taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
DB4587EEFFB5412BFCDCFECBFE67FD03.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14443921/files/figure.png	https://doi.org/10.5281/zenodo.14443921	Figure 5. Acropora tenuissima. Holotype MTQ G78705 in the field at Myrmidon Reef* Great Barrier Reef (A* B); paratype MTQ G78343 from Namaqumaqua* Viti Levu* Fiji (C); holotype skeletal details (D* E); and scanning electron microscope images of axial corallite (F)* radial corallites (G) and coenosteum (H) of the holotype.	Figure 5. Acropora tenuissima. Holotype MTQ G78705 in the field at Myrmidon Reef* Great Barrier Reef (A* B); paratype MTQ G78343 from Namaqumaqua* Viti Levu* Fiji (C); holotype skeletal details (D* E); and scanning electron microscope images of axial corallite (F)* radial corallites (G) and coenosteum (H) of the holotype.	2023-07-27	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.		Zenodo	biologists	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.			
DB4587EEFFB5412BFCDCFECBFE67FD03.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14443913/files/figure.png	https://doi.org/10.5281/zenodo.14443913	Figure 2. Maximum likelihood (ML) phylogeny based on the 50% complete edge-trimmed alignment matrix (2032 loci). A* inset phylogeny depicts the relationships among all six major Acropora clades (sensu Cowman et al. 2020) and the three subclades within clade I. Clade I-C is indicated by the dashed box. The position of Acropora selago (Clade VI) and Acropora donei (Clade III) are indicated. B* ML phylogeny of clade I-C. Ultrafast bootstrap support and gene/site concordance factors are indicated at the nodes (see key). Primary species hypotheses (PSHs) are indicated by clade labels. Field codes for each specimen (tip labels) also reflect the collection location: Great Barrier Reef (73-* 74-* 76-* GBR); Coral Sea (75-); Lord Howe Island* south-east Australia (81-)* Fiji (101-* FJ)* Tonga (TG); Rarotonga* Cook Islands (CI); Kimbe Bay* Bismarck Sea* Papua New Guinea (69-* KM); Palau (PL); Pohnpei (PN); Ningaloo Reef* Western Australia (88-); Ryukyu Islands* Japan (54-); Chagos (BFC); and Mayotte (MY).	Figure 2. Maximum likelihood (ML) phylogeny based on the 50% complete edge-trimmed alignment matrix (2032 loci). A* inset phylogeny depicts the relationships among all six major Acropora clades (sensu Cowman et al. 2020) and the three subclades within clade I. Clade I-C is indicated by the dashed box. The position of Acropora selago (Clade VI) and Acropora donei (Clade III) are indicated. B* ML phylogeny of clade I-C. Ultrafast bootstrap support and gene/site concordance factors are indicated at the nodes (see key). Primary species hypotheses (PSHs) are indicated by clade labels. Field codes for each specimen (tip labels) also reflect the collection location: Great Barrier Reef (73-* 74-* 76-* GBR); Coral Sea (75-); Lord Howe Island* south-east Australia (81-)* Fiji (101-* FJ)* Tonga (TG); Rarotonga* Cook Islands (CI); Kimbe Bay* Bismarck Sea* Papua New Guinea (69-* KM); Palau (PL); Pohnpei (PN); Ningaloo Reef* Western Australia (88-); Ryukyu Islands* Japan (54-); Chagos (BFC); and Mayotte (MY).	2023-07-27	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.		Zenodo	biologists	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.			
