Papers
3
Total Citations
122
H-Index
3
About
S. Jensen is a pioneer in marine molecular ecology and harmful algal bloom (HAB) research, with a career dedicated to developing autonomous, in-situ technologies for real-time ocean monitoring. Their key contributions lie at the intersection of robotics, molecular biology, and oceanography, where they have advanced the use of the Environmental Sample Processor (ESP)—a robotic underwater biochemical laboratory. Jensen’s work on the 2nd generation ESP (2005) laid the groundwork for autonomous molecular detection in the ocean, enabling the collection, concentration, and analysis of microbial and toxin signatures without human intervention. Their most cited study (2011, 61 citations) demonstrated this system’s power by integrating it into the Monterey Bay Ocean Observing Network, quantifying HAB species abundance and toxin concentrations over two years. A subsequent breakthrough (2015, 54 citations) extended this capability to simultaneously monitor faecal indicator bacteria and harmful algae, addressing dual threats to coastal health and economies. With over 120 combined citations across these flagship papers, Jensen’s work has transformed how researchers study dynamic coastal ecosystems, offering a scalable, real-time window into ocean health and earning recognition as a leader in autonomous environmental sensing.
Research Focus
Key Achievements
Top Papers
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