Sequence counts per food-taxon per sample for the rarefied dataset. from Body size modulates the extent of seasonal diet switching by large mammalian herbivores in Yellowstone National Park

The table of sequence counts per food-taxon per sample for the rarefied dataset. A total of 685 unique sequences were retained following rarefication across 370 fecal samples. For each sequence we provide the taxonomic family name, genus name, species name, functional plant group, nucleotide sequence, plant ID, and total number of rarefied reads identified across all fecal samples (columns A:G). For each fecal sample (columns H:NM) we identify the large-herbivore species the fecal sample was collected from, the season it was collected, and the fecal sample ID.

本数据集表格统计了经稀疏化处理后，每份样本对应每个食物分类单元（food-taxon）的序列计数情况。经稀疏化处理后，在370份粪便样本中共保留了685条独特序列。针对每条序列，我们提供了其分类科名、属名、种名、功能植物群、核苷酸序列、植物ID，以及所有粪便样本中鉴定到的稀疏化读段总计数（对应A至G列）。针对每份粪便样本（对应H至NM列），我们标注了该样本的采集宿主大型草食动物物种、采集季节以及粪便样本ID。