I have to agree with fruitgirl, but for reasons that most people seldom think about. No doubt about it, organic yields are comparable to conventional on a bushel-to-bushel basis. And I agree that organic methods do work. On certain plots, with certain techniques they may even out produce conventional several times over. However, what we seem to forget is that organic practices include longer rotation schedules than conventional. I live on a conventional farm in the upper Midwest and here the rotation is probably the same for most Midwest farm: corn, then soybeans, then corn again, then soybeans again, and so on, forever. An organic farmer would also plant corn, then soybeans. The third year is where the difference begins to show. The farmer is going to plant oats, buckwheat, or rye early in the spring, and then more than likely, it will get plowed under to break the weed cycle. After it gets plowed, the field will be seeded to alfalfa, or maybe timothy hay. If it is alfalfa, the field will remain in alfalfa for several years until the cycle begins again. THIS IS GREAT FOR THE SOIL!! But look what it does for the on-going, overall yield of corn and soybeans: over four years the organic farm has only produced one-fourth of the conventional yield of corn and soybeans. Of course, we can argue that is how farming should be done, however, our society and culture must undergo a tremendous culture shift in order for that to succeed. A whole lot less meat, and much more vegetables and grain. So fruitgirl rightly stated: "I'm not arguing that organic farms do not experience good yields. I'm saying that a large-scale organic farm doesn't get the same yield as a large-scale conventional farm because they have a harder time battling the effects of monoculture. And, as I stated above, the US (and most other developed countries) are not structured in such a way to allow for a multitude of small farms". In the end, it is this "really-good-for-soil" cycle that reduces overall yields, not the lack of chemicals applied to the soil. Small organic farms do out produce conventional farms. Small organic vegetable and fruit operations are better for our health, the environment, and our society as a whole. And despite the fact that I would wish the whole planet to go organic, I agree with fruitgirl, that our structure of food production is now geared towards feeding 6 billion people and difficult to change. Yes, we do add more organic acres every year, but China is adding them even faster than the US. The US hasnt met its need for organic production since 2000. Nearly 15% of all organic food sold in this country is now imported, and at the rate of production of organic food look-alike junk (Oreos, Cheetos, toaster pastries, etc.) the imports are only going to rise. Moreover, the rate of conversion of conventional to organic has slowed down. Unfortunately, I suspect suburbanites often fail to fully understand farming and fall victim to the shouts of the anti-agribiz types.

A lot of people might use organic methods but live right on top of large farms that use lots of chemicals so these chemicals are within an 1/8 mile or less. I believe as this is just my opinion that this negates any claims that their stuff is chemical free. Runoff is water from rain and melted snow which is not absorbed and captured by the soil, but runs over the ground and in and out of loose soil. Farm runoff is water leaving farm fields because of rain - melted snow - or possibly irrigation methods. As runoff moves, it picks up and carries pollution, which it can deposit into rivers,small ponds, lakes, coastal waters, and underground sources of drinking water. Agricultural runoff include,s pollution from soil erosion, livestock feeding systems, grazing, plowing, animal waste, and herbicides-pesticides, irrigation water, and fertilizer. Pollutants from farming include soil particles, pesticides, herbicides, heavy metals, salts, and nutrients such as excessive nitrogen - phosphorus. Large levels of nitrates from fertilizers in the runoff can infiltrate drinking water I wonder if these so-called organic method gardeners that say they are chemical-free explain this to their customers. All certified organic growers are the proper distance away from farm fields that use lots of different chemicals to prevent cross contamination or at least they should be. When I choose to grow produce for sale I do not mention anything even close to the word organic because I am NOT certified and tested and inspected and licensed ORGANIC If people ask me what chemicals I use for my operation they get all of my information. If they don,t ask I do not say anything because the weed/bug sprays that I use are available over the counter and are legal to use without special fed, or county-govt. permits. Nick

Before you fertilize I'd recommend a soil test, especially for vegetable gardens so you will know exactly which nutrients your soil is lacking. This way you can add the appropriate organic fertilizer necessary. I like to say you get out of your garden what you put into it...in other words if you want organically grown vegetables use organic fertizers and if you want chemically grown vegetables use chemical fertizers. Plants really don't know the difference and they will take up what nutrients they need. But if a certain nutrient is missing that is needed for the plant to take up another that could be a problem, that is why soil tests are so important.

If you have sandy soil with very little to no organic matter any nutrients you apply, no matter the source, will flow through and into the ground water (causing pollution) and wasting your money because that food will not be feeding your plant. Adding organic matter to sand fills in the pore spaces and helps hold both nutrients and moisture in the root zone so the plants can uptake what they need. If you have clay soil with little to no orgnaic amtter in that soil any nutrients you apply, no matter the source, will be locked onto the clay particles and will not be available to the plants. Adding organic matter will seperate the clay particles, change the electric charge on the clay particles so the nutrients are not locked on, the plants roots will be able to move around to find both food and nutrients more freely so the plants grow stronger and healthier. You do not need to add organic matter to your soil but if you do you may just as well take the money you would spend for "fertilzier" and through it into the nearest landfill for all the good it will do.