Newsvine
  • Welcome
  • Help
  • Report Bug
  • Conversation Tracker
  • Your Column
  • Replies
  • Friends
Type Comments Since You Last CheckedArticle Source Last Checked Stop Tracking All Clear Tracking All
Advertise | AdChoices
Log In | Register
Close the Login Panel
Existing users log in below. New users please register for a free account.

New Users:

Existing Users:

E-Mail:
Password:
Forgot Password?
Please enter the e-mail address or domain name you registered with:
E-Mail/Domain:
Back to Login
Log Out
  • Top News
  • Local News
  • World
  • U.S.
  • Sports
  • Politics
  • Tech
  • Entertainment
  • Science
  • Business
  • Health
  • Odd News
  • More
    • Arts
    • Education
    • Environment
    • Fashion
    • History
    • Home & Garden
    • Not News
    • Religion
    • Travel
Visit Jason Coleman's column >>

JASON COLEMAN

Home Page
A structural engineer with a love for tech, politics, science, and culture.
Articles Posted: 8  Links Seeded: 1601
Member Since: 1/2006  Last Seen: 8/04/2011

What is Newsvine?

Updated continuously by citizens like you, Newsvine is an instant reflection of what the world is talking about at any given moment.

Get a Free Account
Help
Fun Stuff
  • Your Clippings
  • Leaderboard
  • E-Mail Alerts
  • Top of the Vine
  • Newsvine Live
  • Newsvine Archives
  • The Greenhouse
  • Recommended Articles
  • Wall of Vineness
Put a Seed Newsvine link on your own site

Corals Can Survive Acidic Waters Resulting From Climate Change

Seeded on Fri Mar 30, 2007 11:15 AM EDT
Read ArticleArticle Source: News at Nature
science, climate-change, global-warming, ocean, coral, reef, mediterranean
Seeded by Jason Coleman
Advertise | AdChoices

Mediterranean corals could strip, but not die, in response to climate change.

Reef-building corals may be more resilient against climate change than scientists had previously thought. Researchers have discovered that some species are able to survive an increase in seawater acidity, even though it strips the individual coral polyps of their protective calcium carbonate skeletons. This may be good news for individual polyps, but it doesn't change the gloomy outlook for reef ecosystems.

As atmospheric carbon dioxide levels continue to rise, so do the levels of dissolved carbon dioxide in sea water. This leads to an increase in ocean-borne carbonic acid, which is capable of dissolving calcium carbonate. "This is a major problem for corals," says Maoz Fine, a marine zoologist at Bar-Ilan University in Israel. "Essentially, acidification leads to naked coral."

  • Enjoy this article? Help vote it up the 'Vine.

Published to:

  • Jason Coleman's Column, All of Newsvine
  • Groups: Climate Change
  • Regions: none
  • Public Discussion (0)
Leave a Comment:
You're in Easy Mode. If you prefer, you can use XHTML Mode instead.
You're in XHTML Mode. If you prefer, you can use Easy Mode instead.
(XHTML tags allowed - a,b,blockquote,br,code,dd,dl,dt,del,em,h2,h3,h4,i,ins,li,ol,p,pre,q,strong,ul)
Newsvine Privacy Statement
As a new user, you may notice a few temporary content restrictions. Click here for more info.
FUN STUFF:
  • Leaderboard |
  • E-Mail Alerts |
  • Top of the Vine |
  • Newsvine Live |
  • Newsvine Archives |
  • The Greenhouse |
COMPANY STUFF:
  • Code of Honor |
  • Company Info |
  • Contact Us |
  • Jobs |
  • User Agreement |
  • Privacy Policy |
  • About our ads
LEGAL STUFF:
  • © 2005-2012 Newsvine, Inc. |
  • Newsvine® is a registered trademark of Newsvine, Inc. |
  • Newsvine is a property of msnbc.com