This study describes the in situ effects of four bioactive sponges on their neighbours at three different locations and two depths in the Spermonde Archipelago, SW Sulawesi, Indonesia. The natural rates of interaction between the sponge species and eight possible competitive invertebrate groups were defined and quantified in circular subplots, this was repeated 25x for each of the four species and for each location and depth. Most interactions occurred with other sponges and with corals. Coral overgrowth by the four target species caused necrosis in more than 85 % of these interactions, whereas this was less than 25 % in sponge overgrowths. These results sugg
Clionaids, an abundant group of bioeroding sponges, are important competitors of corals, but their i...
International audienceThis chapter reviews the major known monospecific and multispecific sponge agg...
Sponges biosynthesize a wealth of secondary metabolites, many with novel structures and strong biolo...
This study describes the in situ effects of four bioactive sponges on their neighbours at three diff...
The influence of sedimentation, depth and substratum angle on sponge assemblages in the Wakatobi reg...
Sponge assemblages were investigated in the Spermonde Archipelago, southwestern Sulawesi, Indonesia....
We surveyed the intensity of competition for reef space between sponges and corals at the Rocky Poin...
A wide range of associations between sponges and other taxa is reported from all biogeographic regio...
Coral reefs across the globe are in decline due to multiple threats including overexploitation, poll...
Sponges are among the dominant benthic organisms on coral reefs, representing important spatial comp...
Sponges contribute to large number of functions in coral reef ecosystems. Among these, bioerosion is...
The influence of sedimentation, depth and substratum angle on sponge assemblages in the Wakatobi reg...
Production of bioactive compounds from marine benthic organisms is suggested to relate ecologically ...
Sessile communities provide an ideal opportunity to understand how population interactions are struc...
Coral reefs are experiencing increasing anthropogenic impacts that result in substantial declines of...
Clionaids, an abundant group of bioeroding sponges, are important competitors of corals, but their i...
International audienceThis chapter reviews the major known monospecific and multispecific sponge agg...
Sponges biosynthesize a wealth of secondary metabolites, many with novel structures and strong biolo...
This study describes the in situ effects of four bioactive sponges on their neighbours at three diff...
The influence of sedimentation, depth and substratum angle on sponge assemblages in the Wakatobi reg...
Sponge assemblages were investigated in the Spermonde Archipelago, southwestern Sulawesi, Indonesia....
We surveyed the intensity of competition for reef space between sponges and corals at the Rocky Poin...
A wide range of associations between sponges and other taxa is reported from all biogeographic regio...
Coral reefs across the globe are in decline due to multiple threats including overexploitation, poll...
Sponges are among the dominant benthic organisms on coral reefs, representing important spatial comp...
Sponges contribute to large number of functions in coral reef ecosystems. Among these, bioerosion is...
The influence of sedimentation, depth and substratum angle on sponge assemblages in the Wakatobi reg...
Production of bioactive compounds from marine benthic organisms is suggested to relate ecologically ...
Sessile communities provide an ideal opportunity to understand how population interactions are struc...
Coral reefs are experiencing increasing anthropogenic impacts that result in substantial declines of...
Clionaids, an abundant group of bioeroding sponges, are important competitors of corals, but their i...
International audienceThis chapter reviews the major known monospecific and multispecific sponge agg...
Sponges biosynthesize a wealth of secondary metabolites, many with novel structures and strong biolo...