SNP036_oculina_bait_reads.fq

file containing the sequences generated from the symbiont-free coral colony used for sequence capture approac

Structure/GenoDive input file

Input file generated for Structure and GenoDiv

2015_coralv3_vcfref595

Fasta file containing the entire contig sequence

Genet+phased

Nexus file containing sequences for all Oculina patagonica and several Cladocora colonies genotyped for a nuclear gene

2015_coralv3

VCF file containing SNP

Appendix C. A table summarizing information about excised and sequenced DGGE bands, including GeneBank accesion numbers, taxonomic affiliation, and membership to sponge-specific clusters.

A table summarizing information about excised and sequenced DGGE bands, including GeneBank accesion numbers, taxonomic affiliation, and membership to sponge-specific clusters

Appendix B. A table showing the Jaccard index for different distance cut offs, corresponding to different taxonomic levels.

A table showing the Jaccard index for different distance cut offs, corresponding to different taxonomic levels

Spread rate of <i>Oculina patagonica</i> along the Catalan coast.

<p>Coral spread rate for the 19-year study period (left side of the Table), is expressed as the slope of the linear regression of the log-transformed standardized cumulative number of locations where the species was present versus time. For the exponential phase (right side of the Table), the spread rate is expressed as the slope (b) of the linear regression of the standardized cumulative number of locations where the species was present versus time. In each case, estimates were calculated separately for the total data and the distinguishing habitat type (i.e., natural and artificial). SE: Standard error. N: number of years. 95% CI: 95% confidence interval calculated with bootstrapping.</p

Standardized spread curves of <i>Oculina patagonica</i> from 1992 to 2010 along the Catalan coast.

<p>The standardized cumulative number of locations where the species occurred is given for (A) the total data and (B) the habitat type (i.e., natural and artificial). The beginning of the exponential phase is indicated by an arrow (see Methods).</p

Characteristics of the standardized spread curves of <i>Oculina patagonica</i> along the Catalan coast.

<p>A standardized spread curve is given for the total data and the distinguishing habitat type (i.e., artificial and natural). N: number of studied locations; L: lag phase; E: exponential phase; Loc. no.: number of locations; %N: percentage of the cumulative number of locations at which the species was observed at the beginning of the exponential phase.</p