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• W2134564284 abstract "Various geochemical tracers measured in massive coral skeletons have the potential to compliment other sources of high-resolution proxy climate information (e.g. tree rings, ice cores) by providing paleoclimatic data from shallow-water tropical ocean regions. Twenty previously published coral records (19 δ18O and one Sr/Ca series), between 54 and 346 years in length, were examined for their local and larger-scale relationships (El Niño-Southern Oscillation) with climate. Series were examined in a consistent manner over the same time periods and relationships were tested for stability through time. The results demonstrate a spectrum of climatic interpretation ranging from (1) no significant relationship of the coral record with either local or larger-scale climate variables, (2) significant relationship of the coral record with climate but the relationship is not stable through time, and (3) the coral record shows a significant and temporally stable relationship with climate which explains a significant and useful proportion of climate variance. It is concluded that reliance, to date, on analyzing only one long coral core from a site has prevented identification of coral records or parts of coral records where non-climatic factors are dominating the geochemical signal. Various factors may cause these non-climatic signals to dominate. More process studies into how corals of particular species, with various growth rates and from various environmental settings incorporate geochemical tracers into their skeleton are required to understand exactly what is being measured. In addition, it is recommended that some level of replication (ideally, three separate corals) of geochemical tracers will ensure accurate dating of the record, identification of periods when non-climatic factors dominate and thus enhance the reliability of the paleoclimatic record. Such an approach will allow the rich archive of environmental information contained in massive coral skeletons to make a significant contribution to high-resolution paleoclimatology and improve our understanding of the nature and causes of past climate variability." @default.
• W2134564284 created "2016-06-24" @default.
• W2134564284 creator A5032581558 @default.
• W2134564284 date "2004-02-01" @default.
• W2134564284 modified "2023-10-09" @default.
• W2134564284 title "A strategy to improve the contribution of coral data to high-resolution paleoclimatology" @default.
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• W2134564284 cites W1520479453 @default.
• W2134564284 cites W1580506352 @default.
• W2134564284 cites W1591289693 @default.
• W2134564284 cites W1608063742 @default.
• W2134564284 cites W1631967728 @default.
• W2134564284 cites W1660201747 @default.
• W2134564284 cites W1963650928 @default.
• W2134564284 cites W1964076202 @default.
• W2134564284 cites W1964723126 @default.
• W2134564284 cites W1972441058 @default.
• W2134564284 cites W1972549175 @default.
• W2134564284 cites W1978887368 @default.
• W2134564284 cites W1981857274 @default.
• W2134564284 cites W1982534922 @default.
• W2134564284 cites W1983113873 @default.
• W2134564284 cites W1983815100 @default.
• W2134564284 cites W1985391021 @default.
• W2134564284 cites W1992015957 @default.
• W2134564284 cites W1993599514 @default.
• W2134564284 cites W2005443132 @default.
• W2134564284 cites W2005749071 @default.
• W2134564284 cites W2006165291 @default.
• W2134564284 cites W2012782435 @default.
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• W2134564284 cites W2019885534 @default.
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• W2134564284 cites W2024573824 @default.
• W2134564284 cites W2028353453 @default.
• W2134564284 cites W2028776183 @default.
• W2134564284 cites W2034908898 @default.
• W2134564284 cites W2038006301 @default.
• W2134564284 cites W2038421651 @default.
• W2134564284 cites W2039918229 @default.
• W2134564284 cites W2042859974 @default.
• W2134564284 cites W2043474973 @default.
• W2134564284 cites W2043532687 @default.
• W2134564284 cites W2045368134 @default.
• W2134564284 cites W2049136998 @default.
• W2134564284 cites W2054370163 @default.
• W2134564284 cites W2055190895 @default.
• W2134564284 cites W2056190070 @default.
• W2134564284 cites W2060935224 @default.
• W2134564284 cites W2062026445 @default.
• W2134564284 cites W2065022073 @default.
• W2134564284 cites W2066794100 @default.
• W2134564284 cites W2068069656 @default.
• W2134564284 cites W2068701783 @default.
• W2134564284 cites W2069038387 @default.
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• W2134564284 cites W2080994223 @default.
• W2134564284 cites W2083332421 @default.
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• W2134564284 cites W2085823323 @default.
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• W2134564284 cites W4246766450 @default.
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• W2134564284 doi "https://doi.org/10.1016/s0031-0182(03)00727-2" @default.
• W2134564284 hasPublicationYear "2004" @default.
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