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 |
Aeby35–39
|
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 |
Correlation between abundance of snail and diseases prevalence |
Antonius & Riegl42
|
Unknown Disease |
Phestilla sp
|
Unknown |
One nudibranch was placed on 7 coral fragments and progressive coral tissue mortality followed predation |
Dalton & Godwin43
|
Unknown Disease |
Hermodice carunculata
|
Unknown |
H. carunculata commonly observed feeding on disease margin |
Miller & Williams44
|
Coral Diseases |
Chaetodontids |
Various |
Correlation between chaetodontids density and coral disease prevalence |
Raymundo et al.29
|
Black Band, Brown Band Disease |
Chaetodontids |
P. guamensis, bacterial consortium |
Chaetodon aureofasciatus, C. baronessa, C. lunulatus, C. plebeius and C. trifascialis selectively targeted disease lesions over adjacent healthy coral tissues. |
Cole et al.32, Chong-Seng et al.33
|
Brown Band Disease |
Acanthaster planci
|
Philaster guamensis
|
Feeding scars of crown-of-thrones starfish became the origin of BrB infections |
Nugues & Bak30, Katz et al.31
|
Corallivore not found to transmit disease in controlled experiments |
Black Band Disease |
Chaetodon capistratus
|
Bacterial consortium |
Feeding behaviour of the fish did not increase Phormidium corallyticum transmission |
Aeby & Santavy34
|
White Band Disease |
Coralliophila caribaea
|
Vibrio and Rickettsiales
|
C. caribaea feeding behaviour did not transmit WBD in aquarium-based infection experiment |
Gignoux-Wolfsohn et al.41
|
White Syndrome |
Cyamo melanodactylus
|
Unknown |
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
|
The fish neither aided nor hindered the transmission of BrB from infected to uninfected corals |
Nicolet et al.28
|