DB4587EEFFB5412BFCDCFECBFE67FD03.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14443915/files/figure.png	https://doi.org/10.5281/zenodo.14443915	Figure 3. Results from multiple species delimitation methods of Clade I-C. A* STRUCTURE result for cluster 1 (K = 3) cluster 1i (K = 2) and cluster 1iii (K = 2) in lower panel and cluster 2 (K = 3) in upper panel. Additional STRUCTURE plots are available in the Supporting Information (Fig.S4). B* principal components analysis (PCA) plots for DAPC analysis for cluster 1 in the lower panel and cluster 2 in the upper panel. DAPC clusters are indicated by shape for cluster 1 (K = 3; diamond* triangle and filled circle) and cluster 2 (K = 2; triangles and filled circles). Colours of shapes match the PSH designation from Figure 2. C* unsupervised machine learning method t-SNE clustering of samples using Gap algorithm clustering for cluster 1 and cluster 2. Genetic clusters are indicated by shape* while colour matches the PSH designation.Cluster 1 is shown in the lower panel; alternative clustering methods and detailed labelled plots are shown in the Supporting Information (Fig.S5). D* species tree cloudogram of Clade I-C. Cloudogram of the posterior distribution of SNAPP trees from 2046 SNPs mined from targeted capture data.Tip labels indicate species designated from phylogenetic and morphological assessment. (see Supporting Information Fig. S4).	Figure 3. Results from multiple species delimitation methods of Clade I-C. A* STRUCTURE result for cluster 1 (K = 3) cluster 1i (K = 2) and cluster 1iii (K = 2) in lower panel and cluster 2 (K = 3) in upper panel. Additional STRUCTURE plots are available in the Supporting Information (Fig.S4). B* principal components analysis (PCA) plots for DAPC analysis for cluster 1 in the lower panel and cluster 2 in the upper panel. DAPC clusters are indicated by shape for cluster 1 (K = 3; diamond* triangle and filled circle) and cluster 2 (K = 2; triangles and filled circles). Colours of shapes match the PSH designation from Figure 2. C* unsupervised machine learning method t-SNE clustering of samples using Gap algorithm clustering for cluster 1 and cluster 2. Genetic clusters are indicated by shape* while colour matches the PSH designation.Cluster 1 is shown in the lower panel; alternative clustering methods and detailed labelled plots are shown in the Supporting Information (Fig.S5). D* species tree cloudogram of Clade I-C. Cloudogram of the posterior distribution of SNAPP trees from 2046 SNPs mined from targeted capture data.Tip labels indicate species designated from phylogenetic and morphological assessment. (see Supporting Information Fig. S4).	2023-07-27	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.		Zenodo	biologists	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.			
DB4587EEFFB7412BFF3CFD57FB32FB56.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14443927/files/figure.png	https://doi.org/10.5281/zenodo.14443927	Figure 6. Acropora rongoi. Holotype MTQ G78411 in the field the lagoon at Rarotonga* Cook Islands (A* B) and in the laboratory (C* D); paratype MTQ G78418 in the field on the outer reef slope at Papua* Rarotonga* Cook Islands (E* F); and scanning electron microscope images showing axial (G) and radial corallite and coenosteum details (H) of the holotype.	Figure 6. Acropora rongoi. Holotype MTQ G78411 in the field the lagoon at Rarotonga* Cook Islands (A* B) and in the laboratory (C* D); paratype MTQ G78418 in the field on the outer reef slope at Papua* Rarotonga* Cook Islands (E* F); and scanning electron microscope images showing axial (G) and radial corallite and coenosteum details (H) of the holotype.	2023-07-27	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.		Zenodo	biologists	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.			
DB4587EEFFB7412BFF3CFD57FB32FB56.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14443921/files/figure.png	https://doi.org/10.5281/zenodo.14443921	Figure 5. Acropora tenuissima. Holotype MTQ G78705 in the field at Myrmidon Reef* Great Barrier Reef (A* B); paratype MTQ G78343 from Namaqumaqua* Viti Levu* Fiji (C); holotype skeletal details (D* E); and scanning electron microscope images of axial corallite (F)* radial corallites (G) and coenosteum (H) of the holotype.	Figure 5. Acropora tenuissima. Holotype MTQ G78705 in the field at Myrmidon Reef* Great Barrier Reef (A* B); paratype MTQ G78343 from Namaqumaqua* Viti Levu* Fiji (C); holotype skeletal details (D* E); and scanning electron microscope images of axial corallite (F)* radial corallites (G) and coenosteum (H) of the holotype.	2023-07-27	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.		Zenodo	biologists	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.			
