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“He would be
kind of the model for implementing conservation in production agriculture in
this area,” said Tom Van Wagner, NRCS district conservationist for Lenawee
County.
Every
conservation concern on his operation is addressed, Van Wagner said. NRCS
has worked with Baker to install cover crops, grassed waterways and other
erosion control practices. Anytime he adds land to his operation Baker has
made addressing any conservation concerns a priority, said Van Wagner
Baker also is
an innovator, constantly looking at new technology that will improve
production and conservation. He was one of the early users of no-till in his
area and today uses no-till on all of his farm land. In the late 1980’s many
Lenawee County farmers were becoming discouraged with no-till after six or
seven years and returning to conventional tillage. This led Baker and other
no-till supporters to organize the Lenawee County Center for Excellence.
The Center
for Excellence allows producers to research and develop new methods of
production while at the same time maintaining the highest level of
conservation. New technologies and practices are tested locally under real
farming conditions and the results are shared with area farmers. Baker has
been hosting the Center for Excellence’s annual field day for several years.
Baker
offered land for use in test plots comparing results from different methods
of tillage. Over eight or nine years of test plots the no-till corn has come
out on top in production six times, said Baker. The Center for Excellence
results demonstrate to farmers that no-till is viable, especially with
higher fuel costs.
Although
most farmers in his area now only use no-till for their soybeans, Baker
continues to exclusively use no-till. “We don’t see that it’s hurting us,”
said Baker.
Baker also
received a conservation innovation grant from NRCS to test a sub-irrigation
system utilizing liquid waste from his dairy operation. The system uses a
constructed wetland and a sub-irrigation system to treat liquid waste. The
system was completed in 2005 and has resulted in increased yields while
effectively treating dairy wastewater.
Liquid
waste from the dairy operation and silage leachate is kept separate and
stored in a separate waste storage facility. From there the waste goes to a
two-celled constructed wetland for initial treatment and then sent through a
sub-irrigation system covering about 20 acres of farmland. The water and
nutrients in the wastewater benefit the crops which remove nutrients from
the water before it is released. So far the results have been encouraging
for treating the waste and increasing crop yields on the irrigated acres.
As long as
Baker farms, he will no doubt look for better ways of farming that also help
the land. |