The Kalu Yala Blog
KY Roots Series: Possibilities for our Food Systems
November 24, 2010
by Kate StewartPosted In: Designing the Village, Farm to Table Living, Voices of Kalu Yala
Nicolette Hahn Niman, author of Righteous Porkchop, guided a session at the Naked Development Forum in May on the current state of agricultural systems, focusing in on the growing problems with the world’s food supply. Nicolette explained the inhumane living conditions for animals and told us the repercussions for these conditions – both for our health and the health of the land. She went on to speak about sustainable farming and its benefits – to animals, the land and to us. She cited several examples including she and her husband’s ranch, NIMAN RANCH, one of the largest organic meat distributors in the United States.
Nicolette’s session covered many current agricultural issues. She gave examples and shared photos on the projection screen, she posed questions, took answers, and partook in brainstorming solutions.To begin, Nicolette started simple, explaining the differences between factory farms and traditional farms.
Factory farming: These farms usually consist of one crop (monocrop production) or animal – and they grow as much of this product physically possible in the amount of space they have. (Also known as industrial farming)
Traditional farming: These farms produce less but produce greater varieties. Usually these maintain a cyclical farming cycle- rotating crops, animals and rest periods on the land, allowing time for regrowth. (Often associated with sustainable farming and organic farming)
As many already know, and many are finding out, the world’s agricultural systems have changed dramatically over the past century. Farms have gone from producing for a town or county to producing for multiple states and sometimes other countries. It seems traditional farms (and organic farms) have trouble competing with industrial farms, which can produce higher yields in less time. At first, one might think that sounds like a good thing – more food, less time to grow it, but at what costs?
If we only looked at the prices on grocery store shelves, yes, organic foods would probably come out on the higher end. But when Nicolette is talking about costs, she’s talking about the big costs- on the environment, our health, the welfare of the animals- not the price you see at the grocery store.

- Piglets in a factory farm
LET’S COMPARE: The Environment
Factory Farms:
Soil: growing so many of one crop (monocrop farming) is hard on land- it uses soil nutrients without replenishing them- leading to needing more and more fertilizer.
Monocropping: Growing a single crop destroys diversity, including animal diversity. This is a problem because without diversity disease is more easily spread and can wipe out entire populations.
Waste: Not growing crops and animals on a single farm creates waste- as animal manure, a natural fertilizer, has no need on a farm which doesn’t grow crops nor allow its animals to graze.
Toxic Run-off: Pesticides and manure often end up in run-off which goes into streams, contaminating human water sources. Salinization also makes water unusable.
Oil: Factory farming processes use tons of oil: tractors, bringing feed in from other sources, shipping animals to processing plants, running processing plants, and shipping the products all over the world- factory farming is dependent on oil. According to a study by Iowa State, fruit and vegetables travel an average of 1500 miles during their lifetime.
Irrigation: Some farms are using aquifer water at a rate in which it cannot be replenished. At this rate the aquifer will eventually dry out.
Traditional Farms: Growing limited amounts of crops and animals, traditional farms are able to use manure as a fertilizer. Rotating animals and crops, the land has a chance to regrow and keeps its value over the years.

- We are what we eat.
LET’S COMPARE: Our Health
Factory Farms: Crops often have pests, so to combat these pests factory farms use pesticides or switch to GMO (genetically modified organism) seeds, most of which contain pesticide. For animals, keeping unclean close quarters spreads illnesses. Loading their food with antibiotics helps in preventing these illnesses but these pesticides and antibiotics don’t just disappear once the animal is processed. Many towns and cities have issued complaints against factory farms who have contaminated their water source and directly effected their well-being.
Traditional Farms: The long-term effects of consuming pesticide and antibiotic residue is largely unknown but often debated. Eating foods grown traditionally doesn’t leave the result up to question.
LET’S COMPARE: The Animals
Factory Farms: These animals don’t lead normal lives. Pregnant sows are kept in crates where they cannot move until they give birth. They have scabs on their bodies from rubbing against the bars. Cows are fed corn diets which their stomachs are not made to process- this often causes giant tumors and bloating. Chickens are have their beaks seared off. Turkeys are bred with chests so large they can no longer reproduce naturally. This doesn’t seem like a life worth living.
Traditional Farms: Animals have room to move and interact with one another. Pregnant sows can make nests for their young before giving birth. Animals are outside year-round with access to shelter. They can exercise, graze, and breath fresh air.

