FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2759784647> ?p ?o ?g. }

• W2759784647 endingPage "439" @default.
• W2759784647 startingPage "430" @default.
• W2759784647 abstract "Many typical neuston trawls can only be used during relatively calm sea states and slow tow speeds. During two expeditions to the Bay of Bengal and the eastern South Pacific we investigated whether the new, high-speed AVANI trawl (All-purpose Velocity Accelerated Net Instrument) collects similar amounts and types of microplastics as two established scientific trawl designs, the manta trawl and the DiSalvo neuston net. Using a 335 μm net, the AVANI trawl can collect microplastics from the sea surface at speeds up to 8 knots as it skis across the surface, whereas the manta and DiSalvo neuston trawls must be towed slowly in a less turbulent sea state and often represent shorter tow lengths. Generally, the AVANI trawl collected a greater numerical abundance and weight of plastic particles in most size classes and debris types than the manta trawl and DiSalvo neuston net, likely because these trawls only skim the surface layer while the AVANI trawl, moving vertically in a random fashion, collects a deeper sample, capturing the few plastics that float slightly lower in the water column. However, the samples did not differ enough that results were significantly affected, suggesting that studies done with these different trawls are comparable. The advantage of the AVANI trawl over traditional research trawls is that it allows for collection on vessels underway at high speeds and during long transits, allowing for a nearly continuous sampling effort over long distances. As local surface currents make sea surface abundance widely heterogeneous, widely spaced short-tow trawls, such as the manta and DiSalvo trawls, can catch or miss hotspots or meso-scale variability of microplastic accumulations, whereas the AVANI trawl, if utilized for back-to-back tows of intermediate distances (5-10 km), can bridge variable wind conditions and debris concentrations potentially reducing variance and provide a greater resolution of spatial distribution." @default.
• W2759784647 created "2017-10-06" @default.
• W2759784647 creator A5000327295 @default.
• W2759784647 creator A5001475156 @default.
• W2759784647 creator A5001493549 @default.
• W2759784647 creator A5001609199 @default.
• W2759784647 creator A5005256389 @default.
• W2759784647 creator A5012886667 @default.
• W2759784647 creator A5041423834 @default.
• W2759784647 creator A5045410915 @default.
• W2759784647 creator A5049092360 @default.
• W2759784647 creator A5050157218 @default.
• W2759784647 creator A5059052092 @default.
• W2759784647 creator A5079449544 @default.
• W2759784647 creator A5081470495 @default.
• W2759784647 creator A5091714604 @default.
• W2759784647 date "2018-01-01" @default.
• W2759784647 modified "2023-10-15" @default.
• W2759784647 title "Microplastic sampling with the AVANI trawl compared to two neuston trawls in the Bay of Bengal and South Pacific" @default.
• W2759784647 cites W1564334229 @default.
• W2759784647 cites W1862638558 @default.
• W2759784647 cites W1930136384 @default.
• W2759784647 cites W1965388038 @default.
• W2759784647 cites W1967273901 @default.
• W2759784647 cites W1967624277 @default.
• W2759784647 cites W1969928450 @default.
• W2759784647 cites W1971345082 @default.
• W2759784647 cites W1973411112 @default.
• W2759784647 cites W1975771948 @default.
• W2759784647 cites W1976960673 @default.
• W2759784647 cites W1981644934 @default.
• W2759784647 cites W1996344614 @default.
• W2759784647 cites W2005404508 @default.
• W2759784647 cites W2009120022 @default.
• W2759784647 cites W2012925735 @default.
• W2759784647 cites W2013549513 @default.
• W2759784647 cites W2014173070 @default.
• W2759784647 cites W2015084771 @default.
• W2759784647 cites W2018700193 @default.
• W2759784647 cites W2022091129 @default.
• W2759784647 cites W2032806154 @default.
• W2759784647 cites W2036148019 @default.
• W2759784647 cites W2037496050 @default.
• W2759784647 cites W2038662847 @default.
• W2759784647 cites W2041714051 @default.
• W2759784647 cites W2043918006 @default.
• W2759784647 cites W2053808731 @default.
• W2759784647 cites W2068189087 @default.
• W2759784647 cites W2074749389 @default.
• W2759784647 cites W2078048974 @default.
• W2759784647 cites W2078953638 @default.
• W2759784647 cites W2079057016 @default.
• W2759784647 cites W2083044260 @default.
• W2759784647 cites W2085309721 @default.
• W2759784647 cites W2095345231 @default.
• W2759784647 cites W2107985977 @default.
• W2759784647 cites W2116217619 @default.
• W2759784647 cites W2116464510 @default.
• W2759784647 cites W2116887560 @default.
• W2759784647 cites W2116961566 @default.
• W2759784647 cites W2120086620 @default.
• W2759784647 cites W2122568885 @default.
• W2759784647 cites W2129572801 @default.
• W2759784647 cites W2130707940 @default.
• W2759784647 cites W2132054660 @default.
• W2759784647 cites W2133892291 @default.
• W2759784647 cites W2134877526 @default.
• W2759784647 cites W2138083997 @default.
• W2759784647 cites W2149196708 @default.
• W2759784647 cites W2150503350 @default.
• W2759784647 cites W2293139927 @default.
• W2759784647 cites W2300403628 @default.
• W2759784647 cites W2412631357 @default.
• W2759784647 cites W2469329155 @default.
• W2759784647 cites W2525607701 @default.
• W2759784647 cites W2551655336 @default.
• W2759784647 cites W2586979179 @default.
• W2759784647 cites W2604316091 @default.
• W2759784647 cites W2617829355 @default.
• W2759784647 doi "https://doi.org/10.1016/j.envpol.2017.09.058" @default.
• W2759784647 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28966027" @default.
• W2759784647 hasPublicationYear "2018" @default.
• W2759784647 type Work @default.
• W2759784647 sameAs 2759784647 @default.
• W2759784647 citedByCount "90" @default.
• W2759784647 countsByYear W27597846472017 @default.
• W2759784647 countsByYear W27597846472018 @default.
• W2759784647 countsByYear W27597846472019 @default.
• W2759784647 countsByYear W27597846472020 @default.
• W2759784647 countsByYear W27597846472021 @default.
• W2759784647 countsByYear W27597846472022 @default.
• W2759784647 countsByYear W27597846472023 @default.
• W2759784647 crossrefType "journal-article" @default.
• W2759784647 hasAuthorship W2759784647A5000327295 @default.
• W2759784647 hasAuthorship W2759784647A5001475156 @default.
• W2759784647 hasAuthorship W2759784647A5001493549 @default.
• W2759784647 hasAuthorship W2759784647A5001609199 @default.
• W2759784647 hasAuthorship W2759784647A5005256389 @default.

• next