jake's blog

Monday, May 07, 2007

Chapter 14 discussion prep




• “One of the reasons we cook meat is to civilize, or sublimate, what is at bottom a fairly brutal transaction” (264)

• Anthropologist Claude Levi-Strauss described the work of civilization as the process of transforming the raw into the cooked-nature into culture

• I think it is interesting that the eggs from Polyface actually look physically different from eggs from regular farms, and eggs had “muscle tone” which made them easy to bake with

• A growing body of scientific research indicates that pasture substantially changes the nutritional profile of chicken and eggs, as well as beef and milk

• Vitamin E and folic acid from grass find their way into flesh of meat and result in significantly less fat

Monday, April 30, 2007

chapter 11 discussion prep

Chapter 11 discussion prep

• Chicken and land remains healthy because the coop is moved around
• “The Chicken feed not only feeds the broilers but, transformed into chicken crap, feeds the grass that feeds the cows”(210)
• the laying hens pick larvae and flies out of cattle shit. The hens are the “clean up crew”
• Insects from cattle shit act as chicken feed at 1/3 the chickens diet
• Cows sheer the grass and help the chickens because chickens cant navigate in grass over six inches

Tuesday, April 24, 2007

Chapter 8 discussion prep

Chapter 8 Discussion Prep:

• Polyface Farm: Turns “grass” into 40, 000 pounds of Beef, 30,000 pounds of pork, 1,000 rabbits, and 35,000 dozen eggs all from 100 acres of land.

• Polyface: “Intensive rotational dance on the theme of symbiosis”(126).


• “Biophilia” is E.O. Wilson’s coinage for what he claims is genetic attraction to the plants and animals of which we coevolved. (plants: grasses, roots, etc.)


Comment: Its very interesting how all meat is in a very real way; grass, and I suppose corn also falls under being a grass also.

eating fossil fuels

Jake Robinson


Pfeiffer, Dale Allen, Energybulletin.net, “Eating Fossil Fuels”, Published on 2 Oct 2003 by From The Wilderness Publications.

Prior to “green revolution” all food production was solar:

“It would have been absurd to think that we would one day run out of sunshine. No, sunshine was an abundant, renewable resource, and the process of photosynthesis fed all life on this planet.” (1)

Tuesday, April 10, 2007

Industrial Food System Third Draft

The Industrial Food System (IFS) is the production of animals, fruits, and vegetables, with a focus on productivity and being able to sell the cheapest product, or in other words to produce the highest output at the lowest cost (Wikipedia). Thanks to the IFS, out-of-season fruits and vegetables have appeared in supermarkets all over the world. Meat is now readily available at a low-cost and most Americans eat it for three meals a day. Factory farming and industrial agriculture are responsible for this drop in the price of food, as well as the overall drop in nutritional content of food.
The IFS puts an emphasis on producing/harvesting the most food in the shortest amount of time and for the least amount of money. This “system” appears to be a blessing: it makes food affordable and diverse.
What, if any, will be the cost to the environment and its inhabitants? Some critics of the IFS would argue that its primary problem is being inherently reliant on fossil fuels that have devastating effects on the environment (e. g. global-warming). The IFS negatively impacts the environment in more direct ways than emissions from fossil fuels; overpopulated cattle facilities produce copious amounts of waste that lead to disease and water pollution. Soil, air, and water pollution are also due to the petroleum-based chemicals that factory farming is dependent on. The Union of Concerned Scientists says in Sustainable Agriculture -A New Vision 2001: “All the crop land around you is doused with chemicals: herbicides to control weeds, insecticides to control insects, and fertilizers to stimulate growth.” Synthetic, petroleum based fertilizers and pesticides are implemented routinely in industrial agriculture and produce waste that is hazardous to humans and the environment.
The reliance on synthetic chemicals in order to produce efficient and cheap fruits and vegetables is what keeps prices low and at a steady flow into supermarkets. It is especially important in this day and age to know and understand the industrial system that more or less feeds us everyday. An ever growing disconnect between humans and their food exists because of the IFS. No longer are people reliant on their local farms for fruits and vegetables or meat; instead mega-corporations are driving prices lower and lower, so low that the local farmer cannot compete and must eventually sell his or her farm. There is no doubt that the IFS is economically damaging to farmers in the short-tem, but it is in the long-run where humans will learn of the true cost of this cheap and abundant food, produced by the agricultural juggernaut.
The IFS is in its essence an economy based on cheap food. Michael Pollan explains in Omnivore’s Dilemma:

