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Symbiodiniaceae communities in some corals often shuffle or switch after severe bleaching events, one of the major threats to coral survival in a world with climate change. In this study we reciprocally transplanted five  Leptoria phrygia  colonies between two sites with significantly different temperature regimes and monitored them for 12 months. Our ITS2 amplicon deep sequencing demonstrated that  L .  phrygia  acclimatized to maintain a strong and stable association with  Durusdinium  D17,  D .  trenchii , and  D .  glynnii , but also remained flexible and formed a short-term association with different  Cladocopium . Most interestingly, two colonies shuffled between  Durusdinium  and  Cladocopium  without the occurrence of bleaching; one colony even switched its dominant  Cladocopium  after generic shuffling. Both dominant  Cladocopium  were originally rare with relative abundances as low as 0.024%. This is the first record of adult corals switching dominant symbiont without bleaching.

Leptoria phrygia in Southern Taiwan shuffles and switches symbionts to resist thermal-induced bleaching