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Analysing spatial correlation of weeds and harvester ants in cereal fields using point processes

机译:利用点过程分析谷物田间蚂蚁杂草和收获机的空间相关性

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摘要

The interaction between the spatial distribution of weed richness and weed cover and the spatial location of harvester ant nets was investigated in cereal fields. The understanding of such interdependencies can be relevant to understand weed population dynamics in dryland cereal fields and may enhance management strategies for weed control. We used spatial statistical tools derived from point process theory. In particular, we compared the two spatial configurations by assuming two different point patterns. We did so by replacing the random weed fields by a related point pattern and comparing it with the point pattern of harvester ants. Our results suggest that areas with a high density of ant nests are, in this case study, in areas with low weed richness and that large nests have a greater impact than small nests. Considering that only one field was analysed, preserving and enhancing regular ant nest distributions, especially of large nests, might have an impact on depleting weeds and consequently enhancing weed control.
机译:在谷物田中,研究了杂草丰富度和杂草覆盖率的空间分布与收割机蚂蚁网的空间位置之间的相互作用。对这种相互依赖性的了解可能与了解旱地谷物田杂草种群动态有关,并且可能会增强杂草控制的管理策略。我们使用了源自点过程理论的空间统计工具。特别是,我们通过假设两个不同的点模式来比较两个空间配置。我们通过用相关的点模式替换随机杂草字段并将其与收割蚁的点模式进行比较来实现。我们的结果表明,在此案例研究中,高密度蚂蚁巢的区域位于杂草丰富度较低的区域,大巢比小巢具有更大的影响。考虑到仅分析了一个田地,维护和增强常规蚂蚁巢的分布,尤其是大型巢的分布,可能对消灭杂草有影响,从而增强了杂草的控制。

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