The development of quantitative zooplankton collecting systems began with Hensen (1887
Berichte der Kommssion wissenschaftlichen Untersuchung der deutschen Meere in Kiel5, 1 …

Marine and freshwater microalgae belong to taxonomically and morphologically diverse
groups of organisms spanning many phyla with thousands of species. These organisms play …

The Underwater Vision Profiler (UVP) was developed to quantify the vertical distribution of
macroscopic particles and zooplankton> 100 mm in size. The smaller size limit is fixed by …

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 …

This paper presents an active learning method which reduces the labeling effort of domain
experts in multi-class classification problems. Active learning is applied in conjunction with …

Advances in both hardware and software are enabling rapid proliferation of in situ plankton
imaging methods, requiring more effective machine learning approaches to image …

We present the design and preliminary results from ocean deployments of Zooglider, a new
autonomous zooplankton‐sensing glider. Zooglider is a modified Spray glider that includes …

In our continuing quest for knowledge, robots are powerful tools for accessing environments
too dangerous or too remote for human exploration. Early systems functioned under close …

Background Plankton, including phytoplankton and zooplankton, are the main source of
food for organisms in the ocean and form the base of marine food chain. As the fundamental …

Underwater imaging has been present for many decades due to its relevance in vision and
navigation systems. In recent years, advances in robotics have led to the availability of …