Not exact matches
This finding is startling to scientists who
study cetaceans and other
marine life, as it is becoming clearer that whales rely heavily on the integrity of their acoustic
habitat.
If these newcomers become established, they have the potential to become invasive, disrupting native
marine habitats, says
study coauthor James Carlton, a
marine scientist at Williams College in Mystic, Conn..
However, scientific assessments have generally ranked fishing and
habitat loss as the highest threats to
marine environments over past decades and centuries, while in this
study, the general public perceived pollution as the highest threat.
Regional
studies suggest that
marine heat waves may provoke «widespread loss of
habitat - forming species such as kelps and corals, drive shifts in species distributions, alter the structure of communities and ecosystems, and have economic impacts on aquaculture and seafood industries through declines in important fishery species,» they note.
«
Marine vegetation can mitigate ocean acidification,
study finds: Conservation of shoreline plants and seaweeds could, in turn, help preserve shellfish
habitats.»
There are immediate reasons to
study the vocal patterns of cetaceans: these
marine mammals are threatened by human activities through competition for fishery resources, entanglement in fishing gear, collisions with vessels, exposure to pollutants and oil spills and, ultimately, shrinking
habitats due to anthropogenic climate change.
The field
study of an international group of researchers headed by Massimiliano Molari from the Max Planck Institute for
Marine Microbiology in Bremen and Katja Guilini from the University of Ghent in Belgium, now published in Science Advances, reveals how leaking CO2 affects the seabed
habitat and its inhabitants.
Using empirical data from this monitoring and from ongoing field
studies the convention would support, scientists could more thoroughly assess surveys» cumulative long - term impacts on
marine life and identify areas where seismic activities should be prohibited or temporarily limited to protect important
habitats or vulnerable populations.
A 13 - year
study of coral reefs spontaneously recovering in the Cayman Islands offers hope of refuting often doomsday forecasts about the worldwide decline of the colorful
marine habitat.
A recently published multinational
study attempted to gauge the population trends of Arctic
marine mammals and changes in their
habitat, identify missing scientific information, and provide recommendations for the conservation of Arctic
marine mammals over the next decades.
In the future, Stern said higher - resolution satellite microwave data might come in handy when
studying the interactions of Arctic
marine mammals with their icy
habitat.
The
study, «Hydroacoustics as a tool to examine the effects of
Marine Protected Areas and habitat type on marine fish communities,» appears Jan. 15 in the journal Scientific Re
Marine Protected Areas and
habitat type on
marine fish communities,» appears Jan. 15 in the journal Scientific Re
marine fish communities,» appears Jan. 15 in the journal Scientific Reports.
«For instance, maintaining and promoting connectivity among
habitats and protecting pristine or remnant populations of
habitat - forming species — such as coral and kelp — can dramatically foster recovery after extreme climatic events,» said Giulio De Leo, with Stanford University's Hopkins
Marine Station, who also worked on the
study.
Yvan Simard is a biological oceanographer using active and passive acoustics to
study the
marine mammals and their ecosystem, the multi-scale links with the oceanographic forcing and biological processes, and the anthropogenic imprint on the underwater soundscapes of their essential habitats, at the Maurice - Lamontagne Institute of Fisheries and Oceans Canada and the associated research Chair at the Marine Sciences Institute of the University of Québec at Rimouski, Québec, C
marine mammals and their ecosystem, the multi-scale links with the oceanographic forcing and biological processes, and the anthropogenic imprint on the underwater soundscapes of their essential
habitats, at the Maurice - Lamontagne Institute of Fisheries and Oceans Canada and the associated research Chair at the
Marine Sciences Institute of the University of Québec at Rimouski, Québec, C
Marine Sciences Institute of the University of Québec at Rimouski, Québec, Canada.
Scientists from the Woods Hole Oceanographic Institution (WHOI), University of Hawaii, Whitman College and international colleagues will conduct the first systematic
study of life in the deepest
marine habitat on Earth — ocean trenches.
A core tenet of the Act is having scientists from the Fish & Wildlife Service and the National
Marine Fisheries Service
study proposed development for impact on
habitat critical to our endangered species.
Educational institutions throughout the world regularly station researchers here to
study First Nations culture and the pristine
marine habitat, including Orcas.
These
studies covered the entire spectrum of waterworld
habitats — the polar and temperate seas, the open oceans, the tropics, the coral reefs, the kelp forests, the
marine estuaries, and the fishing grounds.
At stake, added Ove Hoegh - Guldberg, director of the Center for
Marine Studies at the University of Queensland, Australia, and the study's senior author, are ecosystems that play vital roles in providing habitats for a vast array of marine species that are essential to the oceans» complex food
Marine Studies at the University of Queensland, Australia, and the
study's senior author, are ecosystems that play vital roles in providing
habitats for a vast array of
marine species that are essential to the oceans» complex food
marine species that are essential to the oceans» complex food chain.
In addition to these mid-ocean ridge
studies I am also involved in the application of similar
marine geophysical techniques to
study sedimentary processes and characterize benthic
habitats in the near shore setting.
Circulation, hydrography, and most
marine habitats and ecosystems of the SAB - Florida East Coast have been well
studied (see Atkinson and others [67], [68], [69] for useful summaries and citations of additional reviews and original
studies).
A rise in plastic dumped in the ocean is changing the
habitats of
marine life, a new
study warns.
Marine Biologists study plant and animal life in saltwater environments by maintaining marine mammal habitats and recording behavioral and health i
Marine Biologists
study plant and animal life in saltwater environments by maintaining
marine mammal habitats and recording behavioral and health i
marine mammal
habitats and recording behavioral and health issues.
Highly experienced in planning and conducting
marine field
studies and
habitat compensation programs