The worldwide demands for high protein seafood are growing rapidly. Through robots
instead of divers completing the capture will not only reduce the cost, but also improve the …

Coastal waters are highly productive and diverse ecosystems, often dominated by marine
submerged aquatic vegetation (SAV) and strongly affected by a range of human pressures …

Deep learning-based techniques have gained unprecedented success for object detection
tasks. The state of the art object detection accuracy and robustness have been achieved by …

Underwater videography enables marine researchers to collect enormous amounts of
seagrass image data. This collection is fast and cheap but the manual analysis of such data …

Underwater surveys conducted using divers or robots equipped with customized camera
payloads can generate a large number of images. Manual review of these images to extract …

Controlling and quantifying the presence of Posidonia Oceanica (PO) in the Mediterranean
sea is crucial for the conservation of these endemic ecosystems and to underscore the …

Underwater imaging enables marine researchers to collect large datasets of seagrass
images. These images can be used to monitor the health state of underwater meadows by …

Robot machine capture protein seafood like sea cucumber and seashell is expected to play
a great role in food economy improvement and divers protection. In order to realize robot …

This paper describes how to automatically identify Posidonea Oceanica (PO) from seabed
images gathered by a bottom-looking camera. Different methods based on machine learning …

Abstract The presence of Beggiatoa Spp. indicates anoxic conditions or 'poor condition'in
marine sediments beneath aquaculture pens, resulting from organic enrichment. Currently …