Latest Water waves Stories
An estimated 5 million to 20 million tons of debris now floating in the ocean following Japan's massive tsunami is due to hit the shores Hawaii by early next year, before reaching the U.S. West coast sometime in 2014.
Scientists at TU Delft have successfully matched a layer of sediment from the dunes near Heemskerk to a severe storm flood that occurred in either 1775 or 1776.
Researchers at the University of Illinois have become the first to record an airglow signature in the upper atmosphere produced by a tsunami using a camera system based in Maui, Hawaii.
Professor Andreas VÃ¶tt presents new results of geomorphological and geoarcheological investigations on the sedimentary burial of Olympia.
A unique study using over 70 years of information from local newspapers has helped to examine the incidence and location of coastal floods in the Solent region of southern England.
Forecasting the state of the sea is important for shipping, offshore and coastal engineering, management of coastal zones and tourism.
Venice â€“ the City of Dreams â€“ may have one less nightmare to deal with following a finding that the frequency of extreme storm surge events generated by Adriatic Sea tempests could fall by about 30 percent by 2100.
An unusual signal detected results from waves in Lake Gatun, the reservoir that forms the Panama Canal channel.
Image Credit: Meteorologist Joshua Kelly When meteorologists are forecasting for ocean-going vessels, there are a few terms that we need to understand. The first term is wavelength. Wavelength is defined as the distance between two crests or between two troughs as seen in the image above. The example above highlights the crest to crest concept of wavelength. The next term that we use is wave height, and to determine this, we first must look at the wave when it passes our station. When...
- totally perplexed and mixed up.