Analyzing the influence of urban vegetation cover on land surface temperature in Southwestern Nigeria

Abstract Urbanization and the expansion of urban infrastructure have led to the development of new land use policies that impact biodiversity and ecosystem services in Nigeria’s rapidly growing cities. Key drivers of this urbanization include population pressure, infrastructure development, rural-to...

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Main Author: Aladesanmi Daniel Agbelade
Format: Article
Language:English
Published: Springer 2025-01-01
Series:Discover Environment
Subjects:
Online Access:https://doi.org/10.1007/s44274-025-00186-x
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author Aladesanmi Daniel Agbelade
author_facet Aladesanmi Daniel Agbelade
author_sort Aladesanmi Daniel Agbelade
collection DOAJ
description Abstract Urbanization and the expansion of urban infrastructure have led to the development of new land use policies that impact biodiversity and ecosystem services in Nigeria’s rapidly growing cities. Key drivers of this urbanization include population pressure, infrastructure development, rural-to-urban migration, and economic growth. This study investigates the effect of urban vegetation cover on land surface temperature in southwestern Nigeria, using the spectral radiance method, the support vector machine (SVM) algorithm and the normalized difference vegetation index (NDVI). This study analyzed remote sensing data to classify land use changes from 1991 to 2021 based on lithological characteristics. Additionally, the urban vegetation covers (VC) of the two urban centres were assessed through NDVI analysis. The highest NDVI values was recorded in Akure 0.358 to 0.394, and Osogbo had 0.449 to 0.464 while the lowest for Akure − 0.052 to 0.005 and Osogbo had − 0.058 to − 0.009. The analysis of urban land surface temperatures from 1991 to 2021 indicated maximum temperatures of 29.53 to 34.22 °C in Akure and 31.11 to 36.85 °C in Osogbo, with minimum temperatures of 18.22 to 22.48 °C in Akure and 21.72 to 23.66 °C in Osogbo. Primarily, urban land surface temperatures have steadily increased in both cities due to deforestation and urban infrastructural development which have diminished vegetation cover. This research highlights the need for urban green infrastructure and effective planning strategies to mitigate the impacts of rising land surface temperatures.
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spelling doaj-art-bf17aa88f08e490bb1cf65355bdaf14d2025-02-02T12:15:14ZengSpringerDiscover Environment2731-94312025-01-013111310.1007/s44274-025-00186-xAnalyzing the influence of urban vegetation cover on land surface temperature in Southwestern NigeriaAladesanmi Daniel Agbelade0Department of Forest Resources and Wildlife Management, Faculty of Agricultural Sciences, Ekiti State UniversityAbstract Urbanization and the expansion of urban infrastructure have led to the development of new land use policies that impact biodiversity and ecosystem services in Nigeria’s rapidly growing cities. Key drivers of this urbanization include population pressure, infrastructure development, rural-to-urban migration, and economic growth. This study investigates the effect of urban vegetation cover on land surface temperature in southwestern Nigeria, using the spectral radiance method, the support vector machine (SVM) algorithm and the normalized difference vegetation index (NDVI). This study analyzed remote sensing data to classify land use changes from 1991 to 2021 based on lithological characteristics. Additionally, the urban vegetation covers (VC) of the two urban centres were assessed through NDVI analysis. The highest NDVI values was recorded in Akure 0.358 to 0.394, and Osogbo had 0.449 to 0.464 while the lowest for Akure − 0.052 to 0.005 and Osogbo had − 0.058 to − 0.009. The analysis of urban land surface temperatures from 1991 to 2021 indicated maximum temperatures of 29.53 to 34.22 °C in Akure and 31.11 to 36.85 °C in Osogbo, with minimum temperatures of 18.22 to 22.48 °C in Akure and 21.72 to 23.66 °C in Osogbo. Primarily, urban land surface temperatures have steadily increased in both cities due to deforestation and urban infrastructural development which have diminished vegetation cover. This research highlights the need for urban green infrastructure and effective planning strategies to mitigate the impacts of rising land surface temperatures.https://doi.org/10.1007/s44274-025-00186-xLand use land coverNormalized difference vegetation indexUrban land surface temperatureUrbanization
spellingShingle Aladesanmi Daniel Agbelade
Analyzing the influence of urban vegetation cover on land surface temperature in Southwestern Nigeria
Discover Environment
Land use land cover
Normalized difference vegetation index
Urban land surface temperature
Urbanization
title Analyzing the influence of urban vegetation cover on land surface temperature in Southwestern Nigeria
title_full Analyzing the influence of urban vegetation cover on land surface temperature in Southwestern Nigeria
title_fullStr Analyzing the influence of urban vegetation cover on land surface temperature in Southwestern Nigeria
title_full_unstemmed Analyzing the influence of urban vegetation cover on land surface temperature in Southwestern Nigeria
title_short Analyzing the influence of urban vegetation cover on land surface temperature in Southwestern Nigeria
title_sort analyzing the influence of urban vegetation cover on land surface temperature in southwestern nigeria
topic Land use land cover
Normalized difference vegetation index
Urban land surface temperature
Urbanization
url https://doi.org/10.1007/s44274-025-00186-x
work_keys_str_mv AT aladesanmidanielagbelade analyzingtheinfluenceofurbanvegetationcoveronlandsurfacetemperatureinsouthwesternnigeria