GLF
06-03-2006, 08:28 AM
Ever wonder why the fishing is so messed up after a good blow? Once you understand the affects of waves, you will have a better understanding.
Waves
The motion of water waves results from the transfer of energy from the atmosphere to water. Most water waves are generated by wind moving over the water’s surface. The size of the resulting waves is dependent upon the wind velocity, wind duration, and the fetch (i.e., the area and distance over which the wind travels). Deep water waves have a sinuous pattern as illustrated in Figure 1. The highest point on the wave is called the wave crest, and the low point on the water surface between crests is called the wave trough The distance from crest to trough is the wave height, and the distance from one crest to another is called the wavelength. Although not obvious to an observer, a wave extends below the wave trough to a depth that is one-half the wavelength. This depth is called wave base, below which no water motion attributable to surface waves occurs.
http://faculty.gvsu.edu/videticp/waves.htm
Waves
The motion of water waves results from the transfer of energy from the atmosphere to water. Most water waves are generated by wind moving over the water’s surface. The size of the resulting waves is dependent upon the wind velocity, wind duration, and the fetch (i.e., the area and distance over which the wind travels). Deep water waves have a sinuous pattern as illustrated in Figure 1. The highest point on the wave is called the wave crest, and the low point on the water surface between crests is called the wave trough The distance from crest to trough is the wave height, and the distance from one crest to another is called the wavelength. Although not obvious to an observer, a wave extends below the wave trough to a depth that is one-half the wavelength. This depth is called wave base, below which no water motion attributable to surface waves occurs.
http://faculty.gvsu.edu/videticp/waves.htm