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Arsenic stress induces in subtle changes in the canopy chlorophyll content (CCC). Therefore, the establishment of a spectral index that is sensitive to subtle changes in the CCC is important for monitoring crop arsenic contamination in large areas by remote sensing. Experimental sites with three contamination levels were selected and were located in Chang Chun City, Jilin City, Jilin Province, China...
Accurate estimation of the canopy chlorophyll content of a crop is essential for crop production. Ground-based hyperspectral datasets were obtained under a wide range of plant and environmental conditions in Jilin using Analytical Spectral Devices(ASD) spectroradiometers, and canopy chlorophyll content in canopy were measured by Soil and Plant Analyzer Development(SPAD)-502. The objective of this...
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