TOMATOES IN THE STRAW
Maybe you can't spin those stalks into gold, but it takes just a bit of fiddling to raise a successful crop with this technique, including getting off the ground, the joy of straw-burying.
Maybe you can't spin those stalks into gold, but it takes
just a bit of fiddling to play . . .
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by
C. Donald Knight
I think I've discovered the perfect compromise method for
growing tomatoes (and other garden produce) indoors . . . a
Golden Mean between the high-tech effectiveness of
hydroponic cultivation and the simplicity—and lower
cost—of raising plants in soil. I'm talking about
straw-bale culture, a technique I heard of only after
hauling some 300 cubic feet of pumice, gravel, and dirt to
fill the planting beds of my new solar-heated greenhouse.
As I paused in the middle of that task to contemplate (and
curse) the necessity of trucking still more earth to my
conservatory, some sympathetic friends came to my rescue
with tales of "soilless" hothouse gardening. Needless to
say, the idea caught my fancy immediately. After all, who
wouldn't exchange the transfer of tons of terra firma for
the lifting of a little straw?
Bale culture, as noted above, is similar to hydroponics in
many respects . . . but it does not require the
special equipment or the twice-daily soakings necessary in
many water-growing methods. In fact, plants raised in straw
seem to need even less water than do those rooted in soil.
And unlike the almost inert growing medium of the
hydroponic system, the constantly composting environment of
straw-nurtured plants provides some "bonus" nutrients for
the vegetables . . . as well as a source of gentle heat for
their roots and for the greenhouse.
Nor do the advantages of growing vegetables in straw end
there. Tomatoes, in particular, seem to fairly leap at the
chance to form huge nurturing root systems amidst the
stalks .. . and such formations are (within limits) very
productive of healthy plant tops. The composting straw also
produces some CO 2 gas, the presence of which in more than
usual amounts tends to improve the growth rate and general
health of all the vegetation in the greenhouse.
GETTING OFF THE GROUND
Because a typical straw bale is about 24" wide, I set aside
room—in my conservatory—to accommodate a 2' X
20' bed of the material. After putting down a layer of
plastic sheeting (to help the straw retain water), I simply
set the bales end to end. (You could use loose straw held
in place by barrier walls . . but the unpacked stalks sink
rather drastically in the course of time, displacing the
plants. It's also somewhat difficult to stake tomatoes that
are growing in unbound straw.)
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