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Quantitative assessment of the oxygen isotope composition of fish otoliths from Lake Mungo, Australia
Kelsie Long
, David Heslop, Eelco Rohling
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Dive into the research topics of 'Quantitative assessment of the oxygen isotope composition of fish otoliths from Lake Mungo, Australia'. Together they form a unique fingerprint.
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Arts & Humanities
Oxygen Isotopes
100%
Otolith
95%
Fish
57%
Last Glacial Maximum
40%
Hydrology
34%
Hearth
30%
Drying
28%
Willandra Lakes
25%
Growth Rings
21%
Water
20%
Arid Zone
20%
Fireplace
17%
World Heritage Site
16%
Archaeology
16%
Flooding
15%
Sediment
15%
Environmental Change
14%
Cultural Significance
13%
Oxygen
12%
Archaeological Sites
12%
Signature
12%
Ear
11%
Modeling
10%
Earth & Environmental Sciences
otolith
67%
oxygen isotope
56%
fish
35%
lake
34%
Last Glacial Maximum
20%
hydrology
16%
drying
16%
evaporation
15%
World Heritage Site
13%
UNESCO
11%
desiccation
11%
archaeology
10%
lake basin
10%
archaeological site
10%
occupation
9%
mass balance
8%
environmental change
8%
stone
8%
flooding
7%
oxygen
6%
water
6%
trend
4%
sediment
4%
modeling
4%
test
3%
effect
2%