A rare snail that lives only in the Los Angeles area is the focus of an Endangered Species Act protection request filed Monday with the U.S. Fish and Wildlife Service by the Center for Biological Diversity.
Found Only In The Angeles National Forest
The nonprofit conservation organization said that before the city was developed, the San Gabriel chestnut snail was found from south of Compton to the San Gabriel Mountains in the north, but now only survives in the Angeles National Forest and on adjacent private lands between Glendora and Altadena after being threatened by development, fire and climate change.
“Snails Actually Do A Lot Of Important Things”
“Saving the San Gabriel chestnut snail may seem like a small matter, but snails actually do a lot of important things for humans,” said Tierra Curry, a senior scientist at the Center for Biological Diversity. “These amazing little animals play critical roles in the environment and deserve to be protected like other imperiled wildlife.”
San Gabriel Chestnut Snail
The dark and glossy San Gabriel chestnut snail has a spiraled shell that is chestnut in color, is a little more than 1 inch wide, and has very specific habitat requirements and cannot relocate when its habitat is in harm’s way from development or fire, according to the Center for Biological Diversity.
Particularly Vulnerable Creatures
The organization also said that mollusks are the most at-risk group of animals globally because they are particularly vulnerable to human-caused changes in the environment, and scientists estimate that more than half of the mollusk species that have been evaluated are threatened with extinction.
Studied By The SLIME Program
“Protecting the environment for future generations includes safeguarding the underappreciated little species that keep natural processes working,” Curry said.
The San Gabriel chestnut snail was discovered in 1938, and is being studied by the Los Angeles County Natural History Museum, which runs a citizen- science project called SLIME, or Snails and slugs Living in Metropolitan Environments.