GSA Today · 2009 · 187 citations · 42 references
Natural SciencesEarth SciencesMarine SciencesCoral Reef EcologyMarine SedimentologyPaleoecologyCoral Reef GeologySea-level ChangeSea-level RiseSea-level Rise ImpactsSeafloor TopographyAtoll GeologyEustatic Sea-level ChangeHolocene Reef DevelopmentHolocene Sea-level ChangePostglacial Sea-level ChangeSea Level Rise EffectsSea-level HighstandsSea-level Rise Impacts On Shorelines
Modern atoll reefs began to grow after rising postglacial eustatic sea level overtopped degraded carbonate platforms that had been exposed as subaerial limestone plateaus during synglacial drawdowns in sea level. Stable atoll islets atop emergent paleoreef flats did not begin to develop until after the mid-Holocene hydro-isostatic sea level highstand in the tropical Pacific Ocean. Atolls have been occupied since stable islets formed during the last two millennia. Rising global sea level will impact atoll environments adversely for continued habitation once ambient high-tide level rises above the mid-Holocene low-tide level. That crossover will submerge the resistant paleoreef flats that underpin stable atoll islets and subject their unconsolidated sediment cover to incessant wave attack before ambient sea level actually overtops the islets.
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Surface air temperature and its changes over the past 150 years
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