Abstract We deployed the Lightframe On-sight Keyspecies Investigation (LOKI) system, a
novel underwater imaging system providing cutting-edge imaging quality, in the Canadian …

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 …

The pelagic ecosystem of the Arctic Ocean is threatened by severe changes such as the
reduction in sea‐ice coverage and increased inflow of warmer Atlantic water. The latter is …

Deep-sea research relies strongly on the use of high-resolution cameras which generate
large quantities of footage. The material can currently, however, often not be used to its full …

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 …

Zooplankton are a fascinating, diverse and abundant group of animals living in water bodies
throughout the world. Most zooplankton are microscopic, but others are the largest creatures …

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

Zooplankton is a key element in aquatic food webs. Rapid mapping of abundance,
combined with information on taxonomic and size composition is necessary to understand …

The rise of in situ plankton imaging systems, particularly high‐volume imagers such as the In
Situ Ichthyoplankton Imaging System, has increased the need for fast processing and …

Imaging systems were developed to explore the fine scale distributions of plankton (< 10 m),
but they generate huge datasets that are still a challenge to handle rapidly and accurately …