P. Kowe Et Al. , "Impacts of the spatial configuration of built-up areas and urban vegetation on land surface temperature using spectral and local spatial autocorrelation indices," REMOTE SENSING LETTERS , vol.13, no.12, pp.1222-1235, 2022
Kowe, P. Et Al. 2022. Impacts of the spatial configuration of built-up areas and urban vegetation on land surface temperature using spectral and local spatial autocorrelation indices. REMOTE SENSING LETTERS , vol.13, no.12 , 1222-1235.
Kowe, P., Dube, T., Mushore, T. D., Ncube, A., Nyenda, T., Mutowo, G., ... Chinembiri, T. S.(2022). Impacts of the spatial configuration of built-up areas and urban vegetation on land surface temperature using spectral and local spatial autocorrelation indices. REMOTE SENSING LETTERS , vol.13, no.12, 1222-1235.
Kowe, Pedzisai Et Al. "Impacts of the spatial configuration of built-up areas and urban vegetation on land surface temperature using spectral and local spatial autocorrelation indices," REMOTE SENSING LETTERS , vol.13, no.12, 1222-1235, 2022
Kowe, Pedzisai Et Al. "Impacts of the spatial configuration of built-up areas and urban vegetation on land surface temperature using spectral and local spatial autocorrelation indices." REMOTE SENSING LETTERS , vol.13, no.12, pp.1222-1235, 2022
Kowe, P. Et Al. (2022) . "Impacts of the spatial configuration of built-up areas and urban vegetation on land surface temperature using spectral and local spatial autocorrelation indices." REMOTE SENSING LETTERS , vol.13, no.12, pp.1222-1235.
@article{article, author={Pedzisai Kowe Et Al. }, title={Impacts of the spatial configuration of built-up areas and urban vegetation on land surface temperature using spectral and local spatial autocorrelation indices}, journal={REMOTE SENSING LETTERS}, year=2022, pages={1222-1235} }