Its colonies display corymbose to tabular forms occupying diverse reef zones across the Pacific. Like all acroporids, it relies on endosymbiotic Symbiodiniaceae for photosynthetic carbon and is susceptible to thermal bleaching. Taxonomic uncertainty makes this lineage valuable for integrative morphological and genomic species delimitation.
| Class | Species | NCBI Taxonomy ID | Assembly Level | GenBank Assembly | Assembly Name | Genome Size (Mb) | WGS Accession | Submitter | BioProject |
|---|
| Hexacorallia | Acropora cf. manni | 3471590 | Chromosome | GCA_965118205.1 | jaAcrPulc1.hap1.1 | 437.99 | CBCPHC01 | WELLCOME SANGER INSTITUTE | PRJEB85258 |
| Chromosome Number | Scaffold Number | Contig Number | Protein Number | Protein-Coding Gene Number | Contig N50 | Scaffold N50 | GC content (%) | BUSCO completeness |
|---|
| 14 | 1339 | 2960 | 30,922 | 27,028 | 403300 | 30835548 | 39 | C:97.8%[S:96.9%,D:0.8%],F:0.5%,M:1.8% |
| Title | Journal | Pubmed ID |
|---|
| Chromosome-level genomes of scleractinian corals: gene prediction and functional annotation | Scientific Data | 42218227 |