DB4587EEFFB7412BFF3CFD57FB32FB56.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14443913/files/figure.png	https://doi.org/10.5281/zenodo.14443913	Figure 2. Maximum likelihood (ML) phylogeny based on the 50% complete edge-trimmed alignment matrix (2032 loci). A* inset phylogeny depicts the relationships among all six major Acropora clades (sensu Cowman et al. 2020) and the three subclades within clade I. Clade I-C is indicated by the dashed box. The position of Acropora selago (Clade VI) and Acropora donei (Clade III) are indicated. B* ML phylogeny of clade I-C. Ultrafast bootstrap support and gene/site concordance factors are indicated at the nodes (see key). Primary species hypotheses (PSHs) are indicated by clade labels. Field codes for each specimen (tip labels) also reflect the collection location: Great Barrier Reef (73-* 74-* 76-* GBR); Coral Sea (75-); Lord Howe Island* south-east Australia (81-)* Fiji (101-* FJ)* Tonga (TG); Rarotonga* Cook Islands (CI); Kimbe Bay* Bismarck Sea* Papua New Guinea (69-* KM); Palau (PL); Pohnpei (PN); Ningaloo Reef* Western Australia (88-); Ryukyu Islands* Japan (54-); Chagos (BFC); and Mayotte (MY).	Figure 2. Maximum likelihood (ML) phylogeny based on the 50% complete edge-trimmed alignment matrix (2032 loci). A* inset phylogeny depicts the relationships among all six major Acropora clades (sensu Cowman et al. 2020) and the three subclades within clade I. Clade I-C is indicated by the dashed box. The position of Acropora selago (Clade VI) and Acropora donei (Clade III) are indicated. B* ML phylogeny of clade I-C. Ultrafast bootstrap support and gene/site concordance factors are indicated at the nodes (see key). Primary species hypotheses (PSHs) are indicated by clade labels. Field codes for each specimen (tip labels) also reflect the collection location: Great Barrier Reef (73-* 74-* 76-* GBR); Coral Sea (75-); Lord Howe Island* south-east Australia (81-)* Fiji (101-* FJ)* Tonga (TG); Rarotonga* Cook Islands (CI); Kimbe Bay* Bismarck Sea* Papua New Guinea (69-* KM); Palau (PL); Pohnpei (PN); Ningaloo Reef* Western Australia (88-); Ryukyu Islands* Japan (54-); Chagos (BFC); and Mayotte (MY).	2023-07-27	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.		Zenodo	biologists	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.			
DB4587EEFFB74135FC08FB10FE97F851.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14443919/files/figure.png	https://doi.org/10.5281/zenodo.14443919	Figure 4. Nominal species of Acropora identified in this study. A* B* Acropora kenti (Brook 1892) topotype GBR130/G80247* Myrmidon Reef* GBR. C* A. kenti lectotype NHM 1892.6.8.202* Thursday Island* Australia. D* E* Acropora echinata Dana* 1846 topotype FJ139/G78322* Viti Levu* Fiji. F* A. echinata lectotype USNM 275* Fiji. G* H* Acropora tenuis Dana* 1846 topotype FJ127/G78323* Viti Levu* Fiji. I* A. tenuis holotype USNM 259* Fiji.J* K* Acropora yongei Veron & Wallace* 1984 topotype GBR85/G78644* Lodestone Reef* GBR. L* A. yongei holotype G55079* Britomart Reef* GBR.A field image (less column)* skeletal image (middle column) and type specimen (right column) are shown for each species. M–V* specimens examined in this study that could not be assigned to nominal species: PN63 Acropora aff.striata* Ant Atoll* Micronesia (M* N); KM27/G71345 Acropora aff.echinata* Kimbe Bay* Papua New Guinea (O* P); 54-5921/RUMF-ZG-04792 Acropora akajimensis Veron* 1990 topotype specimen placed within Acropora sp(p). clade* Ryukyu Islands* Japan (Q* R); 54-6036/RUMF-ZG-04796 Acropora sp.* Ryukyu Islands* Japan (S* T); and BFC219 Acropora aff.tenuis ‘WIO’* Chagos* Indian Ocean (U* V).	