Researchers link ice-age climate-change records to ocean salinity

User rating: 4.3 / 5 after 25 vote(s)

A planktonic foraminifera lives in the subtropical waters of the Atlantic Ocean. Credit: Howard Spero UC-DavisNSF
A planktonic foraminifera lives in the subtropical waters of the Atlantic Ocean. Credit: Howard Spero, UC-Davis/NSF

Sudden decreases in temperature over Greenland and tropical rainfall patterns during the last Ice Age have been linked for the first time to rapid changes in the salinity of the north Atlantic Ocean, according to research published Oct. 5, 2006, in the journal Nature. The results provide further evidence that ocean circulation and chemistry respond to changes in climate.


Full story »
All News summaries from Space & Earth science news
All News summaries for October 04, 2006

Spacecraft flies by remote asteroid, camera stops (Update)

Sep 05, 2008 | User rating: not rated yet
(AP) -- The European deep space probe Rosetta successfully completed a flyby of an asteroid millions of miles from earth, but its high resolution camera stopped shortly before the closest pass, space officials ...

NASA delays Hubble mission 2 days due to storms

Sep 05, 2008 | User rating: not rated yet
(AP) -- NASA has delayed next month's space shuttle launch to the Hubble Space Telescope by two days.

Spiky Probe on NASA Mars Lander Raises Vapor Quandary

Sep 05, 2008 | User rating: not rated yet
(PhysOrg.com) -- A fork-like conductivity probe has sensed humidity rising and falling beside NASA's Phoenix Mars Lander, but when stuck into the ground, its measurements so far indicate soil that is thoroughly ...

Cassini Images Ring Arcs Among Saturn's Moons

Sep 05, 2008 | User rating: not rated yet
(PhysOrg.com) -- NASA's Cassini spacecraft has detected a faint, partial ring orbiting with one small moon of Saturn, and has confirmed the presence of another partial ring orbiting with a second moon. This ...

Astronomer Discovers Upper Mass Limit for Black Holes

Sep 05, 2008 | User rating: not rated yet
There appears to be an upper limit to how big the universe’s most massive black holes can get, according to new research led by a Yale University astrophysicist.
Goto Archive PhysOrg Forum Goto Archive Video Goto Archive Editorials Goto Archive Free Magazines Goto Archive Newsletter

News Archive