Wednesday, September 30, 2009
The Selective Carnivore
Monday, September 28, 2009
Ag Economist in Locovre Movie
CORVALLIS, Ore. - An agricultural economist at Oregon State University has hit the silver screen in a new documentary that examines and promotes the local food movement and that will show in Portland starting on Friday. In the film "Ingredients<http://www.
"In the end, it comes down to choices. Price is one aspect that consumers take into account, but it's not the only one and often not the most important one," says Lev, who was filmed on campus.
Lev, who has worked at OSU for 25 years, specializes in agricultural marketing and alternative food systems. He also works with colleagues in the OSU Extension Service's Small Farms Program to develop and strengthen farmers' markets. He was asked to appear in the documentary because he had worked with one of the members of the film crew on various projects, including workshops to match chefs with farmers.
"Larry gave us a lot of great information to work with," said the film's producer and cinematographer, Brian Kimmel, who lives in Portland. "The most important thing he did was describe how this whole economics system works with the local food movement. A lot of the people are looking at this and saying, 'Yes, this is something we want but it's too expensive.' Larry's experience shows otherwise. It was great to have Larry to fall back on and say, 'This does make sense and here's how.'"
"Ingredients," which premiered in Germany and won a Silver Sierra Award in the documentary category at this year's Yosemite Film Festival, shows the farmers and chefs around the country who are revitalizing the connection between food and the land. It features diversified farms of the Willamette and Hudson River valleys, the urban food deserts of Harlem, and the kitchen of Alice Waters.
In addition to Lev, other Oregonians featured in the film include: Portland chefs Greg Higgins and Pascal Sauton; Anthony and Carol Boutard of Ayers Creek Farm in Gaston; John Eveland of Gathering Together Farm in Philomath; Frank Morton of Wild Garden Seed, also in Philomath; farmer Laura Masterson of 47th Avenue Farm in Portland; John Neumeister of Cattail Creek Lamb in Junction City; farmers Sheldon Marcuvitz and Carole Laity of Your Kitchen Garden in Canby; Shari Sirkin of Dancing Roots Farm in Troutdale; and former Lake Oswego Mayor Judie Hammerstad.
To buy a DVD or find out how to organize a screening of the film in your community, go to the "Ingredients: A Documentary Film" Web site<http://www.
Feedstuffs Editorial
Happy Dairy Cows
Farewell To Gestation Stalls in Michigan
- Trent Loos and other producers and animal scientists (I only use Loos' name because he is rather famous) believe that banning gestation crates will not improve animal welfare, and may lower welfare.
- Gary Francione (just Google the name if you don't know him) often asserts that every time you improve animal welfare the farmers' costs actually go down. In this case, hog producers would be surprised to find that their costs are lower than when they used the crates.
- The Animal Welfare Institute (AWI) would probably argue that banning gestation crates is fine, but we should really be going much further and producing more pork under the Animal Welfare Approved label. Personally, I concur with the AWI.
About Foie Gras
Sunday, September 27, 2009
How Real Bloggers Work
Saturday, September 26, 2009
New Gary Francione Podcast
The Term "Franchises" - A Silly Idea
Follow-Up on Hen Mortality Posting
Use of Word "Franchise"
Establishing Animal Liberation
Column: Are animals entitled to the same respect and rights as humans?
Friday, September 25, 2009
Terminology in the Abolitionist Franchise
Thursday, September 24, 2009
Michigan Events
Ohio State Animal Welfare Symposium
Comments on Dr. Lusk's Guest Post
Voluntary Exchange and Morality of Eating Meat
Guest Post by Jayson Lusk
I read with great interest Bailey’s recent post, where he attempted to resolve the supposed contradiction present in the actions of pet owners and meat eaters. Bailey’s answer was that no contradiction exists because he uses his dog and a pig for two different purposes – because they supply different needs they are treated in different ways. Two commenters rapidly replied by indicating that Bailey was a speciesist and by pointing out that justifications for uses of beings based on their purposes could very well justify some gruesome activities that no one would condone.
What line of logic or code or ethics can reconcile the supposed “moral schizophrenia” Francione finds distasteful? Bailey does not expect the same thing from his dog and a pig. Does that make him a speciest? I do not expect to receive shoes from my baker or bread from my cobbler, but does that make me a speciest or an “occupationalist?” I expect and receive different things from different people. But I do not mandate people to give the fruits of their labor. In a market based economy, people freely trade the results of their productive abilities and we accept them because they satisfy our wants and needs.
Here is an ethical and moral rule: Each man (and animal) is entitled to their own life and to the results of their labor, and no other man may infringe upon those without consent.
I have no right to a baker’s bread and he has no right to my income. The baker gives me bread voluntarily because he expects something in return: part of my paycheck. The same goes for the cobbler. They satisfy different needs for me, but that is of no concern to them – only that I am willing to give them something they want in order to engaged in a mutually beneficial and voluntary exchange.
Now, Bailey engages in an exchange with his dog. His dog is provided with comfortable housing, ample food, and nightly walks. And, I hope Bailey doesn’t mind me saying, but his dog was also provided with four very expensive leg surgeries. What does the dog give in return? Companionship and entertainment. Bailey and his dog engage in mutually beneficial and voluntary exchanges that enhance both lives.
