FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2763341498> ?p ?o ?g. }

• W2763341498 endingPage "e3705" @default.
• W2763341498 startingPage "e3705" @default.
• W2763341498 abstract "Coral growth patterns result from an interplay of coral biology and environmental conditions. In this study colony size and proportion of live and dead skeletons in the cold-water coral (CWC) Lophelia pertusa (Linnaeus, 1758) were measured using video footage from Remotely Operated Vehicle (ROV) transects conducted at the inshore Mingulay Reef Complex (MRC) and at the offshore PISCES site (Rockall Bank) in the NE Atlantic. The main goal of this paper was to explore the development of a simple method to quantify coral growth and its potential application as an assessment tool of the health of these remote habitats. Eighteen colonies were selected and whole colony and dead/living layer size were measured. Live to dead layer ratios for each colony were then determined and analysed. The age of each colony was estimated using previously published data. Our paper shows that: (1) two distinct morphotypes can be described: at the MRC, colonies displayed a ‘cauliflower-shaped’ morphotype whereas at the PISCES site, colonies presented a more flattened ‘bush-shaped’ morphotype; (2) living layer size was positively correlated with whole colony size; (3) live to dead layer ratio was negatively correlated to whole colony size; (4) live to dead layer ratio never exceeded 0.27. These results suggest that as a colony develops and its growth rate slows down, the proportion of living polyps in the colony decreases. Furthermore, at least 73% of L. pertusa colonies are composed of exposed dead coral skeleton, vulnerable to ocean acidification and the associated shallowing of the aragonite saturation horizon, with significant implications for future deep-sea reef framework integrity. The clear visual contrast between white/pale living and grey/dark dead portions of the colonies also gives a new way by which they can be visually monitored over time. The increased use of marine autonomous survey vehicles offers an important new platform from which such a surveying technique could be applied to monitor deep-water marine protected areas in the future." @default.
• W2763341498 created "2017-10-20" @default.
• W2763341498 creator A5034359898 @default.
• W2763341498 creator A5037932320 @default.
• W2763341498 creator A5054331855 @default.
• W2763341498 creator A5058278517 @default.
• W2763341498 creator A5061935119 @default.
• W2763341498 date "2017-10-05" @default.
• W2763341498 modified "2023-10-01" @default.
• W2763341498 title "Assessing the living and dead proportions of cold-water coral colonies: implications for deep-water Marine Protected Area monitoring in a changing ocean" @default.
• W2763341498 cites W1490605737 @default.
• W2763341498 cites W1566050962 @default.
• W2763341498 cites W160850980 @default.
• W2763341498 cites W1970068596 @default.
• W2763341498 cites W1975973488 @default.
• W2763341498 cites W1980443218 @default.
• W2763341498 cites W1982997720 @default.
• W2763341498 cites W1983398078 @default.
• W2763341498 cites W1987984850 @default.
• W2763341498 cites W1988304825 @default.
• W2763341498 cites W1995698016 @default.
• W2763341498 cites W2002806367 @default.
• W2763341498 cites W2003816344 @default.
• W2763341498 cites W2005224301 @default.
• W2763341498 cites W2006649606 @default.
• W2763341498 cites W2011130192 @default.
• W2763341498 cites W2014857933 @default.
• W2763341498 cites W2021082829 @default.
• W2763341498 cites W2023991280 @default.
• W2763341498 cites W2024406688 @default.
• W2763341498 cites W2027463310 @default.
• W2763341498 cites W2028964483 @default.
• W2763341498 cites W2029623635 @default.
• W2763341498 cites W2034286407 @default.
• W2763341498 cites W2035352738 @default.
• W2763341498 cites W2038352040 @default.
• W2763341498 cites W2040354767 @default.
• W2763341498 cites W2049167821 @default.
• W2763341498 cites W2051075447 @default.
• W2763341498 cites W2057227511 @default.
• W2763341498 cites W2059791793 @default.
• W2763341498 cites W2061577239 @default.
• W2763341498 cites W2064134437 @default.
• W2763341498 cites W2065227568 @default.
• W2763341498 cites W2067655542 @default.
• W2763341498 cites W2070990231 @default.
• W2763341498 cites W2074551438 @default.
• W2763341498 cites W2082839510 @default.
• W2763341498 cites W2083375662 @default.
• W2763341498 cites W2091881906 @default.
• W2763341498 cites W2095996787 @default.
• W2763341498 cites W2106696773 @default.
• W2763341498 cites W2109862941 @default.
• W2763341498 cites W2111971010 @default.
• W2763341498 cites W2121666774 @default.
• W2763341498 cites W2122938469 @default.
• W2763341498 cites W2125027348 @default.
• W2763341498 cites W2127310700 @default.
• W2763341498 cites W2127856085 @default.
• W2763341498 cites W2128051091 @default.
• W2763341498 cites W2130379847 @default.
• W2763341498 cites W2132881865 @default.
• W2763341498 cites W2137258492 @default.
• W2763341498 cites W2139322719 @default.
• W2763341498 cites W2147689339 @default.
• W2763341498 cites W2153208012 @default.
• W2763341498 cites W2159243064 @default.
• W2763341498 cites W2165265203 @default.
• W2763341498 cites W2330682333 @default.
• W2763341498 cites W2346001697 @default.
• W2763341498 cites W2419349664 @default.
• W2763341498 cites W2551631786 @default.
• W2763341498 cites W2599311689 @default.
• W2763341498 cites W2610156512 @default.
• W2763341498 cites W324775466 @default.
• W2763341498 cites W973508921 @default.
• W2763341498 doi "https://doi.org/10.7717/peerj.3705" @default.
• W2763341498 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5632539" @default.
• W2763341498 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29018595" @default.
• W2763341498 hasPublicationYear "2017" @default.
• W2763341498 type Work @default.
• W2763341498 sameAs 2763341498 @default.
• W2763341498 citedByCount "22" @default.
• W2763341498 countsByYear W27633414982017 @default.
• W2763341498 countsByYear W27633414982019 @default.
• W2763341498 countsByYear W27633414982020 @default.
• W2763341498 countsByYear W27633414982021 @default.
• W2763341498 countsByYear W27633414982022 @default.
• W2763341498 countsByYear W27633414982023 @default.
• W2763341498 crossrefType "journal-article" @default.
• W2763341498 hasAuthorship W2763341498A5034359898 @default.
• W2763341498 hasAuthorship W2763341498A5037932320 @default.
• W2763341498 hasAuthorship W2763341498A5054331855 @default.
• W2763341498 hasAuthorship W2763341498A5058278517 @default.
• W2763341498 hasAuthorship W2763341498A5061935119 @default.
• W2763341498 hasBestOaLocation W27633414981 @default.
• W2763341498 hasConcept C111368507 @default.
• W2763341498 hasConcept C127313418 @default.

• next