Cape Bridgewater — [-38.3552°, 141.2734°] — Latest Observations at 05 Jun, 17:09 (+11)
Go to Cape Bridgewater Data Page
Significant Wave HeightPeak PeriodPeak DirectionDirectional spreadingWind SpeedWind Direction
2.08 m11.36 s212 degrees19.98 degrees3.6 m/s274 degrees
Cape Bridgewater1 — [-38.36°, 141.273°] — Latest Observations at 05 Jun, 17:00 (+11)
Go to Cape Bridgewater1 Data Page
Significant Wave HeightPeak PeriodPeak DirectionDirectional spreading
2.07 m12.50 s222 degrees29.00 degrees
Cape Nelson — [-38.3789°, 142.4721°] — Latest Observations at 28 Apr, 11:22 (+11)
Go to Cape Nelson Data Page
Significant Wave HeightPeak PeriodPeak DirectionDirectional spreadingWind SpeedWind Direction
0.09 m10.24 s166 degrees75.15 degrees0 m/s142 degrees
Portland — [-38.3197°, 141.6575°] — Latest Observations at 05 Jun, 17:56 (+11)
Go to Portland Data Page
Significant Wave HeightPeak PeriodPeak DirectionDirectional spreadingWind SpeedWind Direction
0.68 m9.30 s150 degrees18.54 degrees0 m/s160 degrees
Port Fairy Buoy — [-38.3817°, 142.2878°] — Latest Observations at 05 Jun, 17:32 (+11)
Go to Port Fairy Buoy Data Page
Significant Wave HeightPeak PeriodPeak DirectionDirectional spreadingWind SpeedWind Direction
1.75 m14.62 s194 degrees17.53 degrees0.8 m/s211 degrees
Apollo Bay — [-38.7543°, 143.7237°] — Latest Observations at 05 Jun, 17:21 (+11)
Go to Apollo Bay Data Page
Significant Wave HeightPeak PeriodPeak DirectionDirectional spreadingWind SpeedWind Direction
1.44 m12.80 s195 degrees18.17 degrees1.6 m/s205 degrees
Inverloch — [-38.7506°, 145.7503°] — Latest Observations at 05 Jun, 17:02 (+11)
Go to Inverloch Data Page
Significant Wave HeightPeak PeriodPeak DirectionDirectional spreadingWind SpeedWind Direction
1.50 m11.36 s228 degrees23.50 degrees7.6 m/s314 degrees
Wilson’s Promontory — [-39.536°, 146.473°] — Latest Observations at 05 Jun, 17:00 (+11)
Go to Wilson’s Promontory Data Page
Significant Wave HeightPeak PeriodPeak DirectionDirectional spreading
1.58 m4.90 s278 degrees36.00 degrees
Lakes Entrance — [-37.9192°, 148.3534°] — Latest Observations at 05 Jun, 17:54 (+11)
Go to Lakes Entrance Data Page
Significant Wave HeightPeak PeriodPeak DirectionDirectional spreadingWind SpeedWind Direction
1.16 m9.30 s131 degrees34.95 degrees5.6 m/s240 degrees
Lakes Entrance1 — [-38.05°, 148.41°] — Latest Observations at 05 Jun, 17:00 (+11)
Go to Lakes Entrance1 Data Page
Significant Wave HeightPeak PeriodPeak DirectionDirectional spreading
1.18 m9.50 s159 degrees53.00 degrees

The page shows three variables:

Significant wave height – The height of every wave is different. The buoys record the rise and fall of the water surface approximately every half a second. We then determine the significant wave height over a 20 minute period. The significant wave height is the average of the highest one-third of the waves. Therefore, it may seem a bit higher than you would estimate by eye. There will be waves both higher and lower than the significant wave height. As a general rule the maximum wave height will be approximately 1.8 times the significant wave height (e.g. if the significant wave height is 2m, the maximum wave height will be approximately 3.6m).

Peak period and direction – The period is the time (in seconds) between wave crests. Just like wave height the period and direction (provided relative to true North) of individual waves vary. The lateral motions of the floating buoy enable us to measure these quantities. They are termed “peak” because they relate to the waves with the most energy. Sometimes you will see these quantities jump significantly in value. This occurs when we have a mixed sea made up of wind-sea and swell. The peak at one time may be the swell and then switch to the wind-sea. This will result in jumps in the peak period and peak direction. Some locations are more impacted by this than others. Wilson’s Promontory is an example of the location which can often have both a SE and a SW swell and a local wind-sea.

Data acknowledgment. This program provides Wave data free for all under Creative Commons Attribution 4 licensing. If you use this data please attribute as “Wave data was provided by the Victorian Coastal Monitoring Program with funding through Department of Environment, Land, Water and Planning, University of Melbourne and Deakin University.”