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Ratios of leaf reflectances in narrow wavebands as indicators of plant stress

International Journal of Remote Sensing · 1994 · Vol. 15(3) · pp. 697–703
Gregory A. Carter

Abstract

Abstract Ratios of leaf reflectances that were measured within narrow wavebands (2nm) were evaluated as indicators of plant stress. Wavebands used in ratio computation were based on earlier studies that determined the wavelength regions in which reflectance was most affected by 8 stress agents among 6 plant species. Several ratios, such as reflectance at 695 nm divided by reflectance at 670 nm (R695/R670), were affected by some but not all stress agents. However, R695/R420, R605/R760, R695/R760 and R710/R760 were significantly greater (p≤0·05) in stressed compared with non-stressed leaves for all stress agents. The ratios that most strongly indicated plant stress were reflectance at 695 nm divided by reflectance at 420 nm or 760 nm.

Remote Sensing in AgricultureLeaf Properties and Growth MeasurementHorticultural and Viticultural ResearchReflectivityStress (linguistics)WavelengthEnvironmental scienceRemote sensingMaterials scienceBotanyBiologyOpticsGeology
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References
RESPONSES OF LEAF SPECTRAL REFLECTANCE TO PLANT STRESS
American Journal of Botany · 1993 · 546 citations
Principles and Procedures of Statistics
Agronomy Journal · 1961 · 17,772 citations
Potentials and limits of vegetation indices for LAI and APAR assessment
Remote Sensing of Environment · 1991 · 1,939 citations
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