The number of marine watercraft is on the rise—from private boats in coastal areas to
commercial ships crossing oceans. A concomitant increase in underwater noise has been …

Underwater noise, whether of natural or anthropogenic origin, has the ability to interfere with
the way in which marine mammals receive acoustic signals (ie, for communication, social …

Otoliths in bony fishes play an important role in the senses of balance and hearing. Otolith
mass and shape are, among others, likely to be decisive factors influencing otolith motion …

Despite the rapid increase in the use of unmanned aerial vehicles (UAVs) in marine
mammal research, knowledge of the effects of UAVs on study animals is very limited. We …

Humpback whales (M egaptera novaeangliae) are seasonal breeders, annually migrating
from high‐latitude summer feeding grounds to low‐latitude winter breeding grounds. The …

Marine mammals face a large array of stressors, including loss of habitat, chemical and
noise pollution, and bycatch in fishing, which alone kills hundreds of thousands of marine …

Predicting and mitigating the impacts of anthropogenic ocean noise on marine animals is
hindered by a lack of information on hearing in these species. We established a catch-and …

This document reviews the history, development, and use of auditory weighting functions for
noise impact assessment in humans and marine mammals. Advances from the modern era …

Vessel slowdown may be an alternative mitigation option in regions where re-routing
ship** corridors to avoid important marine mammal habitat is not possible. We …

Ambient noise in broad areas of the ocean has increased significantly over the past half‐
century from the introduction of tens of thousands of commercial ships continuously …