Herbivory is a fundamental process determining reef resilience, and while algal farming damselfishes can help shape benthic assemblages, an understanding of their contribution to areas outside of defended territories is relatively unexplored. Here, we demonstrate how the farming damselfish Stegastes marginatus plays a dual role in benthic structuring by 1) contributing to persistence of the invasive macroalga Acanthophora spicifera within a Hawaiian marine protected area, where the macroalga occurred exclusively inside Stegastes territories, and 2) behaving as an opportunistic browser of the exotic alga outside their territorial borders. Greater than 50% of the biomass of tethered A. spicifera was consumed within one-hour when placed outsid...
Investigating the functional role of herbivorous fish species is important for understanding reef re...
Territories of grazing fishes in the family Pomacentridae have been documented to cover a substantia...
The removal of macroalgal biomass by fishes is a key process on coral reefs. Numerous studies have i...
Herbivory is a fundamental process determining reef resilience, and while algal farming damselfishes...
<div><p>Herbivory is a fundamental process determining reef resilience, and while algal farming dams...
Herbivory is widely accepted as a key process determining the benthic community structure and resili...
Territorial damselfish are important herbivores on coral reefs because they can occupy a large propo...
Herbivorous damselfish that cultivate algal farms frequently exhibit aggressive territorial behaviou...
Areas of high habitat heterogeneity support a high diversity of fauna in both terrestrial and aquati...
Herbivory is an important mechanism affecting algal succession, particularly on coral reefs where th...
Coral reefs worldwide are threatened by high algal abundance due to cumulative anthropogenic disturb...
Herbivory is a key process structuring plant communities in both terrestrial and aquatic ecosystems,...
Roving herbivorous fishes play an important role in coral reef communities by removing turf-algae, w...
Caribbean reef ecosystems have undergone major ecological changes in the last 30 – 40 years, with th...
Territorial damselfish are considered to be functionally important herbivores on coral reefs, promot...
Investigating the functional role of herbivorous fish species is important for understanding reef re...
Territories of grazing fishes in the family Pomacentridae have been documented to cover a substantia...
The removal of macroalgal biomass by fishes is a key process on coral reefs. Numerous studies have i...
Herbivory is a fundamental process determining reef resilience, and while algal farming damselfishes...
<div><p>Herbivory is a fundamental process determining reef resilience, and while algal farming dams...
Herbivory is widely accepted as a key process determining the benthic community structure and resili...
Territorial damselfish are important herbivores on coral reefs because they can occupy a large propo...
Herbivorous damselfish that cultivate algal farms frequently exhibit aggressive territorial behaviou...
Areas of high habitat heterogeneity support a high diversity of fauna in both terrestrial and aquati...
Herbivory is an important mechanism affecting algal succession, particularly on coral reefs where th...
Coral reefs worldwide are threatened by high algal abundance due to cumulative anthropogenic disturb...
Herbivory is a key process structuring plant communities in both terrestrial and aquatic ecosystems,...
Roving herbivorous fishes play an important role in coral reef communities by removing turf-algae, w...
Caribbean reef ecosystems have undergone major ecological changes in the last 30 – 40 years, with th...
Territorial damselfish are considered to be functionally important herbivores on coral reefs, promot...
Investigating the functional role of herbivorous fish species is important for understanding reef re...
Territories of grazing fishes in the family Pomacentridae have been documented to cover a substantia...
The removal of macroalgal biomass by fishes is a key process on coral reefs. Numerous studies have i...