different agriculture techniques.  Thus far, we have mainly been working with coffee farmers.  Many people are unaware that Vietnam is one of the world’s largest producers of coffee.  Since coffee’s more recent introduction into the agricultural landscape of Vietnam, the crop has been widely planted throughout the highlands, making it one of the fastest growing agricultural commodities in the world.  This quick change has led to wide range deforestation of the mountain slopes, leading to countless environmental problems.  Specifically, the coffee monoculture has led to the wide scale use of herbicides, and commercial fertilizers.  In Vietnam, we believe there is a need to promote practical solutions to the current environmental problems posed by coffee production.  The solutions explained in this essay may also be applicable to several other permanent agriculture or orchard systems around the world.

    First, let us focus on nutrient loss.  Soil nutrient depletion is a large problem in Vietnam, as it is in many other countries across the globe.  We need to focus on building not only the soil’s nutrients, but also the soil’s ability to absorb nutrients.  There are two favored ways of introducing natural nutrients: animal manures and green manures/legumes.  The current debate is that there is simply not enough land or feedstuffs to raise enough animals to restore the soil using strictly composted manure.  Therefore, there has been a huge NGO push advocating the introduction of specialized leguminous species into agricultural systems.

    Legumes are in the family Fabaceae or Leguminosea and make up the third largest plant family in the world.  There are over 19,000 varieties and can be found almost everywhere except the extreme arctic.  Most leguminous plants have specialized bacteria on their roots called rhizobia.  These rhizobia can be seen as little pods along the roots called root nodules.  Rhizobia are crucial to agricultural systems as they pull N2 or nitrogen gas out of the atmosphere and then convert it into NH4; with proper management this can help minimize fertilizer needs. Nitrogen fixation is the result of a crucial symbiotic relationship that should be maximized by incorporating legumes into the system.

    AGC contributor and Co- Author, William Rutherford, planting leguminous perennial peanut in a coffee orchard.

    Legumes come in many varieties, as some are grass or groundcovers, while others can be large trees.  Some are annuals, but the majority are perennial varieties.  Not unlike the layers of a healthy forest, there is a canopy where tall trees strive to absorb full sun.  The understory, composed of smaller trees that don’t need as much sun, thrive as well.  Underneath this layer are the shrubs and groundcovers that lie close to the forest floor.  There are species of legumes that fit into theses layers of a forest making them applicable in virtually all settings and environments.  However, it is important to select the right legume or combination of legumes for every farm.  While some grow fast and need constant trimming or can be invasive, other varieties, such as ground covers, are low labor.  All have individual advantages additional to nitrogen fixing, such as mulching, fodder, intercropping, weed control, hedgerows, and loosening soils.

    For example, Gliricidia, a medium sized tree that can grow up to 12 meters high, is one of the most nutrient rich legumes.  It can be planted in or around a fruit orchard and is even used in some areas to provide shade for coffee trees. The resilient and fast growing Gliricidia can be cut back aggressively; leaving the branches to be chipped and blown directly into the orchard as nutrient rich mulching.   Pigeon pea is a multi use leguminous shrub that can also be planted in orchards to serve as a living-mulch or used as a cover crop.  It is extremely helpful in loosening soils and increasing the circulation between trees.  In many areas of the world, pigeon pea is grown for human consumption.  One of the most favored tropical legumes is Leucaena, a tree species used for fodder, human consumption and firewood production.

    Above are the following legumes Gliricidia, Pigeon Pea, and Leucena respectively.

    This is the first part of a two part essay written by Loren Cardeli and WIlliam Rutherford.

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