Max Robotics — Global Service Robot Directory + US Certification

About

Donald C. Pierson is a leading expert in water quality modeling and reservoir management, with a primary focus on understanding and mitigating turbidity in drinking water supplies. His research integrates hydrodynamic transport models with real-time monitoring to predict how runoff events deliver sediment and degrade water clarity. Pierson’s most influential work, the “Turbidity Model for Ashokan Reservoir, New York” (2009, 35 citations), developed a two-dimensional hydrothermal and transport framework that accurately simulates the fate of terrigenous particles during storms—a critical tool for managing withdrawal quality. He further advanced the field by pioneering robotic water quality monitoring networks, as demonstrated in his 2008 study (10 citations), which used in-reservoir profiling platforms and tributary sensors to capture high-resolution turbidity and temperature patterns. Pierson also validated and applied these transport models to Schoharie Reservoir (2011, 9 citations), showing how specific inflow characteristics govern particle dispersion. His 2013 work on robotic monitoring for multiple-reservoir systems (4 citations) underscores his commitment to operationalizing science for water utilities. With a career dedicated to bridging field observation and predictive modeling, Pierson has provided utilities with actionable strategies to protect source water quality during extreme weather events.