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Fig. 8 in Tracking the diversity of the flatworm genus Imbira (Platyhelminthes) in the Atlantic Forest

Fig. 8 Imbira flavonigra Amaral & Leal-Zanchet, sp. nov., holotype, microphotographs: a detail of prostatic vesicle in sagittal section and b detail of female atrium in sagittal section. Anterior tip to the left

Fig. 7 in Tracking the diversity of the flatworm genus Imbira (Platyhelminthes) in the Atlantic Forest

Fig. 7 Imbira flavonigra Amaral & Leal-Zanchet, sp. nov., microphotographs: a copulatory apparatus of the holotype in sagittal section and b copulatory apparatus of paratype MZU PL.00215 in horizontal section. Anterior tip to the left

Fig. 5 in Tracking the diversity of the flatworm genus Imbira (Platyhelminthes) in the Atlantic Forest

Fig. 5 Imbira flavonigra Amaral & Leal-Zanchet, sp. nov., holotype: microphotograph of pharynx in sagittal section. Anterior tip to the left

Fig. 2 in Tracking the diversity of the flatworm genus Imbira (Platyhelminthes) in the Atlantic Forest

Fig. 2 Distributional range of the genus Imbira, showing the sampling sites (black dots) of the seven lineages studied herein (clades 1–7) and outlines of their sampling areas (green areas). Ma: private area in Maquiné, Rio Grande do Sul, Brazil; FN-SFP: National Forest of São Francisco de Paula (São Francisco de Paula, Rio Grande do Sul, Brazil);

Fig. 3 in Tracking the diversity of the flatworm genus Imbira (Platyhelminthes) in the Atlantic Forest

Fig. 3 Imbira flavonigra Amaral & Leal-Zanchet, sp. nov., holotype: a, b photograph of the live specimen, in dorsal view, and c colour pattern of a fixed specimen in dorsal view. Anterior tip to the left

Figs. 28–33 in Focus on the details: morphological evidence supports new cryptic land flatworm (Platyhelminthes) species revealed with molecules

Figs. 28–33 Obama decidualis Amaral & Leal-Zanchet, sp. nov., holotype: (28) anterior region of the body in transverse section; (29) detail of the anterior region of the body in transverse section; (30) pre-

Fig. 15 in Focus on the details: morphological evidence supports new cryptic land flatworm (Platyhelminthes) species revealed with molecules

Fig. 15 Obama anthropophila Amaral, Leal-Zanchet & Carbayo, sp. nov., holotype. Detail of eye pattern in dorsal view

Fig. 6 Obama ladislavii, specimen ZMH V5270-A in Focus on the details: morphological evidence supports new cryptic land flatworm (Platyhelminthes) species revealed with molecules

Fig. 6 Obama ladislavii, specimen ZMH V5270-A. Consecutive microphotographs of a trilobed eye from horizontal sections; the upper side of the eye is represented in the leftmost picture

Figs. 4–5 in Focus on the details: morphological evidence supports new cryptic land flatworm (Platyhelminthes) species revealed with molecules

Figs. 4–5 Obama ladislavii. (4) Specimen ZMH V5270-A. Fixed specimen in dorsal view on a graph paper. Anterior end to the right. (5) Specimen F1418. Dorsal view of the creeping specimen, approximately 38 mm in length. Anterior end to the left

Fig. 2 Ultrametric tree showing the GMYC delimitation results obtained from the Cox1 in Focus on the details: morphological evidence supports new cryptic land flatworm (Platyhelminthes) species revealed with molecules

Fig. 2 Ultrametric tree showing the GMYC delimitation results obtained from the Cox1Del dataset. Threshold separating speciation and coalescent processes plotted as grey vertical line that delimits 18 entities (including 7 singletons)

Fig. 1 in Focus on the details: morphological evidence supports new cryptic land flatworm (Platyhelminthes) species revealed with molecules

Fig. 1 Bayesian inference phylogenetic tree obtained from the concatenated dataset (18S, 28S, ITS-1, EF and Cox1). Names on branches indicate the species name for the clade and terminal labels indicate codes of individual specimens (Online Resource 1). Filled

