Corrigendum on: Kouogang Tchuenkam FC, Mama AC, Gah-Muti SY and Araujo M (2022) African Monsoon. Front. Earth Sci. 10:848684. doi: 10.3389/feart.2022.848684.In the published article, there was an error on Material Method sections, in two subsections titles. The corrected sentence appears below: "[Wind Reversal Criterion (Filter "a")]" This previously stated: "[Sea Breeze Detection Algorithm "a"...

Abstract The continually changing atmospheric conditions over densely populated coastal urban regions make it challenging to produce models that accurately capture the complex interactions of anthropogenic and environmental emissions, chemical reactions, unique meteorological processes, such as sea- land-breeze circulations. purpose this study is determine identify influence synoptic-scale wind...

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To date very little is known about the relation between regional circulation patterns and sea surface temperature development in the Niño 1,2 region and the occurrence of heavy precipitation in Ecuador and northern Peru. The current study uses a comprehensive data set of 2544 Meteosat-3 imagery to investigate the dynamics of heavy precipitation during El Niño in 1991/92. Rainfall maps are retri...

Among the China Seas, Yellow Sea has highest occurrence frequency of sea fog that can be categorized into widespread and coastal fog. In this paper, we study a typical along Shandong Peninsula is accompanied by sea-land breezes. Based on series numerical experiments conducted Weather Research Forecasting model with high spatial resolution, impacts sea–land breezes formation development are inve...

Land breeze is a type of mesoscale circulation developed due to thermal forcing over a heterogeneous landscape. It can contribute to atmospheric dynamic and hydrologic processes through affecting heat and water fluxes on the land-atmosphere interface and generating shallow convective precipitation. If the scale of the landscape heterogeneity is smaller than a certain size, however, the resultin...

This work presents the use of two elastic lidar systems to assess horizontal variation PBL height (PBLH) and aerosol layer aloft in São Paulo Megacity. These lidars performed simultaneous measurements 10.7 km apart a highly urbanized relatively flat area for winter months 2019. The results showed that PBLH differences display diurnal depends on during daytime growth phases. Cloud sea breeze eff...