Following the previous article, here we describe the first field demonstration of the ELVIS
system, performed at Newport Beach, CA. We examined ocean water to detect …

This is the first of two articles on the Extant Life Volumetric Imaging System (ELVIS)
describing a combined digital holographic microscope (DHM) and a fluorescence light-field …

A promising way to search for microbial life in our solar system's Ocean Worlds is to make
use of 3-d microscopes, as these can provide single-image inventories of the complete …

Nowadays, the plankton net is replaced by underwater imaging systems. With the advent of
digital technologies, detection and classification of plankton and subcentimetre-scale …

Biologists use optical microscopes to study plankton in the lab, but their size, complexity and
cost makes widespread deployment of microscopes in lakes and oceans challenging …

A low-cost, submersible, digital holographic microscope for in situ microbial imaging Page 1 A
low-cost, submersible, digital holographic microscope for in situ microbial imaging AJ …

Conventional microscopy must collect a series of images at each of the different focal planes
to image a 3D object. Thus, it is too slow to capture the 3D structure and dynamics of many …

The methodologies for studying marine microbiology typically consist of utilizing
instrumentation within a laboratory. This typically requires extracting a sample from its place …

Digital holographic microscopy is an ideal tool for investigation of microbial motility.
However, most designs do not exhibit sufficient spatial resolution for imaging bacteria. In this …

Digital holographic microscopy (DHM) is an emerging imaging technique that permits
instantaneous capture of a relatively large sample volume. However, large volumes usually …