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[作物冠层光谱信息检测技术与方法综述]

[Review of Crop Canopy Spectral Information Detection Technology and Methods].

作者信息

Fang Xiao-rong, Gao Jun-feng, Xie Chuan-qi, Zhu Feng-le, Huang Ling-xia, He Yong

出版信息

Guang Pu Xue Yu Guang Pu Fen Xi. 2015 Jul;35(7):1949-55.

Abstract

Compared with the traditional chemical methods and the subjective visual ways for measuring plant physiology information indicators, the assessments of crop canopy information through spectral radiometer are more simple, rapid and accurate. The applications of different types of spectral radiometer, especially for international general used Cropscan multispectral radiometer, for predicting crop canopy leaf area index under different growth stage, biomass, nitrogen, chlorophyll and yield, and monitoring plant diseases and insect pests were summarized based on crop group information acquisition methods in recent years. The varity of vegetation indices (VIs) were concluded after comparing regression coefficients of related models among different crops. In general, the correlation coefficients of mathematical models were high and it can realize the crop detection of various kinds of physiological information. Besides, the combination of multispectral radiometer and other sensors can provide useful information to evaluate the status of crops growth, which is very important in practice.

摘要

与传统化学方法及主观视觉方式测量植物生理信息指标相比,利用光谱辐射仪评估作物冠层信息更简便、快速且准确。基于近年来作物群体信息获取方法,总结了不同类型光谱辐射仪的应用,特别是国际通用的Cropscan多光谱辐射仪在预测不同生长阶段作物冠层叶面积指数、生物量、氮含量、叶绿素含量及产量,以及监测病虫害方面的应用。通过比较不同作物相关模型的回归系数,归纳了植被指数(VIs)的多样性。总体而言,数学模型的相关系数较高,能够实现对各类生理信息的作物检测。此外,多光谱辐射仪与其他传感器相结合可为评估作物生长状况提供有用信息,这在实际中非常重要。

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