60-Second Science

Warmer Waters Make Weaker Mussels

New research shows that mussels' attachment fibers weaken in warm water. As climate change raises ocean temperatures, these shellfish may be forced to cooler waters. Calla Cofield reports














Share on Tumblr

Listen to this Podcast

When it comes to mussels, bigger isn’t necessarily better. Tiny fibers called byssals enable mussels—the shellfish kind—to anchor themselves to coastlines despite crashing ocean waves.

But new research shows that the attachment fibers weaken in warm water. A temperature rise of 15 degrees Fahrenheit lessens fiber strength by 60 percent, possibly causing them to fail completely. As climate change raises ocean temperatures, mussels may be forced to cooler waters.

Emily Carrington of the University of Washington presented the research at the meeting of the American Association for the Advancement of Science in Boston:

"Researchers have dissected mussel beds and found, I think, upwards of 100 different species. So if the mussels go it really changes that community.

"We also eat mussels and so there’s applications in aquaculture. The way they grow mussels, is the mussels have to remain attached to the ropes on their long lines. So if the mussels fall off before the farmers return to reap their harvest, then they’ve lost a lot of money."

—Calla Cofield

[The above text is a transcript of this podcast.]


Comments

Add Comment
Leave this field empty

Add a Comment

You must sign in or register as a ScientificAmerican.com member to submit a comment.
Click one of the buttons below to register using an existing Social Account.

More from Scientific American

See what we're tweeting about

Scientific American Editors

More »

Free Newsletters


Get the best from Scientific American in your inbox

  SA Digital
  SA Digital

Science Jobs of the Week

Email this Article

Warmer Waters Make Weaker Mussels

X
Scientific American Magazine

Subscribe Today

Save 66% off the cover price and get a free gift!

Learn More >>

X

Please Log In

Forgot: Password

X

Account Linking

Welcome, . Do you have an existing ScientificAmerican.com account?

Yes, please link my existing account with for quick, secure access.



Forgot Password?

No, I would like to create a new account with my profile information.

Create Account
X

Report Abuse

Are you sure?

X

Institutional Access

It has been identified that the institution you are trying to access this article from has institutional site license access to Scientific American on nature.com. To access this article in its entirety through site license access, click below.

Site license access
X

Error

X

Share this Article

X