Attempts to determine the ages of five adult specimens of Acanthaster planci from the pigment bands on the aboral spine ossicles were unsuccessful because there was little coincidence in the number and arrangement of the bands on different spines obtained from the same starfish. Hence, different spines often yielded markedly different putative ages. Spines along the midline of an arm usually possessed more bands than did those from the edge; the further from the central disc the location of an arm spine, the fewer bands it carried; and the numbers of bands on spines from the regenerating portions of arms were always significantly fewer than those on spines from intact portions of arms. Spines from intact portions of different arms from the ...
Settlement trials conducted with larvae of crown-of-thorns starfish Acanthaster planci revealed a mo...
The red starfish Echinaster sepositus is an excellent model for studying arm regeneration processes ...
Title Life-long indeterminate growth in brittle stars is driven by a subterminal growth zone at arm...
[Extract] The conclusion by Souter et al. (1997) that spine pigment band count (SPBC) is not an appr...
The population outbreaks of the corallivorous asteroid Acanthaster planci have been of great interes...
In the past, age classes in Acanthaster planci (L.) populations have been interpreted from modes in...
Objective: To examine variation in the frequency of arm damage in different sizes of Acanthaster pla...
Objective: To examine variation in the frequency of arm damage in different sizes of Acanthaster p...
Bands on the external surface of the second dorsal-fin spine proved to be a novel method of estimati...
The extreme reproductive potential of the crown-of-thorns starfish (CoTS) Acanthaster sp. is a key t...
A field experiment was conducted to determine whether in situ mass mortality of Acanthaster planci s...
A field experiment was conducted to determine whether in situ mass mortality of Acanthaster planci s...
Geological investigations of the crown-of-thorns starfish (COTS) have concluded that outbreaks are n...
Purpose: to provide a comprehensive overview of cell and tissue patterning of starfish regenerative ...
Adult echinoderms from each of the five classes exhibit natural, rapid regeneration of entire lost p...
Settlement trials conducted with larvae of crown-of-thorns starfish Acanthaster planci revealed a mo...
The red starfish Echinaster sepositus is an excellent model for studying arm regeneration processes ...
Title Life-long indeterminate growth in brittle stars is driven by a subterminal growth zone at arm...
[Extract] The conclusion by Souter et al. (1997) that spine pigment band count (SPBC) is not an appr...
The population outbreaks of the corallivorous asteroid Acanthaster planci have been of great interes...
In the past, age classes in Acanthaster planci (L.) populations have been interpreted from modes in...
Objective: To examine variation in the frequency of arm damage in different sizes of Acanthaster pla...
Objective: To examine variation in the frequency of arm damage in different sizes of Acanthaster p...
Bands on the external surface of the second dorsal-fin spine proved to be a novel method of estimati...
The extreme reproductive potential of the crown-of-thorns starfish (CoTS) Acanthaster sp. is a key t...
A field experiment was conducted to determine whether in situ mass mortality of Acanthaster planci s...
A field experiment was conducted to determine whether in situ mass mortality of Acanthaster planci s...
Geological investigations of the crown-of-thorns starfish (COTS) have concluded that outbreaks are n...
Purpose: to provide a comprehensive overview of cell and tissue patterning of starfish regenerative ...
Adult echinoderms from each of the five classes exhibit natural, rapid regeneration of entire lost p...
Settlement trials conducted with larvae of crown-of-thorns starfish Acanthaster planci revealed a mo...
The red starfish Echinaster sepositus is an excellent model for studying arm regeneration processes ...
Title Life-long indeterminate growth in brittle stars is driven by a subterminal growth zone at arm...