Farmers who get the message that consumer’s only cares about price will themselves only care about yield. This is how a cheap food economy reinforces itself. (Pollan 136)


This means that when cost is the number one concern to consumers, providing cheap food must in turn be the number one priority of farmers and agricultural giants. The “cheap food economy” is what drives farmers and corporations alike to institute chemical practices that are inexpensive, effective, and allow the most amount of food to be grown or produced in the minimal amount of time. All to satisfy the worlds “need” for cheap food.
Certainly, there are those enlightened enough to realize some of the inherent consequences of the IFS, and there are those affluent enough to make a conscious decision to buy organic food from either local farmers or the health food giant that is Whole Foods.
Anyone who has ever ventured into a Whole Foods supermarket has surely seen an abundance of poultry, livestock, fruits and vegetables claiming to be “organic,” “natural,” “cage-free,” and “grass-fed”. This is not because Whole Foods feels some sort of moral obligation to provide the customer with the healthiest and cleanest product but, instead, it is a pure marketing scheme which allows the consumer to believe “…By buying organic he is returning to a utopian past,” but with “…The positive aspects of modernity intact.” This idea has worked quite well considering that Whole Foods has seen a 12 percent rise in sales during the first quarter of 2007 (Gross 5). Through “…farmers and consumers working together…” the organic market has become an $11 billion industry “…Without any help from the government… (And) is now the fastest growing sector of the food economy.” (Pollan 136). During the Vietnam War era, before the modern “boom” in the organic sector of the food market, it was common practice by critics of the military action to farm their own “organic” fruits and vegetables in protest of Dow and Monsanto. Both companies are among the world’s largest producers of pesticides, as well as the manufacturers of Napalm and Agent Orange, which was used to devastate the ecology of Southeast Asia during the 1960s-1970s (Pollan 143). Pollan describes, “…Eating organic…” as a way that the Anti-Vietnam War protesters “…Married the personal to the political”(143). Despite the IFS being based on productivity and quantity, it is also based largely on the idea of Monoculture, or farming one or very few species of fruit or vegetable at a time. A recent 2007 farm bill press conference on C-Span called the monoculture of today’s farms “devastating” to the ecology, but Joel Salatin has managed to accomplish a “Farm of many faces” (Pollan 128). The sustainable foundation that “Salatin has assembled at Polyface (farm), where a half dozen different animal species are raised together in an intensive rotational dance on the theme of symbiosis” (126) is a model farm for a positive future of agriculture. The companies mission statement declares that they “…Are in the redemption business: healing the land, healing the food, healing the economy, and healing the culture…(Polyface Farms).”

Sunday, February 25, 2007

what is good for people to eat essay

What is good for people to eat? In modern industrial society this question has too many answers. In The Omnivore’s Dilemma, Michael Pollan writes “…Somehow this most elemental of activities-figuring out what to eat-has come to require a remarkable amount of expert help.”(Pollan 1) Although the industrialization of agriculture allows consumers in North America to eat mangoes in the winter time, and supplies the one hundred pounds of corn to be grown and fed to cattle for the one pound or so of meat in return(Snyder), but most of the people in modern society take advantage of this industrialization of food every time they go into a supermarket, but don’t attempt to really understand the effect that it has had and will continue to have making food more; plentiful, cheap, and ultimately nutrition-less as a result. How can one change their diet to be less-supportive on an industrialized system and more reliant on local farms which attempt to work with the environment instead of against it? By supporting or practicing clean, local, and organic farming practices.

Environmental:
Industrial agriculture or factory farming: “refers to the industrialized production of livestock, poultry, fish, and crops. The methods employed are geared toward making use of economies of scale to produce the highest output at the lowest cost.” (Wikipedia 1) While this sort of “advancement” can be seen as a great thing, it means that very little attention is paid to the well-being of animals and more importantly the enviornment, in order to achieve the highest productivity. large-scale use of petroleum for fertilizers and insecticides also leave soil in-fertle and in-arable, which is clearly damaging the earth.

