taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
6B2A87F79318710E163FDCC608A3FB92.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15466921/files/figure.png	https://doi.org/10.5281/zenodo.15466921	FIG. 2. Antiphytum brevicalyx. A. General appearance of a young plant showing detail of the abaxial surface of a basal leaf (from Mendoza-D´ıaz et al. 644C). B. General appearance of an older individual showing detail of the adaxial surface of the cauline leaves (from Mendoza-D´ıaz et al. 643A). C. Portion of cyme inflorescence (from Mendoza-D´ıaz et al. 644A). D. Flower (from Mendoza-D´ıaz et al. 644A). E. Open corolla (from Mendoza-D´ıaz et al. 644A). F. Fruit with three eremocarps removed showing the attachment point at the gynobase (from Mendoza-D´ıaz et al. 643A). G. Eremocarp in ventral and lateral view (from Mendoza-D´ıaz et al. 643A).	FIG. 2. Antiphytum brevicalyx. A. General appearance of a young plant showing detail of the abaxial surface of a basal leaf (from Mendoza-D´ıaz et al. 644C). B. General appearance of an older individual showing detail of the adaxial surface of the cauline leaves (from Mendoza-D´ıaz et al. 643A). C. Portion of cyme inflorescence (from Mendoza-D´ıaz et al. 644A). D. Flower (from Mendoza-D´ıaz et al. 644A). E. Open corolla (from Mendoza-D´ıaz et al. 644A). F. Fruit with three eremocarps removed showing the attachment point at the gynobase (from Mendoza-D´ıaz et al. 643A). G. Eremocarp in ventral and lateral view (from Mendoza-D´ıaz et al. 643A).	2020-02-25	Mendoza-D´, Nidia;Ochoterena, Helga;Moore, Michael J.;Flores-Olvera, Hilda		Zenodo	biologists	Mendoza-D´, Nidia;Ochoterena, Helga;Moore, Michael J.;Flores-Olvera, Hilda			
6B2A87F79318710E163FDCC608A3FB92.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15466923/files/figure.png	https://doi.org/10.5281/zenodo.15466923	FIG. 3. Antiphytum brevicalyx in the field (Mendoza-D´ıaz et al. 643, 644). A. Young individual with flowers and associated vegetation. B. Mature individual. C. Basal leaves in a young individual. D. Individual showing the habitat and soil. E. Thyrsoid view from above. F. Partial inflorescence. G. Portion of inflorescence. H. Flower at anthesis showing the faucal appendages. Photos by Helga Ochoterena.	FIG. 3. Antiphytum brevicalyx in the field (Mendoza-D´ıaz et al. 643, 644). A. Young individual with flowers and associated vegetation. B. Mature individual. C. Basal leaves in a young individual. D. Individual showing the habitat and soil. E. Thyrsoid view from above. F. Partial inflorescence. G. Portion of inflorescence. H. Flower at anthesis showing the faucal appendages. Photos by Helga Ochoterena.	2020-02-25	Mendoza-D´, Nidia;Ochoterena, Helga;Moore, Michael J.;Flores-Olvera, Hilda		Zenodo	biologists	Mendoza-D´, Nidia;Ochoterena, Helga;Moore, Michael J.;Flores-Olvera, Hilda			
6B2A87F79318710E163FDCC608A3FB92.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15466919/files/figure.png	https://doi.org/10.5281/zenodo.15466919	FIG. 1. Combined parsimony tree (L 5 172) using ITS and ndhF-rpl32 sequences, including microstructural DNA characters. A. Single most parsimonious tree highlighting Antiphytum brevicalyx. Sequences in gray are identical to the sequence of the first black-colored accession name above. Numbers above branches correspond to jackknife support above 64%. Solid boxes on branches indicate synapomorphic changes, open boxes indicate homoplasy, and colored boxes correspond to microstructural characters, as follows: blue boxes represent gap characters, and pink boxes represent simple sequence repeats (SSRs). Numbers next to the microstructural synapomorphies indicate their base pair position(s) in the aligned matrix of the respective locus. A schematic representation of the eremocarp cicatrix position is shown next to the hypothetical ancestor of each condition: SB 5 supra-basal; M 5 medial; IM 5 inframedial. B. Geographic origin of A. brevicalyx accessions from Guerrero, Mexico. Mapped collections that are not connected to the phylogeny lack sequences. C. Flowers of A. brevicalyx showing the characteristic calyx: shorter than the corolla tube. D. A. caespitosum, the other species distributed in Guerrero, showing the basal leaf rosette characteristic of the entire clade (dotted box).	FIG. 1. Combined parsimony tree (L 5 172) using ITS and ndhF-rpl32 sequences, including microstructural DNA characters. A. Single most parsimonious tree highlighting Antiphytum brevicalyx. Sequences in gray are identical to the sequence of the first black-colored accession name above. Numbers above branches correspond to jackknife support above 64%. Solid boxes on branches indicate synapomorphic changes, open boxes indicate homoplasy, and colored boxes correspond to microstructural characters, as follows: blue boxes represent gap characters, and pink boxes represent simple sequence repeats (SSRs). Numbers next to the microstructural synapomorphies indicate their base pair position(s) in the aligned matrix of the respective locus. A schematic representation of the eremocarp cicatrix position is shown next to the hypothetical ancestor of each condition: SB 5 supra-basal; M 5 medial; IM 5 inframedial. B. Geographic origin of A. brevicalyx accessions from Guerrero, Mexico. Mapped collections that are not connected to the phylogeny lack sequences. C. Flowers of A. brevicalyx showing the characteristic calyx: shorter than the corolla tube. D. A. caespitosum, the other species distributed in Guerrero, showing the basal leaf rosette characteristic of the entire clade (dotted box).	2020-02-25	Mendoza-D´, Nidia;Ochoterena, Helga;Moore, Michael J.;Flores-Olvera, Hilda		Zenodo	biologists	Mendoza-D´, Nidia;Ochoterena, Helga;Moore, Michael J.;Flores-Olvera, Hilda			
6B2A87F79318710E163FDCC608A3FB92.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15466925/files/figure.png	https://doi.org/10.5281/zenodo.15466925	FIG. 4. Distribution map of A. brevicalyx within Guerrero, showing the two municipios (Eduardo Neri and Tixtla de Guerrero) in which the species has been recorded, and vegetation types. The inset map shows the locations of the two municipios within Guererro and the location of Guerrero in Mexico.	FIG. 4. Distribution map of A. brevicalyx within Guerrero, showing the two municipios (Eduardo Neri and Tixtla de Guerrero) in which the species has been recorded, and vegetation types. The inset map shows the locations of the two municipios within Guererro and the location of Guerrero in Mexico.	2020-02-25	Mendoza-D´, Nidia;Ochoterena, Helga;Moore, Michael J.;Flores-Olvera, Hilda		Zenodo	biologists	Mendoza-D´, Nidia;Ochoterena, Helga;Moore, Michael J.;Flores-Olvera, Hilda			
