Milton E. Teske
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Validation of the spray drift modeling software AGDISPpro applied to remotely piloted aerial application systems Open
Regulatory bodies worldwide are currently developing modeling frameworks to simulate pesticide drift following applications from remotely piloted aerial application systems (RPAAS). Unfortunately, there are no currently validated mechanist…
Predicting the Aerial Application of Dispersant Onto an Oil Spill Open
The release of dispersant from an aircraft onto an oil spill is simulated using the AGDISPpro computer model, to develop a better understanding of how aircraft type, spray systems, and meteorological conditions affect the prediction of sur…
Predicting Spray Drift from Backpack and UTV Spraying Open
This article summarizes the development and predictions of a Lagrangian-based computer model applied to recent field data on backpack and utility vehicle spraying. Model agreement with data supports the usefulness of the model for the test…
Prediction of Aerial Spray Release from UAVs Open
This article summarizes the ability of CHARM+AGDISP to predict the drift and deposition of sprays released from rotary wing unmanned aerial vehicles (UAVs). This predictive capability results from merging algorithms for spray transport, as…