A March 2014 study in the journal Fish and Fisheries describes a new approach to ecosystem-based fisheries management of coral reefs in the Caribbean Sea. The study, written by Peter J. Mumby, Ph.D., Pew marine fellow and professor at the University of Queensland in Australia, focuses on parrotfish, the target of an important fishery. Parrotfish also contribute to healthy coral ecosystems by consuming algae on certain parts of the reef. Mumby recommends that if the fishery must exist, managers should consider regulations that prevent fishing for parrotfish on the part of the reef where they play this important role, though fishing for other species could still occur
A variety of factors have caused the loss of corals and fishes on coral reefs, resulting in ecologic...
Parrotfish (family Scaridae) are grazers that are restricted to shallow tropical marine environments...
Herbivorous fishes are widely recognized for their critical importance in coral reef ecosystem proce...
Parrotfish populations have declined throughout the Caribbean due to overfishing. Functional loss of...
There is unanimous agreement that the functional role of parrotfish as lower\ud trophic level herbiv...
The problem of ecosystem overfishing has mostly focused on the function of forage fish as prey for a...
We tested the hypothesis that Marine Protected Areas (MPAs) established in 2015 along the coast of S...
Coral reefs are one of the world’s most diverse yet heavily impacted marine ecosystems. As a result ...
Coral reefs are some of the most productive ecosystems on the planet, providing fisheries resources ...
Abstract With coral cover in decline on many Caribbean reefs, any process of coral mortality is of p...
Parrotfish have indirect positive effects on corals by grazing on macroalgae that competes for subst...
As coral cover in the Florida Keys continues to decline, understanding the factors driving this tren...
The coral reefs of the Florida Keys National Marine Sanctuary (FKNMS) are diverse ecosystems that su...
Parrotfish (family Scaridae) consume macroalgae, an essential process for sustaining the ecological ...
Parrotfish play a critical role in helping to maintain the health of coral reefs. Although they have...
A variety of factors have caused the loss of corals and fishes on coral reefs, resulting in ecologic...
Parrotfish (family Scaridae) are grazers that are restricted to shallow tropical marine environments...
Herbivorous fishes are widely recognized for their critical importance in coral reef ecosystem proce...
Parrotfish populations have declined throughout the Caribbean due to overfishing. Functional loss of...
There is unanimous agreement that the functional role of parrotfish as lower\ud trophic level herbiv...
The problem of ecosystem overfishing has mostly focused on the function of forage fish as prey for a...
We tested the hypothesis that Marine Protected Areas (MPAs) established in 2015 along the coast of S...
Coral reefs are one of the world’s most diverse yet heavily impacted marine ecosystems. As a result ...
Coral reefs are some of the most productive ecosystems on the planet, providing fisheries resources ...
Abstract With coral cover in decline on many Caribbean reefs, any process of coral mortality is of p...
Parrotfish have indirect positive effects on corals by grazing on macroalgae that competes for subst...
As coral cover in the Florida Keys continues to decline, understanding the factors driving this tren...
The coral reefs of the Florida Keys National Marine Sanctuary (FKNMS) are diverse ecosystems that su...
Parrotfish (family Scaridae) consume macroalgae, an essential process for sustaining the ecological ...
Parrotfish play a critical role in helping to maintain the health of coral reefs. Although they have...
A variety of factors have caused the loss of corals and fishes on coral reefs, resulting in ecologic...
Parrotfish (family Scaridae) are grazers that are restricted to shallow tropical marine environments...
Herbivorous fishes are widely recognized for their critical importance in coral reef ecosystem proce...