Guidance to Protect Habitat from Pesticide Contamination: Creating and Maintaining Healthy Pollinator Habitat
This Xerces Society guidance document was designed to help growers, land managers, and others safeguard pollinator habitat from harmful pesticide contamination. It includes information on selecting habitat sites, as well as ways to maintain clean habitat by limiting and carefully managing pesticide use.
Smarter Pest Management: Protecting Pollinators at Home
Most of North America’s native bee species only forage over a distance of a few hundred yards, so with a little planning, your yard can provide a safe space for bees and other pollinators to thrive. All you need to give them are flowering plants throughout the growing season, undisturbed places to nest, and protection from pesticides. This Xerces Society guide will help you with the last item, managing yard pests in a pollinator-friendly way.
Smarter Pest Management: Pollinator Protection for Cities and Campuses
This Xerces Society fact sheet introduces to city and campus land managers the concept of integrated pest management (IPM), a system that emphasizes prevention first and seeks to eliminate the underlying causes of plant diseases, weeds, and insect problems rather than relying on routine use of pesticides.
Buying Bee-Safe Plants
Creating a welcoming home for local pollinators in your home garden or city park habitat is reason enough to choose plants free from harmful pesticide residues. Nurseries are more likely to make investments in pollinator-friendly production if their customers make it clear this is what they want. Our guide, Buying Bee-Safe Plants, covers four ways to help you find plants that are safe for bees, and includes tips and questions to use at the nursery.
Offering Bee-Safe Plants: A Guide for Nurseries
Three core elements of pollinator-friendly growing include using non-chemical methods to prevent and manage pests, monitoring of pest pressure, and limiting risk to pollinators if pesticides are used. These concepts are rooted in integrated pest management and are familiar to most growers. Offering Bee-Safe Nursery Plants: A Guide for Nurseries explains these concepts further and was created for wholesalers and retailers to explore, encourage, and implement pollinator friendly pest-management in the nursery business.
Protecting Pollinators from Pesticides: Fungicide Impacts on Pollinators
From large farms to small backyard gardens, many people use fungicides to control plant pathogens. While insecticides have long been recognized as a threat to bees and other beneficial insects, fungicides have generally been assumed to be relatively harmless. Though most fungicide exposures won’t kill a bee immediately, a growing body of research suggests that some fungicides can cause subtle yet significant harm. This Xerces Society fact sheet delves into how these impacts on pollinators occur, and offers mitigation measures and alternative pest management strategies.
How to Reduce Bee Poisoning from Pesticides
This detailed guide, produced jointly by the extension services of Oregon State University, Washington State University, and the University of Idaho, offers guidance on how to select and apply insecticides. Extensive tables list the toxicity to bees of dozens of chemicals and how long after application they remain hazardous to bees in the field.
Protecting Bees from Neonicotinoids in Your Garden
Neonicotinoids are a group of insecticides that are used widely on farms, as well as around our homes, schools, and city landscapes. This Xerces Society brochure explains why they are a risk to bees, gives examples of neonicotinoid garden products, and gives some simple tips for protecting bees from these insecticides.
How Neonicotinoids Can Kill Bees: The Science Behind the Role These Insecticides Play in Harming Bees
In this Xerces Society report, we present an overview of research that clearly documents neonicotinoid impacts on bees. The report also covers what can be inferred from existing research, and identifies knowledge gaps that will need to be filled to allow for better-informed decisions about the future use and regulation of these chemicals.
Beyond the Birds and the Bees: Effects of Neonicotinoid Insecticides on Agriculturally Important Beneficial Insects
This Xerces Society report details potential negative impacts of neonicotinoid insecticides on important beneficial insects. It also makes recommendations on how we can better protect important beneficials like beetles and wasps.
Organic Pesticides: Minimizing Risks to Pollinators and Beneficial Insects
These Xerces Society guidelines provide a brief overview of how to select and apply pesticides for organic farm operations while minimizing pollinator mortality. Many of the practices outlined here for protecting pollinators also can help to protect beneficial insects such as parasitoid wasps and flies; predaceous wasps, flies, and beetles; ambush and assassin bugs; lacewings; and others. The presence of these insects can further reduce pest pressure and the need for chemical treatments.
Common Organic-Allowed Pesticides: A Comparative Overview
Intended as a companion document to Organic Pesticides: Minimizing Risks to Pollinators and Beneficial Insects, this fact sheet is intended to be a quick reference to help you select and use organically-approved pesticides with the least impact on bees and other beneficial insects.
Supporting Ecologically Sound Mosquito Management: Protecting Pollinators from Pesticides
This Xerces Society fact sheet provides a brief overview of mosquito management methods that protect both people and pollinators, plus two case studies in effective mosquito management.
IPI Database
The IPI database contains summaries of research articles on pesticides, their effects on invertebrates, and pesticide movement in the environment. Articles have been reviewed and summarized to highlight key findings by Xerces Society staff.
Preventing or Mitigating Potential Negative Impacts of Pesticides on Pollinators Using Integrated Pest Management and Other Conservation Practices
Agronomy Technical Note No. 9.
