Low-Cost Computer-Assisted Image Analysis for Fisheries Research

Mark C. Bates, T. Tiersch
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引用次数: 6

Abstract

Abstract An image analysis system based on the Macintosh personal computer and public domain software (NIH Image, version 1.57) allows capture of digitized images for data analysis. Three techniques for image capture and aquisition of linear and area measurements from digitized images were tested: (1) estimation of egg size, (2) estimation of number of eggs or fry, and (3) measurement of fish length. For estimation of egg size, egg samples were taken by catheterization from two female channel catfish Ictalurus punclatus. Egg diameters measured manually (1,82 ± 0.27 and 2.59 ± 0.19 mm) were not significantly different (P = 0.08 and 0.20) from the diameters estimated with image analysis (1.92 ± 0.21 and 2.63 ± 0.17 mm). For egg counting, channel catfish eggs were hand-stripped into Hanks' balanced salt solution and divided into seven 15-mL aliquots. The number of eggs was determined manually and images were captured for analysis. The number of eggs determined manually (436 ± 41) was not significantly differ...
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渔业研究的低成本计算机辅助图像分析
基于Macintosh个人计算机和公共领域软件(NIH image, version 1.57)的图像分析系统允许捕获数字化图像进行数据分析。测试了三种图像捕获和获取数字化图像的线性和面积测量技术:(1)估计卵的大小,(2)估计卵或苗的数量,(3)测量鱼的长度。为了估计卵的大小,卵的样本是通过导管取卵,从两个雌性通道鲶鱼伊卡塔鲁斯punclatus。人工测得的鸡蛋直径分别为1.82±0.27和2.59±0.19 mm,与图像分析测得的鸡蛋直径分别为1.92±0.21和2.63±0.17 mm,差异无统计学意义(P = 0.08和0.20)。为了计数,鲶鱼卵被手工剥离到汉克斯的平衡盐溶液中,分成7份15毫升的等分。卵子的数量是人工确定的,并捕获图像进行分析。人工检卵数(436±41)与人工检卵数无显著差异。
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