Agricultural Ecology
s41598-022-06439-6.pdfAutomating insect monitoring using unsupervised near-infrared sensors
Gibson, Bick, Palkovic, Gepts BIC Short Communication 2022.pdfPhenotyping insect resistance with autonomous field-based insect sensors (BIC/NAPIA 2021)
biocontrol econ analysis (Nieto et al.).pdfQuantifying the economic impact of Peristenus relictus establishment on host Lygus hesperus populations in California organic strawberry (preprint)
BIORXIV-2021-468635v1-Bick.pdfDetection of insect health with deep learning on near-infrared sensor data (preprint, under revision in iScience)
Bick Dryden Nguyen Kim 2020 A novel co2 based insect sampling device and associated field method evaluated in a strawberry agroecosystem.pdfA Novel CO2-Based Insect Sampling Device and Associated Field Method Evaluated in a Strawberry Agroecosystem
Preto Bahder Bick Sudarshana Zalom 2019 Seasonal Dynamics of Spissistilus festinus in a California Vinyard.pdfSeasonal Dynamics of Spissistilus festinus (Hemiptera: Membracidae) in a Californian Vineyard
Bick2020_Article_EffectsOfSalinityAndNutrientsO.pdfEffects of Salinity and Nutrients on Water Hyacinth and its Biological Control Agent, Neochetina bruchi
US10433534.pdfPatent No. US 10,433,534
Discriminatory Insect Sampling Device and Method for Use
Dissertation.pdfDissertation: Plant-Insect Interactions to Promote Pest Management in Strawberry and Water Hyacinth Ecosystems
Khodaverdi Fowles Bick Nansen 2016 Does drough increase the risk of insects developing behavioral resistance to systemic insecticides.pdfDoes Drought Increase the Risk of Insects Developing Behavioral Resistance to Systemic Insecticides?
Gibson_BIC2021_Final.movPhenotyping Insect Resistance with Autonomous Field-based Insect Sensors - Bean Improvement Cooperative 2021 Biannual Meeting