Restoring healthy populations of elkhorn and staghorn coral is critical to restoring the health of Caribbean reefs as a whole … Without better protection, we risk losing the entire reef community.
— Earthjustice Attorney Andrea Treece
Excessive algal growth is threatening the health of Caribbean reefs, choking out corals and degrading the habitat that other reef creatures—such as fish, sea turtles and lobsters—depend on. Fish, especially parrotfish, which graze on algae around coral reefs, play a key function in providing suitable habitat for corals to settle and build those reefs.
Elkhorn Coral Reef
Elkhorn and staghorn corals were once the dominant reef-building corals in the Caribbean.
Today, they are perilously close to extinction. And fish like parrotfish, which play a key function in providing suitable habitat for corals by grazing on algae around the reefs, are being dangerously overfished.
Credit: NOAA
Download original image.
Related
Stoplight Parrotfish
Sparisoma viride.
Coral reefs in the Caribbean survive partly through the habits of parrotfish, which graze on algae that would otherwise stunt the corals' growth.
Credit: NPS
Download original image.
Related
Staghorn Coral Reef
Corals suffer from a variety of threats, including pollution, global warming and ocean acidification. A key threat to corals, however, continues to be overfishing and competition with algae.
The corals have declined by more than 90 percent since the 1970s.
Credit: NOAA
Download original image.
Related
Stoplight Parrotfish
Sparisoma viride.
Fish, especially parrotfish, which graze on algae around coral reefs, play a key function in providing suitable habitat for corals to settle and build those reefs.
Credit: Adona9 / Wikimedia
Download original image.
Related
Elkhorn Coral
In 2006, elkhorn and staghorn corals were protected under the Endangered Species Act in response to a petition by the Center for Biological Diversity.
In 2012, Earthjustice, representing CBD, filed a lawsuit seeking greater protections from fishing for threatened coral reefs in the Caribbean.
Credit: NOAA
Download original image.
Related
Rainbow Parrotfish
Scarus guacamaia.
The lawsuit asserts that the National Marine Fisheries Service ignored science showing that parrotfish and other grazing fish play a key role in promoting the health of coral reefs; the government’s authorization of targeted fishing for parrotfish poses a risk to elkhorn and staghorn corals.
Credit: Paul Asman and Jill Lenoble
Download original image.
Related
Staghorn Coral
According to the lawsuit, the National Marine Fisheries Service violated the Endangered Species Act by finding that the targeted fishing for parrotfish would not jeopardize already imperiled corals or “adversely modify,” (i.e. damage) their critical habitat.
Credit: NOAA
Download original image.
Related
Midnight Parrotfish
Scarus coelestinus.
Fish populations in the Caribbean have been overfished, including the parrotfish that are the subject of this lawsuit.
Managing the overfishing of parrotfish will help corals recover and become more resilient to other threats, including global warming and ocean acidification.
Credit: Adona9 / Wikimedia
Download original image.
Related
Princess Parrotfish
Scarus taeniopterus
Parrotfish, which graze on algae around coral reefs, play a key function in providing suitable habitat for corals to settle and build Caribbean reefs.
Excessive algal growth threatens the health of Caribbean reefs, choking out corals and degrading the habitat that other reef creatures—such as fish, sea turtles and lobsters—depend on.
Credit: Adona9 / Wikimedia
Download original image.
Related
Elkhorn Coral Reef
“Restoring healthy populations of elkhorn and staghorn coral is critical to restoring the health of Caribbean reefs as a whole,” said Andrea Treece, an attorney with Earthjustice.
“These corals provide shelter, nursery grounds, and hunting grounds for an incredible array of fish, lobsters, sea turtles and other species. Without better protection, we risk losing the entire reef community.”
Credit: NOAA
Download original image.
Related
