FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3135747102> ?p ?o ?g. }

• W3135747102 abstract "Abstract Variation among functionally similar species in their response to environmental stress buffers ecosystems from changing states. Functionally similar species may often be cryptic species representing evolutionarily distinct genetic lineages that are morphologically indistinguishable. However, the extent to which cryptic species differ in their response to stress, and could therefore provide a source of response diversity, remains unclear because they are often not identified or are assumed to be ecologically equivalent. Here, we uncover differences in the bleaching response between sympatric cryptic species of the common Indo‐Pacific coral, Pocillopora . In April 2019, prolonged ocean heating occurred at Moorea, French Polynesia. 72% of pocilloporid colonies bleached after 22 d of severe heating (>8 o C‐days) at 10 m depth on the north shore fore reef. Colony mortality ranged from 11% to 42% around the island four months after heating subsided. The majority (86%) of pocilloporids that died from bleaching belonged to a single haplotype, despite twelve haplotypes, representing at least five species, being sampled. Mitochondrial (open reading frame) sequence variation was greater between the haplotypes that experienced mortality versus haplotypes that all survived than it was between nominal species that all survived. Colonies > 30 cm in diameter were identified as the haplotype experiencing the most mortality, and in 1125 colonies that were not genetically identified, bleaching and mortality increased with colony size. Mortality did not increase with colony size within the haplotype suffering the highest mortality, suggesting that size‐dependent bleaching and mortality at the genus level was caused instead by differences among cryptic species. The relative abundance of haplotypes shifted between February and August, driven by declines in the same common haplotype for which mortality was estimated directly, at sites where heat accumulation was greatest, and where larger colony sizes occurred. The identification of morphologically indistinguishable species that differ in their response to thermal stress, but share a similar ecological function in terms of maintaining a coral‐dominated state, has important consequences for uncovering response diversity that drives resilience, especially in systems with low or declining functional diversity." @default.
• W3135747102 created "2021-03-15" @default.
• W3135747102 creator A5009876047 @default.
• W3135747102 creator A5036638638 @default.
• W3135747102 creator A5048476900 @default.
• W3135747102 creator A5060502652 @default.
• W3135747102 creator A5068251435 @default.
• W3135747102 date "2021-06-01" @default.
• W3135747102 modified "2023-10-15" @default.
• W3135747102 title "Response diversity in corals: hidden differences in bleaching mortality among cryptic <i>Pocillopora</i> species" @default.
• W3135747102 cites W1493664284 @default.
• W3135747102 cites W1559481812 @default.
• W3135747102 cites W1963958544 @default.
• W3135747102 cites W1973638047 @default.
• W3135747102 cites W1978261020 @default.
• W3135747102 cites W1984304597 @default.
• W3135747102 cites W1986706966 @default.
• W3135747102 cites W1990661290 @default.
• W3135747102 cites W1992953130 @default.
• W3135747102 cites W2004619429 @default.
• W3135747102 cites W2011303397 @default.
• W3135747102 cites W2015306770 @default.
• W3135747102 cites W2027271010 @default.
• W3135747102 cites W2032168300 @default.
• W3135747102 cites W2041347626 @default.
• W3135747102 cites W2042635225 @default.
• W3135747102 cites W2046820109 @default.
• W3135747102 cites W2047751533 @default.
• W3135747102 cites W2051968101 @default.
• W3135747102 cites W2061009586 @default.
• W3135747102 cites W2071847541 @default.
• W3135747102 cites W2083245751 @default.
• W3135747102 cites W2099540110 @default.
• W3135747102 cites W2101587278 @default.
• W3135747102 cites W2106617450 @default.
• W3135747102 cites W2107224678 @default.
• W3135747102 cites W2109274990 @default.
• W3135747102 cites W2116226846 @default.
• W3135747102 cites W2116954415 @default.
• W3135747102 cites W2117829738 @default.
• W3135747102 cites W2119102572 @default.
• W3135747102 cites W2120660679 @default.
• W3135747102 cites W2121396134 @default.
• W3135747102 cites W2149681625 @default.
• W3135747102 cites W2161820734 @default.
• W3135747102 cites W2171806591 @default.
• W3135747102 cites W2266510251 @default.
• W3135747102 cites W2289352667 @default.
• W3135747102 cites W2295750582 @default.
• W3135747102 cites W2328398786 @default.
• W3135747102 cites W2335495187 @default.
• W3135747102 cites W2409045074 @default.
• W3135747102 cites W2582392663 @default.
• W3135747102 cites W2588412333 @default.
• W3135747102 cites W2599928166 @default.
• W3135747102 cites W2734733035 @default.
• W3135747102 cites W2763102304 @default.
• W3135747102 cites W2785394638 @default.
• W3135747102 cites W2800619639 @default.
• W3135747102 cites W2805478926 @default.
• W3135747102 cites W2809249208 @default.
• W3135747102 cites W2809286541 @default.
• W3135747102 cites W2926961192 @default.
• W3135747102 cites W2988921052 @default.
• W3135747102 cites W2991964461 @default.
• W3135747102 cites W2999749757 @default.
• W3135747102 cites W3008115082 @default.
• W3135747102 cites W3082426489 @default.
• W3135747102 cites W3135747102 @default.
• W3135747102 doi "https://doi.org/10.1002/ecy.3324" @default.
• W3135747102 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8244046" @default.
• W3135747102 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33690896" @default.
• W3135747102 hasPublicationYear "2021" @default.
• W3135747102 type Work @default.
• W3135747102 sameAs 3135747102 @default.
• W3135747102 citedByCount "31" @default.
• W3135747102 countsByYear W31357471022021 @default.
• W3135747102 countsByYear W31357471022022 @default.
• W3135747102 countsByYear W31357471022023 @default.
• W3135747102 crossrefType "journal-article" @default.
• W3135747102 hasAuthorship W3135747102A5009876047 @default.
• W3135747102 hasAuthorship W3135747102A5036638638 @default.
• W3135747102 hasAuthorship W3135747102A5048476900 @default.
• W3135747102 hasAuthorship W3135747102A5060502652 @default.
• W3135747102 hasAuthorship W3135747102A5068251435 @default.
• W3135747102 hasBestOaLocation W31357471022 @default.
• W3135747102 hasConcept C104317684 @default.
• W3135747102 hasConcept C125390029 @default.
• W3135747102 hasConcept C135763542 @default.
• W3135747102 hasConcept C143020374 @default.
• W3135747102 hasConcept C144024400 @default.
• W3135747102 hasConcept C149923435 @default.
• W3135747102 hasConcept C18903297 @default.
• W3135747102 hasConcept C193252679 @default.
• W3135747102 hasConcept C197754878 @default.
• W3135747102 hasConcept C19811304 @default.
• W3135747102 hasConcept C26772143 @default.
• W3135747102 hasConcept C2776408758 @default.
• W3135747102 hasConcept C2779019418 @default.
• W3135747102 hasConcept C2779356992 @default.

• next