Perkins, S.,
Catching Waves. S. Perkins. - Science News, 2004. - SIRS Enduring Issues 2005. Article 6, Science, 1522-3264; .
Articles Contained in SIRS Enduring Issues 2005. Originally Published: Catching Waves, Feb. 21, 2004; pp. 116.
"A new theoretical model that describes a tsunami's interaction with winds may explain enigmatic observations associated with some of the high-speed ocean waves and could lead to a technique for spotting approaching tsunamis long before they hit shore." (SCIENCE NEWS) This article describes a new study that may lead to a method for spotting tsunamis earlier.
1522-3264;
Mathematical models
Ocean-atmosphere interaction
Shades and shadows
Tsunamis
Winds
AC1.S5
050
Catching Waves. S. Perkins. - Science News, 2004. - SIRS Enduring Issues 2005. Article 6, Science, 1522-3264; .
Articles Contained in SIRS Enduring Issues 2005. Originally Published: Catching Waves, Feb. 21, 2004; pp. 116.
"A new theoretical model that describes a tsunami's interaction with winds may explain enigmatic observations associated with some of the high-speed ocean waves and could lead to a technique for spotting approaching tsunamis long before they hit shore." (SCIENCE NEWS) This article describes a new study that may lead to a method for spotting tsunamis earlier.
1522-3264;
Mathematical models
Ocean-atmosphere interaction
Shades and shadows
Tsunamis
Winds
AC1.S5
050