AndyH
Well-known member
Herm, Sorry if some of my posts seem snarky or brusque. I'm trying to really show that there are options - and that the options work better AND get us where we want. If all we're going to do is take sides across a tug-of-war rope, there's no point. I'll just go back to learning and practicing permaculture and eating chemical-free fresh tomatoes from the window in my 'back bedroom' and you can go back to enjoying your daily dose of untested GMO corn with a side of atrazine. :lol:Herm said:You sure its not because it saves labor?.. there is a reason for industrial farming methods. I have no issues with genetically modified crops, synthetic fertilizers, pesticides and herbicides.. I trust the farmers to know what they are doing since many of them go to school to learn how to do it, plus it is their land and to their interest to preserve it.AndyH said:The ONLY reason people use chemical ag processes is because they're afraid to do anything else - because they only know how to manage industrial farm methods. And because the ag chemical salespeople are so deeply entrenched in the system.
I really get what you're saying about farmers - and I'm not trying to disparage farming or farmers. But this is not the only way, and it's not even the BEST way if we factor in food quality, sustainability, efficient use of fertilizer, soil maintenance, and the health of the consumer. I speak to this from two different directions. First, I use natural and organic fertilizers as I transition my understanding to full permaculture methods. I've worked with friends here that grow and sell grass fed beef and others with smaller ranches with horses and/or chickens. I've sampled soil, looked at current practices, and have tried to overcome the DEEPLY entrenched habits.
Here's a real example of the 'knowledge and training' of which you speak: I did side-by-side test plots for a friend with horses and a coastal hay field - current 'big ag' fertilizer/herbacide/pestacide treatment next to organic liquid treatments with no herbacides or pestacides. The natural test plot took less work, was about half the price for products, and grew a superior mineral-rich and protein-rich hay. In the end the friend chose to stay with the chemical process - even though it took more time, more money, and produced a lower quality and less drought tolerant harvest because the local fertilizer shop had 'free' tank trailers for the ammonia and would mix all the chemicals for pickup. The customer already owns a tank and sprayer - all they had to to was dump liquids in the tank, fill it with water, and drive the field to apply the product.
Here's another example - from Cape Cod this time. Earlier I quoted the harvests from the New Alchemy Institute's gardens. Here's more of the story:
Source: A Safe and Sustainable World: The Promise of Ecological Design, Nancy Jack Todd, pages 25/26As productivity continued to improve over the seasons, Hilde summarized her results as follows: "On one plot of less than an acre we grew one serving each of a raw vegetable, a green cooked vegetable, and a root or other nongreen cooked vegetable for ten people for every day of the year with some surplus." Such abundance led her to postulate: "Gardening intensively on a small acreage, using such practices as extending the season with cloches and solar-heated greenhouses, selecting local plant varieties for pest and disease resistance and for suitability to soil and climate, improving soil fertility, establishing food-producing forests, and animal husbandry are all strategies within our reach..."
Because Hilde was pleased with our increasingly abundant harvests, she became interested in local agricultural history and decided to do a bit of research. Curious to know whether she might expect such bounty regularly, she called the local agricultural extension agent to ask about average yields of vegetables and grains on Cape Cod. "I'm sorry," the agent told her, "but I can't give you any such data. The Cape cannot produce anything but cranberries and some strawberries." Hilde tried again. "Maybe you have records on crops grown here twenty years or so ago." His reply was again negative; he had not seen anything else growing successfully in the twenty years he had been on the job. Hilde persisted. "What about a long time ago, the turn of the century or before?" Another negative answer: "Lady, you don't want to know about those figures because what they called high yields back then, we call a poor yield now." Hilde noted, "If I hadn't already grown an abundance of vegetables on our land, I should have stopped gardening and gone into the construction business." Yet once again, by the end of that season, the garden had surpassed its previous record. Hilde and her crew had grown more food with less work and less irrigation than the previous year.
Farmers are not stupid - at all! But the information they have available to them easily, and the information provided by the ag support structure, are deeply focused on one type of farming. And it's very difficult for these very conservative folks to 'take a chance' on anything 'new' even if they've seen it with their own eyes. And that's before we get into seed companies sending squads to intimidate farmers that choose to not use GMO seed and want to use old methods of seed-saving for next year's planting.
Our 'mainstream' ag processes are NOT sustainable and cannot provide us with both food and fuel. But there are other ways that have been proven repeatedly to work and work well. And no, it's not about labor.
edit... I just stumbled across this that might make the conventional ag/organic ag comparison even easier to see. Again, it's from an alcohol processing and permaculture perspective.
Let's grow corn on typical depleted farmland. Plant seeds, add required supplements of nitrogen, phosphorus, and potassium. Later we harvest and send the corn off the farm for processing. Some of the nutrients have left the farm - we start the next cycle with a deficit and need again to supplement with NPK. Earthworms, fungi, and other soil organisms are nearly non-existent from the fertilizer and pesticides/herbacides used.
Organic/permaculture corn: Start with the same soil. Plant the corn, supplement as required with NPK from non-chemical sources. Harvest the crop and turn 100% into ethanol. The ethanol is made only from the CO2 and water the plant used - everything the corn took from the soil is still in the stalks and 'leftover' distillers grain. If we put the distillers grain back on the field along with the stalks, we have 100% of the nutrients the next crop needs, plus an additional 10% provided by the subsurface life that supported the corn plant.
One process continually rebuilds the soil, while the other system continually depletes the soil and requires dependence on an ag industry to supply the supplements.