Wave intelligence
The systems in the sea
A buoy's significant wave height sums everything in the sea: long groundswell from a storm a thousand miles off, a closer swell, the chop of the local wind. Each buoy's measured directional spectrum is partitioned into those systems, which are followed through time, used to place the storms the swells came from, and checked for seas that cross.
- Stations analysed
- 162 of 164
- Newest spectrum
- 1 h ago
- Systems named
- 312
- Swell · wind sea
- 209 · 103
- Seas crossing
- 5 buoys
- Storms, last month
- 207 placed →
- Window
- The last 4 days
- Method
- Reference
Buoys where the two largest systems now meet at 40° or more with comparable energy, in seas of 1.5 m or more: steeper, less regular waves than the height alone suggests.
Each petal is a system, pointing to where it comes from, north up. Its length grows with height (the ring is 4 m); its width is the directional spread. Swell Wind sea Storm placed
No station matches. Try another name, or all regions.
| Station | Crossing | Systems |
|---|---|---|
| Central Aleutians, AK 46072 · Alaska · 1 h ago | 105° apartthe smaller holds 52% of the larger's energy |
|
| West Washington 46005 · Pacific Northwest · 1 h ago | 70° apartthe smaller holds 94% of the larger's energy |
|
| West California 46059 · California · 1 h ago | 60° apartthe smaller holds 78% of the larger's energy |
|
| Eel River, CA 46022 · California · 1 h ago | 55° apartthe smaller holds 56% of the larger's energy |
|
| Port Orford, OR 46015 · Pacific Northwest · 2 h ago | 50° apartthe smaller holds 64% of the larger's energy |
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