Data rescue from the article 'Environmental metagenetics unveil novel plant-pollinator interactions' by Wizenberg, SB et al., 2023

This dataset is an example use case of data rescue from the article 'Wizenberg, S. B., Newburn, L. R., Richardson, R. T., Pepinelli, M., Conflitti, I. M., Moubony, M., Borges, D., Guarna, M. M., Guzman‐Novoa, E., Foster, L. J., & Zayed, A. (2023). Environmental metagenetics unveil novel plant‐pollinator interactions. In Ecology and Evolution (Vol. 13, Issue 11). Wiley. https://doi.org/10.1002/ece3.10645'. Sample metadata and amplicon sequence variants, which were not directly accessible from the original article, were provided by the lead author. To protect the privacy of beekeepers and the exact locations of their apiaries, the original sampling sites coordinates were restricted. Instead, geo-coordinates were derived by drawing a circular area on the map, centered on the centroid of the municipality for each site.本数据集为来自论文《Wizenberg, S. B.、Newburn, L. R.、Richardson, R. T.、Pepinelli, M.、Conflitti, I. M.、Moubony, M.、Borges, D.、Guarna, M. M.、Guzman‐Novoa, E.、Foster, L. J. 与 Zayed, A.（2023）。《环境宏遗传学（environmental metagenetics）揭示新型植物-传粉者互作关系》，载于《生态学与进化（Ecology and Evolution）》（第13卷，第11期），Wiley出版。DOI: 10.1002/ece3.10645》的数据救援示例应用场景。本数据集的样本元数据与扩增子序列变异体（amplicon sequence variants, ASV）信息并未直接见于原始论文，由第一作者（lead author）提供。为保护养蜂人隐私及其养蜂场的精确位置，原始采样点的坐标信息未予公开。取而代之的是，研究人员通过以每个采样点所属市政辖区的几何中心为圆心绘制圆形区域的方式，生成了替代地理坐标。