This guide shows how to publish DNA-derived spatiotemporal biodiversity data and make it discoverable through national and global biodiversity data discovery platforms. Based on experiences from Australia, Norway, Sweden, UNITE, and GBIF.
Proposed reworking of this paragraph by @birgitgemeinholzer:
It does not express any view on the issue of the sharing of benefits arising from access to digital sequence information, the subject of extensive discussion through the Convention on Biological Diversity [https://www.cbd.int/abs/] (CBD), but refers to extensive documentation that has been incorporated into sequence data generation.
However, it is worth noting that genetic barcodes and metabarcodes are typically short fragments of non-coding or coding genes, which are not suitable for commercial exploitation. As the archiving of sequences through International Nucleotide Sequence Database Collaboration (INDSC) [http://www.insdc.org/] widely accepted standard in sequence-based research, the publication of occurrence data is only additional information to the sequences available in the public genetic repository.
In addition to that, two comments concerning the last sentence of the paragraph:
Therefore, the added value of publishing sequence-derived data relates to spatio-temporal occurrences and sequence-based names, and not to the genetic information itself.
Comment 1: you want to use the genetic information itself, which is deposited in the genbanks and add additional information to it
Comment 2: I would like to point out that added value can be created by adding metadata to the sequences
Proposed reworking of this paragraph by @birgitgemeinholzer:
In addition to that, two comments concerning the last sentence of the paragraph: