taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
4C36878CFFBE3B25FD98A579D72AFE1C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/7957227/files/figure.png	https://doi.org/10.5281/zenodo.7957227	Fig. 3. Microphotina cristalino sp. nov.,♂, holotype (MPEG 05050654). A. Live specimen photographed in studio. B–C. Pinned specimen. B. Dorsal view. C. Ventral view. Scale bars = 5mm.	Fig. 3. Microphotina cristalino sp. nov.,♂, holotype (MPEG 05050654). A. Live specimen photographed in studio. B–C. Pinned specimen. B. Dorsal view. C. Ventral view. Scale bars = 5mm.	2023-05-19	Lanna, Leonardo Moutinho;Fiat, Lucas Linhares;Herculano, João Felipe;Rivera, Julio;Peloso, Pedro		Zenodo	biologists	Lanna, Leonardo Moutinho;Fiat, Lucas Linhares;Herculano, João Felipe;Rivera, Julio;Peloso, Pedro			
4C36878CFFBE3B25FD98A579D72AFE1C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/7957231/files/figure.png	https://doi.org/10.5281/zenodo.7957231	Fig. 4. Microphotina cristalino sp. nov., ♂, external morphology. A–B. Head, frontal view. A. Holotype (MPEG 05050654). B. Paratype (MPEG 05050655). C–E. Holotype, (MPEG 05050654), antenna, highlighting sectional variation of antennomeres. C. Basal section. D. Mid-section. E. Apex. F–G. Pronotum. F. Holotype (MPEG 05050654). G. Paratype (MPEG 05050655). H. Holotype (MPEG 05050654), left foreleg, showing spine configuration. Scale bars = 1mm.	Fig. 4. Microphotina cristalino sp. nov., ♂, external morphology. A–B. Head, frontal view. A. Holotype (MPEG 05050654). B. Paratype (MPEG 05050655). C–E. Holotype, (MPEG 05050654), antenna, highlighting sectional variation of antennomeres. C. Basal section. D. Mid-section. E. Apex. F–G. Pronotum. F. Holotype (MPEG 05050654). G. Paratype (MPEG 05050655). H. Holotype (MPEG 05050654), left foreleg, showing spine configuration. Scale bars = 1mm.	2023-05-19	Lanna, Leonardo Moutinho;Fiat, Lucas Linhares;Herculano, João Felipe;Rivera, Julio;Peloso, Pedro		Zenodo	biologists	Lanna, Leonardo Moutinho;Fiat, Lucas Linhares;Herculano, João Felipe;Rivera, Julio;Peloso, Pedro			
4C36878CFFBE3B25FD98A579D72AFE1C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/7957233/files/figure.png	https://doi.org/10.5281/zenodo.7957233	Fig. 5. Microphotina cristalino sp. nov., ♂, holotype (MPEG 05050654), subgenital plate and genital structures. A. Subgenital plate. B. Genital complex in dorsal view detailing the hammerhead-shaped paa, and its irregular margins. C. Genital complex in ventral view.	Fig. 5. Microphotina cristalino sp. nov., ♂, holotype (MPEG 05050654), subgenital plate and genital structures. A. Subgenital plate. B. Genital complex in dorsal view detailing the hammerhead-shaped paa, and its irregular margins. C. Genital complex in ventral view.	2023-05-19	Lanna, Leonardo Moutinho;Fiat, Lucas Linhares;Herculano, João Felipe;Rivera, Julio;Peloso, Pedro		Zenodo	biologists	Lanna, Leonardo Moutinho;Fiat, Lucas Linhares;Herculano, João Felipe;Rivera, Julio;Peloso, Pedro			
4C36878CFFBE3B25FD98A579D72AFE1C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/7957237/files/figure.png	https://doi.org/10.5281/zenodo.7957237	Fig. 6. Microphotina cristalino sp. nov., ♂, holotype (MPEG 05050654), cryptic behavior. A. Lateral view showing head almost in prognathous position.B. Dorso-lateral view, with forelegs laterally coupled to pronotum. Photographed in studio.	Fig. 6. Microphotina cristalino sp. nov., ♂, holotype (MPEG 05050654), cryptic behavior. A. Lateral view showing head almost in prognathous position.B. Dorso-lateral view, with forelegs laterally coupled to pronotum. Photographed in studio.	2023-05-19	Lanna, Leonardo Moutinho;Fiat, Lucas Linhares;Herculano, João Felipe;Rivera, Julio;Peloso, Pedro		Zenodo	biologists	Lanna, Leonardo Moutinho;Fiat, Lucas Linhares;Herculano, João Felipe;Rivera, Julio;Peloso, Pedro			
