Percent average hard coral cover of dominant taxa during both survey periods at each island.

Percent average hard coral cover of dominant taxa during both survey periods at each island.

<p>Error bars represent standard error. Survey periods spanned two years of change.</p>

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Bibliographic Details
Main Author:	Ahmyia J. Cacapit (21446680) (author)
Other Authors:	Anela K. Akiona (21446683) (author), Esmeralda A. Alcantar (21446686) (author), Alex Araújo (21446689) (author), Isa Bersamin (21446692) (author), Ninoshka Betancourt (21446695) (author), Daeyla’ Boyd (21446698) (author), Bostony Braoudakis (21446701) (author), Zachary Capilitan (21446704) (author), Angelica Dimas (21446707) (author), Theresa Duncan (11321482) (author), Clinton B. Edwards (9470298) (author), Audrey Ellias (21446710) (author), Beverly J. French (3266418) (author), Nahir Guadaloupe (21446713) (author), Charles Hambley (21446716) (author), Maxine Hauser (21446719) (author), Nikki Jackson (11986019) (author), Phi Lang (21446722) (author), Mary Liesegang (21446725) (author), Orion McCarthy (21446728) (author), Nicole Pedersen (6895241) (author), Elena Pilch (21446731) (author), Samantha Scheibler (21446734) (author), Rex Shettlesworth (21446737) (author), Jackson Shoultz (21446740) (author), Blake Stoner-Osborne (21446743) (author), Brian J. Zgliczynski (8399283) (author), Stuart A. Sandin (8399286) (author)
Published:	2025
Subjects:	Ecology Marine Biology Inorganic Chemistry Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified major functional groups life history strategies increased storm activity displayed significant increases differing underlying shifts common coral taxa benthic communities respond total coral cover coral cover especially average coral cover predicting future changes physical stress associated major disturbance events differential community responses reef community members div >< p disturbance benthic coverage six islands across benthic cover six islands community assemblage thermal stress specific responses following changes reef ’ reef structure islands within coral reefs two years surface temperatures spatial patterning results highlight myriad stressors montipora </ highest pre highest abundance elevated sea central pacific assemblage structure assemblage composition acropora </
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