Drift, Erosion and Runoff Studies
Field Studies that
Replicating the use of chemicals and other practices to determine the possible runoff, washoff, and drift.
Agricultural chemicals and other farming practices are widely used to increase yields to feed a growing world population. If used improperly, these practices can have a detrimental effect on the surrounding ecosystem. At Waterborne, we have conducted drift, erosion, and runoff studies as part of product stewardship and product support measures for both the U.S. Environmental Protection Agency and individual state agencies.
Do you have questions about our Field studies work?
Contact Waterborne's Global Field Studies lead, Jennifer Trask, at traskj@waterborne-env.com.
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Our Drift, Erosion, and Runoff Study Work
Agricultural chemicals and other farming practices are widely used to increase yields to feed a growing world population. If used improperly, these practices can have a detrimental effect on the surrounding ecosystem. At Waterborne, we have conducted drift, erosion, and runoff studies as part of product stewardship and product support measures for both the U.S. Environmental Protection Agency and individual state agencies.
These studies include field-scale and small-scale plots using irrigation systems or artificial rainfall simulators. Examples of projects we have completed are:Â
- Investigating spray drift during application
- Volatility and runoff monitoring after application
- Measuring washoff residues from foliage and plastic mulch
- Comparing pesticide and herbicide runoff potential among common construction materials
- Monitoring sedimentation within a drainage pond using repeated bathymetric surveys
- Agricultural best management practice assessment through long-term monitoring
- Automated sample collection for analysis of suspended solids and other analytes
We are happy to work with you to answer your drift, erosion, and runoff-related questions.