Temperature spatialization at medium resolution is needful for the characterization of microclimate in within complex landscapes. In this work aprocedure for the estimation of 1 km resolution maximum air temperature has been implemented starting from Land Surface Temperature (LST)observed by TERRA/MODIS from 2000 to 2006. The method was tested in the "Beneventano" area (Valle Telesina). We have shown that theinterannual variability of the ratio of LST at an arbitrary location LST(x,y,z) to the LST at the reference node LST(x0,y0,z0) can be neglected. It isexactly this result that makes the method applicable to reconstruct the sub-grid spatial variability of the air temperature obtained by thestatistical downscaling at the 35km x 35 km spatial resolution

Downscaling of climate scenario on air temperature using time series of Terra/ MODIS Land Surface Temperature

De Lorenzi F;Bonfante A;Basile A;
2012

Abstract

Temperature spatialization at medium resolution is needful for the characterization of microclimate in within complex landscapes. In this work aprocedure for the estimation of 1 km resolution maximum air temperature has been implemented starting from Land Surface Temperature (LST)observed by TERRA/MODIS from 2000 to 2006. The method was tested in the "Beneventano" area (Valle Telesina). We have shown that theinterannual variability of the ratio of LST at an arbitrary location LST(x,y,z) to the LST at the reference node LST(x0,y0,z0) can be neglected. It isexactly this result that makes the method applicable to reconstruct the sub-grid spatial variability of the air temperature obtained by thestatistical downscaling at the 35km x 35 km spatial resolution
2012
Istituto per i Sistemi Agricoli e Forestali del Mediterraneo - ISAFOM
Land Surface Temperature
MODIS
Time series analysis
HANTS
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Descrizione: Downscaling of climate scenario on air temperature using time series of Terra/ MODIS Land Surface Temperature
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/224759
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