Figure 4. Nominal species of Acropora identified in this study. A* B* Acropora kenti (Brook 1892) topotype GBR130/G80247* Myrmidon Reef* GBR. C* A. kenti lectotype NHM 1892.6.8.202* Thursday Island* Australia. D* E* Acropora echinata Dana* 1846 topotype FJ139/G78322* Viti Levu* Fiji. F* A. echinata lectotype USNM 275* Fiji. G* H* Acropora tenuis Dana* 1846 topotype FJ127/G78323* Viti Levu* Fiji. I* A. tenuis holotype USNM 259* Fiji.J* K* Acropora yongei Veron & Wallace* 1984 topotype GBR85/G78644* Lodestone Reef* GBR. L* A. yongei holotype G55079* Britomart Reef* GBR.A field image (less column)* skeletal image (middle column) and type specimen (right column) are shown for each species. M–V* specimens examined in this study that could not be assigned to nominal species: PN63 Acropora aff.striata* Ant Atoll* Micronesia (M* N); KM27/G71345 Acropora aff.echinata* Kimbe Bay* Papua New Guinea (O* P); 54-5921/RUMF-ZG-04792 Acropora akajimensis Veron* 1990 topotype specimen placed within Acropora sp(p). clade* Ryukyu Islands* Japan (Q* R); 54-6036/RUMF-ZG-04796 Acropora sp.* Ryukyu Islands* Japan (S* T); and BFC219 Acropora aff.tenuis ‘WIO’* Chagos* Indian Ocean (U* V).	2023-07-27	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.		Zenodo	biologists	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.			
DB4587EEFFA94136FC20FF75FE27FE13.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14443919/files/figure.png	https://doi.org/10.5281/zenodo.14443919	Figure 4. Nominal species of Acropora identified in this study. A* B* Acropora kenti (Brook 1892) topotype GBR130/G80247* Myrmidon Reef* GBR. C* A. kenti lectotype NHM 1892.6.8.202* Thursday Island* Australia. D* E* Acropora echinata Dana* 1846 topotype FJ139/G78322* Viti Levu* Fiji. F* A. echinata lectotype USNM 275* Fiji. G* H* Acropora tenuis Dana* 1846 topotype FJ127/G78323* Viti Levu* Fiji. I* A. tenuis holotype USNM 259* Fiji.J* K* Acropora yongei Veron & Wallace* 1984 topotype GBR85/G78644* Lodestone Reef* GBR. L* A. yongei holotype G55079* Britomart Reef* GBR.A field image (less column)* skeletal image (middle column) and type specimen (right column) are shown for each species. M–V* specimens examined in this study that could not be assigned to nominal species: PN63 Acropora aff.striata* Ant Atoll* Micronesia (M* N); KM27/G71345 Acropora aff.echinata* Kimbe Bay* Papua New Guinea (O* P); 54-5921/RUMF-ZG-04792 Acropora akajimensis Veron* 1990 topotype specimen placed within Acropora sp(p). clade* Ryukyu Islands* Japan (Q* R); 54-6036/RUMF-ZG-04796 Acropora sp.* Ryukyu Islands* Japan (S* T); and BFC219 Acropora aff.tenuis ‘WIO’* Chagos* Indian Ocean (U* V).	Figure 4. Nominal species of Acropora identified in this study. A* B* Acropora kenti (Brook 1892) topotype GBR130/G80247* Myrmidon Reef* GBR. C* A. kenti lectotype NHM 1892.6.8.202* Thursday Island* Australia. D* E* Acropora echinata Dana* 1846 topotype FJ139/G78322* Viti Levu* Fiji. F* A. echinata lectotype USNM 275* Fiji. G* H* Acropora tenuis Dana* 1846 topotype FJ127/G78323* Viti Levu* Fiji. I* A. tenuis holotype USNM 259* Fiji.J* K* Acropora yongei Veron & Wallace* 1984 topotype GBR85/G78644* Lodestone Reef* GBR. L* A. yongei holotype G55079* Britomart Reef* GBR.A field image (less column)* skeletal image (middle column) and type specimen (right column) are shown for each species. M–V* specimens examined in this study that could not be assigned to nominal species: PN63 Acropora aff.striata* Ant Atoll* Micronesia (M* N); KM27/G71345 Acropora aff.echinata* Kimbe Bay* Papua New Guinea (O* P); 54-5921/RUMF-ZG-04792 Acropora akajimensis Veron* 1990 topotype specimen placed within Acropora sp(p). clade* Ryukyu Islands* Japan (Q* R); 54-6036/RUMF-ZG-04796 Acropora sp.* Ryukyu Islands* Japan (S* T); and BFC219 Acropora aff.tenuis ‘WIO’* Chagos* Indian Ocean (U* V).	2023-07-27	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.		Zenodo	biologists	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.			
