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Direct agriculture, horticulture, plant growth, water absorption, water conservation, fertilizer savings, commercial grower, commercial growth, irrigation technology, water saving, arid soil, rooting cuttings, growth stimulation, growth stimulator, osmotic resistance, soil chemistry, direct
irrigation |
Irrigation is based upon the discovery that
plants with roots in both soil and
water at the same time grow faster and larger than plants in soil alone, no
matter how moist it is kept. |
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This
principle has been adapted to practical use in several ways as disclosed in
the Patent Declaration. (Link at left) Too
simple to work? Try
it yourself free! Instructions
in this web site. |
Unretouched photo of dahlias (variety Hendra Wildfire) with and without
Direct Irrigation. In both cases, the dahlias were properly watered and cared
for. The experimental plant on the left shows unusually good growth, quite
atypical of dahlias in general, as illustrated by the control plant on the
right, which shows typical growth. Experiment
conducted by Ohio State University Department of Agronomy ******************************************************* Direct Irrigation is a process so simple
that the results are difficult to believe. Our evidence is simple: The
process is easily replicable and the results very consistent and robust. Any
interested person can duplicate our experiments at very low cost and
determine for him/herself that it works. See links at left for further
details. Look at the results of the method applied to grape cuttings here:
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Copyright
2006-2008; All
technology in this web site is protected by US and foreign intellectual
property laws. All rights reserved. |
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Difficult to root grape cuttings are rooted
by the method in less than 4 months with nearly 100% success instead of 18
months with much lower success rate. Duplicated for
the past 12 years at Willow Hill Vineyards and Winery 5460 Loudon
Street, Johnstown, Ohio 43031 |
