Just as continental locations have a climate, so, too, do ocean waves. Knowing the wave climate at Normandy became a key part of the planning process in advance of the Allied D-Day invasion during World War II.
While the effects of wind wave energy are mostly felt along the shoreline, the impact of waves can also be felt out in the open ocean. In some cases, as with extraordinarily large "rogue" waves, these kinds of waves are very difficult to predict and...
Nearly all of the effects of wind wave energy are felt along the shoreline, often in the form of erosion. The erosion process on the shoreline moves sand from one place to another and, over time, actually changes the orientation of the coast.
While sediments of all varieties can be found almost anywhere in the marine environment, there are some very distinct distribution patterns.
As with climate changes, there have been some unexplained aberrations in Earth's magnetic field during the recent past. Marine sediments provide important information that may help scientists better understand those aberrations.
A tsunami wave usually begins as barely a ripple above the surface out in the open ocean, often thousands of miles from its ultimate destination. By the time it reaches shore, a tsunami may have grown to nearly a hundred feet in height, and can be a...
As concerns about overfishing increase, the need for effective fishery management becomes critical. The focus is on maintaining a sustainable harvest of resources. There are a number of factors that complicate that process, including the challenge o...
Hurricane Mitch was the most lethal Atlantic hurricane of modern times. It left nine thousand dead, five hundred seventy thousand homeless, and is estimated to have set back the Honduran infrastructure fifty years. It is a prime example of the extra...
The interplay between atmosphere and ocean plays a role in nearly all weather events. The two bodies are in continuous contact with one another, and each influences conditions in the other.
The Coriolis Effect, named for 19th century French scientist Gaspard Gustave Coriolis, describes the apparent force that arises when an object that is moving is viewed in a reference frame that is rotating.