taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
E067450A204DF457FF20FA79C079F955.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5280902/files/figure.png	https://doi.org/10.5281/zenodo.5280902	FIGURES 1–4. Strieremaeus illibatus Sellnick 1918, adult (samples: 1, 2—MGCP Ar-14; 3, 4–MGCP Ar 1). 1, 2: Sample broken along circular fissure, dorsal fragment removed, ventral fragment with body remnants slide-mounted; both drawings made in dorsal view (legs omitted). 1. Dorsal aspect; notogastral folds weakly visible, grooves indicated by narrow bands of fine dotting, seta in lost, one seta le, one ro separated from cuticle, on imprint. 2. Ventral aspect. 3, 4: Specimen in amber (notogaster damaged during preparation), filled with immersion oil. 3. Lateral aspect; all notogastral setae remained on imprint, one seta p1 probably displaced. Setal alveolae, when visible on cuticular remnant, connected to respective setae by dotted lines. (Legs not shown, surface of sample indicated. 4. Enlarged view of sejugal region, lateral aspect. Scale bars: 1–3 = 100 µm, 4 = 50 µm.	FIGURES 1–4. Strieremaeus illibatus Sellnick 1918, adult (samples: 1, 2—MGCP Ar-14; 3, 4–MGCP Ar 1). 1, 2: Sample broken along circular fissure, dorsal fragment removed, ventral fragment with body remnants slide-mounted; both drawings made in dorsal view (legs omitted). 1. Dorsal aspect; notogastral folds weakly visible, grooves indicated by narrow bands of fine dotting, seta in lost, one seta le, one ro separated from cuticle, on imprint. 2. Ventral aspect. 3, 4: Specimen in amber (notogaster damaged during preparation), filled with immersion oil. 3. Lateral aspect; all notogastral setae remained on imprint, one seta p1 probably displaced. Setal alveolae, when visible on cuticular remnant, connected to respective setae by dotted lines. (Legs not shown, surface of sample indicated. 4. Enlarged view of sejugal region, lateral aspect. Scale bars: 1–3 = 100 µm, 4 = 50 µm.	2011-08-11	Sidorchuk, Ekaterina A.;Norton, Roy A.		Zenodo	biologists	Sidorchuk, Ekaterina A.;Norton, Roy A.			
E067450A204DF457FF20FA79C079F955.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5280904/files/figure.png	https://doi.org/10.5281/zenodo.5280904	FIGURES 5–13. Strieremaeus illibatus Sellnick, 1918, adult, legs (samples: 5, 7, 9–13–MGCP Ar 1; 6, 8–MGCP Ar 33). 5. Leg I right, antiaxial view. 6. Genu I left, ventral view. 7. Leg II left, antiaxial view. 8. Genu II right, ventral view. 9. Leg III left, dorsal view. 10. Leg IV left, dorsal view (trochanter and femur are foreshortened due to orientation). 11. Trochanter IV right, antiaxial view. 12. Femur IV left, dorsal view. 13. Example of seta p on tarsi II–IV (u similar). On 5, 7, 9, 10 ly–tarsal lyrifissure. Scale bars 5–12 = 50 µm; 13 = 20 µm.	FIGURES 5–13. Strieremaeus illibatus Sellnick, 1918, adult, legs (samples: 5, 7, 9–13–MGCP Ar 1; 6, 8–MGCP Ar 33). 5. Leg I right, antiaxial view. 6. Genu I left, ventral view. 7. Leg II left, antiaxial view. 8. Genu II right, ventral view. 9. Leg III left, dorsal view. 10. Leg IV left, dorsal view (trochanter and femur are foreshortened due to orientation). 11. Trochanter IV right, antiaxial view. 12. Femur IV left, dorsal view. 13. Example of seta p on tarsi II–IV (u similar). On 5, 7, 9, 10 ly–tarsal lyrifissure. Scale bars 5–12 = 50 µm; 13 = 20 µm.	2011-08-11	Sidorchuk, Ekaterina A.;Norton, Roy A.		Zenodo	biologists	Sidorchuk, Ekaterina A.;Norton, Roy A.			