- Piglets eating and playing outside at a Family Farm
Conclusions
“Nicolette’s session brought up many important issues: from unsustainable farming methods to environmental costs, something needs to be done about farming in our country. Education and action are needed. It’s important to keep ourselves aware of how our food is produced. We have the power to cause change simply with our personal choices. As cliche as it sounds, every time we pick up our fork we have the power to vote for change- read labels, ask questions, and keep yourself aware. Agricultural systems are our most important infrastructure” – Kate Stice
FACTS & FIGURES:
Water
- Agriculture is the #1 water polluter.
- Less than 1% of water on Earth is available for human consumption. (97% is seawater, 2% is glacier water.)
- 13% of US farmland is dependent on irrigation.
- 20% of irrigated water is taken out of aquifers that cannot regenerate it as fast as we’re using it.
Air
- 38% of confined pig facility workers have chronic lung disease.
Soil
- 52% of US land is used for agriculture as opposed to 3% being used for urban.
- Every minute we lose 2 acres of farmland.
- We lost farmland 51% faster in the 1990s than in the 1980s.
- We’re developing the best farmland in unsustainable ways, using up its resources and leaving it barren. This will eventually leave us with only moderate farm land which will require more resources (fertilizers, irrigation, etc) to use it.
- 80% of US agriculture land shows severe to moderate erosion. This is a rate 17 times faster than nature can recreate it.
- 75% of genetic diversity had been lost in the 20th century. As mentioned earlier, without genetic diversity, disease can wipe out entire herds or populations.
Humans
- In 1930, there were more than 7 million farmers in the United States. Today, there are less than 1 million.

