For more information contact:

Rani Chohan
Goddard Space Flight Center, Greenbelt, MD 20771
(Phone: 301/286-2483)

Caption for Image 1: SEA SURFACE TEMPERATURE ANOMALIES - November 24, 2002

The Moderate Resolution Imaging Spectrometer (MODIS) aboard the Terra satellite provided the data for this sea surface temperature anomaly image. It shows that El Nino’s warmest waters, reflected in yellows and reds, are concentrated in the middle of the equatorial Pacific Ocean throughout the fall. Courtesy: NASA

High Resolution of Image 1

More high resolution images of Sea Surface Temperature Anomalies:

June 24, 2002 (9 MB)
July 24, 2002 (9 MB)
August 24, 2002 (9 MB)
September 24, 2002 (9 MB)
October 24, 2002 (10 MB)

Caption for Image 2: NSIPP BASED Sea Surface Temperature Anomaly forecast

This January 15, 2003 NSIPP prediction shows a slight intensification of the warmer than normal Pacific waters in January.  Courtesy: NASA

The Top Story Archive listing can be found by clicking on this link.

All stories found on a Top Story page or the front page of this site have been archived from most to least current on this page.

For a list of recent press releases, click here.

December 12, 2002 - (date of web publication)

	Image 1

Satellite data shows that warmer than normal waters are in the central Pacific Ocean unlike the last El Nino.  During 1997-1998 El Nino, waters warmer than average were right up against the South American coast. Historically, El Nino’s effects on United States weather are greatest when the warm waters are nearing the coast of South America.

	Image 2

NASA's seasonal to Interannual Prediction Project climate model(NSIPP) predicts that the El Nino will get a bit stronger and extend to the east.  The January 15, 2002 NSIPP prediction shows a slight intensification of the warmer than normal Pacific waters in January.  In the past, El Nino’s impact on U.S. weather was strongest from mid-January to early spring.

Back to Top