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We currently use only the scientific name to tie specifiers to nodes on the phylogeny.
Steps to reproduce:
Create a clade definition that "includes Chelonia mydas and Chelus fimbriata".
Resolve these specifiers on the Open Tree Taxonomy:
Chelonia mydas resolves to ott 559133 as Chelonia mydas.
Chelus fimbriata resolves to ott 235773 as Chelus fimbriatus.
Reason over this clade definition. This definition does not resolve as expected, likely because the definition in JSON-LD points to Chelus fimbriata, not Chelus fimbriatus.
Instead of using the scientific name, we could use the Open Tree Taxonomy ID as an external identifier for both the specifier and the node. This would guarantee that every OTR definition resolves correctly without any side-effects because of synonymy.
The text was updated successfully, but these errors were encountered:
In this case, we know that C. fimbriatus is a synonym of C. fimbriata, so we could add this as an annotation.
So doesn't that mean that the resolution to ott 235773 is correct? It sounded like it should have matched something else given better annotation.
Instead of using the scientific name, we could use the Open Tree Taxonomy ID as an external identifier for both the specifier and the node. This would guarantee that every OTR definition resolves correctly without any side-effects because of synonymy.
We currently use only the scientific name to tie specifiers to nodes on the phylogeny.
Steps to reproduce:
Chelus fimbriata
, notChelus fimbriatus
.Possible fixes:
The text was updated successfully, but these errors were encountered: