“Smart” sprayer technology provides environmental and economic benefits in California orchards

Spray applications of pesticides to orchards are a common cultural practice; however, they present environmental concerns due to emissions of volatile organic compounds (VOCs), runoff that can allow pesticides to enter waterways, and spray drift onto nontarget areas. Advanced sprayer technology can...

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Published in:California agriculture (Berkeley, Calif.) Vol. 65; no. 2; pp. 85 - 89
Main Authors: Daniel Downey, Durham K. Giles, Parry Klassen, Franz J. A. Niederholzer
Format: Journal Article
Language:English
Published: University of California Agriculture and Natural Resources 01-04-2011
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Abstract Spray applications of pesticides to orchards are a common cultural practice; however, they present environmental concerns due to emissions of volatile organic compounds (VOCs), runoff that can allow pesticides to enter waterways, and spray drift onto nontarget areas. Advanced sprayer technology can address these concerns and improve application efficiency by reducing the amount of spray that does not reach the target. Target-sensing sprayers were evaluated in multiseason experiments. They reduced pesticide application rates by 15% to 40% and nontarget orchard-floor deposition by 5% to 72%, providing significant environmental and economic benefits.
AbstractList Spray applications of pesticides to orchards are a common cultural practice; however, they present environmental concerns due to emissions of volatile organic compounds (VOCs), runoff that can allow pesticides to enter waterways, and spray drift onto nontarget areas. Advanced sprayer technology can address these concerns and improve application efficiency by reducing the amount of spray that does not reach the target. Target-sensing sprayers were evaluated in multiseason experiments. They reduced pesticide application rates by 15% to 40% and nontarget orchard-floor deposition by 5% to 72%, providing significant environmental and economic benefits.
Author Daniel Downey
Parry Klassen
Franz J. A. Niederholzer
Durham K. Giles
Author_xml – sequence: 1
  fullname: Daniel Downey
  organization: D. Downey is Associate Project Engineer, Department of Biological and Agricultural Engineering, UC Davis
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  fullname: Durham K. Giles
  organization: D.K. Giles is Professor, Department of Biological and Agricultural Engineering, UC Davis
– sequence: 3
  fullname: Parry Klassen
  organization: P. Klassen is Executive Director, Coalition for Urban/Rural Environmental Stewardship, Dinuba, Calif
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  fullname: Franz J. A. Niederholzer
  organization: F.J.A. Niederholzer is Orchard Systems Farm Advisor, UC Cooperative Extension, Sutter and Yuba counties
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