Aquatic environments encompass the world's most extensive habitats, rich with sounds
produced by a diversity of animals. Passive acoustic monitoring (PAM) is an increasingly …

A comprehensive understanding of the deep-sea environment and mining's likely impacts is
necessary to assess whether and under what conditions deep-seabed mining operations …

Midwater animal biodiversity: Squid, fish, shrimp, copepods, medusa, filter-feeding jellies,
and marine worms are among the midwater creatures that could be affected by deep sea …

Underwater noise emissions from marine vehicles contribute to increasing ocean ambient
noise levels, which is a threat to marine ecosystems. Passive acoustic monitoring, normally …

A soundscape is the recording of all sounds present in an area, creating a holistic view of
the acoustic profile in an ecosystem. Studying acoustic parameters of marine soundscapes …

Despite the perpetual darkness of the deep sea, contrasting the sunlit epipelagic waters,
many deep‐sea organisms exhibit rhythmic activities. To discern environmental cues that …

Scientific, industrial and societal needs call urgently for the development and establishment
of intelligent, cost-effective and ecologically sustainable monitoring protocols and robotic …

Underwater soundscapes, though invisible, are crucial in sha** the biodiversity of marine
ecosystems by acting as habitat‐specific settlement cues for larvae. The deep sea has …

Coral reefs are biodiverse marine ecosystems that are undergoing rapid changes, making
monitoring vital as we seek to manage and mitigate stressors. Healthy reef soundscapes are …

Covering more than 65% of the Earth surface, the deep sea (200–11,000 m depth) is the
largest biotope on Earth, yet it remains largely unexplored. The biology of its communities is …