Figure 18 - Neighbor-Joining method inferred genealogical relationships of Darwiniella specimens based on 472bp 12S and 642bp COI with Hiroa stubbingsi as the outgroup. Numbers above the major nodes are bootstrap values of 1000 replicates
The present study has identified a new species from the previously monotypic genus Darwiniella Ander...
FIGURE 1. Quadrella boopsis Alcock, 1898. In situ in coral, Taiwan. A, female (10.76 × 9.23 mm) (NMM...
The present study has identified a new species from the previously monotypic genus Darwiniella Ander...
Figure 16 - Cirri of Darwiniella conjugatum (Darwin, 1854) A Cirrus III (CEL-RYU-28-2) B Serrulate s...
Figure 17 - Cirri and penis of Darwiniella conjugatum (Darwin, 1854) A Cirrus V (CEL-RYU-28-2) B Ser...
Figure 9 - Cirri and penis of Darwiniella angularis sp. n. A Cirrus V (NMNS-6878-001) B Serrulate se...
Figure 15 - Cirri of Darwiniella conjugatum (Darwin, 1854) A Cirrus I (CEL-RYU-28-2) B Serrulate set...
FIGURE 18. Paragorgia alisonae sp. nov., paratype (NIWA 3315): A–B, stereo pairs of the sclerites fr...
Figure 10 - Hard parts of Darwiniella conjugatum (Darwin, 1854) (CEL-RYU-28-1, CEL-RYU-47-4, CEL-RYU...
FIGURE 7. Phylogenetic neighbor joining (NJ) tree of: (A) 16S and (B) Cytochrome oxidase subunit I (...
[[sponsorship]]生物多樣性研究中心[[note]]已出版;[SCI];有審查制度;具代表性[[note]]http://gateway.isiknowledge.com/gateway/...
Figure 18 - Euplexaura sp. (CAS 107595). A, B, D Coenenchymal sclerites C, E Polyp sclerites. Scale ...
FIGURE 4. Neighbour-joining (NJ) tree based on 16S rRNA sequences. The bootstrap values are NJ/ML at...
The present study has identified a new species from the previously monotypic genus Darwiniella Ander...
FIGURE 8. Blastopathes medusa paratypes: A–C, in-situ images of colonies showing branch clusters (A ...
The present study has identified a new species from the previously monotypic genus Darwiniella Ander...
FIGURE 1. Quadrella boopsis Alcock, 1898. In situ in coral, Taiwan. A, female (10.76 × 9.23 mm) (NMM...
The present study has identified a new species from the previously monotypic genus Darwiniella Ander...
Figure 16 - Cirri of Darwiniella conjugatum (Darwin, 1854) A Cirrus III (CEL-RYU-28-2) B Serrulate s...
Figure 17 - Cirri and penis of Darwiniella conjugatum (Darwin, 1854) A Cirrus V (CEL-RYU-28-2) B Ser...
Figure 9 - Cirri and penis of Darwiniella angularis sp. n. A Cirrus V (NMNS-6878-001) B Serrulate se...
Figure 15 - Cirri of Darwiniella conjugatum (Darwin, 1854) A Cirrus I (CEL-RYU-28-2) B Serrulate set...
FIGURE 18. Paragorgia alisonae sp. nov., paratype (NIWA 3315): A–B, stereo pairs of the sclerites fr...
Figure 10 - Hard parts of Darwiniella conjugatum (Darwin, 1854) (CEL-RYU-28-1, CEL-RYU-47-4, CEL-RYU...
FIGURE 7. Phylogenetic neighbor joining (NJ) tree of: (A) 16S and (B) Cytochrome oxidase subunit I (...
[[sponsorship]]生物多樣性研究中心[[note]]已出版;[SCI];有審查制度;具代表性[[note]]http://gateway.isiknowledge.com/gateway/...
Figure 18 - Euplexaura sp. (CAS 107595). A, B, D Coenenchymal sclerites C, E Polyp sclerites. Scale ...
FIGURE 4. Neighbour-joining (NJ) tree based on 16S rRNA sequences. The bootstrap values are NJ/ML at...
The present study has identified a new species from the previously monotypic genus Darwiniella Ander...
FIGURE 8. Blastopathes medusa paratypes: A–C, in-situ images of colonies showing branch clusters (A ...
The present study has identified a new species from the previously monotypic genus Darwiniella Ander...
FIGURE 1. Quadrella boopsis Alcock, 1898. In situ in coral, Taiwan. A, female (10.76 × 9.23 mm) (NMM...
The present study has identified a new species from the previously monotypic genus Darwiniella Ander...