Christopher A. Scholin
Papers
15
Total Citations
893
H-Index
11
About
Christopher A. Scholin is a pioneering marine scientist whose work sits at the intersection of ocean biology, molecular ecology, and autonomous sensing technology. Best known for developing and deploying the Environmental Sample Processor (ESP)—a groundbreaking robotic platform capable of collecting and analyzing seawater samples in situ—Scholin has fundamentally transformed how scientists monitor marine microbial communities and harmful algal blooms (HABs). His early contributions to detecting toxic *Pseudo-nitzschia australis* using molecular probes (109 citations) established a foundation for rapid, species-specific identification of harmful algae in complex natural environments. Building on this, his team demonstrated remote subsurface detection of the neurotoxin domoic acid and integrated autonomous sensors into ocean observatories to study HAB dynamics in real time. Scholin's more recent work has expanded into environmental DNA collection across ocean-spanning transects and coordinated robotic systems for tracking microbial gene expression at fine temporal scales, revealing diel rhythms and responses to iron limitation and viral infection (211 and 94 citations, respectively). With contributions spanning harmful algae detection, diazotroph ecology, invertebrate larval monitoring, and metatranscriptomics, Scholin's research has reshaped our capacity to observe the ocean's living fabric autonomously, continuously, and at unprecedented resolution.
Research Focus
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Top Papers
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