Year-Round IPM Program Pages
When planning for possible pesticide applications in an IPM program, review and complete this checklist to consider practices that minimize environmental and efficacy problems.
Choose a pesticide from the UC IPM Pest Management Guidelines for the target pest considering:
- Impact on natural enemies and pollinators. For more information see Protecting Natural Enemies and Pollinators.
- Potential for water quality problems using the UC IPM WaterTox database.
- Impact on aquatic invertebrates. For more information, see Pesticide Choice, UC ANR Publication 8161 ().
- Chemical mode of action, if pesticide resistance is an issue. For more information, see Herbicide Resistance: Definition and Management Strategies, UC ANR Publication 8012 .
- Endangered species that may be near your site. Find out using the Department of Pesticide Regulation's PRESCRIBE program.
Before an application
- Ensure that spray equipment is properly calibrated to deliver the desired pesticide amount for optimal coverage.
- Use appropriate spray nozzles and pressure to minimize off-site movement of pesticides.
- Avoid spraying during these conditions to avoid off-site
movement of pesticides.
- Wind speed under 3mph or over 10 mph
- Temperature inversions
- Just prior to rain or irrigation (unless it is an appropriate amount, such as when incorporating a soil-applied pesticide)
- At tractor speeds over 2 mph
- Identify and take special care to protect sensitive areas (for example, waterways or riparian areas) surrounding your application site. Pay attention to buffer zones.
- Review and follow labeling for pesticide handling, personal protection equipment (PPE) requirements, storage, and disposal guidelines.
- Check and follow restricted entry intervals (REI) and preharvest intervals (PHI).
After an application
- Record application date, product used, rate, and location of application.
- Follow up to confirm that treatment was effective.
Consider water management practices that reduce pesticide movement off-site.
- Consult relevant publications:
- Protecting Surface Water from Sediment-Associated Pesticides in Furrow-Irrigated Crops , UC ANR Publication 8403.
- Consult the Department of Pesticide Regulation Groundwater Protection Program (GWPA) Web site for pesticide information and mitigation measures.
- Install an irrigation
recirculation or storage and reuse system. Redesign inlets into tailwater ditches to reduce erosion. For more information, see these publications:
- Reducing Runoff from Irrigated Lands: Tailwater Return Systems, UC ANR Publication 8225 .
- Reducing Runoff from Irrigated Lands: Storing Runoff from Winter Rains, UC ANR Publication 8211 .
- Use drip rather than sprinkler or flood irrigation.
- Limit irrigation to amount required using soil moisture monitoring and evapotranspiration (ET). Use CropManage (online decision support program) to guide irrigations.
- Consider using cover crops.
- Consider vegetative
filter strips or ditches.
(For more information, see Vegetative Filter Strips , UC ANR Publication 8195. - Apply polyacrylamide (PAM) tablets in furrow and sprinkler irrigation systems to prevent off-site movement of sediments. (For more information, see Protecting Surface Water from Sediment-Associated Pesticides in Furrow-Irrigated Crops, UC ANR Publication 8403 .
Consider practices that reduce air quality problems.
- When possible, reduce volatile organic compound (VOC) emissions by decreasing the amount of pesticide applied, choosing low-emission management methods, and avoiding fumigants and emulsifiable concentrate (EC) formulations.
For more about mitigating the effects of pesticides see the Mitigation page.