What about the pig? The pig is provided shelter, food, water, comfortable temperature, and protection from predators. What does Bailey get in return? Ultimately, the pig’s life – its meat. But, wait a minute – this is hardly a voluntary exchange – did the hog engage in a trade that was of its own free will of its own consent? Hard to say. The hog owed its very existence to the fact that Bailey, and others like him, want to eat pork. Is the hog willing to trade a short and uneventful existence for the sake of life itself? Would the hog trade ample food and shelter and a certain but short life in the factory farm for the random and capricious conditions of the wild?
We simply don’t know. The cognitive capacities of the hog prohibit a definitive answer to whether they are willing to engage in the exchange. But here is my presumption: that the hog is indeed willing – that if they could say, they would chose life in a factory farm to no life at all, and that they exchange this meager existence in return for their meat. No doubt an animal rights proponent would argue that I have no right to make this presumption, but the activist is simply exchanging my presumption for theirs: that the hog would rather willingly never exist than live on a factory farm. Both positions are based on presumptions that cannot be validated. But, the truth is this: farm animals can never be placed in a situation where their lives are solely determined by their own actions – their lives are invariably affected by the decisions of humans. Dealing with farm animals will always entail some degree of paternalism and presumption about what is in their interest.
Without schizophrenia or moral confusion, I eat meat and condone the keeping of pets. Such actions are morally defensible based on a conception of mutually beneficial trade, and on the presumption that farm animals would voluntarily exchange the product of their efforts (e.g. milk, eggs, and eventually their life) for what they are paid in return (e.g., ample feed and water, protection from predators and weather, and in all likelihood their very existence).
P.S. Such reasoning does not condone hunting. Many hunters have given nothing to a wild animal in exchange for their life, and thus the presumption of mutually beneficial exchange does not hold.
Thank You to United Egg Producers
Rushing To Judge
Tuesday, September 22, 2009
Understanding Mortality Rates of Laying Hens
The issue of hen mortality in cage-free egg production is a recurring theme in this blog and in the wider debate over the use of battery cage confinement systems for laying hens. High mortality is an obvious indicator of poor welfare. It is important to note, however, that mortality can vary substantially between hen flocks, and that some cage-free systems have very healthy flocks that do not suffer substantial death losses. These systems can serve as models for the rest of the industry, since mortality is not inherent to any particular system, cage or cage-free, but rather to how well the system is managed.
For the egg industry, one remedy was to move laying hens into cages, where wire floors separated the chickens from their manure. While this may have helped reduce intestinal disease and parasites, intensive confinement restricted the hens to small, barren cages that offer no opportunity to display important natural behavior, impinging on physical health due to lack of exercise and resulting in a very poor quality of life (for more information, click here).
It is also critical to note that the improved flock health status seen today is not due solely to cage confinement, but also to vaccine development, better hygiene practices such as “all in, all out” policies,[6] disease eradication programs,[7] and genetic selection for disease resistance.[8] These factors will continue to be important as egg production systems evolve to meet societal animal welfare concerns.
Role of Hen Genetic Strain
Another key concept in understanding hen mortality rates is the interaction between the genetic background of the hen and her environment. Hens must be genetically adapted to their surroundings in order to thrive, and studies and practical experience are beginning to show that a large portion of mortality in cage-free production can be explained by differences in the genetic strain of hen used in the system.
Laying hens are bred almost entirely by a select few international companies. Until recently, since most egg production took place in battery cages, breeding goals were aimed at producing hens who could produce many eggs in cages. Since cage-free egg production is becoming an international trend (in part a result of legal reforms in the EU and
To illustrate the importance of hen genetic background, we can look to the experience in
In 2005, the World’s Poultry Science Journal published a study in which the authors reviewed every English, French, and German study that reported hen mortality rates in aviary and cage housing systems since 1980. This study eliminated much of the previous bias in the scientific literature by including only studies that used the same hen strain, age, and beak trim status in both cages and aviaries. Only 14 studies met these criteria, a telling result in itself. When these factors were accounted for in the statistical analysis, the mortality rate did not differ between cages and aviaries (multi-tiered cage-free systems). This means that, in previous studies showing a higher mortality rate in aviary systems, the apparent difference was due to factors other than the housing system. [11] One very important factor was the choice of hen strain and, in some studies that report differences in mortality, the type of production system is confounded with the strain of hen used in that system.
In many studies, brown egg-laying strains tended to experience higher mortality rates, primarily as a consequence of injurious pecking. [12,13,14] Because these birds have been popular in cage-free production, however, these studies can give the impression that the system itself is the cause of the increased mortality when, in fact, the hen strain or an interaction between the hen strain and her environment, is the major factor of importance.
