Volta

Getting to the core of the matter – Assessing the role of replication in metabarcoding-based seda DNA

Unknown authors · 2026
hash_id: c14cfb92499ef0ac13903e8237abebdf6da189ffc95704e59924bdcc55d4cba5 · DOI: 10.64898/2026.08.24.746646

Abstract Replication is central to most experimental and sampling designs, increasing inferential power and capturing fine-scale data heterogeneity. However, its importance remains poorly evaluated in some ecological and evolutionary settings. This is the case of metabarcoding studies using DNA recovered from sedimentary archives, in which biological signals integrate ecological information through depositional and burial processes, yet are commonly inferred from a single sediment core per site. Here, we evaluated the effect of different types of replication using sedimentary DNA metabarcoding data from two genetic markers (mitochondrial COI and nuclear 18S) using a nested sampling design. The design included three intertidal sites, three spatially separated sediment cores per site (biological replicates), two sediment horizons per core, and eight PCR (technical) replicates …

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Principles of experimental design for ecology and evolution primary