I'll be back when further articles come live.

Once more, I have no affiliation to the @evojlinnsoc.bsky.social, just doing some of the editors a favour.

And last (for now), Tiley, Liu and Solis-Lemus showing that, using quartet concordance factors as input, it is possible to correctly identify the position of 4-node hybridisation cycles in semi-directed phylogenetic networks.

(7/n)

doi.org/10.1093/evol...

Followed by Zhu and @hoehna.bsky.social describing and testing two methods for two-step species-tree inference in RevBayes that combine the best of joint-estimate approaches (statistical rigour of full-likelihood) and summary methods (efficiency).

(6/n)

doi.org/10.1093/evol...

To complete the articles available so far, we have @lkubatko.bsky.social, @sungsik.bsky.social, Webb and Chen describing a new pseudolikelihood approach to species-tree inference that can accommodate SNP data and site-rate variation.

(5/n)

doi.org/10.1093/evol...

Normal, you say?

And, Theo Tricou, @bastien-boussau.bsky.social and colleagues illustrate how (in the absence of gene duplication/loss) reconciliation methods can identify horizontal gene transfer events from ghost species (these are species with no sampled descendants).

(4/n)

doi.org/10.1093/evol...

Up next, Bruce Rannala reviewing how recombination is treated (or not!) by, and what biases are introduced to, multiple tree inference strategies and how ancestral recombination graphs might eliminate these biases.

TLDR - Concatenation BAD if recombination present.

(3/n)

doi.org/10.1093/evol...