D. Benjamin Reeder

TL;DR: Very large subaqueous sand dunes were discovered on the upper continental slope of the northern South China Sea as discussed by the authors, where they were observed along a single 40 km long transect southeast of 21.93°N, 117.53°E in water depths of 160 to 600m.

TL;DR: Comparisons between the scattering predictions and data demonstrate the utility of the CT scan imagery for use in scattering models, as it provided a means for rapidly and noninvasively measuring the fish morphology in three dimensions and at high resolution.

TL;DR: Analytical and numerical scattering models with accompanying digital representations are used increasingly to predict acoustic backscatter by fish and zooplankton in research and ecosystem monitoring applications and, in certain cases, outperformed the numerical models under conditions where the numerical model did not converge.

TL;DR: In this article, a new method was developed for inferring the orientation of fish through the use of broadband-acoustic signals, which takes advantage of the high range resolution of these signals, once temporally compressed through cross-correlation.

TL;DR: DiPerna et al. as discussed by the authors presented a general scattering formulation for predicting the far-field scattered pressure from irregular, axisymmetric, finite-length bodies for three boundary conditions: soft, rigid, and fluid.