taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
CC6362614255D15FFF15FB3F089150A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15262554/files/figure.png	https://doi.org/10.5281/zenodo.15262554	FIGURE 1. Female of Microphotina viridescens. A) Dorsal habitus of a living specimen. B) Captive individual showing the vivid coloration of the metathoracic wing and abdominal terga. C) Dorsal habitus of the specimen shown in A, but with wing coloration slightly faded after preservation. D) Dorsal habitus of a pinned specimen with a distended abdomen (notice yellowish coloration of abdomen acquired after preservations). E) Head, frontal view. F) Pronotum, dorsal view. G) Forefemur, anteroventral aspect.H) Forefemur, posteroventral aspect, highlighting supernumerary PvS; I) Female genitalia. J) Gonapophysis 8 (gp8) in lateral view. Abbreviations: AG (accessory gland sclerite), agsl (accessory gland supporting lobe), al (aulax), CX8 (coxae 8), cxvl (ventrolateral coxal lobelet), DS (discoidal spines), gp8 (gonapophysis 8), gp9 (gonapophysis 9), gpal8 (apical lobe of gonapophysis 8), gl9 (gonoplac 9), GPm9 (mesal gonapophyseal sclerite 9), PvS (posteroventral spine), job (juxtaocular bulge). Scale bars (mm): C–D = 5 mm, E–H = 1 mm.	FIGURE 1. Female of Microphotina viridescens. A) Dorsal habitus of a living specimen. B) Captive individual showing the vivid coloration of the metathoracic wing and abdominal terga. C) Dorsal habitus of the specimen shown in A, but with wing coloration slightly faded after preservation. D) Dorsal habitus of a pinned specimen with a distended abdomen (notice yellowish coloration of abdomen acquired after preservations). E) Head, frontal view. F) Pronotum, dorsal view. G) Forefemur, anteroventral aspect.H) Forefemur, posteroventral aspect, highlighting supernumerary PvS; I) Female genitalia. J) Gonapophysis 8 (gp8) in lateral view. Abbreviations: AG (accessory gland sclerite), agsl (accessory gland supporting lobe), al (aulax), CX8 (coxae 8), cxvl (ventrolateral coxal lobelet), DS (discoidal spines), gp8 (gonapophysis 8), gp9 (gonapophysis 9), gpal8 (apical lobe of gonapophysis 8), gl9 (gonoplac 9), GPm9 (mesal gonapophyseal sclerite 9), PvS (posteroventral spine), job (juxtaocular bulge). Scale bars (mm): C–D = 5 mm, E–H = 1 mm.	2025-04-15	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho		Zenodo	biologists	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho			
CC6362614255D15FFF15FB3F089150A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15262556/files/figure.png	https://doi.org/10.5281/zenodo.15262556	FIGURE 2. Oothecae of M. viridescens and relatives (Cardiopterinae + Photinainae). A) Right lateral view (specimen 1). B) Left lateral view (specimen 2) showing the mode of attachment to the substrate. C) Dorsal view. D) Frontal view (notice ridged emergence area). E) Ootheca diversity in Photinainae and its sister group, Cardiopterinae (evolutionary affinities sensu Rivera & Svenson, 2016). Overall, the oothecae of Photinainae can be distinguished from those of Cardiopterinae by their caramel brown coloration, compact and globular shape, thick and hard outer wall, and raised emergence area (except in Hicetia). Not to scale.	FIGURE 2. Oothecae of M. viridescens and relatives (Cardiopterinae + Photinainae). A) Right lateral view (specimen 1). B) Left lateral view (specimen 2) showing the mode of attachment to the substrate. C) Dorsal view. D) Frontal view (notice ridged emergence area). E) Ootheca diversity in Photinainae and its sister group, Cardiopterinae (evolutionary affinities sensu Rivera & Svenson, 2016). Overall, the oothecae of Photinainae can be distinguished from those of Cardiopterinae by their caramel brown coloration, compact and globular shape, thick and hard outer wall, and raised emergence area (except in Hicetia). Not to scale.	2025-04-15	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho		Zenodo	biologists	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho			
