Dinocide Tree Injection for Spotted Lanternfly Control

The spotted lanternfly (Lycorma delicatula) is an invasive planthopper that has caused extensive damage to trees and crops in affected regions. This study evaluates the effectiveness of Mauget's Dinocide tree injection system as a targeted control method.

The research was conducted over multiple growing seasons to assess both immediate control and long-term residual effectiveness of the Dinocide treatment against spotted lanternfly populations.

The study employed rigorous scientific protocols including:

• Controlled field trials with statistical analysis • Multiple treatment sites across affected regions • Pre-treatment population assessments • Post-treatment monitoring at regular intervals • Comparison with untreated control groups • Long-term residual efficacy evaluation

All trials followed established research standards for pest control efficacy studies.

The research demonstrated significant effectiveness of Dinocide tree injection for spotted lanternfly control:

• Rapid population reduction within 2-4 weeks of treatment • Sustained control lasting through the growing season • Excellent systemic distribution throughout treated trees • Minimal impact on beneficial insects and pollinators • Safe for use near water sources and sensitive environments • Superior performance compared to foliar spray applications

Optimal treatment protocols were established based on study results:

• Apply during early spring before egg hatch • Use standard Mauget injection procedures • Dosage based on tree diameter (DBH) • Single annual application provides season-long control • Treatment effective on all preferred host trees • Can be combined with other IPM strategies

The study confirmed significant environmental advantages of the Dinocide injection system:

• No off-target effects from drift or runoff • Systemic action protects entire tree canopy • Reduced chemical load compared to spray applications • Safe for use in urban and suburban environments • Compatible with pollinator protection programs • Enables targeted treatment of individual trees