Assessing the health of fish populations relies on determining the length of fish in sample
species subsets, in conjunction with other key ecosystem markers; thereby, inferring overall …

The digitization of catch information for the promotion of sustainable fisheries is gaining
momentum globally. However, the manual measurement of fundamental catch information …

Assessing underwater biodiversity is labour-intensive and costly, but is crucial for measuring
the extent of the decline in local fish stock. In most cases, Underwater Visual Census (UVC) …

With the increasing attention and corresponding developments of data collection of
underwater surveying/diving videos, a large number of underwater videos have been …

Overexploitation of fisheries is a worldwide problem, which is leading to a large loss of
diversity, and affects human communities indirectly through the loss of traditional jobs …

Image analysis is being developed to improve the efficiency of fishery and aquaculture
technologies. Optical cameras are an easy and cost-effective method for monitoring fish and …

Resource management for fisheries plays a pivotal role in fostering a sustainable fisheries
industry. In Japan, resource surveys rely on manual measurements by staff, incurring high …

To address the issues of accurately identifying and tracking individual fish abnormal
behaviors and poor adaptability in the aquaculture field, this paper proposes a Mask2former …

Fisheries around the world show an overexploitation, which has led communities to find
management strategies to tackle the problem. However, strategies are often taken on the …

Fish stock assessment often involves manual fish counting by taxonomy specialists, which is
both time-consuming and costly. We propose an automated computer vision system that …