Reconstructing ancestral characters and traits along a phylogenetic tree is central to evolutionary biology. It is the key to understanding morphology changes among species, inferring ancestral bioche

DataONE2019-09-17 更新60

Bayesian ancestral character reconstruction across 90,000 Bayesian input trees generated under partitioned model using combined data of four cpDNA ( matK , trnL-F , ndhF and ycf1 ) and two nDNA ( AP3 and phyA ) markers.

系统发育学

祖先性状重建

Numbers in bold font indicate shifts of character state (i.e., synapomorphies). For definitions of characters and character states see Table 3. Bayesian ancestral character reconstruction across 90,00

NIAID Data Ecosystem30

Data matrix and tree in .tnt format. from A closer look at pupil diversity and evolution in frogs and toads

两栖动物进化

祖先性状重建

Data in matrix format (only species in Jetz & Pyron, 2018) implemented for ancestral character state reconstruction.

The Royal Society Figshare2021-08-05 更新60

Influence of outgroup coding on Ancestral State Reconstruction.

系统发育比较

祖先性状重建

Influence of outgroup coding on Ancestral State Reconstructions of the habitat stratum of the root node of ants, with MCMC posterior probabilities provided as support values (performed using the Bayes

NIAID Data Ecosystem50

5,000 post-burn-in trees of the BI analysis (Figure 3A)

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