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Paleoclimatic inference from stable isotope profiles of accretionary biogenic hardparts - A quantitative approach to the evaluation of incomplete data
Bruce H. Wilkinson,
Linda C. Ivany
Department of Earth & Environmental Sciences
The BioInspired Institute
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Article
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peer-review
40
Scopus citations
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Dive into the research topics of 'Paleoclimatic inference from stable isotope profiles of accretionary biogenic hardparts - A quantitative approach to the evaluation of incomplete data'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
stable isotope
81%
evaluation
45%
temperature
35%
annual variation
26%
skeleton
25%
isotope
20%
equine
19%
otolith
15%
Paleogene
13%
bivalve
13%
seasonality
12%
accretion
12%
vertebrate
12%
coral
12%
tooth
12%
Eocene
11%
invertebrate
11%
isotopic composition
11%
seasonal variation
11%
analysis
10%
Miocene
10%
gulf
10%
fish
8%
coast
8%
methodology
7%
fluid
7%
sea
7%
method
2%
Agriculture & Biology
stable isotopes
100%
temperature
38%
isotopes
27%
skeleton
27%
data analysis
25%
Arabian Sea
20%
otoliths
15%
arithmetics
15%
corals
14%
England
13%
uncertainty
13%
Bivalvia
13%
quantitative analysis
12%
teeth
12%
seasonal variation
11%
invertebrates
11%
horses
11%
coasts
10%
vertebrates
10%
fluids
10%
fish
7%
methodology
7%