Echinometra mathaei is a common echinoid on tropical reefs and where abundant plays an important role in the control of algal communities. Despite high prevalence of E. mathaei on southern Persian/Arabian Gulf reefs, their abundance and distribution is poorly known. Spatial and temporal patterns in population abundance were examined at 12 sites between breakwater and natural reef habitats in Dubai (UAE) every 3 months from 2008 to 2010. Within the breakwater habitat, densities were greatest at shallow wave-exposed sites, and reduced with both decreasing wave-exposure and increasing depth. Interestingly, E. mathaei were significantly more abundant on exposed breakwaters than natural reef sites, presumably due to differences in habitat struct...
Coral settlement is a key ecological process in the maintenance, recovery and resilience of coral re...
We annually monitored the abundance and size structure of herbivorous sea urchin populations (Parace...
This study is concerned with the variability in abundance, size composition and benthic assemblages ...
Echinometra mathaei is a common echinoid on tropical reefs and where abundant plays an important rol...
Sea urchins can have a significant influence upon the ecological structure of coral reefs through bi...
This paper presents novel spatial distribution and abundance patterns of ecomorphs of Echinometra sp...
Sea urchins are major substratum eroders of coral reefs and the calcium carbonate condition of coral...
Sea urchins are a key group of herbivores in both temperate and tropical food webs because they cont...
Fish predation is often cited as a key process in structuring sea urchin populations on coral reefs,...
Breakwaters and related structures dominate near-shore environments in many Persian Gulf countries, ...
Numerous environmental and biological processes are responsible for shaping community structure in t...
The island of Mo’orea in French Polynesia functions as a model system to study the biological and ec...
We annually monitored the abundance and size structure of herbivorous sea urchin populations (Parace...
Herbivores affect the species composition and quantity of algae on reefs and this in turn affects th...
Diadema is among the most abundant, widely dispersed, and ecologically important genera of sea urchi...
Coral settlement is a key ecological process in the maintenance, recovery and resilience of coral re...
We annually monitored the abundance and size structure of herbivorous sea urchin populations (Parace...
This study is concerned with the variability in abundance, size composition and benthic assemblages ...
Echinometra mathaei is a common echinoid on tropical reefs and where abundant plays an important rol...
Sea urchins can have a significant influence upon the ecological structure of coral reefs through bi...
This paper presents novel spatial distribution and abundance patterns of ecomorphs of Echinometra sp...
Sea urchins are major substratum eroders of coral reefs and the calcium carbonate condition of coral...
Sea urchins are a key group of herbivores in both temperate and tropical food webs because they cont...
Fish predation is often cited as a key process in structuring sea urchin populations on coral reefs,...
Breakwaters and related structures dominate near-shore environments in many Persian Gulf countries, ...
Numerous environmental and biological processes are responsible for shaping community structure in t...
The island of Mo’orea in French Polynesia functions as a model system to study the biological and ec...
We annually monitored the abundance and size structure of herbivorous sea urchin populations (Parace...
Herbivores affect the species composition and quantity of algae on reefs and this in turn affects th...
Diadema is among the most abundant, widely dispersed, and ecologically important genera of sea urchi...
Coral settlement is a key ecological process in the maintenance, recovery and resilience of coral re...
We annually monitored the abundance and size structure of herbivorous sea urchin populations (Parace...
This study is concerned with the variability in abundance, size composition and benthic assemblages ...