FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3154442018> ?p ?o ?g. }

• W3154442018 abstract "Sediment profiling imaging (SPI) is a versatile and widely used method to visually assess the quality of seafloor habitats (e.g., around fish farms and oil and gas rigs) and has been developed and used by both academics and consultancy companies over the last 50 years. Previous research has shown that inserting the flat viewport of an SPI camera into the sediment can have an impact on particle displacement pushing oxygenated surface sediments to deeper sediment depths and making anthropogenically-disturbed sediment appear healthier than they may actually be. To investigate the particle displacement that occurs when a flat plate is inserted into seafloor sediments, a testing device, termed the SPI purpose-built sediment chamber (SPI-PUSH) was designed and used in a series of experiments to quantify smearing where luminophores were used to demonstrate the extent of particle displacement caused by a flat plate being pushed into the sediment. Here, we show that the plate of the SPI-PUSH caused significant smearing, which varied with sediment type and the luminophore grain size. The mean particle smearing measured directly behind the inserted plate was 2.9 ± 1.5 cm for mud sediments with sand-like luminophores, 4.3 ± 2.5 cm for fine sand sediments with sand-like luminophores and 1.9 ± 1.1 cm for medium sand sediments with mud-like luminophores. When the mean depth of particle smearing was averaged over a larger sediment volume (11 cm 3 ) next to the inserted plate, substantial differences were seen between the plate-insertion experiments and controls highlighting the potential extent of smearing artefacts that may be produced when a SPI camera penetrates the seafloor. This experimental data shows that future studies using the SPI camera, or any other periscope-like device (e.g., planar optodes) need to acknowledge that smearing may be significant. Furthermore, it highlights that a correction factor may need to be applied to these data (e.g., the depth of apparent redox potential discontinuity layer) to correctly interpret SPI camera images and better determine the effect of anthropogenic impacts on seafloor habitats." @default.
• W3154442018 created "2021-04-26" @default.
• W3154442018 creator A5000815154 @default.
• W3154442018 creator A5012679360 @default.
• W3154442018 creator A5041024828 @default.
• W3154442018 creator A5059611651 @default.
• W3154442018 creator A5069714486 @default.
• W3154442018 date "2021-04-20" @default.
• W3154442018 modified "2023-09-24" @default.
• W3154442018 title "Sediment Profile Imaging: Laboratory Study Into the Sediment Smearing Effect of a Penetrating Plate" @default.
• W3154442018 cites W1480041153 @default.
• W3154442018 cites W1494431475 @default.
• W3154442018 cites W1518831932 @default.
• W3154442018 cites W1970422398 @default.
• W3154442018 cites W1971800550 @default.
• W3154442018 cites W1973139713 @default.
• W3154442018 cites W1974747162 @default.
• W3154442018 cites W1976042030 @default.
• W3154442018 cites W1981644613 @default.
• W3154442018 cites W1984923046 @default.
• W3154442018 cites W1992086836 @default.
• W3154442018 cites W1999645770 @default.
• W3154442018 cites W2021071570 @default.
• W3154442018 cites W2025821863 @default.
• W3154442018 cites W2042409053 @default.
• W3154442018 cites W2051619296 @default.
• W3154442018 cites W2056846206 @default.
• W3154442018 cites W2060630015 @default.
• W3154442018 cites W2071693131 @default.
• W3154442018 cites W2071835779 @default.
• W3154442018 cites W2072334108 @default.
• W3154442018 cites W2076757379 @default.
• W3154442018 cites W2077267127 @default.
• W3154442018 cites W2077843159 @default.
• W3154442018 cites W2078915287 @default.
• W3154442018 cites W2079779640 @default.
• W3154442018 cites W2080620597 @default.
• W3154442018 cites W2083324891 @default.
• W3154442018 cites W2085644645 @default.
• W3154442018 cites W2090155303 @default.
• W3154442018 cites W2094458494 @default.
• W3154442018 cites W2099540110 @default.
• W3154442018 cites W2103510337 @default.
• W3154442018 cites W2106332594 @default.
• W3154442018 cites W2114987154 @default.
• W3154442018 cites W2141767656 @default.
• W3154442018 cites W2146134974 @default.
• W3154442018 cites W2156351905 @default.
• W3154442018 cites W2159525271 @default.
• W3154442018 cites W2197454504 @default.
• W3154442018 cites W2312776308 @default.
• W3154442018 cites W2464195289 @default.
• W3154442018 cites W2775777619 @default.
• W3154442018 cites W2969650186 @default.
• W3154442018 cites W2981487913 @default.
• W3154442018 doi "https://doi.org/10.3389/fmars.2021.582076" @default.
• W3154442018 hasPublicationYear "2021" @default.
• W3154442018 type Work @default.
• W3154442018 sameAs 3154442018 @default.
• W3154442018 citedByCount "0" @default.
• W3154442018 crossrefType "journal-article" @default.
• W3154442018 hasAuthorship W3154442018A5000815154 @default.
• W3154442018 hasAuthorship W3154442018A5012679360 @default.
• W3154442018 hasAuthorship W3154442018A5041024828 @default.
• W3154442018 hasAuthorship W3154442018A5059611651 @default.
• W3154442018 hasAuthorship W3154442018A5069714486 @default.
• W3154442018 hasBestOaLocation W31544420181 @default.
• W3154442018 hasConcept C111368507 @default.
• W3154442018 hasConcept C114793014 @default.
• W3154442018 hasConcept C117485682 @default.
• W3154442018 hasConcept C127313418 @default.
• W3154442018 hasConcept C199289684 @default.
• W3154442018 hasConcept C2778517922 @default.
• W3154442018 hasConcept C2816523 @default.
• W3154442018 hasConceptScore W3154442018C111368507 @default.
• W3154442018 hasConceptScore W3154442018C114793014 @default.
• W3154442018 hasConceptScore W3154442018C117485682 @default.
• W3154442018 hasConceptScore W3154442018C127313418 @default.
• W3154442018 hasConceptScore W3154442018C199289684 @default.
• W3154442018 hasConceptScore W3154442018C2778517922 @default.
• W3154442018 hasConceptScore W3154442018C2816523 @default.
• W3154442018 hasFunder F4320334631 @default.
• W3154442018 hasLocation W31544420181 @default.
• W3154442018 hasLocation W31544420182 @default.
• W3154442018 hasOpenAccess W3154442018 @default.
• W3154442018 hasPrimaryLocation W31544420181 @default.
• W3154442018 hasRelatedWork W128811910 @default.
• W3154442018 hasRelatedWork W2017028384 @default.
• W3154442018 hasRelatedWork W2021049577 @default.
• W3154442018 hasRelatedWork W2049561935 @default.
• W3154442018 hasRelatedWork W2059275708 @default.
• W3154442018 hasRelatedWork W2083135306 @default.
• W3154442018 hasRelatedWork W2170862744 @default.
• W3154442018 hasRelatedWork W2290930144 @default.
• W3154442018 hasRelatedWork W3014207644 @default.
• W3154442018 hasRelatedWork W4253507366 @default.
• W3154442018 hasVolume "8" @default.
• W3154442018 isParatext "false" @default.
• W3154442018 isRetracted "false" @default.
• W3154442018 magId "3154442018" @default.

• next