The advantage of samplers that perform in-situ, real-time laboratory analysis is evidenced in a C-MORE BioLINCS marine microbe study North of Oahu. The deployment features the ESP and other instruments that conduct studies in the field which often depend upon a return to sophisticated laboratory environments. Read more about this fascinating September deployment at the

The WHOI magazine Oceanus recently featured a story about how Dr. Don Anderson’s lab is using the new ESP sampler built by McLane to revolutionize the detection and study of harmful algal blooms. During a spring 2011 ESP deployment in the Gulf of Maine, the ESP will continuously monitor the water and detect blooms as

The ocean science and technology podcast ‘Ocean Gazing’ recently released an episode on the ESP. In the podcast, Dr. James Birch of MBARI and McLane’s own Cheri Everlove explain how the ESP works at the cable ocean observatory Monterey Accelerated Research System (MARS).  The ESP’s significance in HAB (Harmful Algal Bloom) research and water quality

McLane has launched the Environmental Sample Processor (ESP), a revolutionary autonomous biogenomic sensor. Working with our partners at Monterey Bay Research Institute and Spyglass Biosecurity, McLane’s first ESP was shipped to Don Anderson at Woods Hole Oceanographic Institution.