Evaluating satellite remote sensing as a method for measuring yield variability in Avocado and Macadamia tree crops

A. Robson, M. Rahman, Jasmine Muir, A. Saint, C. Simpson, C. Searle
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引用次数: 13

Abstract

This paper evaluates the potential of very high resolution multispectral (Worldview-3) satellite imagery for mapping yield parameters in avocado and macadamia orchards. An evaluation of 18 structural and pigment based vegetation indices (VIs) derived from Worldview-3 imagery identified a positive relationship to nut/ fruit weight (kg/tree) R 2 >0.69 for macadamia and R 2 >0.68 for avocado; and nut/ fruit number (per tree) R 2 >0.6 for macadamia and R 2 >0.61 for avocado. Using the algorithms derived between the optimal VI and the measured parameter, yield and nut/ fruit number maps were derived for each block. In the absence of a commercial yield monitor, the resulting yield maps offer significant benefit to growers for improving orchard management, harvest scheduling, and forward selling decisions.
评估卫星遥感作为测量鳄梨和澳洲坚果树作物产量变异的方法
本文评估了非常高分辨率多光谱(Worldview-3)卫星图像在牛油果和夏威夷果果园产量参数制图中的潜力。通过对Worldview-3影像中18个基于结构和色素的植被指数(VIs)的评价,发现其与坚果/果实重(kg/树)呈正相关,其中澳洲坚果r2 >0.69,鳄梨r2 >0.68;坚果/果数(每棵)r2 >0.6,鳄梨r2 >0.61。利用最优VI与实测参数之间的算法,推导出每个地块的产量图和坚果/果实数图。在没有商业产量监视器的情况下,由此产生的产量图为种植者改善果园管理、收获计划和远期销售决策提供了显著的好处。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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