Research -> Focus Areas -> Urban, Structural, and Green Industries Pest
Management
Faculty and Staff:
Nancy Breisch, Amy E. Brown, Betty Marose, Michael Raupp, Sandra Sardanelli, Paula Shrewsbury, Barbara Thorne
Description of Focus Area:
The Department of Entomology has been a leader in developing research,
extension,
and teaching programs to address the needs of clientele in rapidly urbanizing
states. Urban dwellers and the plant production and pest control industries
that serve them rely heavily on the use of pesticides to address pest related
problems. Pesticide use in the urban environment may exceed that in agricultural
settings. The combination of high population density and pesticide use raise
concerns regarding the exposure to humans and non-target organisms in urban
environments. Moreover, the rapid development of residential property in
environmentally sensitive watersheds of the Chesapeake Bay create a need
to find tactics that will reduce inputs of pesticides and nutrients into
homes, schools, landscapes, and recreational areas.
To address the needs of this nontraditional audience we have developed
innovative
research, demonstration, instructional, and outreach programs. An annual
report of pest management activities and projects in Maryland is posted on
the Maryland Pest Management Program Website.
Programs focus on defining the key pests of structures and landscapes and
understanding their biology,
ecology, and management. Research and demonstration programs emphasize improved
methods for pest monitoring and prediction, decision-making, and non-chemical
approaches to intervention. Current investigations include: morphological
and phytochemical mechanisms of plant resistance; the design of landscapes
and buildings that are refractory to pests and restorative of ecological
processes; detection of new plant diseases; evolution and behavior of pests
in urban settings; effects of nutrients and water on plant susceptibility
to pests; mechanisms underlying outbreaks of secondary pests following
insecticide
applications; and the selective spatial and temporal placement of pesticides
to minimize adverse environmental impacts.
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