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Agricultural Research Service United States Department of Agriculture
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Research Project: BIORATIONAL CONTROL METHODS FOR INSECT PESTS OF POTATO

Location: Wapato, Washington

Project Number: 5352-22000-016-00
Project Type: Appropriated

Start Date: Apr 12, 2005
End Date: Apr 11, 2010

Objective:
Objective 1: Develop new knowledge of behavior, genetics, physiology, and ecology of wireworms, aphids, secondary potato pests, and their natural enemies, that provides opportunities for new and improved biorational control of potato insect pests. Objective 2: Develop monitoring methods and techniques that reduce grower risk from wireworms that improve predictability of threats to potatoes. Objective 3: Develop economical, sustainable, and ecologically sound methods for control of aphids, wireworms, and secondary pests of potatoes.

Approach:
Objective 1.The seasonal phenology and movement of green peach aphid and leafhoppers in potato will be described quantitatively. Effects of induced defenses of potato on behavior, development, and reproduction by insect pests will be determined. Microbial flora resident in the midgut of wireworm larvae will be genetically altered (paratransgenesis) to produce physiological or toxic conditions that in turn will be detrimental to the survival of the wireworm. The role and concentrations of carbon dioxide as an attractant for Pacific coast wireworm and will be determined. Mating behavior of Limonius canus (Pacific coast wireworm) will be described. Objective 2. Baiting methods to monitor wireworms in potatoes will be developed, and the feasibility of using baits to predict end-of-season damage to tubers will be determined. The seasonal phenology of wireworm damage to tubers will be described to assist in management decisions. Objective 3. The effectiveness of transgenic and traditionally bred potato varieties for resistance to wireworms and secondary pests will be demonstrated. Methods to manage wireworms and potato flea beetle in potatoes using entomopathogens will be developed. Methods for enhancing biological control of green peach aphid will be improved, including use of habitat modification, selective insecticides, and predator attractants. Action thresholds for leafhoppers that vector phytoplasmas will be estimated. Extent of insecticide resistance in green peach aphid in the Northwest will be determined. Formerly 5352-22000-014-00D (3/05).

   

 
Project Team
Horton, David
Lacey, Lawrence
Landolt, Peter
Munyaneza, Joseph - Joe
 
Project Annual Reports
  FY 2007
  FY 2006
  FY 2005
 
Publications
   Publications
 
Related National Programs
  Crop Protection & Quarantine (304)
 
Related Projects
   ETIOLOGY AND BIOLOGY OF ZEBRA CHIP POTATO DISEASE
   INCREASING THE UNDERSTANDING OF THE ROLE OF THE POTATO PSYLLID IN THE ZEBRA CHIP POTATO DEFECT COMPLEX
   ASSESSMENT OF THE SOURCE AND THE IMPACT OF THE PURPLE TOP DISEASE PATHOGEN ON POTATOES IN THE COLUMBIA BASIN
   EVALUATION OF CHEMICAL MANAGEMENT, INOCULUM SOURCES AND APHID VECTORS FOR POTATO VIRUS Y
   DEVELOPMENT AND TESTING OF BAITS FOR CONTROLLING WIREWORM IN POTATOES
   ASSESSMENT OF THE SOURCE AND THE IMPACT OF THE PURPLE TOP DISEASE PATHOGEN ON POTATOES IN THE COLUMBIA BASIN
   DEVELOPMENT OF A SYNTHETIC BAIT FOR ATTRACT AND KILL OF WIREWORMS
   MANAGEMENT OF INSECT PESTS OF POTATO AND TREE FRUITS
   MANAGEMENT OF THE POTATO PURPLE TOP DISEASE IN THE COLUMBIA BASIN
   BIOLOGY, ETIOLOGY, AND MANAGEMENT OF ZEBRA CHIP POTATO DISEASE
   BIOLOGY, ETIOLOGY, AND MANAGEMENT OF ZEBRA CHIP DISEASE (TEXAS A&M)
 
 
Last Modified: 11/05/2008
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