Is Organic the Future?
Picture three ripe red tomatoes arranged on a wooden cutting board
awaiting your pleasure. They've each come from a different source: can
you tell which one was grown organically?
Two of the tomatoes were lovingly tended in backyards - one in a conventional
garden and the other in an organic garden. The third tomato came from
the supermarket, and it's easy to eliminate from the guessing game.
The supermarket tomato is the pale red one the size and shape of a
tennis ball. Bred for packing, shipping, and storing, (not flavor),
this tomato was picked green, has traveled more than a thousand miles
from farm to store, and has sat on the shelf for weeks -- looking none
the worse for wear.
Set this one aside. It was definitely not grown organically.
Two remain. For the sake of the game, they are the same tomato variety,
let's say Big Beef slicers. Bright red, they were just picked and are
still warm to the touch from afternoon sun.
It's not so easy to tell the difference in these; we have to look
beyond the surface... literally. The quality of the soil from which
they grew is the key element to naming the winner of this game: conventional
tomato vs. organic tomato.
The chemicals in the fertilizers used in conventional gardens actually
break down the health of the soil. Microbes that are necessary for making
soil nutrients available to the plants are killed off.
The dead soil requires increasing doses of conventional fertilizer,
and still the plants are malnourished, falling prey to insects and disease.
Enter the deadly pesticides, sprayed liberally on the plant.
Now, the game is getting serious. One of the two remaining contestants
in our tomato contest had better be carefully washed before being eaten;
it's been dusted with poison.
On the other hand, the organically grown tomato also had fertilizer
applied to it, but this fertilizer was made from naturally occurring
substances like bone meal, fish emulsion, and rock phosphate. These
additions fed the soil and did no harm to the beneficial microbes that
make nutrients available for use by plants.
esticides probably weren't necessary because a healthy plant produces
its own pest-resistant chemicals. But if there were pests, the organic
gardener might have used a home-mixed spray of hot pepper and garlic,
or something similarly non-toxic to humans.
There are a few additional techniques the organic gardener probably
used, such as tilling in a cover crop to add organic material for the
microbes and earthworms to decompose. This process results in a crumbly
textured soil that holds moisture and allows the roots to breathe.
But even without the soil improvement from a cover crop, it's fairly
clear which tomato is better for health: the only nutrients that can
be found in the fruit had to come from what was available in the soil.
The organically grown tomato provides better nutrition.
What is not so clear is which tomato is better for flavor. A test
of the ratio of sugar to acid might be made, but that isn't a big issue.
Both the conventionally grown and organically grown tomato are vastly
superior in flavor to the poor tomato found in most supermarkets.
The original question in this tomato guessing game was whether you
could tell which one of those ripe, juicy tomatoes on the cutting board
was organic. Turns out that it's hard to tell just by looking, or even
just by tasting.
So, what's the big issue? Mainly this: sustainability. Conventional
growing depletes and eventually destroys the soil. Whereas organic growing
techniques actually build and improve the soil.
In the end, the nutritious organic tomato contributes more to your
health, and it is certainly better for the health of the soil from which
all future crops will come.
About the Author
Life-time gardener Judith Schwader specializes in organic gardening
methods. She shares expertise, humor, and advice for your gardening
success at A to Z
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