CC6362614255D15FFF15FB3F089150A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15262558/files/figure.png	https://doi.org/10.5281/zenodo.15262558	FIGURE 3. A) male holotype of Photina viridescens (now Microphotina viridescens) (deposited at MNHN) [additional images, including labels, available at: https://ento360.com/mantid/specimen/148]. B) Dorsal habitus of a male specimen of M. viridescens (notice the lack of opaque regions on the wings). C) Ventral phallomere + left phallomere complex, dorsal view. D) Distal portion of left phallomere, slightly tilted forward relative to C (bounding box), and ventral view of the paa of three different specimens to highlight variation along the distal margin. E) Ventral phallomere, ventral view. F) Right phallomere, lateral view. G) Right phallomere, laterovental view (arrow points to a patch of spiniform setae). H) Genital complex of Microphotina viridula (paratype) deposited at MNHN (genital preparation NM0302; photo by N. Moulin) from Mitaraka, FG [Note: DNA barcoding sequences for this specimen are available at BOLD accession no. GFMAN18-213]. Abbreviations: afa (apofisi falloide), bl (basal lobe), L4A (sclerite extending over the ventral wall), L4B (sclerite extending over the dorsal wall), LP (left phallomere), paa (processo apicale), pia (piastra ventrale), pva (processo ventrale sclerificato), RP (right phallomere), VP (ventral phallomere). Scale bars: A–B = 5 mm.	FIGURE 3. A) male holotype of Photina viridescens (now Microphotina viridescens) (deposited at MNHN) [additional images, including labels, available at: https://ento360.com/mantid/specimen/148]. B) Dorsal habitus of a male specimen of M. viridescens (notice the lack of opaque regions on the wings). C) Ventral phallomere + left phallomere complex, dorsal view. D) Distal portion of left phallomere, slightly tilted forward relative to C (bounding box), and ventral view of the paa of three different specimens to highlight variation along the distal margin. E) Ventral phallomere, ventral view. F) Right phallomere, lateral view. G) Right phallomere, laterovental view (arrow points to a patch of spiniform setae). H) Genital complex of Microphotina viridula (paratype) deposited at MNHN (genital preparation NM0302; photo by N. Moulin) from Mitaraka, FG [Note: DNA barcoding sequences for this specimen are available at BOLD accession no. GFMAN18-213]. Abbreviations: afa (apofisi falloide), bl (basal lobe), L4A (sclerite extending over the ventral wall), L4B (sclerite extending over the dorsal wall), LP (left phallomere), paa (processo apicale), pia (piastra ventrale), pva (processo ventrale sclerificato), RP (right phallomere), VP (ventral phallomere). Scale bars: A–B = 5 mm.	2025-04-15	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho		Zenodo	biologists	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho			
CC6362614255D15FFF15FB3F089150A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15262562/files/figure.png	https://doi.org/10.5281/zenodo.15262562	FIGURE 4. Microphotina spp. A) Microphotina vitripennis, detail of the elongated ventral patch of setae (ventral view). B) Microphotina vitripennis, detail of apophysi phalloid (afa). C) Microphotina panguanensis, detail of apophysi phalloid (afa). D) Microphotina viridescens, subgenital plate (dorsal view), slightly asymmetrical styli can be observed in some specimens. E) Microphotina viridula, subgenital plate (dorsal view). F) Microphotina cristalino, subgenital plate (dorsal view). Abbreviations: VP (ventral phallomere). Not to scale.	FIGURE 4. Microphotina spp. A) Microphotina vitripennis, detail of the elongated ventral patch of setae (ventral view). B) Microphotina vitripennis, detail of apophysi phalloid (afa). C) Microphotina panguanensis, detail of apophysi phalloid (afa). D) Microphotina viridescens, subgenital plate (dorsal view), slightly asymmetrical styli can be observed in some specimens. E) Microphotina viridula, subgenital plate (dorsal view). F) Microphotina cristalino, subgenital plate (dorsal view). Abbreviations: VP (ventral phallomere). Not to scale.	2025-04-15	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho		Zenodo	biologists	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho			
CC6362614255D15FFF15FB3F089150A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15262566/files/figure.png	https://doi.org/10.5281/zenodo.15262566	FIGURE 5. A) Female of Microphotina viridescens under a leaf, adopting the typical cryptic posture of the Photinaidae (photo by N. Hausherr). B) A different female specimen, showing the extent of the whitish strip between the proximal section of the costal area and the base of the metazona (photo by N. Hausherr). C) Chromatophotina awajun Rivera, 2010 (from Tarapoto, Peru), showing a more extensive and intensely expressed white stripe on the pronotum and mesothoracic wing (iNatObs: 187846650, photo by Diego Deza, license CC-BY-NC). D) Female of M. viridescens guarding her ootheca (photo by N. Hausherr). E) Chromatophotina cofan Rivera, 2010 (from Pastaza, Ecuador) guarding her ootheca (iNatObs: 53791526, photo by Ferhat Gundogdu, license CC0).	FIGURE 5. A) Female of Microphotina viridescens under a leaf, adopting the typical cryptic posture of the Photinaidae (photo by N. Hausherr). B) A different female specimen, showing the extent of the whitish strip between the proximal section of the costal area and the base of the metazona (photo by N. Hausherr). C) Chromatophotina awajun Rivera, 2010 (from Tarapoto, Peru), showing a more extensive and intensely expressed white stripe on the pronotum and mesothoracic wing (iNatObs: 187846650, photo by Diego Deza, license CC-BY-NC). D) Female of M. viridescens guarding her ootheca (photo by N. Hausherr). E) Chromatophotina cofan Rivera, 2010 (from Pastaza, Ecuador) guarding her ootheca (iNatObs: 53791526, photo by Ferhat Gundogdu, license CC0).	2025-04-15	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho		Zenodo	biologists	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho			
