Northfield, T.
Tobin Northfield
New Codling Moth Pathogens
Tracking Beneficial Parasites to Safeguard Cherry Production
Identifying Biocontrol Agents for X-Disease Vectors to Allow Integrated Pest Management in Cherries: Progress Report
Identifying Biologically-Based Paths Reducing Insecticide Resistance in Codling Moth: Final Report
Identifying biocontrol agents for X-disease vectors to allow integrated pest management in cherries
X-disease, colloquially referred to as “little cherry disease” is the key threat to Pacific Northwest cherry production and the only management options are tree removal and control of leafhoppers that vector the phytoplasma pathogen. With little natural enemy knowledge, vector control focuses only on chemical controls, suspending integrated management principles. Here, we propose using primers […]
Identifying Biologically-Based Paths Reducing Insecticide Resistance in Codling Moth: Progress Report
Identifying biologically-based paths reducing insecticide resistance in codling moth
Codling moth is the key pest in Washington apples, a $2 billion industry. WSU research suggests that reducing insecticide rates by 90% in conventional farms can provide control equivalent to full rates by improving predator conservation that supplements chemical control. However, fears of promoting insecticide resistance has prevented industry adoption. In organic blocks, codling moth […]