Soundscape ecology has gained prominence in the monitoring of marine ecosystems due to
its non-invasive characteristics and spatiotemporal efficiency. However, the development of …

This paper describes the Santos Basin Underwater Soundscape Monitoring Project (PMPAS-
BS), a Brazilian ocean soundscape monitoring initiative. The main objective of the project is …

The spatial and temporal redistribution of sound energy caused by a warm eddy was
measured via a multiday experiment conducted in the South China Sea, utilizing two vertical …

Rocky shores are formations of crystalline rocks that are close to the sea and are susceptible
to weather, variations in the average sea level, sea currents, rains, and winds and are …

This work presents the results of an experiment aiming at acoustically characterizing, in a
long term, the biological activity and its correlation with the upwelling regime in Cabo Frio …

Underwater sounds are related to different activities; abiotic, such as wind and wave actions
1, biotic, such as echolocation sounds of dolphins, 2 vocalization of whales, 3 fish chorus, 4 …

Ecoacoustic indices may become an important tool to monitor marine ecosystems because
they take passive and non-invasive measurements over wide spatial and temporal ranges …

Herein, we describe the first-ever identification of Amorphinopsis atlantica in the Iguape Bay
(Bahia, Brazil). The bay, where fish and shellfish harvesting has been practiced for …

Underwater acoustic models provide a fundamental and e cient tool to parametrically
investigate hypothesis and physical phenomena through varied environmental conditions of …

Coastal upwelling is a dynamical oceanographic process that severely modifies ocean
temperature stratification, and, therefore, impacts acoustic propagation. The increasing …