E067450A204DF457FF20FA79C079F955.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5280906/files/figure.png	https://doi.org/10.5281/zenodo.5280906	FIGURES 14–25. Strieremaeus illibatus Sellnick, 1918, light micrographs of adults (samples: 14–16, 24, 25–MGCP Ar-141 (female, ovipositor protruded); 17, 18–MGCP Ar-14; 19–22–MGCP Ar-1. 23–MGCP Ar-93). 14–16, 23. Dry amber inclusions in reflected light. 14. Dorsal view, anterior notogastral folds indicated by arrows. 15. Lateral view. 16. Ventral view. 17, 18. Cuticle remnant in broken inclusion filled with Euparal. 17. Subcapitulum and epimeres I–II, arrows outline external ridge. 18. Preanal organ (arrows). AN―anal valve. 19, 20. Tibia I, solenidial apophyses. Wide arrow points to imprint, thin―to shrunken cuticular remnant. 19. Solenidion φ1. 20. Solenidion φ2. 21. Apotele and distal part of tarsus I; cond―condylophore. 22. Setae in and bo. 23. Dorsal view, notogastral grooves indicated by broken lines and arrowhead (see text for explanation). 24. Distal part of ovipositor, arrows point to filiform setae. 25. Central region of ventral plate, showing surface punctation. Scale bars: 14– 17, 23 = 100 µm; 18–22, 24, 25 = 10 µm. Figs. 14–16, 22, 23 combined from 35–85 images each; 17, 18, 21 from 10–12 images each.	FIGURES 14–25. Strieremaeus illibatus Sellnick, 1918, light micrographs of adults (samples: 14–16, 24, 25–MGCP Ar-141 (female, ovipositor protruded); 17, 18–MGCP Ar-14; 19–22–MGCP Ar-1. 23–MGCP Ar-93). 14–16, 23. Dry amber inclusions in reflected light. 14. Dorsal view, anterior notogastral folds indicated by arrows. 15. Lateral view. 16. Ventral view. 17, 18. Cuticle remnant in broken inclusion filled with Euparal. 17. Subcapitulum and epimeres I–II, arrows outline external ridge. 18. Preanal organ (arrows). AN―anal valve. 19, 20. Tibia I, solenidial apophyses. Wide arrow points to imprint, thin―to shrunken cuticular remnant. 19. Solenidion φ1. 20. Solenidion φ2. 21. Apotele and distal part of tarsus I; cond―condylophore. 22. Setae in and bo. 23. Dorsal view, notogastral grooves indicated by broken lines and arrowhead (see text for explanation). 24. Distal part of ovipositor, arrows point to filiform setae. 25. Central region of ventral plate, showing surface punctation. Scale bars: 14– 17, 23 = 100 µm; 18–22, 24, 25 = 10 µm. Figs. 14–16, 22, 23 combined from 35–85 images each; 17, 18, 21 from 10–12 images each.	2011-08-11	Sidorchuk, Ekaterina A.;Norton, Roy A.		Zenodo	biologists	Sidorchuk, Ekaterina A.;Norton, Roy A.			
E067450A204DF457FF20FA79C079F955.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5280914/files/figure.png	https://doi.org/10.5281/zenodo.5280914	FIGURES 60–68. Strieremaeus minguezae (Arillo & Subías, 2000) n. comb., holotype, Álava Cretaceous amber (specimen MCNA 8866 in AMNH coll., amber piece embedded in epoxy resin). Boxes indicate positions of detailed images. 60. Dorsal view, combined transmitted and reflected illumination, arrow points to possible remnant of seta in, a–d―proterosomal setae difficult to assign. 61. Seta bo enlarged. 62. Ventral view, combined transmitted and reflected light; a–d― proterosomal setae (as in 60). 63. Ano-genital region in strong transmitted light; e, f―two structures that may represent lyrifissure iad. 64. Distal part of left leg I, arrows point to claws. 65. Distal part of tarsus II right, arrows point to claws (dashed arrow―medial claw, partly destroyed). 66. Distal fragment of partially preserved tarsus II left. Large arrows point to claws, small arrows to setae preserved while body of tarsus was destroyed. 67. Distal right tibia and tarsus III. Large arrows point to claws (only two visible), smaller arrows indicate tarsal setae (pv) and tibial setae aligned with those. 68. Proximal parts of tibial solenidia of right leg I. Orientation is unfavorable but note basal keel of φ1. Scale bars: 60, 62 = 100 µm; 63 = 50 µm; 61, 64–68 = 20 µm. Fig. 60 combined from 118 layers; 63 from 68 layers; 61, 64–68 from 10–25 layers each; 60 combined from image stacks made in different illumination angles.	FIGURES 60–68. Strieremaeus minguezae (Arillo & Subías, 2000) n. comb., holotype, Álava Cretaceous amber (specimen MCNA 8866 in AMNH coll., amber piece embedded in epoxy resin). Boxes indicate positions of detailed images. 60. Dorsal view, combined transmitted and reflected illumination, arrow points to possible remnant of seta in, a–d―proterosomal setae difficult to assign. 61. Seta bo enlarged. 62. Ventral view, combined transmitted and reflected light; a–d― proterosomal setae (as in 60). 63. Ano-genital region in strong transmitted light; e, f―two structures that may represent lyrifissure iad. 64. Distal part of left leg I, arrows point to claws. 65. Distal part of tarsus II right, arrows point to claws (dashed arrow―medial claw, partly destroyed). 66. Distal fragment of partially preserved tarsus II left. Large arrows point to claws, small arrows to setae preserved while body of tarsus was destroyed. 67. Distal right tibia and tarsus III. Large arrows point to claws (only two visible), smaller arrows indicate tarsal setae (pv) and tibial setae aligned with those. 68. Proximal parts of tibial solenidia of right leg I. Orientation is unfavorable but note basal keel of φ1. Scale bars: 60, 62 = 100 µm; 63 = 50 µm; 61, 64–68 = 20 µm. Fig. 60 combined from 118 layers; 63 from 68 layers; 61, 64–68 from 10–25 layers each; 60 combined from image stacks made in different illumination angles.	2011-08-11	Sidorchuk, Ekaterina A.;Norton, Roy A.		Zenodo	biologists	Sidorchuk, Ekaterina A.;Norton, Roy A.			