Soil, air, and water polution are due to the Largely petroleum based chemicals that factory farming is dependent on. The Union of Concerned Scientists says in Sustiainable Agriculture-A New Vision: “All the crop land around you is doused with chemicals: herbicides to control weeds, insecticides to control insects, and fertilizers to stimulate growth.” (Sustainable Agriculture-A New Vision 2001). Obviously all this chemical usage to “protect” food does not come with out a cost to the environment, for example they are poisoning waters running off into the Mississippi and Gulf of Mexico. In addition to the contamination of large-bodies of water, the air-quality, thanks to factory farming, is also greatly comprised. Alex Steffen further disscuses factory farming’s damaging affect on the enviornment in Spinach, Freedlots and knowing the backstory: “the only reason contemporary animal cities aren't as plague-ridden as their medieval counterparts is a single historical anomaly: the modern antibiotic.”(Steffen 1) This qoute means that factory farming is polluting our enviornment and the antibiotic is the inovation that keeps people in factory farm areas from falling ill. This qoute also brings up a second point about antibiotics. Intrestingly enough: “In the 1940s Dr. Thomas Jukes discoverd that chickens grew faster when fed the mash left over from the antibiotic manufacturing process. To this day no one really knows why antibiotics speed growth, but within years after Juke's discovery they became standard feed additives for poultry, cattle, calves and pigs.”(www.animalsuffering.com). Antibiotics and growth hormones work in humans the same as they work in animals, speeding up growth of cells, both for good and bad. Many accredit the drop in the age young women are hitting puberty, resulting in extremely early development.
What if the problem was not simply antibiotics, growth hormones or that “farming in its current industrial manifestation is destoying topsoil and biodeversity…” (Hemenway 2006). What if the problem was that “…Agriculture in any form is inherently unstable.” (Hemenway 2006). Would this than mean that a life of foraging, once called “nasty, brutish, and short” by Thomas Hobbes, would in fact be the healthiest and most enviormentaly friendly? Toby Hemenway says in Is Sustainable Agriculture an Oxymoron? That: “…burial sites at Dickson Mounds, an archaeological site in Illinois that spans a shift from foraging to maize farming, show that farmers there had 50% more tooth problems typical of malnutrition, four times the anemia, and an increase in spine degeneration indicative of a life of hard labor, compared to their forager forebears at the site.(8) Lifespan decreased from an average of 26 years at birth for foragers to 19 for farmers.” (Hemenway 2006). This quote means that scientific evidence was used to prove that of the skeletons found at an archeological dig site, which went through a change from foraging to agriculture as its main way of getting food, actually lowered the general lifespan of the people of Dickson Mounds as well as made way for multiple health complications. This quote proves that a forager lifestyle is ultimately healthier than one of agriculture. Hemenway goes on to say that: “In virtually all known examples, foragers had better teeth and less disease than subsequent farming cultures at the same site. Thus the easy calories of agriculture were gained at the cost of good nutrition and health.” (Heminway 2006) This further proves the argument against agriculture as well as proves the earlier argument about a lack of nutrition in food produced through industrial methods.
Another argument for the hunter gatherer lifestyle is made in Jared Diamond’s The Worst Mistake in the History of the Human Race: “While farmers concentrate on high-carbohydrate crops like rice and potatoes, the mix of wild plants and animals in the diets of surviving hunter-gatherers provides more protein and a better balance of other nutrients. …It’s almost inconceivable that Bushmen (for example), who eat 75 or so wild plants, could die of starvation the way hundreds of thousands of Irish farmers and their families did during the potato famine of the 1840s.” (Diamond 3) This is a very important idea because it is strong evidence that nutrition-wise a hunter gatherer diet is fundamentally healthy, while the farmer’s diet is not.
The argument lifestyle free of industrial agriculture and factory farms is very strong; it is better for humans as well as the environment; it employs sustainable methods to feed ones self, and allows small local farms to operate. A switch to sustainable agriculture by it self would be a huge step toward working with the environment instead of against it, and a difference can be made by being aware of the different aspects of where your food comes from. Going to a green market and supporting a local farmer instead of a corporation is the perfect way to start making a difference.
References:

Union of Concerned Scientists, "Sustainable Agriculture-A New Vision." Food and Environment march 2001 Feb 22 2007 .

The Editors, Fatal Harvest, "The Seven Deadly Myths of Industrial Agriculture: Myth One." Alternet.org. 22 Aug 2002. 22 Feb 2007 .

The Antibiotic Argument against meat-eating." animalsuffering.com. 2006. 22 Feb 2007 .

