It can be seen from the research conducted by Yang et al. (2020) using the WRF model that the top entrainment mixes the air above the relatively static fog top into the sea fog layer, thereby increasing the temperature and reducing the humidity.
It can be seen from the study conducted by Yang and others (2020) using WRF mode that the top clamp mixes air above the relatively stationary fog top into the sea mist layer, thus increasing the temperature and reducing the humidity.
It can be seen from the study conducted by Yang et al. (2020) with WRF model, the top entrainment mixes the air above the relatively static fog top into the sea fog layer, thus increasing the temperature and reducing the humidity.<br>