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Parting chickens

One of the many things that about 99.99% of my generation has no idea how to do is joint chicken. Granted, we’re also the same generation that has no idea that you can actually grow your own food…in your own yard…in dirt. So I suppose it should be no surprise that we don’t know how to joint chicken. 

I took a stab at it today. I owe a wonderful first time experience to Gordon Ramsey’s YouTube how-to. While I had a hard time party gout the breasts, eventually giving up and just deboning the meat, I was planning on making nuggets anyway. Here’s hoping next time goes even smoother. 

January?!

This is amazing. We’ve only had one small snow storm, lots of rain, and now minor flooding. The next few days will produce a cold snap that will freeze everything. Crazy weather man, crazy. 

   
 

Gardens Continued: Raised Bed

One of the most prolific forms of gardening is the raised bed method. The raised bed method sinus tad it sounds: you are literally raising your garden bed.

Raised bed gardens start with selecting an area to fencing, or boxing in, with wood timber, cement blocks, or anything else that may be fashioned to hold soil. 

The height of the bed can vary form only a few inches above ground soil to a height tall enough to accomadate the elderly and handicapped. The minimum height is based off from whatever crops you are growing in the raised bed. The minimum height for growing lettuce allows for a very shallow box. Carrots, on the other hand, creates the need for a minimum of 12″ of raised bed depth. 

The width of the bed can vary just as much as the depth, from one row up to the entirety of a garden. The basic rule of thumb is this: make sure your raised bed isn’t so wide that you can’t teach to the middle for easy weeding. Additionally, it’s important to make sure that you leave enough space between the plants and the box framing to assure that the roots aren’t short on space. 

Some people plant their crops extensively in raised beds. While that is a possibility, depending on the size of your garden, it’s an expensive possibility. For our homestead, where we try to grow as much of our food as possible, raised beds serve a specific purpose. We save our raider bed ares for herbs, shallow root crops, such as lettuce and time intensive crops such as broccoli.  Not only does it make the certain crops more easy to notice in a large garden, but it also allows for easier access. The more thourough drainage of the raised bed is also a plus, prohibiting drowning and molding during wet seasons. 

No hesitation

At first I thought I would feel ashamed for having made Amp’s appointment with the butcher. I was glad that we had time to bide, as the next slaughter date isn’t until January. After this morning, I’m no longer as hesitant. In fact, I wish the date were sooner. 

When I pet the girls, he grumps. When I pick them up, he flaps. When I’m outside anywhere near him, he gives me the stink eye. He’s an eight pound ticking time bomb who, thankfully, has yet to grow spurs. 

GMOs in Brief

***The following is a copy edited excerpt from my thesis work for graduate school. A partial list of sources follows.***

Genetically modified organisms (GMOs for shorthand) are still a recent invention of commercial agriculture. Before the mid 1990s virtually no acreage was planted with genetically altered plants, by 1996 over 500,000 acres had been planted. This number doubled over the next five years. By the end of 2000, GMOs made up 75% of the soybean crop, 30% of corn, and 10-15% of sorghum. Roughly 25 – 30 million hectares worldwide were planted with GMO crops by the beginning of the new millennium.

DNA from any plant, animal, or virus can be mixed into the unadulterated DNA of a plant or animal to meet a desired need. The definition from the Royal Commission on Genetic Modification in New Zealand is even more specific than the broad one provided by the USDA. The Royal Commission’s definition includes four parts: (1) the, deletion, multiplication, or movement of genes within an organism; (2) the transfer of genes from one organism to another; (3) the modification of existing genes or the construction and insertion of “new” manufactured genes; and (4) offspring of organisms modified in any of the previous defined ways classify as a genetically modified organism. Here we’re focusing on just the laboratory variant.

There are three main points for those working against GMOs: health concerns on those consuming the products, environmental concerns, and legal issues.

Since the mass introduction of GMOs in the 1990s, several studies focusing on the possible negative side effects have been released. Many spell out the risk of reduction in the variety of species in the environment – known as biodiversity – through exposure to modified organisms. One of the most influential examples of this in arguments against GMOs is the decline of the monarch butterfly in conjunction with exposure to Bt containing crops. Insect resistance due to over exposure and thus the creation of super insects is another concern.
Both the decline of certain insects and the resistance to over exposure is not a concern tied directly to the GMO crops. In August 2002 a team from the University of Lille (France) found that herbicide resistant pollen seeds from GM canola plants could travel as far as up to 3 kilometers, leaving the possibility of cross-pollination throughout a wide radius. This same research also found that cross-pollination from GM and non-GM sugar beets created a superweed. The combination of plants becoming so resistant to herbicides alters the environment around them as a domino effect is created where less hearty weeds will be strangled out, and in turn, certain insects and animals native to the area will also feel the repercussions through the loss of their ecosystem.

