taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
C1132434F3475179A39C1C6DE4E0F87C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1670716	https://doi.org/10.3897/asp.84.e144506.figure4	Figure 4. Male supra-anal plate shapes in Lamproblatta spp. Supra-anal plates can be slightly notched (e. g., L. mimetes), or not notched at all (e. g., L. antoni). Images not to scale.	Figure 4. Male supra-anal plate shapes in Lamproblatta spp. Supra-anal plates can be slightly notched (e. g., L. mimetes), or not notched at all (e. g., L. antoni). Images not to scale.	2026-06-05	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa		Zenodo	biologists	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa			
C1132434F3475179A39C1C6DE4E0F87C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1670719	https://doi.org/10.3897/asp.84.e144506.figure7	Figure 7. Lamproblattidae phylogeny from 32 morphological characters, inferred in PAUP * with a heuristic TBR search, treating multi-state characters as uncertainties, with all character states treated as unordered, and a topological constraint enforced (Cryptocercus, (Anaplecta, Lamproblattidae s. str. )). Node support values are frequencies from 1000 bootstrap pseudoreplicates. Frequencies < 80 % are not shown.	Figure 7. Lamproblattidae phylogeny from 32 morphological characters, inferred in PAUP * with a heuristic TBR search, treating multi-state characters as uncertainties, with all character states treated as unordered, and a topological constraint enforced (Cryptocercus, (Anaplecta, Lamproblattidae s. str. )). Node support values are frequencies from 1000 bootstrap pseudoreplicates. Frequencies < 80 % are not shown.	2026-06-05	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa		Zenodo	biologists	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa			
EBC6A7F851335BE198B8B95A7D44230C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1670715	https://doi.org/10.3897/asp.84.e144506.figure3	Figure 3. Maxillary palp shapes in Lamproblatta spp. The two types are according to Rehn (1930) and refer to the shape of the penultimate palpomere. Type 1 is robust (wide, not evenly tapering throughout, and slightly shorter; basal angle of the penultimate palpomere is < 15 °) and type 2 is slender (more triangular in profile, evenly tapering to base, and slightly longer; basal angle of the penultimate palpomere is > 15 °). Images not to scale.	Figure 3. Maxillary palp shapes in Lamproblatta spp. The two types are according to Rehn (1930) and refer to the shape of the penultimate palpomere. Type 1 is robust (wide, not evenly tapering throughout, and slightly shorter; basal angle of the penultimate palpomere is < 15 °) and type 2 is slender (more triangular in profile, evenly tapering to base, and slightly longer; basal angle of the penultimate palpomere is > 15 °). Images not to scale.	2026-06-05	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa		Zenodo	biologists	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa			
EBC6A7F851335BE198B8B95A7D44230C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1670719	https://doi.org/10.3897/asp.84.e144506.figure7	Figure 7. Lamproblattidae phylogeny from 32 morphological characters, inferred in PAUP * with a heuristic TBR search, treating multi-state characters as uncertainties, with all character states treated as unordered, and a topological constraint enforced (Cryptocercus, (Anaplecta, Lamproblattidae s. str. )). Node support values are frequencies from 1000 bootstrap pseudoreplicates. Frequencies < 80 % are not shown.	Figure 7. Lamproblattidae phylogeny from 32 morphological characters, inferred in PAUP * with a heuristic TBR search, treating multi-state characters as uncertainties, with all character states treated as unordered, and a topological constraint enforced (Cryptocercus, (Anaplecta, Lamproblattidae s. str. )). Node support values are frequencies from 1000 bootstrap pseudoreplicates. Frequencies < 80 % are not shown.	2026-06-05	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa		Zenodo	biologists	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa			
454357C3D83A5CD390EC10E8B9C5B508.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1670719	https://doi.org/10.3897/asp.84.e144506.figure7	Figure 7. Lamproblattidae phylogeny from 32 morphological characters, inferred in PAUP * with a heuristic TBR search, treating multi-state characters as uncertainties, with all character states treated as unordered, and a topological constraint enforced (Cryptocercus, (Anaplecta, Lamproblattidae s. str. )). Node support values are frequencies from 1000 bootstrap pseudoreplicates. Frequencies < 80 % are not shown.	Figure 7. Lamproblattidae phylogeny from 32 morphological characters, inferred in PAUP * with a heuristic TBR search, treating multi-state characters as uncertainties, with all character states treated as unordered, and a topological constraint enforced (Cryptocercus, (Anaplecta, Lamproblattidae s. str. )). Node support values are frequencies from 1000 bootstrap pseudoreplicates. Frequencies < 80 % are not shown.	2026-06-05	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa		Zenodo	biologists	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa			
