In-field hyperspectral detection of Potato virus Y, Potato leafroll virus and blackleg in seed potato canopies using an autonomous ground robot

Smart Agricultural Technology一手来源 · 原始研究10月1日 · 周四阅读 0

核心看点

该研究利用自主地面机器人对种薯冠层进行高光谱检测，可同时识别马铃薯Y病毒、卷叶病毒和黑胫病，方法新颖且面向田间实际应用，但属细分技术论文，公共影响有限。

关注点

该研究将高光谱成像搭载于自主地面机器人，在田间冠层尺度同时检测马铃薯Y病毒、卷叶病毒与黑胫病，适用于种薯生产早期病害筛查场景，但检测精度与田间适用边界需结合原文数据判断。

发布主体的原始资料；自述数据与结论仍以原文限定为准。

论文信息

Daniel Argüello / Manya Afonso / Arturo Aquino 等 6 人

Smart Agricultural Technology

DOI: 10.1016/j.atech.2026.102689

论文摘要

In-field hyperspectral detection of Potato virus Y, Potato leafroll virus and blackleg in seed potato canopies using an autonomous ground robot。Smart Agricultural Technology

论文原文与出版信息

Smart Agricultural Technology

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技术

农业机器人高光谱遥感

其他

智慧农业马铃薯病害检测

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