| History:
 |
| Serious erosion within a sloped cabbage field planted using traditional
planting techniques (plowing/tilling). |
 |
| The same cabbage field showing virtually no erosion when planted with
the no-till transplanter for cabbage. |
|
In 1979, Ron received a letter from an Extension sgent in Carroll County, VA with a photo
showing Rt. 58 blocked by a mudslide from an adjacent cabbage field and just two words, "Please Help!"
Work began in 1980 with a relatively new farming concept called "No-till." In this technique
the production field is sown with a cover crop like rye or vetch for erosion control, it is
then killed with an herbicide, and vegetable transplants are planted BY HAND without any other
disruption (tilling) of the soil. In this project, the feasibility of cabbage production
was examined.....it worked! And later, other vegetable crops were planted using "No-till" with
similar success. But hand-transplanting was simply not an attractive option if this technique
were to be adopted on a commercial scale. The feasibility of using existing mechanical
transplanters was examined, but they REQUIRED tilled soils to work properly....unless, and
only unless the soil was reasonably moist and loose already. A turning point for the project
came in 1990, when Virginia had a very dry spring and the conventional mechanical transplanters
wouldn't work in the parched field soils. A new strategy/transplanter was a necessity for the
large-scale success of No-till vegetable production and for the industry to adopt it and ultimately
lead to soil conservation, which was the original intent of the project.
Dr. Morse enlisted the cooperation of Biological Systems Engineers to design a transplanter
that would slice through the soil, even through heavy debris of plant matter on the surface,
loosen the soil, and insert the transplant....all in a systematic, mechanical way. The
"Subsurface Tiller Transplanter" was born and was designed to complement the entire concept
of No-till farming, not just vegetables.
The initial success of this new transplanter sent shockwaves through certain sectors of the
farming community and soon tests were being conducted from Georgia to New York, particularly
on sloped, erodable, Appalachian sites. As the word spread, support monies also started to roll
in to further the research conducted by Dr. Morse and his group; what was particularly ironic was
that the same groups that expressed great skepticism initially were now supporting additional
research.....this is NOT unusual! |