从叶片颜色测量叶绿素浓度:监测人工林环境变化的一种方法

Muhammad Abdul Hakim Shibghatallah, S. Khotimah, S. Suhandono, S. Viridi, T. Kesuma
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引用次数: 73

摘要

由于植物对环境变化的适应,叶子颜色可以用来识别胁迫水平。对于大多数叶子,与绿色相关的颜色来自叶绿素a和b。叶绿素浓度通常在实验室使用分光光度计测量。在一些偏远的观测地点,不可能收集、保存叶片,并将其带到实验室测量叶绿素含量。基于这种需要,通过其颜色来测量叶绿素含量。使用CIE色度图将RGB中的leaf_color信息转换为波长(以nm为单位)。采用品种号IR-64的水稻种子,在其植被期(0-10天)进行观察。当环境变化时,选择光照时间τ,通常应为12小时/天左右,变化范围为0-12小时/天。每天采集不同曝光时间的样品,使用1200 dpi的HP Deskjet 1050扫描仪记录其颜色,其叶绿素含量由…
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Measuring leaf chlorophyll concentration from its color: A way in monitoring environment change to plantations
Leaf colors of a plant can be used to identify stress level due to its adaptation to environmental change. For most leaves green-related colors are sourced from chlorophyll a and b. Chlorophyll concentration is normally measured using a spectrophotometer in laboratory. In some remote observation places, it is impossible to collect the leaves, preserve them, and bring them to laboratory to measure their chlorophyll content. Based on this need, measurement of chlorophyll content is observed through its color. Using CIE chromaticity diagram leaf_color information in RGB is transformed into wavelength (in nm). Paddy seed with variety name IR-64 is used in observation during its vegetation stage t (age of 0-10 days). Light exposure time τ is chosen as environmental change, which normally should be about 12 hours/day, is varied (0-12 hours/day). Each day sample from different exposure time is taken, its color is recorded using HP Deskjet 1050 scanner with 1200 dpi, and its chlorophyll content is obtained from a...
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