1 Genomics in the Discovery and Monitoring
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Fig. 1.1 Cryptic speciation of the marine bryozoan, Celleporalla hyalina. (After Gómez
et al. 2007). (a) Maximum-likelihood tree of haplotype data from the barcoding gene, COI.
(b) Maximum-likelihood tree of the nuclear gene, elongation factor, EF-1a haplotype data.
Individuals traditionally described as C. hyalina are marked with circles coloured according to
the geographical region listed to the right. (c) Map of the sample locations included in the genetic
analysis. Coloured circles indicate the major lineage according to the phylogenetic analysis. Dotted
lines indicate the limits of the temperate oceans (20C isotherm)
the deep sea plays a key role in ecological and biogeochemical processes globally.
The conservation of such biodiversity is a priority to secure sustainable functioning
of the world’s oceans.
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Fig. 1.1 Cryptic speciation of the marine bryozoan, Celleporalla hyalina. (After Gómez
et al. 2007). (a) Maximum-likelihood tree of haplotype data from the barcoding gene, COI.
(b) Maximum-likelihood tree of the nuclear gene, elongation factor, EF-1a haplotype data.
Individuals traditionally described as C. hyalina are marked with circles coloured according to
the geographical region listed to the right. (c) Map of the sample locations included in the genetic
analysis. Coloured circles indicate the major lineage according to the phylogenetic analysis. Dotted
lines indicate the limits of the temperate oceans (20C isotherm)
the deep sea plays a key role in ecological and biogeochemical processes globally.
The conservation of such biodiversity is a priority to secure sustainable functioning
of the world’s oceans.