pone.0263377.g004.tif (2.33 MB)
Comparison of biofouling and algal overgrowth after a month based on location.
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posted on 2022-02-02, 18:33 authored by Stephanie M. Bilodeau, Austin W. H. Schwartz, Binfeng Xu, V. Paúl Pauca, Miles R. SilmanStructures were located at the edge of the halo, adjacent to seagrass (left), and in the middle of the surrounding seagrass (right). Similar results seen across all camera sites suggest that reef-based herbivores help to control algal growth both within and at the edges of the halo but do not graze heavily, if at all, on algae and related marine organisms in the surrounding algal or seagrass beds. Reprinted from [39] under a CC BY license with permission.
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use machine learningterrestrial camera trappingshallow tropical reefscapesremote marine environmentsmarine systems duemarine animal behaviorfunction continuously underwaterfirst successful methodfeeding behavior relateddocumented benthic patternameras ), deployablespatially distributed cameraslater versions deployedcameras ’ potentialcameras proved ableaddressing fish movementdiv >< pcase study demonstratese c diver surveys revealedlarge spatial scalescase studytemporal scalesdeployed depthsbased surveysaddressing questionssuccessfully appliedsorting imagesrepeatable countsoverall accuracylarge volumelapse modefive monthsdevelop methodologydaylight hoursaquatic organismsaquatic environment15 minutes000 images
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