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- Sadler, E. J.; Sudduth, K. A.; Lerch, R. N.; Baffaut, C.; Kitchen, N. R.
- Hydrological processes 2014 v.28 no.2 pp. 210
- agricultural runoff; agricultural watersheds; application rate; application timing; atrazine; growing season; herbicide residues; nonpoint source pollution; pesticide application; streams; weather; Missouri
- ... Year-to-year dynamics in weather affect both the timing of application and the potential hydrologic transport of pesticides. Further, the most commonly used pesticides dissipate in the environment during the growing season. Interactions among these factors – hydrology, timing of application and dissipation kinetics – hinder the detection of temporal trends in transport. It is increasingly importan ...