CC6362614255D15FFF15FB3F089150A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15262570/files/figure.png	https://doi.org/10.5281/zenodo.15262570	FIGURE 6. Nymphal development in Microphotina viridescens. A) Hatching batch of protonymphs soon after their first molt (an emerging pronymph can be observed in the far back of the ootheca). B) Protonymph (nymph 1). C) Deuteronymph 1 (nymph 2). D) Deuteronymph 2 (nymph 3). E) Deuteronymph 3 (nymph 4, female). F) Deuteronymph 6 (nymph 7, subadult female). G) Deuteronymph 5 (nymph 6, subadult male).	FIGURE 6. Nymphal development in Microphotina viridescens. A) Hatching batch of protonymphs soon after their first molt (an emerging pronymph can be observed in the far back of the ootheca). B) Protonymph (nymph 1). C) Deuteronymph 1 (nymph 2). D) Deuteronymph 2 (nymph 3). E) Deuteronymph 3 (nymph 4, female). F) Deuteronymph 6 (nymph 7, subadult female). G) Deuteronymph 5 (nymph 6, subadult male).	2025-04-15	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho		Zenodo	biologists	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho			
CC636261425FD15DFF15FB790ED2558B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15262562/files/figure.png	https://doi.org/10.5281/zenodo.15262562	FIGURE 4. Microphotina spp. A) Microphotina vitripennis, detail of the elongated ventral patch of setae (ventral view). B) Microphotina vitripennis, detail of apophysi phalloid (afa). C) Microphotina panguanensis, detail of apophysi phalloid (afa). D) Microphotina viridescens, subgenital plate (dorsal view), slightly asymmetrical styli can be observed in some specimens. E) Microphotina viridula, subgenital plate (dorsal view). F) Microphotina cristalino, subgenital plate (dorsal view). Abbreviations: VP (ventral phallomere). Not to scale.	FIGURE 4. Microphotina spp. A) Microphotina vitripennis, detail of the elongated ventral patch of setae (ventral view). B) Microphotina vitripennis, detail of apophysi phalloid (afa). C) Microphotina panguanensis, detail of apophysi phalloid (afa). D) Microphotina viridescens, subgenital plate (dorsal view), slightly asymmetrical styli can be observed in some specimens. E) Microphotina viridula, subgenital plate (dorsal view). F) Microphotina cristalino, subgenital plate (dorsal view). Abbreviations: VP (ventral phallomere). Not to scale.	2025-04-15	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho		Zenodo	biologists	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho			
CC636261425FD15DFF15FB790ED2558B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15262566/files/figure.png	https://doi.org/10.5281/zenodo.15262566	FIGURE 5. A) Female of Microphotina viridescens under a leaf, adopting the typical cryptic posture of the Photinaidae (photo by N. Hausherr). B) A different female specimen, showing the extent of the whitish strip between the proximal section of the costal area and the base of the metazona (photo by N. Hausherr). C) Chromatophotina awajun Rivera, 2010 (from Tarapoto, Peru), showing a more extensive and intensely expressed white stripe on the pronotum and mesothoracic wing (iNatObs: 187846650, photo by Diego Deza, license CC-BY-NC). D) Female of M. viridescens guarding her ootheca (photo by N. Hausherr). E) Chromatophotina cofan Rivera, 2010 (from Pastaza, Ecuador) guarding her ootheca (iNatObs: 53791526, photo by Ferhat Gundogdu, license CC0).	FIGURE 5. A) Female of Microphotina viridescens under a leaf, adopting the typical cryptic posture of the Photinaidae (photo by N. Hausherr). B) A different female specimen, showing the extent of the whitish strip between the proximal section of the costal area and the base of the metazona (photo by N. Hausherr). C) Chromatophotina awajun Rivera, 2010 (from Tarapoto, Peru), showing a more extensive and intensely expressed white stripe on the pronotum and mesothoracic wing (iNatObs: 187846650, photo by Diego Deza, license CC-BY-NC). D) Female of M. viridescens guarding her ootheca (photo by N. Hausherr). E) Chromatophotina cofan Rivera, 2010 (from Pastaza, Ecuador) guarding her ootheca (iNatObs: 53791526, photo by Ferhat Gundogdu, license CC0).	2025-04-15	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho		Zenodo	biologists	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho			