In some segments of organic production, where brown hybrid hens have historically dominated, white hybrid hens are now becoming more popular, mainly due to their more agreeable temperament. A Swedish survey found that, where farmers have experienced severe outbreaks of cannibalism, they are changing the hens in their systems from brown to white hybrids. [15] To meet potential consumer demand for cage-free brown eggs, however, it is also possible to breed brown strain hens specifically for cage-free production (see the Stonegate example below). [16]
Role of Management
An important prerequisite to good management is the attitude of the producer. Scientists have noted that, “Attitudes of those in charge of management and husbandry are likely to be a major determinant of animal welfare.” [17] Alternative systems undoubtedly require more skills and experience, [18] and are thus more sensitive to poor management. [19] Currently, differences in management can contribute to inconsistency among cage-free farms, with some performing well and others experiencing difficulties. Thus, while mortality can be high, it is also highly variable between farms, [20,21,22] with some being highly successful. Where mortality is excessive, steps should be taken to correct the problem. Poultry producers have shown the ability to be innovative in the past, overcoming obstacles with the use of enhanced biosecurity measures and aided by advances in veterinary science and genetics, as previously mentioned. It seems likely that as demand for cage-free eggs increases, producers will once again need to show innovation.
In organic production, it has been demonstrated that, as farmers gain experience, feather pecking damage is reduced. One such study found that farmers who understood the behavioral biology of their chickens, including their origin in a forested environment, have adapted their management, provided enhanced outdoor areas and paid greater attention to the early rearing experience of their laying hens. Successful control of feather pecking in this study was dependent on the motivation and devotion of the farmer. In other words, the attitude of the producer matters. [23]
Low-Mortality Cage-Free Farms
The Meyers farm in
There are also examples of low-mortality cage-free production in the scientific literature spanning several decades. For example, in a 1986 study conducted by researchers at Scottish Farm Buildings Investigation Unit and the North of Scotland College of Agriculture, ISA Brown birds were used in a comparison between battery cages and a perchery system. The cumulative mortality in the perchery was 1.36% from 20-44 weeks while it was 2.47% in the comparison group housed in battery cages. [40]
A 2009
These examples show that mortality is not inherently high in cage-free egg production. Experienced producers who are truly committed to improving the welfare of their birds have found viable methods for controlling mortality.
The egg industry is not static. It continues to evolve and reinvent itself in response to consumer demand. Changing the face of egg production is not only a matter of consumer concern, however, as meeting the welfare needs of the animals is an ethical imperative. The cooperative efforts of producers working together with retailers, scientists, consumers, and advocacy groups could bring about needed improvements quickly. While it may take some time for North American producers to make cage-free systems perform optimally, the longer we wait to make the transition, the longer hens in battery cages suffer.
References
1 Appleby MC, Mench JA, and Hughes BO. 2004. Poultry Behaviour and Welfare (
2 Van Roekel H. 1955. Respiratory disease of poultry. In: Brandly CA and Jungherr EL (eds.), Advances in Veterinary Science (New York, NY: Academic Press Inc., Publishers, pp. 64-105).
3 Smith P and Daniel C. 1975. The Chicken Book (Boston, MA: Little Brown and Company, p. 258).
4 Hurd LM. 1930. Practical Poultry Farming (New York, NY: The Macmillan Company, p. 294).
5 Smith P and Daniel C. 1975. The Chicken Book (Boston, MA: Little Brown and Company, p. 258).
6 Appleby MC, Mench JA, and Hughes BO. 2004. Poultry Behaviour and Welfare (
7 Hitchner SB. 2004. History of biological control of poultry diseases in the U.S.A. Avian Diseases 48:1-8.
8
9 O’Sullivan NP. 2009. Genomics, physiology, and well-being: Layer industry
breeder’s perspective. In: Abstracts of the 98th Annual Meeting of the Poultry Science Association (
10 Sorensen P. 2001. Breeding strategies in poultry for genetic adaptation to the organic environment. In: Hovi M and Baars T (eds.), Breeding and feeding for animal health and welfare in organic livestock systems, Proceedings of the Fourth NAHWOA Workshop (Wageningen, The Netherlands: Network for Animal Health and Welfare in Organic Agriculture, pp 51-61).
11 Aerni V, Brinkhof MWG, Wechsler B, Oester H, and Fröhlich E. 2005. Productivity and mortality of laying hens in aviaries: a systematic review. World’s Poultry Science Journal 61(1):130-42.
12 Häne M, Huber-Eicher B, and Fröhlich E. 2000. Survey of laying hen husbandry in
13 Blokhuis HJ, Niekerk TFv, Bessei W, et al. 2007. The LayWel project: welfare implications of changes in production systems for laying hens. World’s Poultry Science Journal 63(1):101-14.
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18 Häne M, Huber-Eicher B, and Fröhlich E. 2000. Survey of laying hen husbandry in
19 Appleby MC and Hughes BO. 1991. Welfare of laying hens in cages and alternative systems: environmental, physical and behavioural aspects. World’s Poultry Science Journal 47(2):109-28.
20 Tauson R. 2002. Furnished cages and aviaries: production and health. World’s Poultry Science Journal 58:49-63.
21 Whay RH, Main DCJ, Green LE, Heaven G, Howell H, Morgan M, Pearson A, and Webster AJF. 2007. Assessment of the behaviour and welfare of laying hens on free-range units. Veterinary Record 161:119-28.
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