In contrast, sea surface temperatures during the 2005 season were well above average.

During the last century, global average land and sea surface temperature has increased dramatically.

Sea surface temperatures have a large influence on climate and weather.

Sea surface temperatures there have risen for much of the past two decades.

Also, sea surface temperatures in the western Atlantic were just at or slightly below average.

Below average sea surface temperatures ahead of the system would hamper significant development.

The model had a constant sea surface temperature, no background wind, but with Earth rotation.

For this reason, a major focus of hurricane research has been sea surface temperature prior to a storm.

Sea surface temperatures in the region were above average; however, slightly cooler than late February.

However, the system was not expect to intensify further due to cool sea surface temperatures.

A likely culprit, scientists say, is a documented increase in sea surface temperatures during the same period.

It's sending back measurements of global sea surface temperatures, with very high accuracy.

This maximum corresponds to a minimum of sea surface temperatures.

A tropical wave forming over sea surface temperatures of 23 degrees.

Above average sea surface temperatures in the area allowed for gradual development as convection increased.

Since hurricanes rely on sea surface temperature, sometimes an active season in the beginning becomes quiet later.

In an area of once again increasing sea surface temperatures and warm air, convection developed over the center.

"And the sea surface temperatures are warmer then, too."

Decreasing sea surface temperatures then caused the storm to weaken.

During this time, the storm began to weaken due to a decrease in sea surface temperatures.

In general, this event results in increased sea surface temperatures near Australia.

The timing of the migration is partly influenced by sea surface temperatures.

Slight increases in sea surface temperature can cause zooxanthellae to die.

Various warm and cool currents stand out even in monthly averages of sea surface temperature.

I4) Where can I get real-time sea surface temperature data?