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Anasuria AWS wave buoy monthly means for 2020

Monthly means from the Anasuria AWS wave buoy for 2020, including available wave height, period, direction, wind and sea temperature data.

Last observation shown

Data available:  to 

Latest

Period Summary

Programmatically generated summary. Hog Says

8,343 wave-buoy observations covered 364 of 366 days (99%). Typical wave height was 0 ft; wave-period data were unavailable. Typical wind was 15 mph (10th–90th percentile 6.9–27.7 mph). 8,343 of 33,372 checked values (25%) were excluded by quality control.

Generated only from the observations and comparisons shown on this page.

Typical Wave Height

0ft
Mean: 0 ft
P10–P90: 0 — 0 ft
Recorded extremes

0 — 0 ft

Mean Wave Period

-secs
P10–P90: - — -secs

Available for 0 of 8,343 hourly samples

Mean Water Temperature

-°C
P10–P90: - — -°C

Available for 0 of 8,343 hourly samples

Typical Wind

Variable, 15mph
Mean: 16.4 mph
P10–P90: 6.9 — 27.7 mph
Recorded extremes

0 — 51.9 mph

Circular concentration: 30%

Chart showing grouped wave observations for Anasuria AWS. Use the table on this page for a text version of the same measurements. To open daily observations, use a linked month name in the table.

About Anasuria AWS wave buoy

Anasuria AWS (WMO 62164) is an automatic weather station on privately operated offshore infrastructure in the central North Sea. It is not a free-floating wave buoy. The station contributes meteorological and, when fitted, sea-state observations from an area with extensive offshore energy activity.

Metrics are rows; months run left to right.
Anasuria AWS wave buoy monthly means 2020Last observation shown
Metric
Mean wave height (ft)000000000000
Mean observed period(s)------------
Mean wave power(kW/m)------------
Mean wind directionWSWconcentration 76%WSWconcentration 64%WSWconcentration 44%Variableconcentration 9%Variableconcentration 21%Variableconcentration 27%Wconcentration 58%Variableconcentration 12%WSWconcentration 41%Variableconcentration 7%SWconcentration 64%Variableconcentration 27%
Mean wind speed (mph)212318121214131317151919
Mean water temperature(°C)------------

Swipe sideways to see more months.

Wave metric colour key

Colours move through the scale as each number increases. They do not by themselves mean that conditions are good, safe or suitable for you.

Wave & swell height0–40+ ft
Wave & swell period0–22+ s
Wind speed0–75 mph

The displayed numbers remain the source of truth; colour is an additional visual cue.

Which wave period is shown?

The table shows the best period measurement supplied for each observation. It is not necessarily the energy period used to calculate wave power.

Tp
Peak period: the period at the strongest spectral peak.
Tavg
The provider's average wave period.
Tm02
A mean period calculated from the wave spectrum.
Tz
Mean zero-crossing period.
Reported
A legacy value whose period type was not recorded.
Mixed
A daily or monthly mean containing more than one period type.

Wave power needs a genuine energy period (Te). SurfHog does not substitute Tp, Tavg, Tm02 or Tz when Te is missing.

What does buoy wave power mean?

kW/m means kilowatts of wave power per metre of wave crest. It describes the rate at which the observed sea state carries energy past the buoy.

Unlike the shore-directed forecast value, buoy wave power is the total power at the observation point. It is not projected towards a particular beach and does not predict breaking wave height.

In deep water, wave power can be calculated with:

P is approximately 0.49 times significant wave height squared times wave energy period.

P is power in kW/m, Hs is significant wave height in metres, and Te is wave energy period in seconds.

  • Provider-reported power is used when available.
  • Otherwise, a value is calculated only when both significant height and a genuine energy period are available. The ≈ symbol marks calculated values.
  • A dash is shown instead of substituting peak, Tm02, zero-crossing or other period measurements.
  • Daily and monthly figures use the mean of hourly-normalized observation power values; they are not calculated from mean height and period.

Wave direction, spectrum, water depth and local bathymetry still matter. Wave power is best read alongside height, period and direction rather than as a standalone surf-quality score.

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