The possibility of DNA transfer from GMOs to human chromosomes through food digestion is something that scientists are concerned about. A study conducted by agricultural biochemistry Professor Harry Gilbert from the University of Newcastle found that genetically modified food can alter the make-up of the human stomach showing the possibility of long term DNA changes and a potential for antibiotic resistances to build. These resistances in turn lead the creation of superbugs which can not be easily overcome by conventional medicine. Even organic raised meats and plants are not a sure-fire way of avoiding the side effects of GMOs if they are in any way contaminated.

Outside of the United States, the unknown use of GMOs is not acceptable for the reasons previously mentioned. Other countries have already installed labeling policies that include minimum thresholds allowed for GMO content. The European Union and Australia have a limit of 1% GMO ingredients before a label needs to be applied, Japan 5%, Korea 3%, and Brazil 4%.

Another factor that complicated the GMO issues is an international law established in 1991 with the signing of the Union for Protection of New Varieties of Plants. This law allow allows exclusive rights to those who genetically modify an existing variety of plant to create a new variety. This “distinct variety” has to carry all characteristics of the original plant variety with the addition of it being genetically modified. This has created “an emerging worldwide practice adopted by GM companies of patenting the seeds and biodiversity of indigenous plantlife and thereby colonizing local nature and wildlife.”

For those that are eating a kosher, vegan, or a clean diet this can mean chaos as there is no way to tell what DNA is in the food that is being eaten. The only true way to avoid the possibility of eating GMO food is to purchase food labeled as non-GMO from the NON-GMO Project, take a risk that companies self-proclaiming to be GMO free are telling the truth, buy from a local source that you know is non-GMO, or, and this is the route many homesteaders obviously take, grow your own food. Each of these methods come with their own pros and cons, but many choose to practice a combination of all three.

Why go through all the work and trouble to grow your own food just to avoid GMOs? Many people feel that GMOs are not safe, and rightly so. Most GMOs are not tested for human consumption before they are released onto the market. The only known study on GMO consumption in humans found potential problems with digestion of the food. The typical response if that if people haven’t become sick in the past ten years eating GMO food, then the food must be safe. This says nothing for the potential long term effects of GMOs. It should be noted that the Royal Commission, focusing on the effects of GMOs, cited that, “It was reported that scientists are often under commercial pressure to produce sanitized research findings that fail to thoroughly investigate all the risks associated with releasing GM organisms into the environment.” Many of these same scientists claimed fear of losing their jobs and research opportunities and the sole purpose for “sanitizing” their findings.

Let that sink in.

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Bailey, Britt. “Preface.” Engineering the Farm: Ethical and Social Aspects of Agricultural Biotechnology. Washington, DC: Island Press, 2002.xiii

Bailey, Britt and Marc Lappe. “Introduction: GMOs, Luddites, and Concerned Citizens.” Engineering the Farm: Ethical and Social Aspects of Agricultural Biotechnology. Washington, DC: Island Press, 2002.

United States Department of Agriculture Agricultural Research Service. “What are GMOs? .” ARS : What are GMO’S?. http://ars.usda.gov/Research/docs.htm?docid=7205 (accessed March 11, 2013).

Walters, Reece. “Criminology and Genetically Modified Food.” The British Journal of Criminology. 4, No. 2. (2004): 151-167.

Rousu, Mathew, Wallace E. Hufflam, Jason F. Shogren and Abebayehu Tegene. “Are United States Consumers Tolerant of Genetically Modified Foods?” Review of Agricultural Economics. 26, No. 1. (2004): 19-31

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The NON-GMO Project (http://www.nongmoproject.org) is a third party organization that provides testing and labeling for products at the cost of the producer. Any ingredient grown commercially in GMO form most be tested prior to use, any product containing more than 0.9% GMO must be labeled, traceability and segregation practices are established to ensure quality through to the finished product, and verification is maintained through annual audits and onsite inspections for “high-risk” products.

xivSurvey 19

xvWaltrs, 153-154