Dianne I. Greenfield
University of South Carolina, Monterey Bay Aquarium Research Institute
Papers
4
Total Citations
203
H-Index
4
About
Dianne I. Greenfield is a leading researcher in harmful algal bloom (HAB) ecology and autonomous marine sensing technology. Her work focuses on understanding the dynamics of toxic phytoplankton and developing innovative tools for their real-time detection in coastal waters. Greenfield’s major contributions center on the Environmental Sample Processor (ESP), a robotic device she helped pioneer for in situ molecular analysis beneath the ocean surface. She led groundbreaking field trials demonstrating the ESP’s ability to remotely detect domoic acid, a potent algal toxin, with her 2009 paper on this topic garnering 84 citations. Her 2011 study, cited 61 times, integrated the ESP within an ocean observatory network in Monterey Bay, enabling periodic quantification of HAB species and toxins. This work has significantly advanced our capacity to monitor harmful blooms autonomously, reducing reliance on ship-based sampling. Greenfield’s achievements include developing the ESP’s control systems using the Ruby scripting language and contributing to a modular design that revolutionized subsurface microbial detection. Her research has profound implications for ecosystem health, fisheries management, and public safety, making her a pivotal figure in marine biotechnology and environmental monitoring.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3
- 4