DB4587EEFFAB4137FF54FE54FDE9F95A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14443919/files/figure.png	https://doi.org/10.5281/zenodo.14443919	Figure 4. Nominal species of Acropora identified in this study. A* B* Acropora kenti (Brook 1892) topotype GBR130/G80247* Myrmidon Reef* GBR. C* A. kenti lectotype NHM 1892.6.8.202* Thursday Island* Australia. D* E* Acropora echinata Dana* 1846 topotype FJ139/G78322* Viti Levu* Fiji. F* A. echinata lectotype USNM 275* Fiji. G* H* Acropora tenuis Dana* 1846 topotype FJ127/G78323* Viti Levu* Fiji. I* A. tenuis holotype USNM 259* Fiji.J* K* Acropora yongei Veron & Wallace* 1984 topotype GBR85/G78644* Lodestone Reef* GBR. L* A. yongei holotype G55079* Britomart Reef* GBR.A field image (less column)* skeletal image (middle column) and type specimen (right column) are shown for each species. M–V* specimens examined in this study that could not be assigned to nominal species: PN63 Acropora aff.striata* Ant Atoll* Micronesia (M* N); KM27/G71345 Acropora aff.echinata* Kimbe Bay* Papua New Guinea (O* P); 54-5921/RUMF-ZG-04792 Acropora akajimensis Veron* 1990 topotype specimen placed within Acropora sp(p). clade* Ryukyu Islands* Japan (Q* R); 54-6036/RUMF-ZG-04796 Acropora sp.* Ryukyu Islands* Japan (S* T); and BFC219 Acropora aff.tenuis ‘WIO’* Chagos* Indian Ocean (U* V).	Figure 4. Nominal species of Acropora identified in this study. A* B* Acropora kenti (Brook 1892) topotype GBR130/G80247* Myrmidon Reef* GBR. C* A. kenti lectotype NHM 1892.6.8.202* Thursday Island* Australia. D* E* Acropora echinata Dana* 1846 topotype FJ139/G78322* Viti Levu* Fiji. F* A. echinata lectotype USNM 275* Fiji. G* H* Acropora tenuis Dana* 1846 topotype FJ127/G78323* Viti Levu* Fiji. I* A. tenuis holotype USNM 259* Fiji.J* K* Acropora yongei Veron & Wallace* 1984 topotype GBR85/G78644* Lodestone Reef* GBR. L* A. yongei holotype G55079* Britomart Reef* GBR.A field image (less column)* skeletal image (middle column) and type specimen (right column) are shown for each species. M–V* specimens examined in this study that could not be assigned to nominal species: PN63 Acropora aff.striata* Ant Atoll* Micronesia (M* N); KM27/G71345 Acropora aff.echinata* Kimbe Bay* Papua New Guinea (O* P); 54-5921/RUMF-ZG-04792 Acropora akajimensis Veron* 1990 topotype specimen placed within Acropora sp(p). clade* Ryukyu Islands* Japan (Q* R); 54-6036/RUMF-ZG-04796 Acropora sp.* Ryukyu Islands* Japan (S* T); and BFC219 Acropora aff.tenuis ‘WIO’* Chagos* Indian Ocean (U* V).	2023-07-27	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.		Zenodo	biologists	Bridge, Tom C. L.;Cowman, Peter F.;Quaưrini, Andrea M.;Bonito, Victor E.;Frederic;Harii;Head, Catherine E. I.;Hung, Julia Y.;Halafihi, Tuikolongahau;Rongo, Teina;Baird, Andrew H.			
