Non-contact Measurements of Storage Organ Growth in Fruit and Root Crops
Non-contact Measurements of Storage Organ Growth in Fruit and Root Crops
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DOI：
10.2525/ecb.45.251
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发表时间：
2007
影响因子：
--
通讯作者：
Toshihiko Eguchi;T. Araki;M. Kitano
中科院分区：
文献类型：
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作者：
Toshihiko Eguchi;T. Araki;M. Kitano
为了分析环境对作物生产的影响，经常需要对储存器官的生长进行连续测量。各种技术已被用于测量储存器官的生长。非接触式方法对于完整储存器官的生长分析是可取的。近年来，基于激光束的测量装置已广泛应用于工业中，用于非接触式测量物体的宽度、长度或厚度。这些装置也可以作为评估植物储存器官生长的有效工具。本文介绍了使用激光束为基础的设备的两种不同类型的存储器官，即，番茄果实和甘薯块根的非接触生长测量的成功例子。
Continuous measurement of the growth of a storage organ is often required for analyzing environmental effects on crop production. Various techniques have been used for measuring storage organ growth. Non-contact methods are desirable for the growth analysis of an intact storage organ. Recently, laser beam-based measuring devices have been widely utilized in the industry for non-contact measurements of the width, length, or thickness of an object. These devices can also be effective tools for evaluating storage organ growth in plants. This article presents successful examples of the use of laser beam-based devices for non-contact growth measurements of two different types of storage organs, i.e., a tomato fruit and a sweetpotato tuberous root.