Using in situ hyperspectral measurements and high resolution satellite imagery to detect stress in wheat in Egypt
Elmetwalli, A. H.
Using in situ hyperspectral measurements and high resolution satellite imagery to detect stress in wheat in Egypt [electronic resource]. استخدام قياسات الانعكاس وصور الاقمار الصناعية عالية الدقة الايضاحية فى التنبؤ بالاجهاد على محصول القمح بمصر. - P. 1811-1822.
Includes references.
Mapping and detecting stress at both local and regional scales are very important in site specific management. Launching the first generation of high spatial and spectral resolution remote sensing satellite at the beginning of the 21st century provides the opportunity to have better understanding of crop stress and the extent of stress in a specific environment.
Summary in Arabic.
Hyperspectral imagery.
Wheat--Varieties.
Spectral sensitivity--Measurement.
Greenhouses.
Remote sensing.
Remote-sensing images--England.
Strains and stresses.
Wheat--Irrigation.
Wheat--Soils.
Chlorophyll--Spectra.
Physical properties.
Using in situ hyperspectral measurements and high resolution satellite imagery to detect stress in wheat in Egypt [electronic resource]. استخدام قياسات الانعكاس وصور الاقمار الصناعية عالية الدقة الايضاحية فى التنبؤ بالاجهاد على محصول القمح بمصر. - P. 1811-1822.
Includes references.
Mapping and detecting stress at both local and regional scales are very important in site specific management. Launching the first generation of high spatial and spectral resolution remote sensing satellite at the beginning of the 21st century provides the opportunity to have better understanding of crop stress and the extent of stress in a specific environment.
Summary in Arabic.
Hyperspectral imagery.
Wheat--Varieties.
Spectral sensitivity--Measurement.
Greenhouses.
Remote sensing.
Remote-sensing images--England.
Strains and stresses.
Wheat--Irrigation.
Wheat--Soils.
Chlorophyll--Spectra.
Physical properties.