FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2327593112> ?p ?o ?g. }

• W2327593112 abstract "Abstract Sound in the ocean emanates from a variety of natural and anthropogenic sources. Low frequency sounds, such as those produced by shipping, drilling, and seismic sonar travel long distances in the ocean environment and affect marine animals both physiologically and behaviorally. The effects of anthropogenic marine sound can be short- or long-term, and can affect a single individual (e.g., disrupted feeding routines, hearing damage) or entire populations (e.g., reproductive success). While some animals can and do avoid sound, repeated exposures to sound sources can cause marine animals to habituate to or become unable to hear the sound, potentially increasing the risk of long-term physiological effects. Concern is usually directed toward marine mammals, which use sound for communication and navigation and often rely on sound perception and interpretation for survival, but less is known about the effects of anthropogenic noise on sea turtles. Sea turtles hear well underwater, and their greatest hearing sensitivity lies within the envelope of sound produced by seismic sources. Therefore, temporal and spatial patterns of habitat use are highly relevant to consideration of mitigation schemes. To increase our understanding of habitat use, garner data useful in developing mitigation protocols and to evaluate the potential effects on sea turtles during 3D seismic survey by the Three Oil and Gas Companies Joint Venture (hereinafter, the Joint Venture) in the territorial waters of the Dutch Caribbean island of Aruba, VHF radio transmitters and GPS-equipped satellite platform transmitter terminals (PTT) were attached to four species of gravid turtles when they came ashore to nest on the island's beaches. Pathways of ingress and egress from Aruban waters and the extent to which these coincided with the seismic survey zone were documented. The Joint Venture developed response protocols requiring all seismic operations to cease if a turtle approached the vessel to within 500 m – and to remain so until, based on VHF monitoring, the turtle cleared the area. In addition, seismic surveys were avoided within 100 m of the 50 m depth contour around the island, and around all subsurface features that rise to a depth of 50 m from the surface. The objective was to avoid exposing turtles to harmful sound levels from the acoustic source on the survey vessel, and to avoid displacing turtles from critical habitats, including nesting beaches. This report presents the findings of the two initiatives implemented by the Joint Venture, Wider Caribbean Sea Turtle Conservation Network (WIDECAST, a regional scientific organization), and Turtugaruba (an Aruba-based sea turtle conservation organization) with the field data obtained during the survey in the offshore of Aruba. This project implemented best practices for seismic surveys in areas where sea turtles are present, including establishment of sensitive areas based on data-supported assessments of turtle presence, home ranges and high use areas, as well as use of vessel-based VHF or acoustic monitoring for transmitter- or transponder-equipped turtles." @default.
• W2327593112 created "2016-06-24" @default.
• W2327593112 creator A5044346966 @default.
• W2327593112 creator A5046233385 @default.
• W2327593112 creator A5050555329 @default.
• W2327593112 creator A5057897245 @default.
• W2327593112 creator A5058044451 @default.
• W2327593112 date "2016-04-11" @default.
• W2327593112 modified "2023-09-26" @default.
• W2327593112 title "Innovative Measures for Mitigating Potential Impacts on Sea Turtles During Seismic Surveys" @default.
• W2327593112 cites W1546464865 @default.
• W2327593112 cites W187840105 @default.
• W2327593112 cites W1988184547 @default.
• W2327593112 cites W1992616269 @default.
• W2327593112 cites W1999916893 @default.
• W2327593112 cites W2014230068 @default.
• W2327593112 cites W2017790850 @default.
• W2327593112 cites W2045881604 @default.
• W2327593112 cites W2046470448 @default.
• W2327593112 cites W2054076242 @default.
• W2327593112 cites W2059775583 @default.
• W2327593112 cites W2066030840 @default.
• W2327593112 cites W2081078912 @default.
• W2327593112 cites W2083562672 @default.
• W2327593112 cites W2115215910 @default.
• W2327593112 cites W2116716861 @default.
• W2327593112 cites W2119153417 @default.
• W2327593112 cites W2119296649 @default.
• W2327593112 cites W2129544264 @default.
• W2327593112 cites W2145956997 @default.
• W2327593112 cites W2151351396 @default.
• W2327593112 cites W2154115445 @default.
• W2327593112 cites W2154356269 @default.
• W2327593112 cites W2165412788 @default.
• W2327593112 cites W2260375878 @default.
• W2327593112 cites W2325054860 @default.
• W2327593112 cites W2326132102 @default.
• W2327593112 cites W2327773686 @default.
• W2327593112 cites W2327981059 @default.
• W2327593112 cites W2561644654 @default.
• W2327593112 cites W2596251451 @default.
• W2327593112 cites W2758833146 @default.
• W2327593112 cites W580173184 @default.
• W2327593112 doi "https://doi.org/10.2118/179215-ms" @default.
• W2327593112 hasPublicationYear "2016" @default.
• W2327593112 type Work @default.
• W2327593112 sameAs 2327593112 @default.
• W2327593112 citedByCount "0" @default.
• W2327593112 crossrefType "proceedings-article" @default.
• W2327593112 hasAuthorship W2327593112A5044346966 @default.
• W2327593112 hasAuthorship W2327593112A5046233385 @default.
• W2327593112 hasAuthorship W2327593112A5050555329 @default.
• W2327593112 hasAuthorship W2327593112A5057897245 @default.
• W2327593112 hasAuthorship W2327593112A5058044451 @default.
• W2327593112 hasConcept C39432304 @default.
• W2327593112 hasConcept C505870484 @default.
• W2327593112 hasConcept C86803240 @default.
• W2327593112 hasConceptScore W2327593112C39432304 @default.
• W2327593112 hasConceptScore W2327593112C505870484 @default.
• W2327593112 hasConceptScore W2327593112C86803240 @default.
• W2327593112 hasLocation W23275931121 @default.
• W2327593112 hasOpenAccess W2327593112 @default.
• W2327593112 hasPrimaryLocation W23275931121 @default.
• W2327593112 hasRelatedWork W1154010459 @default.
• W2327593112 hasRelatedWork W2175820226 @default.
• W2327593112 hasRelatedWork W2566706522 @default.
• W2327593112 hasRelatedWork W2613396325 @default.
• W2327593112 hasRelatedWork W2625548726 @default.
• W2327593112 hasRelatedWork W2915401787 @default.
• W2327593112 hasRelatedWork W3021747050 @default.
• W2327593112 hasRelatedWork W3155411405 @default.
• W2327593112 hasRelatedWork W3210842622 @default.
• W2327593112 hasRelatedWork W373279162 @default.
• W2327593112 hasRelatedWork W2741364201 @default.
• W2327593112 hasRelatedWork W3001746712 @default.
• W2327593112 isParatext "false" @default.
• W2327593112 isRetracted "false" @default.
• W2327593112 magId "2327593112" @default.
• W2327593112 workType "article" @default.