Janne Pott
@pottj.bsky.social
Interested in genetics, statistics, Mendelian Randomization, and hormones.
Postdoc at MRC BSU.
Open water swimming in my free time.
Postdoc at MRC BSU.
Open water swimming in my free time.
Fixing taxon traceability (simplified): assume n taxa and k sets of quadruples defining a tree each. Then the set of k quadruples is fixing taxon traceable if all missing quadruples have a fixing taxon or can be resolved using the input quadruples + those with fixing taxa.
June 10, 2025 at 8:10 PM
Fixing taxon traceability (simplified): assume n taxa and k sets of quadruples defining a tree each. Then the set of k quadruples is fixing taxon traceable if all missing quadruples have a fixing taxon or can be resolved using the input quadruples + those with fixing taxa.
Fixing taxon: assume 5 taxa and only 4 of 5 possible trees available. Then one taxon is in all trees (e.g. taxon 3 in the quartet trees on the left, combination of Figure 1, 2, and 4 of the publication), the supertree is already defined (tree on the right), and hence the "missing" tree too!
June 10, 2025 at 8:10 PM
Fixing taxon: assume 5 taxa and only 4 of 5 possible trees available. Then one taxon is in all trees (e.g. taxon 3 in the quartet trees on the left, combination of Figure 1, 2, and 4 of the publication), the supertree is already defined (tree on the right), and hence the "missing" tree too!