454357C3D83A5CD390EC10E8B9C5B508.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1670715	https://doi.org/10.3897/asp.84.e144506.figure3	Figure 3. Maxillary palp shapes in Lamproblatta spp. The two types are according to Rehn (1930) and refer to the shape of the penultimate palpomere. Type 1 is robust (wide, not evenly tapering throughout, and slightly shorter; basal angle of the penultimate palpomere is < 15 °) and type 2 is slender (more triangular in profile, evenly tapering to base, and slightly longer; basal angle of the penultimate palpomere is > 15 °). Images not to scale.	Figure 3. Maxillary palp shapes in Lamproblatta spp. The two types are according to Rehn (1930) and refer to the shape of the penultimate palpomere. Type 1 is robust (wide, not evenly tapering throughout, and slightly shorter; basal angle of the penultimate palpomere is < 15 °) and type 2 is slender (more triangular in profile, evenly tapering to base, and slightly longer; basal angle of the penultimate palpomere is > 15 °). Images not to scale.	2026-06-05	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa		Zenodo	biologists	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa			
454357C3D83A5CD390EC10E8B9C5B508.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1670720	https://doi.org/10.3897/asp.84.e144506.figure8	Figure 8. Lamproblatta mimadelfi sp. nov. adult male morphology. A Head; B supra-anal plate dorsal view; C subgenital plate ventral view; D dissected and digested subgenital plate dorsal view; E left genital phallomere complex dorsal view; F – H right genital phallomere shown from various near-dorsal perspectives. Sclerites are labelled according to Klass (1997) with terminology of McKittrick (1964) in parentheses. Scale bars = 1 mm.	Figure 8. Lamproblatta mimadelfi sp. nov. adult male morphology. A Head; B supra-anal plate dorsal view; C subgenital plate ventral view; D dissected and digested subgenital plate dorsal view; E left genital phallomere complex dorsal view; F – H right genital phallomere shown from various near-dorsal perspectives. Sclerites are labelled according to Klass (1997) with terminology of McKittrick (1964) in parentheses. Scale bars = 1 mm.	2026-06-05	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa		Zenodo	biologists	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa			
454357C3D83A5CD390EC10E8B9C5B508.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1670721	https://doi.org/10.3897/asp.84.e144506.figure9	Figure 9. Ootheca of Lamproblatta mimadelfi shown from all perspectives. A Left; B right; C, D end; E keel; F base. From female AUDE-PE- 15-09. Scale bar = 1 mm.	Figure 9. Ootheca of Lamproblatta mimadelfi shown from all perspectives. A Left; B right; C, D end; E keel; F base. From female AUDE-PE- 15-09. Scale bar = 1 mm.	2026-06-05	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa		Zenodo	biologists	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa			
7F95B891D96250BDB3CDA51838A06354.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1670719	https://doi.org/10.3897/asp.84.e144506.figure7	Figure 7. Lamproblattidae phylogeny from 32 morphological characters, inferred in PAUP * with a heuristic TBR search, treating multi-state characters as uncertainties, with all character states treated as unordered, and a topological constraint enforced (Cryptocercus, (Anaplecta, Lamproblattidae s. str. )). Node support values are frequencies from 1000 bootstrap pseudoreplicates. Frequencies < 80 % are not shown.	Figure 7. Lamproblattidae phylogeny from 32 morphological characters, inferred in PAUP * with a heuristic TBR search, treating multi-state characters as uncertainties, with all character states treated as unordered, and a topological constraint enforced (Cryptocercus, (Anaplecta, Lamproblattidae s. str. )). Node support values are frequencies from 1000 bootstrap pseudoreplicates. Frequencies < 80 % are not shown.	2026-06-05	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa		Zenodo	biologists	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa			
7F95B891D96250BDB3CDA51838A06354.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1670714	https://doi.org/10.3897/asp.84.e144506.figure2	Figure 2. Characters important for diagnosing Lamproblattidae. A Maxillary palps whitish (♂ Lamproblatta antoni). B Supra-anal plate showing tergal modifications (♂ Lamproblatta neuque). C Slightly notched supra-anal plate with whitish posterior edge (♂ L. mimadelfi). D Narrow supra-anal plate with whitish posterior edge (♂ L. antoni). E Supra-anal plate deeply notched edge (♂ Eurycotis opaca). F ♂ L. neuque, G ♂ L. antoni subgenital plate with short styli. H subgenital plate with long styli (♂ Eurycotis blattoides). Scale bars = 1 mm. Image credit: E. opaca (ANR- 11 - INBS- 0004) – MNHN, Depraetere Marion, 2014.	Figure 2. Characters important for diagnosing Lamproblattidae. A Maxillary palps whitish (♂ Lamproblatta antoni). B Supra-anal plate showing tergal modifications (♂ Lamproblatta neuque). C Slightly notched supra-anal plate with whitish posterior edge (♂ L. mimadelfi). D Narrow supra-anal plate with whitish posterior edge (♂ L. antoni). E Supra-anal plate deeply notched edge (♂ Eurycotis opaca). F ♂ L. neuque, G ♂ L. antoni subgenital plate with short styli. H subgenital plate with long styli (♂ Eurycotis blattoides). Scale bars = 1 mm. Image credit: E. opaca (ANR- 11 - INBS- 0004) – MNHN, Depraetere Marion, 2014.	2026-06-05	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa		Zenodo	biologists	Evangelista, Dominic A.;Medina-Espinoza, Emmy Fiorella;Mendieta Yáñez, Stephany Karla;Drager, Kim;Swichtenberg, Kali L.;Gile, Gillian;Kang, Yifei;Hromádka, Jiří;Vanker, Katharine;Sanchez-Herrera, Melissa			
