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Abstract
This study uses secondary ion mass spectrometry (SIMS) analysis of oxygen isotopes in the shells of Hawaiian intertidal limpets (*Cellana sandwicensis*) to reconstruct near-daily life-history patterns and explore tropical intertidal climatology. The research develops a method for interpreting seasonal growth patterns and longevity in limpets, providing a high-resolution proxy for tropical intertidal climate.
Publisher
Communications Earth & Environment
Published On
Aug 23, 2021
Authors
Anthony Mau, Erik C. Franklin, Kazu Nagashima, Gary R. Huss, Angelica R. Valdez, Philippe N. Nicodemus, Jon-Paul Bingham
Tags
SIMS analysis
oxygen isotopes
Hawaiian limpets
intertidal climatology
seasonal growth patterns
tropical climate
life-history patterns

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