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首页> 外文期刊>日本作物学会紀事 >Application of plant canopy analyzer for mature tea (Camellia sinensis L.)bush [Japanese]
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Application of plant canopy analyzer for mature tea (Camellia sinensis L.)bush [Japanese]

机译:植物冠层分析仪在成熟茶灌木中的应用[日语]

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摘要

A non destructive method using Plant Canopy Analyzer (LAI-2000, LI-COR, Inc.) was applied to estimate a leaf area index (LAI) for mature tea (Camellia sinensis L.) bushes, The LAI estimated by PCA showed a positive correlation (n= 51, r= 0.951, p < 0.0001) with the orthodox stratified clip method using a leaf area meter. A bias was observed, however, with PCA, since an LAI value of 3 was noted with no leaf. The positive LAI observed in the absence of leaves suggests that the PCA method may sense a branch area as a leaf area. Thus the estimation of LAI using PCA does not seem appropriate. When the same methodology was applied for total weight of a bush, a better correlation was found with PCA (n= 51, r= 0.973, p < 0.0001) than LAI. Thus the PCA appears to be a method of choice for measuring the total weight of a tea bush.
机译:应用植物冠层分析仪(LAI-2000,LI-COR,Inc.)的非破坏性方法估算成熟茶(Camellia sinensis L.)灌木的叶面积指数(LAI),PCA估算的LAI显示为正使用叶面积计的正统分层夹方法的相关性(n = 51,r = 0.951,p <0.0001)。但是,对于PCA观察到偏差,因为注意到LAI值为3,没有叶子。在没有叶子的情况下观察到的阳性LAI表示PCA方法可能会将分支区域视为叶子区域。因此,使用PCA估计LAI似乎不合适。当将相同的方法应用于灌木丛的总重量时,发现与PCA的相关性比LAI更好(n = 51,r = 0.973,p <0.0001)。因此,PCA似乎是测量茶树丛总重量的一种选择方法。

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