Something for the big wing foilers
Good stuff, Langdon. Those long period cross-Pacific waves are what make Hawaiian and Californian waves so big and fast.
wave height calculator https://planetcalc.com/4442/
wave height and period https://csherwood-usgs.github.io/jsed/Fetch and Depth Limited Waves, USGS.html
Assuming the 5.5 miles from the Tidwell to Aqualand*, we get short, close chop.
*Remember where I said the swell can be found? It's one of the longest straight line you can make on Lanier on a westish wind.
I am going to try the "swell" South of VP. I am not crazy about the subterrain induced swell that is WNW of VP.
webguy wrote: Good stuff, Langdon. Those long period cross-Pacific waves are what make Hawaiian and Californian waves so big and fast. wave height calculator https://planetcalc.com/4442/ wave height and period https://csherwood-usgs.github.io/jsed/Fetch and Depth Limited Waves, USGS.html Assuming the 5.5 miles from the Tidwell to Aqualand*, we get short, close chop. *Remember where I said the swell can be found? It's one of the longest straight line you can make on Lanier on a westish wind.
Works both ways doesn't it.....probably helps the wind too......
What happens in a black hole stays in a black hole.
Good stuff, Langdon. Those long period cross-Pacific waves are what make Hawaiian and Californian waves so big and fast.
wave height calculator https://planetcalc.com/4442/
wave height and period https://csherwood-usgs.github.io/jsed/Fetch and Depth Limited Waves, USGS.html
Assuming the 5.5 miles from the Tidwell to Aqualand*, we get short, close chop.
*Remember where I said the swell can be found? It's one of the longest straight line you can make on Lanier on a westish wind.
I am going to try the "swell" South of VP. I am not crazy about the subterrain induced swell that is WNW of VP.
Works both ways doesn't it.....probably helps the wind too......
What happens in a black hole stays in a black hole.