The rapid development of image‐based methods for counting and classifying zooplankton
has made it possible to analyze large numbers of samples in a semiautomated way …

Rapid development of semi-automated zooplankton counting and classification methods
has carried out new chances when defining objectives for plankton distribution studies …

Identifying and counting zooplankton are labour-intensive and time-consuming processes
that are still performed manually. However, a new system, known as ZOOSCAN, has been …

The objective of this study was to evaluate the accuracy of the ZooImage image analysis
system for taxonomic classification of zooplankton samples. For this purpose, automated …

Abstract ZooScan with ZooProcess and Plankton Identifier (PkID) software is an integrated
analysis system for acquisition and classification of digital zooplankton images from …

Zooplankton biomass and abundance estimation, based on surveys or time-series, is carried
out routinely. Automated or semi-automated image analysis processes, combined with …

An inexpensive, automated system is described for counting, measuring and identifying
objects in an aqueous suspension. The results of counting and measurement obtained from …

ZooImage, image analysis software, was evaluated to determine its ability to differentiate
between zooplankton groups in preserved zooplankton samples collected in Prince William …

The ZOOSCAN is a low-cost imaging system, designed at the Laboratoire Océanographique
de Villefranche sur mer, France. This instrument allows a rapid, exhaustive, non-destructive …

Optical imaging samplers are becoming widely used in plankton ecology, but image
analysis methods have lagged behind image acquisition rates. Automated methods for …