The first thing we did
Through cloud and solar radiation analysis, the factors affecting temperature were identified, and through this, changes in the sea breeze could be seen.
Higher land temperatures created more clouds, resulting in more differential heating, and the strength of the sea breeze was stronger than initial state.
What did we do next?
Various cases were analyzed when the temperature difference increased in order to see changes in the sea breeze caused by the temperature change.
This allowed us to see changes in duration and turning time.
A larger temperature difference increases the turning time.
The last analysis
The change in sea breeze caused by seasonal temperature and changes in solar radiation was analyzed.
The sea breeze was most pronounced in summer, followed by spring, fall and winter shows that the solar radiation affect the sea breeze.
This is because the higher the sun, the greater the temperature difference because the better the land heats up.