Hemenway, Toby. "Is Sustainable Agriculture an Oxymoron?" Energy Bulletin august 16 2006 23 Feb 2007 .

Thursday, February 15, 2007

The following is from the files of online seed catalog "Burpee's".
These are "winter vegies" that we can grow on the roof:

Leek
Of the onion family, leeks and chives are best for winter hardiness. Both should be sown in late April or early May. Leeks, if spaced 6" apart in rich soil, will produce 1-2" diameter stalks of mild, onion-like, but distinctive flavor. They usually survive without protection until about the end of December and sometimes last throughout the whole winter. Chives are useable well into November. They put out new shoots early the following April.


Turnips
Turnips and Rutabagas are old standby winter vegetables. Rutabagas are somewhat more cold-resistant than turnips. Sow rutabagas the first week in August and turnips the last week in August for best results. The soil reaction should be close to neutral for best flavor. Sow thinly or thin to at least 4-6" between plants. Purple Top is the best turnip for fall use.


Carrots
Beets and carrots will usually last well into November even without covering. Both can be buried in a well-drained location and used until spring. The Lutz Greenleaf (or Winter Keeper) type of beets will reach huge size and still remain sweet and tender and are, therefore, strongly recommended for winter use. Goldinhart (or Red Cored Chantenay) is probably the best all around carrot. Sow both from July 4 to 15th. Neutral soil will produce the best flavor. Thin carrots to 2" and Lutz Greenleaf Beet to at least 6 inches.


Kale
Kale, Collards, and Brussels Sprouts are excellent leafy vegetables for the winter garden. All can stand short periods of cold as low as 10 degrees F with improved flavor. They can often be harvested until the end of the year-- sometimes even later.

Kale and collards can be direct seeded about July 20th.

Brussels Sprouts had best be started in a flat or seedbed about June 1st and transplanted to stand 2 feet apart in wide rows. In late fall or early winter the leaves can be removed from the stalk and the whole stalk with its sprouts can be hung in a cool dry cellar for late winter use.


Cabbage
Cabbage is somewhat less hardy. The red and the Savoy varieties are generally better for winter use. Culture is practically the same as Brussels Sprouts. Sow during the last week in June. Don t handle the heads while frozen. Wait for a thaw, then harvest.


Broccoli
Less hardy members of the cabbage family are broccoli, cauliflower, kohlrabi, and Chinese cabbage. All will usually yield into late November but not much longer unless covered with straw or sash. The individual plants which last longest are, of course, those with the best natural covering of foliage. Handle cauliflower the same as Brussels Sprouts and cabbage. Sow in early to late June depending on the variety.

Broccoli, Kohlrabi, and Chinese Cabbage can be handled the same as kale and collards. Sow broccoli in mid-July and thin to 1-1/2 feet. Sow Kohlrabi in the first week in August and thin to 1-1/2 feet.

Other vegetables that will usually produce into the middle or end of November are:

Spinach
Spinach (sown about August 25),
Swiss Chard (sown in mid-June) and Parsley (sown in late April or early May). A single sash supported by plants or a ridge of soil or bales of straw can often keep parsley in useable condition through half of the winter. Mats or old carpets on top of the sash will prolong the harvest still further.

Unless the winter is unusually severe, many of these crops will put forth vigorous and tasty new growth early the following spring.

Wednesday, February 14, 2007

supermarket trip: Ecology and Ecomomy

The two lenses that I chose to think about while looking around the supermarket were ecological and economical aspects of food. I first observed the difference in price between Organic/all-natural foods and regular food containing antibiotics, pesticides, and growth hormones.
These are my findings

Organic Milk-$4.99
Reg. Milk- $2.99

All-natural sausage- $5.99
Reg. sausage- $2.99

Organic tea- $3.29
Reg. tea- $3.19

Organic apples- $2.99/lb
Reg. apples- $1.79-1.99/lb

I expected to see that the organic food was more expensive but the limited selection of certified organic products was disappointing compared to "The Food Emporium" where my parents and I shop.
One man who worked there was very familiar with organic fruits and vegetables, but almost laughed at me when I asked about organic chicken. The price of the chicken was also shocking; fewer than six dollars for a once alive animal, which means that the supermarket had to get it for three dollars at least which means the farmer who rose the chickens made what? Two dollars if he or she was lucky, how can a chicken be raised for two dollars, let alone make a profit off it.