4C36878CFFB63B23FF2BA14BD047FB10.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/7957239/files/figure.png	https://doi.org/10.5281/zenodo.7957239	Fig. 7. Systematics of Microphotinini Rivera & Svenson, 2016. Higher-level molecular phylogeny of Photinaidae Giglio-Tos, 1915 (A) summarizing evolutionary relationships among Microphotinini and relevant genital traits according to Rivera & Svenson (2016, 2020). Distinct genital traits define four lineages and an equal number of genital types (outlined in Rivera & Svenson 2020). Microphotina Beier, 1935, as currently understood, is paraphyletic, a relationship further supported by divergent genital traits. M. vitripennis (Saussure, 1872) is the type species of the genus; thus, from a strictly nomenclatural perspective, it represents a ‘true’ species of Microphotina, that is, Microphotina sensu stricto (s. str.). In Clade 1, a well-developed, long and strongly curved (hook-like) afa (B) is a genital trait common to M. vitripennis and Chromatophotina Rivera, 2010 spp.; however, M. vitripennis is unique in having an elongated patch of setae on its ventral phallomere (F, in ventral view). Clade 2, with its strongly reduced afa (C–E), comprises Microphotina (in part; Type 3 genitalia) and Genus A (= Microphotinini gen. et sp. nov. of Rivera & Svenson 2016: fig. 4). In the first, the paa is markedly hammerhead-like (H), a feature Genus A lacks; further, the ventral phallomere of the latter has a strongly reduced bl (G, dorsal view), a unique feature among the Microphotinini, in which the bl is typically narrow and elongated (as in Fig. 5B). Abbreviations: See Material and methods. Genital structures and phylogenetic tree branches not to scale. Fig. 7E–G from Rivera & Svenson (2020).	Fig. 7. Systematics of Microphotinini Rivera & Svenson, 2016. Higher-level molecular phylogeny of Photinaidae Giglio-Tos, 1915 (A) summarizing evolutionary relationships among Microphotinini and relevant genital traits according to Rivera & Svenson (2016, 2020). Distinct genital traits define four lineages and an equal number of genital types (outlined in Rivera & Svenson 2020). Microphotina Beier, 1935, as currently understood, is paraphyletic, a relationship further supported by divergent genital traits. M. vitripennis (Saussure, 1872) is the type species of the genus; thus, from a strictly nomenclatural perspective, it represents a ‘true’ species of Microphotina, that is, Microphotina sensu stricto (s. str.). In Clade 1, a well-developed, long and strongly curved (hook-like) afa (B) is a genital trait common to M. vitripennis and Chromatophotina Rivera, 2010 spp.; however, M. vitripennis is unique in having an elongated patch of setae on its ventral phallomere (F, in ventral view). Clade 2, with its strongly reduced afa (C–E), comprises Microphotina (in part; Type 3 genitalia) and Genus A (= Microphotinini gen. et sp. nov. of Rivera & Svenson 2016: fig. 4). In the first, the paa is markedly hammerhead-like (H), a feature Genus A lacks; further, the ventral phallomere of the latter has a strongly reduced bl (G, dorsal view), a unique feature among the Microphotinini, in which the bl is typically narrow and elongated (as in Fig. 5B). Abbreviations: See Material and methods. Genital structures and phylogenetic tree branches not to scale. Fig. 7E–G from Rivera & Svenson (2020).	2023-05-19	Lanna, Leonardo Moutinho;Fiat, Lucas Linhares;Herculano, João Felipe;Rivera, Julio;Peloso, Pedro		Zenodo	biologists	Lanna, Leonardo Moutinho;Fiat, Lucas Linhares;Herculano, João Felipe;Rivera, Julio;Peloso, Pedro			
4C36878CFFB63B23FF2BA14BD047FB10.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/7957233/files/figure.png	https://doi.org/10.5281/zenodo.7957233	Fig. 5. Microphotina cristalino sp. nov., ♂, holotype (MPEG 05050654), subgenital plate and genital structures. A. Subgenital plate. B. Genital complex in dorsal view detailing the hammerhead-shaped paa, and its irregular margins. C. Genital complex in ventral view.	Fig. 5. Microphotina cristalino sp. nov., ♂, holotype (MPEG 05050654), subgenital plate and genital structures. A. Subgenital plate. B. Genital complex in dorsal view detailing the hammerhead-shaped paa, and its irregular margins. C. Genital complex in ventral view.	2023-05-19	Lanna, Leonardo Moutinho;Fiat, Lucas Linhares;Herculano, João Felipe;Rivera, Julio;Peloso, Pedro		Zenodo	biologists	Lanna, Leonardo Moutinho;Fiat, Lucas Linhares;Herculano, João Felipe;Rivera, Julio;Peloso, Pedro			
