WW2010
University of Illinois

WW2010
 
welcome
 
online guides
 
archives
 
educational cd-rom
 
current weather
 
about ww2010
 
index

Online Guides
 
introduction
 
meteorology
 
remote sensing
 
reading maps
 
projects, activities

Meteorology
 
introduction
 
air masses, fronts
 
clouds, precipitation
 
el nino
 
forces, winds
 
hurricanes
 
hydrologic cycle
 
light, optics
 
midlatitude cyclones
 
severe storms
 
weather forecasting

El Nino
 
introduction
 
definition
 
'97-'98 event
 
upwelling
 
non el nino years
 
el nino events
 
sea surface temps
 
impacts on weather
 
economic impacts
 
prediction

User Interface
 
graphics
text

.
El Niño Sea Surface Temperatures
a look at the El Niño event from 1982-83

An El Niño event is identified by warmer than normal sea surface temperatures (SSTs). An SST anomaly plot, like the one given below, shows the difference between the observed SSTs and the normal SSTs for a given month. This particular plot depicts the SST anomaly from December of 1982.


Image by: Liu

The yellow and red shadings of the eastern Pacific indicate that the waters were considerably warmer than normal. In fact, the El Niño event of 1982-83 was the strongest this century, with an SST anomaly exceeding 3.5 degrees Celsius.

[Image: sst anomaly animation for 8/92 - 6/83 (88K)]
[Image: color code bar ]
Animation by: Liu

This animation depicts the SST anomaly field from the El Niño event of 1982-83 (August 1982 to June 1983). The yellows and reds in the eastern Pacific indicate the warming associated with the El-Niño event.



el nino events
Terms for using data resources. CD-ROM available.
Credits and Acknowledgments for WW2010.
Department of Atmospheric Sciences (DAS) at
the University of Illinois at Urbana-Champaign.

impacts on weather