Discover and read the best of Twitter Threads about #Durusidinium
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Excited to share our recent work (& last chapter of my PhD) in #ISMEJ on #Symbiodiniaceae functional diversity, niche partitioning & isotopes in #corals across a rapid light-attenuation gradient (a thread..) @GatesCoralLab @himb_soest @uhmanoa @DonahueLab go.nature.com/2N1FDSm 
@GatesCoralLab @himb_soest @uhmanoa @DonahueLab Corals depend on their symbionts (Symbiodiniaceae) for food, but #heterotrophy is also important--especially during periods of stress and low autotrophy (low light). But these symbionts show differences in autotrophic capacity and some (#Durusidinium spp.) may be opportunistic.
@GatesCoralLab @himb_soest @uhmanoa @DonahueLab Isotopes are a great way to understand nutrition and trophic ecology in ALL living things. We used isotopes and physiology metrics to understand how a single Hawaiian coral species (Montipora capitata) dominated by 2 different symbiont species were balancing auto- & heterotrophy.