What isn’t working about our current food systems?
- Bad food is too convenient and cheap: The true cost of bad food is hidden (health, environmental problems); Lower-income levels consume some of the most processed foods due to a lower cost.
- Lack of public education about health: For most of the public there is a disconnect between buying food and where the food comes from as well as how the foods we eat affect our health.
- Current production models don’t take the future fertility of the land into account: The average current production system is taking a cyclical cycle and trying to make it linear. Monoculture agriculture creates weak soil as well as less nutritious food. This lack of crop rotation uses up soil faster and degrades out future ability to create food with that same soil. With topsoil rates declining we can not afford for this system to stay in place.
- Poor assessment of highest and best use of land by municipalities some of the best topsoil used for subdivisions.
- Current system does not reflect “true costs” as in the environmental costs and human health. Government subsides have contributed to this distortion of the market place.
- Transportation of foods take up a lot of fuel, time, energy and money in our economy.
- Market demand has promoted efficient food production, not healthy food production. Our economy is creating the most food that lasts the longest. We create food that travels well and has a long shelf life, not based on nutrition.
- Modern growing methods are bad for our health: Besides, factory farming pesticides create major health issues and there are doubts on the long-term effects of genetically modified food.
Given what you’ve learned today and knew previously, what’s the ideal picture of the farms where your food is raised looking like?
- Exist at a human scale: personal garden, community garden, farm as a part of the town.
- Physical Characteristics: Open pastures, orchards, edible perennials.
- Human/Animal Interaction: Animal interaction- animals nurture their young – free range, happy animals.
- Remove chemicals: No GMOs (Genetically Modified Organisms), chemical free food.
- Diversity of foods grown.
- Farming as part of the community: Everyone has a role and thus an appreciation of where their food comes from. Participation creates community ownership. Events such as a Harvest Day or market days – Everyone helps! A family experience. Community connected to the source of their own food; Awareness of how produced, what it takes to raise meat.
- Visibility of farmer: Farmers are your next-door neighbor, farms can be visited.
- Education for the community: Actual cost of food is represented, there is a tangible way to understand the effects of choices we’re making. There is more education on the cost of unhealthy food, promotion of better food.
- Closed-loop system: self-sufficient; Sustainable, circular, not linear, systems.
- Setting a regional example: decentralized family farms, socially responsible, stewardship. Redirect subsidies to encourage sustainability.
- Design of the town visually connects us to our food: Being interconnected.
How can we re-connect with our food sources?
- Decentralize the food system by buying locally. Discover what crops grow locally, where you can buy from local farmers. Identify necessary or desired imports and use limited quantities. Meet, connect and get to know your farmer.
- Work agriculture into infrastructure of community: Grow some of your own food or start a community garden. Coordinate with your community through neighborhood gardens.
- Educate ourselves and others: Talk to farms about allowing volunteers, field trips for education, learn how food is produced.
Lobby for sustainable food production to be added to educational curriculum schools.
Ask in restaurants where they get their produce: Even if it’s not local, asking lets the chef know people are wondering.
Lobby for new government policies; redirect subsidies to encourage responsible framing.
MOVING FORWARD:
How will Kalu Yala’s farming system be sustainable?
Kalu Yala’s organic farms will be the first system put in place. This will happen only after the entire valley (less the rainforest, of course!) has been tested for fertility and we have mapped out the best places for farming (taking many factors like access to water, sunlight, and ground fertility into account). We plan to use traditional farming methods, with crop, animal and rest rotations.
How will Kalu Yala’s community connect to its food source?
The community at Kalu Yala will be able to connect through various forms of participation. We hope to have volunteer farming days for both adults and children, a farmers’ market where both residents and visitors can purchase fresh produce and talk to the farmers who grew it, and in the future, the restaurants that will use majority farm-to-table ingredients.
How will Kalu Yala promote healthy eating and farming within its greater community of Panama?
Like mentioned above, the farmers’ market will be open to both visitors and residents. We hope that once all of the Kalu Yala farming systems are in place we’ll be able to bring produce into Panama City as well. By doing this, we hope to promote organic farming as a whole, educating people about the benefits of eating organically and demonstrating that it’s not out of the average person’s reach.
Who will run Kalu Yala’s farms?
This is a tough question to answer at this point in time. Our staff and intern team is working on the agriculture of Kalu Yala, researching everything from the Valley’s soil to the legalities of farming in Panama. We want to make sure the farms are destined to succeed before locating able farmers to run them. Thanks to all who have already expressed interest.
KEY TERMS: (Sources: United States Department of Agriculture and the Alabama State Water Program)
Aquifer: geological formation or structure that stores or transmits water, or both, such as to wells and springs.
Erosion: (1) Detachment of soil particles under the influence of water and/or wind. (2) The wearing away and removal of materials of the earth’s crust by natural means. (3) The process by which flood waters lower the ground surface in an area by removing upper layers of soil.
Factory Farming: practice of raising livestock in confinement at high stocking density, usually as part of industrial farming.
Genetically Modified Organisms (GMOs): organism whose genetic material has been altered using genetic engineering techniques. These techniques, generally known as recombinant DNA technology, use DNA molecules from different sources, which are combined into one molecule to create a new set of genes. This DNA is then transferred into an organism, giving it modified or novel genes.
Irrigation: artificial application of water to the soil. Used to assist in growing of agricultural crops, maintenance of landscapes, and revegetation of disturbed soils in dry areas and during periods of inadequate rainfall. Also has other uses in crop production, including protecting plants against frost, suppressing weed growing in grain fields and helping prevent soil consolidation. Irrigation systems also used for dust suppression, disposal of sewage, and mining. Often studied together with drainage, which is the natural or artificial removal of surface and sub-surface water from a given area.
Low Input Farming: farming systems which seeks to optimize the management and use of internal production inputs (i.e. on-farm resources) and to minimize the use of production inputs (i.e. off-farm resources), such as purchased fertilizers and pesticides, wherever and whenever feasible and practicable, to lower production costs, to avoid pollution of surface and groundwater, to reduce pesticide residues in food, to reduce a farmer’s overall risk, and to increase both short- and long-term farm profitability.
Monocrop Farming: method of growing only one crop at a time in a given field.
Organic Farming: production system avoiding or largely excluding the use of synthetically compounded fertilizers, pesticides, growth regulators, and livestock feed additives. To the maximum extent feasible, rely upon crop rotations, crop residues, animal manures, legumes, green manures, off-farm organic wastes, mechanical cultivation, mineral-bearing rocks, and aspects of biological pest control to maintain soil productivity and tilth, to supply plant nutrients, and to control insects, weeds and other pests.
Salinization: process by which water-soluble salts accumulate in the soil. Salinization is a resource concern because excess salts hinder the growth of crops by limiting their ability to take up water. May occur naturally or because of conditions resulting from management practices.
Sustainable Agriculture: Under Congress’s 1990 “Farm Bill,” “the term sustainable agriculture means an integrated system of plant and animal production practices having a site-specific application that will, over the long term:
- satisfy human food and fiber needs;
- enhance environmental quality and the natural resource base upon which the agricultural economy depends;
- make the most efficient use of nonrenewable resources and on-farm resources and integrate, where appropriate, natural biological cycles and controls;
- sustain the economic viability of farm operations; and
- enhance the quality of life for farmers and society as a whole.”
Traditional Farming: indigenous form of farming, result of the co-evolution of local social and environmental systems and that exhibit a high level of ecological rationale expressed through the intensive use of local knowledge and natural resources, including the management of agro-biodiversity in the form of diversified agricultural systems.




Great job, Kate, of sharing and explaining Nicole’s presentation! Lots to think about and lots of work to do! I’m looking forward to getting to again listen to her presentation and the Q&A session at the Kalu Yala Naked Development Forum, as soon as the editing is completed!