Effect of Vegetation on the Intensity of Low-Level Coastal Jets: The Case of Tenerife

Low-level coastal jets are a common climatic phenomenon along much of the coast of Tenerife. However, there are large differences in intensity and frequency between the northern and southeastern facades of the island, even though both are exposed to the trade winds. This study analyzes how a local factor, such as the existing vegetation cover, influences this phenomenon. Comparing the wind records and the Normalized Difference Vegetation Index of both exposed facades, it is observed that the lower the values of this index of vegetation cover, the greater the increase in the mean diurnal wind speed. It can be stated, from nine years of study, that there are clear indications of a relationship between the vegetation index used and the low-level coastal jet intensity.

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Publication Details

Journal
Atmosphere
Published
2025-07-01
DOI
https://doi.org/10.3390/atmos16070801
Primary Topic
Wind and Air Flow Studies
Type
article
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article

Effect of Vegetation on the Intensity of Low-Level Coastal Jets: The Case of Tenerife

Manuel García-Román, Emilio Megías
Atmosphere
Wind and Air Flow Studies
article

Effect of Vegetation on the Intensity of Low-Level Coastal Jets: The Case of Tenerife

Manuel García-Román, Emilio Megías
article en

Abstract

Low-level coastal jets are a common climatic phenomenon along much of the coast of Tenerife. However, there are large differences in intensity and frequency between the northern and southeastern facades of the island, even though both are exposed to the trade winds. This study analyzes how a local factor, such as the existing vegetation cover, influences this phenomenon. Comparing the wind records and the Normalized Difference Vegetation Index of both exposed facades, it is observed that the lower the values of this index of vegetation cover, the greater the increase in the mean diurnal wind speed. It can be stated, from nine years of study, that there are clear indications of a relationship between the vegetation index used and the low-level coastal jet intensity.

AtmosphereVol. 16(7)
Universidad de La Laguna (ES)
Openalex Percentile: Top 86%
Wind and Air Flow Studies
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