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Considerations on spatial crop load mapping

机译:关于空间作物负荷图的考虑

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摘要

Crop load, the ratio of vine size to mass of fruit harvested, is fundamental to viticulture. Measuring vine size and crop yield, the components of crop load, has historically been a labour intensive exercise that has limited the use of crop load information to improve management in vineyards. Recent advances in assessing vine vigour, size and yield using geo-referenced sensors are starting to make high resolution crop load mapping possible. In this paper, the concept of crop load is revisited with an emphasis on how vine size and yield can be mapped in vineyards. Existing literature is reviewed on how vine size and yield vary spatially and temporally within vineyard blocks and the inference this has on the spatio-temporal variability of crop load. An example of crop load mapping using sensor technology is presented to illustrate recent advances in sensor technology in viticulture. Finally, some emerging technology and knowledge gaps for implementing spatial crop load information into vineyard management are discussed.
机译:葡萄树大小与收获的果实质量之比的农作物负荷是葡萄栽培的基础。从历史上讲,测量葡萄大小和农作物产量(农作物负荷的组成部分)一直是一项劳动密集型活动,限制了农作物负荷信息的使用,无法改善葡萄园的管理。使用地理参考传感器评估葡萄树活力,大小和产量的最新进展开始使高分辨率农作物负荷图谱成为可能。在本文中,重新审视了农作物负荷的概念,重点是如何在葡萄园中绘制出葡萄藤的大小和产量。现有文献综述了葡萄园区内葡萄藤的大小和产量如何在空间和时间上变化,并推断出作物负荷的时空变化。提出了使用传感器技术绘制作物负荷图的示例,以说明葡萄栽培中传感器技术的最新进展。最后,讨论了一些将空间作物负荷信息应用于葡萄园管理的新兴技术和知识差距。

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