CC636261425FD15DFF15FB790ED2558B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15262556/files/figure.png	https://doi.org/10.5281/zenodo.15262556	FIGURE 2. Oothecae of M. viridescens and relatives (Cardiopterinae + Photinainae). A) Right lateral view (specimen 1). B) Left lateral view (specimen 2) showing the mode of attachment to the substrate. C) Dorsal view. D) Frontal view (notice ridged emergence area). E) Ootheca diversity in Photinainae and its sister group, Cardiopterinae (evolutionary affinities sensu Rivera & Svenson, 2016). Overall, the oothecae of Photinainae can be distinguished from those of Cardiopterinae by their caramel brown coloration, compact and globular shape, thick and hard outer wall, and raised emergence area (except in Hicetia). Not to scale.	FIGURE 2. Oothecae of M. viridescens and relatives (Cardiopterinae + Photinainae). A) Right lateral view (specimen 1). B) Left lateral view (specimen 2) showing the mode of attachment to the substrate. C) Dorsal view. D) Frontal view (notice ridged emergence area). E) Ootheca diversity in Photinainae and its sister group, Cardiopterinae (evolutionary affinities sensu Rivera & Svenson, 2016). Overall, the oothecae of Photinainae can be distinguished from those of Cardiopterinae by their caramel brown coloration, compact and globular shape, thick and hard outer wall, and raised emergence area (except in Hicetia). Not to scale.	2025-04-15	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho		Zenodo	biologists	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho			
CC636261425DD15BFF15FE5E094257CB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15262566/files/figure.png	https://doi.org/10.5281/zenodo.15262566	FIGURE 5. A) Female of Microphotina viridescens under a leaf, adopting the typical cryptic posture of the Photinaidae (photo by N. Hausherr). B) A different female specimen, showing the extent of the whitish strip between the proximal section of the costal area and the base of the metazona (photo by N. Hausherr). C) Chromatophotina awajun Rivera, 2010 (from Tarapoto, Peru), showing a more extensive and intensely expressed white stripe on the pronotum and mesothoracic wing (iNatObs: 187846650, photo by Diego Deza, license CC-BY-NC). D) Female of M. viridescens guarding her ootheca (photo by N. Hausherr). E) Chromatophotina cofan Rivera, 2010 (from Pastaza, Ecuador) guarding her ootheca (iNatObs: 53791526, photo by Ferhat Gundogdu, license CC0).	FIGURE 5. A) Female of Microphotina viridescens under a leaf, adopting the typical cryptic posture of the Photinaidae (photo by N. Hausherr). B) A different female specimen, showing the extent of the whitish strip between the proximal section of the costal area and the base of the metazona (photo by N. Hausherr). C) Chromatophotina awajun Rivera, 2010 (from Tarapoto, Peru), showing a more extensive and intensely expressed white stripe on the pronotum and mesothoracic wing (iNatObs: 187846650, photo by Diego Deza, license CC-BY-NC). D) Female of M. viridescens guarding her ootheca (photo by N. Hausherr). E) Chromatophotina cofan Rivera, 2010 (from Pastaza, Ecuador) guarding her ootheca (iNatObs: 53791526, photo by Ferhat Gundogdu, license CC0).	2025-04-15	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho		Zenodo	biologists	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho			
CC636261425DD15BFF15FE5E094257CB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15262570/files/figure.png	https://doi.org/10.5281/zenodo.15262570	FIGURE 6. Nymphal development in Microphotina viridescens. A) Hatching batch of protonymphs soon after their first molt (an emerging pronymph can be observed in the far back of the ootheca). B) Protonymph (nymph 1). C) Deuteronymph 1 (nymph 2). D) Deuteronymph 2 (nymph 3). E) Deuteronymph 3 (nymph 4, female). F) Deuteronymph 6 (nymph 7, subadult female). G) Deuteronymph 5 (nymph 6, subadult male).	FIGURE 6. Nymphal development in Microphotina viridescens. A) Hatching batch of protonymphs soon after their first molt (an emerging pronymph can be observed in the far back of the ootheca). B) Protonymph (nymph 1). C) Deuteronymph 1 (nymph 2). D) Deuteronymph 2 (nymph 3). E) Deuteronymph 3 (nymph 4, female). F) Deuteronymph 6 (nymph 7, subadult female). G) Deuteronymph 5 (nymph 6, subadult male).	2025-04-15	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho		Zenodo	biologists	Rivera, Julio;Hausherr, Nicolas;Lanna, Leonardo Moutinho			
