Farms.com Home   News

Insect Pests Of Vegetables Webinar Now Available

By Erin Lizotte, and Ben Werling, Michigan State University Extension
 
Learn more about major pests of vegetables, how they damage crops and the signs they leave behind in a new Online Integrated Pest Management (IPM) Academy webinar.
 
Michigan State University Extension is continuing to expand the Online Integrated Pest Management (IPM) Academy, which now includes a vegetable pest webinar titled “Becoming an Insect Investigator: Interpreting Vegetable Pest Symptoms and Signs.” Insect crop damage is a classic case of “whodunit.”
 
Sometimes the culprit species is on the scene, but is hidden amongst a diverse crowd of suspects, and sometimes they have fled the scene of the crime. Learn more about major pests of vegetables, how they damage crops and the signs they leave behind.
 
Squash bug eggs hatching into nymphs. Photo credit: Zsofia Szendrei, MSU
 
Squash bug eggs hatching into nymphs. 
 
The Online IPM Academy is a series of online prerecorded webinars available to you for free and with no registration. Commercial and private core pesticide recertification credits are available for Michigan applicators. Michigan residents can earn up to five pesticide recertification credits. A computer with internet connectivity, a web browser and speakers are required.
 

Trending Video

Comparing the Economics of No-Till, Strip-Till & Conventional Systems

Video: Comparing the Economics of No-Till, Strip-Till & Conventional Systems

Conservation Ag Update, brought to you by Bio-Till Cover Crops, Univ. of Illinois analysts dive into new data from the Precision Conservation Management program, comparing the economic differences between no-till, strip-till and other tillage systems.

Plus, we head to Washington County, Wis., for an update on two farmers who dealt with historic flooding over the summer. Blake Basse credits strip-till and cover crops for helping his cash crops survive the “1,000-year” rain event, while Ross Bishop says his no-till fields are more resilient than his neighbor’s conventional fields.