4.7 Editorial Material

All together now: Limitations and recommendations for the simultaneous analysis of all eukaryotic soil sequences

期刊

MOLECULAR ECOLOGY RESOURCES
卷 21, 期 6, 页码 1759-1771

出版社

WILEY
DOI: 10.1111/1755-0998.13401

关键词

community ecology; microbiome; sequencing; soil

资金

  1. Deutsche Forschungsgemeinschaft [FZT 118]

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The soil environment harbors a vast reservoir of biodiversity that can be explored through sequencing methods. Understanding the biases in sequencing data that affect measurements of biodiversity in soil eukaryotes is crucial for accurate analysis, interpretation, and synthesis of the data. Standardization of sequencing protocols can improve the comparability of data, and overcoming limitations through analytical approaches is recommended.
The soil environment contains a large, but historically underexplored, reservoir of biodiversity. Sequencing prokaryotic marker genes has become commonplace for the discovery and characterization of soil bacteria and archaea. Increasingly, this approach is also applied to eukaryotic marker genes to characterize the diversity and distribution of soil eukaryotes. However, understanding the properties and limitations of eukaryotic marker sequences is essential for correctly analysing, interpreting, and synthesizing the resulting data. Here, we illustrate several biases from sequencing data that affect measurements of biodiversity that arise from variation in morphology, taxonomy and phylogeny between organisms, as well as from sampling designs. We recommend analytical approaches to overcome these limitations, and outline how the benchmarking and standardization of sequencing protocols may improve the comparability of the data.

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