turbo
Gold Member
- 3,157
- 57
There is a 25-acre greenhouse a few miles south of me that grows vining tomatoes using hydroponics. The tomatoes are called "Backyard Beauties" and while they are remarkably consistent in appearance, and are free from insect damage, etc, they are also over-priced and tasteless compared to the tomatoes (of any variety) grown in my garden. In addition, their shelf-life is very poor, and they start to get wrinkly skin and go soft after just a few days. They are marginally better in quality than the hi-pack varieties normally found in stores, but the much higher cost means that most families end up eating the stuff shipped up from Florida, anyway. Hydroponic growing is a niche activity that can only be supported by concentrating on the more expensive produce on the market.NeoDevin said:turbo-1, if we're going to talk about environmental impact, you must take into account that organic/natural farming takes more land than "scientific" farming, and takes more water and land than hydroponics. The most environmentally friendly, and healthy food most likely comes from hydroponics (I would guess), since they have the best control over all environmental concerns. Generally the more control we can take over the growth/environment (including nutrients, pests, temperature, sunlight) the more efficiently we can use the land, and the better quality produce we can get.
As for the "more land" statement about organic vs chemical fertilizers, there are some things that you might not know about organic gardens. One important thing is that tilling rotted organic materials (fertilizer) into soil gives the soil a "body" that resists erosion and holds water better than equivalent chemically-fertilized soils. A garden with well-developed organic soil requires very little watering under most circumstances, and it resists erosion during heavy rains. In addition, complex organic materials release their nutrients slowly and steadily as they are broken down by microorganisms in the soil, so nutrients are not leached out in run-off as easily as in chemically-fertilized soil. Good water retention and resistance to run-off leaching are both important advantages for organic farming and for the good of rivers and streams.
When I first moved here, the garden spot was a mess. The soil consisted of loamy clay that got hard as a rock when dry, and turned into a sticky slippery mess when wet. After a heavy rain, there would be a rivulet of mud running out the lowest corner of the garden. Not good. The previous owner used lime and chemical fertilizers exclusively. We were late getting in here, so I planted and hoped for the best, and got very poor crops in return.
Over the next 2 years, I tilled in truckloads of peat and composted cow manure, and have recently added truckloads of old rotted manure from a dairy operation a few miles away, as well as compost made from our own garden waste and vegetable scraps. I never once had to water the garden last summer, and when you reach down and grab a handful of soil, you can squeeze it and make it clump, yet it remains so soft in place that you can pull out weeds with very little effort AND get all the roots so that rhizome-propagating weeds don't come back. Building up this soil required some work and some investment, but the high yields and quality of the vegetables makes it all worth it. I doubt that any commercial farm could rival my garden in produce per unit area. My garden is a little over 1500 ft2 and though I can and freeze vegetables all summer (we have two large chest freezers), make salsas and relishes etc, I still have to give away vegetables to neighbors and relatives.
BTW, I am not really new to this. 50 years ago I was helping my mother out in the garden, and we were composting vegetable scraps with coffee grounds, maple leaves from the front yard, and adding that to the garden along with rotted manure. Gardening organically is not a fad - it's a traditional technique.