automatic monitoring of insect populations

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Johnny Park showcases progress of automated digital insect traps

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Automatic Monitoring of Automatic Monitoring of Insect PopulationsInsect Populations

Johnny ParkJohnny Park, Purdue University & Spensa Technologies, Purdue University & Spensa TechnologiesLarry HullLarry Hull, Penn State University, Penn State University

Vince JonesVince Jones, Washington State University, Washington State University

August 18, 2011August 18, 2011

Team Members

Over $4.5B are spent annually on insecticide applications in the U.S.

Insect populations in the field drive when, where, and how much insecticide is applied

However, the current practice of monitoring insect populations is labor intensive!

Currently plastic sex pheromone traps are used to monitor insect populations

1 trap per 2.5 - 5 acres is recommended for apple orchards

At least 1-2 times a week, the number of insects in each trap must be counted manually

Our Proposed Solution

Evolution of Z-Trap

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Initial concept in the SCRI proposal

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LDR (Light Dependent Resistor)

LED (Light Emitting Diode)

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IR bucket traps at PSU-FREC

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First zapper-based trap prototype

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Wind tunnel experiment at WSU

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Field experiment at Purdue

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Field experiments at WSU and PSU

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Different versions of zapper traps

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Modified zapper delta trap

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CAD models of the 2011 version of Z-Trap

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2011 version of Z-Trap

2011 Field Experiments4 Z-Traps were deployed at the Sunrise orchard in Washington on May 26, 2011

8 Z-Traps were deployed at PSU-FREC on June 28, 2011

Field Test Setup at Sunrise

Field Test Setup at PSU-FREC

Funnels coated with “Insect-a-Slip” compared to uncoated funnels

Effect of Insect-a-Slip on Moth Escape - 2011

Z-Trap User Interface

Commercialization of Z-Traps

Innovation Showcase in IndianapolisJuly 12, 2011

Commercialization Plan

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