Chapter I
Climatological data for the study area
14
I.5. Conclusion
In conclusion, the wind and wave climate analysis conducted for Algiers Bay provides valuable
insights into the environmental conditions of the area.
The wave climate analysis shows that the significant wave height in Algiers Bay ranges from
0.03m to 7.48m, with an average of 1.16m over a 30-year period. Most waves are smaller than
4m, but extreme values exceeding 5m occur every 4-6 years. The dominant wave directions are
from the North-East and West, with North-East winds prevailing during summer and West winds
more frequent in winter.
The wind climate analysis reveals that wind speed in Algiers Bay varies from 0.2m/s to 25.6m/s,
with the highest density of wind speeds between 0.2m/s and 15m/s. The dominant wind
directions are East and West, with East winds more prevalent in summer and West winds more
frequent in winter.
Understanding the wind and wave climate is crucial for designing effective coastal protection
measures.
Climatological data for the study area
14
I.5. Conclusion
In conclusion, the wind and wave climate analysis conducted for Algiers Bay provides valuable
insights into the environmental conditions of the area.
The wave climate analysis shows that the significant wave height in Algiers Bay ranges from
0.03m to 7.48m, with an average of 1.16m over a 30-year period. Most waves are smaller than
4m, but extreme values exceeding 5m occur every 4-6 years. The dominant wave directions are
from the North-East and West, with North-East winds prevailing during summer and West winds
more frequent in winter.
The wind climate analysis reveals that wind speed in Algiers Bay varies from 0.2m/s to 25.6m/s,
with the highest density of wind speeds between 0.2m/s and 15m/s. The dominant wind
directions are East and West, with East winds more prevalent in summer and West winds more
frequent in winter.
Understanding the wind and wave climate is crucial for designing effective coastal protection
measures.