Table 1 List of peer-review publication aimed at testing the effect of potential vectors on coral disease transmission; listed by main finding, disease type, vector organism, pathogen species, transmission mechanism and source.
Finding | Disease | Vector | Pathogen | Mechanism | Source |
|---|---|---|---|---|---|
Vector transmitted parasite | Trematodiasis | Chaetodon multicinctus | Podocotyloides stenometra | P. stenometra has a complex life cycle involving a molluscan first intermediate host, Porites coral as the second intermediate host, and coral-feeding fish as the final host | |
Pathogen detected within the vector’s body | Vibrio shiloi Bleaching | Hermodice carunculata | Vibrio shiloi | Worms contained viable V. shiloi bacteria and transmitted bleaching to healthy Oculina patagonica | Sussman et al.26 |
Aspergillosis | Cyphoma gibbosum | Aspergillus syndowii | A. syndowii was found to survive through the digestive track of the snail. Viable spores and hyphae in snail faeces. | Rypien & Baker40 | |
Acroporid Serratiosis | Coralliophila abbreviata | Serratia marcescens | Bacterial strains from C. abbreviate successfully infected Acropora palamata in aquaria | Sutherland et al.19 | |
Vector transmitted disease in controlled experiments | Unknown Disease | Coralliophila abbreviata | Unknown | Snails feeding on infected colonies transmitted disease to healthy nubbins | Williams & Miller27 |
White Band Disease | Coralliophila abbreviata | Vibrio and Rickettsiales bacteria | Snails collected from the field transmitted WBD to healthy nubbins in aquaria | Gignoux-Wolfsohn et al.41 | |
Brown Band Disease | Drupella sp. | Philaster guamensis | Snails collected on infected colonies in the field transmitted BrB to healthy nubbins in the laboratory | Nicolet et al.28 | |
Correlation between disease onset and either presence of or predation by vector | Coral Diseases | Drupella cornus | Various | Â Correlation between abundance of snail and diseases prevalence | Antonius & Riegl42 |
Unknown Disease | Phestilla sp | Unknown | Â One nudibranch was placed on 7 coral fragments and progressive coral tissue mortality followed predation | Dalton & Godwin43 | |
Unknown Disease | Hermodice carunculata | Unknown | Â H. carunculata commonly observed feeding on disease margin | Miller & Williams44 | |
Coral Diseases | Chaetodontids | Various | Â Correlation between chaetodontids density and coral disease prevalence | Raymundo et al.29 | |
Black Band, Brown Band Disease | Chaetodontids | P. guamensis, bacterial consortium | Â Chaetodon aureofasciatus, C. baronessa, C. lunulatus, C. plebeius and C. trifascialis selectively targeted disease lesions over adjacent healthy coral tissues. | ||
Brown Band Disease | Acanthaster planci | Philaster guamensis | Â Feeding scars of crown-of-thrones starfish became the origin of BrB infections | ||
Corallivore not found to transmit disease in controlled experiments | Black Band Disease | Chaetodon capistratus | Bacterial consortium | Â Feeding behaviour of the fish did not increase Phormidium corallyticum transmission | Aeby & Santavy34 |
White Band Disease | Coralliophila caribaea | Vibrio and Rickettsiales | Â C. caribaea feeding behaviour did not transmit WBD in aquarium-based infection experiment | Gignoux-Wolfsohn et al.41 | |
White Syndrome | Cyamo melanodactylus | Unknown | Â Transplanting crabs from infected colonies onto healthy corals does not result in disease transmission | Pollock et al.45 | |
Brown Band Disease | Chaetodon aureofasciatus | Philaster guamensis | Â The fish neither aided nor hindered the transmission of BrB from infected to uninfected corals | Nicolet et al.28 |