<p>K: number of parameters in the model; AICc: the corrected Aikaike Information Criterion; ΔAICc: difference from the lowest AICc value; Marginal R<sup>2</sup>: proportion of total variance explained by the fixed effects alone; Conditional R<sup>2</sup>: proportion of the total variance explained by both the random and fixed effects. Model rank based on ΔAICc, with ΔAICc <10 indicating most reasonable models.</p
types 3 and 4, a high-temperature, low-insolation specialist, and a high-temperature, low-insolatio...
<p>LL: Maximum Log Likelihood, df: degrees of freedom, dAICc: difference of AICc of a given model to...
International audienceAIM - Predictions for the future of coral reefs are largely based on thermal e...
<p>Adj. R<sup>2</sup>: adjusted coefficient of determination; AICc: corrected Akaike’s Information C...
<p>Top model results for coral bleaching (including measured and simulated before-bleaching values) ...
<p>Partial residual plots of the modeled relationships between proportion of bleaching (y-axes), (<b...
Predictions for the future of coral reef are largely based on thermal exposure and poorly account fo...
<p>For each of the models contrasted, degrees of freedom (df), maximum log-likelihood (-<i>LL</i>), ...
Coral reefs are one of the world’s most threatened ecosystems, with global and local stressors contr...
In 2005 and 2010, high sea surface temperatures caused widespread coral bleaching on Jamaica’s north...
<p>All models include the random effect ‘sampling site’. For each of the models contrasted, maximum ...
<p>The original model for each response contained all main effects and their two-way interactions. G...
<p>Coral surface warming is given as a deviation from the ambient water temperature (26°C) under a c...
<p>Shown are results for a) the A1b and b) the B1 scenario assuming no thermal adaptation (thick lin...
<p>Hierarchical model results assessing: exposure (exposed, sheltered); and zone (flat, crest, slope...
types 3 and 4, a high-temperature, low-insolation specialist, and a high-temperature, low-insolatio...
<p>LL: Maximum Log Likelihood, df: degrees of freedom, dAICc: difference of AICc of a given model to...
International audienceAIM - Predictions for the future of coral reefs are largely based on thermal e...
<p>Adj. R<sup>2</sup>: adjusted coefficient of determination; AICc: corrected Akaike’s Information C...
<p>Top model results for coral bleaching (including measured and simulated before-bleaching values) ...
<p>Partial residual plots of the modeled relationships between proportion of bleaching (y-axes), (<b...
Predictions for the future of coral reef are largely based on thermal exposure and poorly account fo...
<p>For each of the models contrasted, degrees of freedom (df), maximum log-likelihood (-<i>LL</i>), ...
Coral reefs are one of the world’s most threatened ecosystems, with global and local stressors contr...
In 2005 and 2010, high sea surface temperatures caused widespread coral bleaching on Jamaica’s north...
<p>All models include the random effect ‘sampling site’. For each of the models contrasted, maximum ...
<p>The original model for each response contained all main effects and their two-way interactions. G...
<p>Coral surface warming is given as a deviation from the ambient water temperature (26°C) under a c...
<p>Shown are results for a) the A1b and b) the B1 scenario assuming no thermal adaptation (thick lin...
<p>Hierarchical model results assessing: exposure (exposed, sheltered); and zone (flat, crest, slope...
types 3 and 4, a high-temperature, low-insolation specialist, and a high-temperature, low-insolatio...
<p>LL: Maximum Log Likelihood, df: degrees of freedom, dAICc: difference of AICc of a given model to...
International audienceAIM - Predictions for the future of coral reefs are largely based on thermal e...