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An
example of this effort is the plot of pesticide-free orchard
devoted to the work of entomology professor Ron Prokopy. A tireless
inventor, Prokopy created the widely used "sticky red spheres"
that both monitor and control the apple maggot. Now other kinds
of sticky traps and pyramidal structures are being tested in
an effort to lessen the devastation of another insect pest,
the plum curculio.
Other research at the horticultural center involves studying
fruit varieties, training, root stocks, storage, and best management
techniques. As a retail outlet and showpiece for research, the
center fulfills its outreach/extension role. The Massachusetts
Fruit Growers' Association, representing 200 growers, suppliers,
and other industry professionals, meets here every summer.
"Our industry is more advanced than many throughout the
country," says Autio, referring to the level of adoption
of integrated pest management techniques. "The rest are
just beginning to be involved with what we've been doing for
15 years. And we have some of the most difficult problems here
in humid New England."
Still, New England remains a substantial tree-fruit producing
area with a $20 million industry. Apples are Massachusetts'
second biggest crop after cranberries. And, with its five faculty
and one and a half professionals, UMass is the leading institution
in New England in tree-fruit studies. "Local growers trust
us," says Autio. "They have confidence in the techniques
we recommend." A measure of that trust is the generosity
of the Massachusetts Fruit Growers' Association in supporting
the work of the Horticultural Research Center.
100%
Employment
There
is strength in numbers, as the Massachusetts Arborists Association
vividly demonstrated when it presented a check for $125,000
to UMass on Arbor Day 1997. That check was the first step in
establishing a $1.5 million endowed professorship in commercial
arboriculture. The 800-member professional organization reached
that impressive sum through the collective power of many larger
and smaller gifts from people who believe in the value of education.
There is also an element of self-interest here for the arborists:
a strong commercial arboriculture program at UMass will provide
them with the skilled employees they'll need in the coming years.

Skilled is the key word here, as an anecdote from Dennis Ryan
demonstrates. Ryan is an associate professor of arboriculture
and park management, who was just getting started in the commercial
tree-care business in the 1960s. One day a customer chased him
down the street after he had finished spraying her tree.
"Obviously you didn't put enough DDT on my elm tree,"
she said, indignantly. "I can tell because my driveway
isn't all white underneath the branches."
"If you did that sort of spraying today," says Ryan,
"you'd be locked up." The story not only illustrates
the evolution in public attitudes toward pesticides, but the
revolution in education, research, and technology in tree care
over the past decades. "The green industry is begging for
qualified people," says Ryan. "Our graduates have
100 percent employment."
The campus has the oldest arboriculture program in the country,
a natural outgrowth of its land-grant beginnings. The first
tree-care course was taught in the early 1890s, mostly to tree
wardens. The history of the discipline quickly became connected
to the rise of federally funded research, and with the development
of the extension service.
Today, with a two-year certificate program through the Stockbridge
School and a bachelor's degree in forestry, UMass is the only
curriculum in the country with so much emphasis on commercial
tree care. Like their counterparts in the fruit-tree industry,
people who care for ornamental and shade trees make use of the
environmentally sound practices of integrated pest management.
In addition, the University cultivates the green industry through
UMass Extension's diagnostic labs, as well as its educational
workshops and seminars for professionals.
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