This PDF file includes:  Description of model scenarios and results  Model inputs  Wave data collection  Model calibration  Offshore wave climate  fig. S1 . Schematic representation of the inputs into the wave dissipation simulations for the six scenarios (P1 to P3 and S1 to S3) described in the main text.  fig. S2. Changes in back-reef wave height for different scenarios and energy regimes.  fig. S3. Locations of the cross-reef bathymetric profiles and of the wave measurements for the

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... our reef sites in Moorea and Tahiti.  fig. S4. Global map of sea-level rise predictions by 2100 by the IPCC for the RCP4.5 and RCP8.5 scenarios.  fig. S5. Example of time-averaged and individual wave heights for Tiahura near breakpoint.  fig. S6. Comparison of the modeled and measured wave for each deployment location on the reef flats and lagoon of the four sites in Moorea and Tahiti.  fig. S7. Example time series for Ha'apiti, Moorea.  fig. S8. Summary of long-term offshore wave data (1979-2013) for Tahiti and Moorea from National Oceanic and Atmospheric Administration WAVEWATCH III (http://polar.ncep.noaa.gov/waves/index2.shtml) (150.05°W, 17.94°S).  fig. S9 . Comparison of the measrured offshore significant wave height (Hso) used to calibrate the XBeach wave model (study period) and the long-term averages from CRIOBE and Moorea LTER (4) measurements (long-term) for each reef site.  table S1. Sources of bathymetric data sets for Moorea and Tahiti.  References (58, 59)