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Fig. 3 in The molecular phylogenetic position of Mariplanella piscadera sp. nov. reveals a new major group of rhabdocoel flatworms: Mariplanellida status novus (Platyhelminthes: Rhabdocoela)

Fig. 3 ML bootstrap consensus network of Trepaxonemata* inferred from 18S and 28S rDNA sequences. Consensus network of the RAxML bootstrap analysis based on the trimmed concatenated alignment. Pseudo-replicate counts (~ bs) pertaining to the interrelationships of Mariplanellida status novus, Kalyptorhynchia and Dalytyphloplandia are shown with a threshold value of 10. *Exclusive of Neodermata and Bothrioplanida

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Fig. 1 in The molecular phylogenetic position of Mariplanella piscadera sp. nov. reveals a new major group of rhabdocoel flatworms: Mariplanellida status novus (Platyhelminthes: Rhabdocoela)

Fig. 1 LM images of the live specimen and stylet drawing of Mariplanella piscadera sp. nov. from Curaçao. (a) Full specimen with the pharynx visible as a lighter round outline in the posterior part of the body. (b–c) Detail of the anterior end showing the brain and two types of adenal rhabdite glands (rh1, red overlay; rh2, blue overlay). (d) Detail of the posterior end behind the pharynx show-

Fig. 4 in Phylogenetic relationships within the flatworm genus Matuxia (Platyhelminthes, Tricladida, Continenticola) inferred from molecular data with the description of a southern lineage of the genus

Fig. 4 Matuxia tymbyra Rossi & Leal-Zanchet, sp. nov., holotype, microphotographs of transverse (a–e, g) and sagittal (f; anterior tip to the left) sections: a anterior region of body; b detail of anterior region of body; c pre-pharyngeal region; d detail of dorsal surface of pre-pharyngeal region; e detail of ventral surface of pre- pharyngeal region; f pharynx; g ovary

Fig. 5 in Phylogenetic relationships within the flatworm genus Matuxia (Platyhelminthes, Tricladida, Continenticola) inferred from molecular data with the description of a southern lineage of the genus

Fig. 5 Matuxia tymbyra Rossi & Leal-Zanchet, sp. nov.: a sagittal composite reconstruction of copulatory apparatus of the holotype; b horizontal composite reconstruction of copulatory apparatus of specimen MZU PL.00166

Fig. 2 in Phylogenetic relationships within the flatworm genus Matuxia (Platyhelminthes, Tricladida, Continenticola) inferred from molecular data with the description of a southern lineage of the genus

Fig. 2 Molecular phylogenetic relationships and species boundaries inferred from the sequences of COI and EF-1a on a Bayesian consensus tree. Node values represent posterior probabilities and likelihood

Fig. 1 in Phylogenetic relationships within the flatworm genus Matuxia (Platyhelminthes, Tricladida, Continenticola) inferred from molecular data with the description of a southern lineage of the genus

Fig. 1 Distributional range of the genus Matuxia in areas of Atlantic Forest from southeastern and southern Brazil

Fig. 3 in Phylogenetic relationships within the flatworm genus Matuxia (Platyhelminthes, Tricladida, Continenticola) inferred from molecular data with the description of a southern lineage of the genus

Fig. 3 Matuxia tymbyra Rossi & Leal-Zanchet, sp. nov.: a–b photograph of live specimens, a MZU PL.00181 and b holotype, in dorsal view; c colour pattern of the holotype after fixation in dorsal view; d eye pattern of a fixed specimen (MZU PL.00183) in dorsal view. Anterior tip to the left. The position of the pharynx and copulatory apparatus is indicated by the light marks on dorsal surface in c

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Figure 1 in A new higher classification of planarian flatworms (Platyhelminthes, Tricladida)

Figure 1. Phylogenetic supertree of the major taxa within the Tricladida, as generalized from various published studies, forming the backbone for the classification presented.