Here are summaries of some of the IPM research, innovations and projects going on in Colorado, or benefitting Colorado agriculture, communities and natural areas. Projects listed here are not necessarily funded by the Western IPM Center.
- IPM in Action: Boulder City and County Battle Invasive Weeds
The city and county of Boulder, Colorado illustrate IPM perfectly. They each have weeds to manage on public land, but because their goals, weeds, acreage and approaches differ, their management differs.
- Dropping the Emerald Ash Borer Quarantine Could Impact the West
The U.S. Animal and Plant Health Inspection Service has proposed lifting the domestic quarantine designed to slow the spread of emerald ash borer, an action that could speed the destructive insect’s introduction into Western states that have so far kept it at bay.
- Preparing for the Invasion: Emerald Ash Borer in Colorado
As part of its urban planning, the city of Denver recently asked residents what they wanted most in a revitalized downtown and they chose trees. It’s a shame so many of them are about to die.
- Targeting Weed Seeds at Harvest
As herbicide-resistant weeds become more common across the country, researchers and growers are looking for other ways to control weeds. In Colorado, they’re looking at harvest weed-seed control, IPM-friendly methods designed to destroy or remove weed seeds during harvest.
- Feral Swine Wreak Havoc
As pests go, wild pigs are huge – and hugely effective.
- Grazing Guidelines for Noxious Weed Control
Researchers, ranchers, and land managers know that livestock grazing can be a valuable and selective noxious-weed management tool, and this guide summarizes all the effective techniques.
- Hill-Climbing Cows May Bring Big Benefits to Western Rangeland and Ranchers
Conventional wisdom says cows don’t go up steep slopes. They don’t climb hills and don’t travel very far from water. But some cows never got that memo, and researchers are looking into whether naturally hill-climbing cows can provide production and environmental benefits in the rugged West.
- Protecting Kids from Pests and Pesticides by Promoting IPM in Schools
Both pests and pesticides in schools can pose a health risk to children, so promoting IPM practices in schools is doubly important. That's why the Western IPM Center has been helping Western researchers develop regional resources and promote school IPM.
- IPM Curriculum for Elementary Students Creates InPESTigators
How do you get teachers interested in integrated pest management? Turn IPM into a science curriculum they can use in their classrooms.
- School IPM Protects Kids from Pests and Pesticides
Both pests and pesticides are potentially harmful for kids and adults in schools. Common schools pests like the German cockroach or mice can carry disease and cause allergic responses. And children can be more at risk for harm from sprayed pesticides because of their behavior – playing on the floor or in grassy fields, for instance – and because of their developing physiology.
- Progress against Onion Pests
An update to the Pest Management Strategic Plan for dry bulb storage onions shows progress against thrips and Iris yellow spot virus, but still challenges to overcome.
- Center Funding Helps Develop a Better Way to Control Prionus Beetles
Hop growers in the Northwest - as well as a sweet cherry, apple and other fruit growers around the nation - now have a new mating disruption tool to combat the Prionus beetle and its root-boring larvae, thanks to research funded in part by the Western IPM Center.
- Boosting Invasive Species Cooperation Using Zebra Chip as a Model
When an invasive species is first detected in an area, the initial response is critical. Like with a cancer, the correct early detection and response can make a big difference in controlling the spread and severity of the outbreak.
- Montana Develops Weed Seedling Guide for the Northern Great Plains
Rapid and accurate identification of weeds at the seedling stage can save producers and land managers time and money but most weed identification guides only provide information about the mature stage of the plants. Not this one.
- IPM Adoption is Widespread in the West
Many integrated pest management practices are so widely adopted in Western agriculture they have become conventional pest management. That is one of the key findings of a new report by the Western Integrated Pest Management Center titled Adoption and Impacts of Integrated Pest Management in Agriculture in the Western United States.
- Decoding Chemical Communications to Control Insects
University of California, Riverside chemical ecologist Jocelyn Millar identifies the chemical signals insects use to communicate, then synthesizes versions of them to help monitor, trap or disrupt their activities. Lygus bug is just one of dozens of species Millar and his team are working on. The common thread is that they all communicate chemically, and decoding those chemical signals can create new ways to control those species where they are pests.
- Toolkit for Assessing IPM Outcomes and Impacts
The Western IPM Center’s IPM Adoption and Impacts Assessment Work Group, a collection of natural and social scientists from across the country, created online resources showing IPM researchers how to conduct basic impact assessments.
- Water Quality Protection
To protect water sources from pollution by pesticides, one of the first Western IPM Center signature projects created training materials for proper pesticide application for agriculture, professional landscapers and homeowners. In a little more than one year, the slides were downloaded 106 times in 20 U.S. states and one Canadian province, and used to train more than 1,400 people.
- Flowering Rush
Flowering rush is an aquatic plant that escaped from cultivation as an ornamental and has spread to thousands of acres stretching from the Pacific Northwest to Wisconsin. The Flowering Rush Subgroup of the Western IPM Center's Invasive Species Signature Project is looking for an effective biocontrol.
- VIDEO: Functional Agricultural Biodiversity
- Farmers embracing functional agricultural biodiversity incorporate habitat for beneficial insects and wildlife on their farms - and benefit from the ecosystem service that habitat provides.