Fig 1.
A) Mompha pecosella Busck complex, Monahans Sandhills, TX from Oenothera capillifolia subspecies berlandieri W. L. Wagner & Hoch. Photo: TH. B) Distribution of 87 Mompha collections from ten states. C) An opened Oenothera lavandulifolia Torr. & A. Gray flower bud showing a Mompha larva. Photo: RPO. D) An opened Oenothera caespitosa Nutt. fruit showing a Mompha larva. Photo: RPO.
Fig 2.
Bayesian phylogeny of the six-gene dataset.
The phylogeny is trimmed to reflect the result of species delimitation with one species-level taxon per tip with both posterior support and ML bootstrap support shown at each node (Bayesian posterior: 0–1 / Bootstrap: 0–100). When known, each tip was coded with a symbol for hostplant family, hostplant tissue, and larval feeding mode.
Fig 3.
BEAST reconstruction of the COI dataset.
The tree is trimmed to reflect the result of species delimitation with one species-level taxon per tip with both posterior support and ML bootstrap support shown at each node (Bayesian posterior: 0–1 / Bootstrap: 0–100). When known, each tip was coded for hostplant family, hostplant tissue, and larval feeding mode.
Fig 4.
Ancestral trait reconstruction for momphid hostplant family.
Stochastic character mapping with 10,000 replicates. Posterior probabilities of ancestral states at each node are displayed as pie charts. Branch colors represent inferred hostplant family history.
Fig 5.
Ancestral trait reconstruction for momphid hostplant resource.
Stochastic character mapping with 10,000 replicates. Posterior probabilities of ancestral states at each node are displayed as pie charts. Branches and pie charts are colored coded to the most likely character state at each node. Because of the many character states (15) found in the hostplant resource, we colored the most prevalent states and placed the remaining states in the “other” category.