taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
03CA41789C72D778FCB9FD7C127DFABD.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16963750/files/figure.png	https://doi.org/10.5281/zenodo.16963750	Fig. 1 Maps showing all the reports for Eremobiotus species, with the main distribution areas located in central Europe. Green: E. alicatai; red: E. ginevrae; light blue: E. ovezovae; dark blue: Eremobiotus sp. Arrows indicate the localities involved in the present study (11: Gela,	Fig. 1 Maps showing all the reports for Eremobiotus species, with the main distribution areas located in central Europe. Green: E. alicatai; red: E. ginevrae; light blue: E. ovezovae; dark blue: Eremobiotus sp. Arrows indicate the localities involved in the present study (11: Gela,	2024-10-23	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar		Zenodo	biologists	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar			
03CA41789C76D771FCB9F9FA1638F962.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16963758/files/figure.png	https://doi.org/10.5281/zenodo.16963758	Fig. 5 Eremobiotus claws IV (PCM). a–c E. alicatai, specimens from the topotypic population; d, e E. alicatai, specimens from Orbetello, Tuscany population; f paratype of E. ovezovae; g, h paratype (g) and holotype (h) of E. ginevrae. White indented arrowheads indicate the	Fig. 5 Eremobiotus claws IV (PCM). a–c E. alicatai, specimens from the topotypic population; d, e E. alicatai, specimens from Orbetello, Tuscany population; f paratype of E. ovezovae; g, h paratype (g) and holotype (h) of E. ginevrae. White indented arrowheads indicate the	2024-10-23	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar		Zenodo	biologists	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar			
03CA41789C76D771FCB9F9FA1638F962.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16963760/files/figure.png	https://doi.org/10.5281/zenodo.16963760	Fig. 6 Schematic drawing of the claws of Eremobiotus alicatai illustrating measurement methods. a, b Measurement method proposed by Beasley et al. (2008), applicable to claws I–III of Eremobiotus species. a External claw of legs I–III (Isohypsibius-type). b Internal claw of legs I–III (modified Isohypsibius-type). c, d Measurement method	Fig. 6 Schematic drawing of the claws of Eremobiotus alicatai illustrating measurement methods. a, b Measurement method proposed by Beasley et al. (2008), applicable to claws I–III of Eremobiotus species. a External claw of legs I–III (Isohypsibius-type). b Internal claw of legs I–III (modified Isohypsibius-type). c, d Measurement method	2024-10-23	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar		Zenodo	biologists	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar			
03CA41789C7BD772FCB9FC2C125AFA10.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16963756/files/figure.png	https://doi.org/10.5281/zenodo.16963756	Fig. 3 Buccal opening of Eremobiotus alicatai (a PCM, topotypic population, slide no. 6046; b SEM, topotypic population, stub DFG2-19). a Buccal opening showing the subdivision of the distal buccal ring (black indented arrowhead). b Mouth opening with the	Fig. 3 Buccal opening of Eremobiotus alicatai (a PCM, topotypic population, slide no. 6046; b SEM, topotypic population, stub DFG2-19). a Buccal opening showing the subdivision of the distal buccal ring (black indented arrowhead). b Mouth opening with the	2024-10-23	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar		Zenodo	biologists	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar			
03CA41789C7BD772FCB9FC2C125AFA10.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16963758/files/figure.png	https://doi.org/10.5281/zenodo.16963758	Fig. 5 Eremobiotus claws IV (PCM). a–c E. alicatai, specimens from the topotypic population; d, e E. alicatai, specimens from Orbetello, Tuscany population; f paratype of E. ovezovae; g, h paratype (g) and holotype (h) of E. ginevrae. White indented arrowheads indicate the	Fig. 5 Eremobiotus claws IV (PCM). a–c E. alicatai, specimens from the topotypic population; d, e E. alicatai, specimens from Orbetello, Tuscany population; f paratype of E. ovezovae; g, h paratype (g) and holotype (h) of E. ginevrae. White indented arrowheads indicate the	2024-10-23	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar		Zenodo	biologists	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar			
03CA41789C7BD772FCB9FC2C125AFA10.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16963762/files/figure.png	https://doi.org/10.5281/zenodo.16963762	Fig. 7 a, b Claws of Eremobiotus alicatai (topotypic population). External view of leg III showing the external claw of Isohypsibius type (claw on the left) and internal claw of the modified Isohypsibius claw (claw on the right). c, d Internal view of leg III showing the external claw of Isohypsibius type (claw on the right) and internal claw of the modified Isohypsibius claw (claw on the left); empty	Fig. 7 a, b Claws of Eremobiotus alicatai (topotypic population). External view of leg III showing the external claw of Isohypsibius type (claw on the left) and internal claw of the modified Isohypsibius claw (claw on the right). c, d Internal view of leg III showing the external claw of Isohypsibius type (claw on the right) and internal claw of the modified Isohypsibius claw (claw on the left); empty	2024-10-23	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar		Zenodo	biologists	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar			
03CA41789C7BD772FCB9FC2C125AFA10.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16963764/files/figure.png	https://doi.org/10.5281/zenodo.16963764	Fig. 8 Habitus and cuticle details of Eremobiotus alicatai (a, c, specimen from topotypic population, Stub DFG2-20; b, d, specimens from topotypic population). a Habitus (SEM); white arrowheads indicate well- visible furbelow-like structures on legs. b Habitus (PCM, Slide No. 6046). c Wrinkled cuticle (SEM, stub no. 16). d Wrinkled cuticle (PCM, Slide No. 6025). Scale bar a, b 25 μm; c, d: 10 μm	Fig. 8 Habitus and cuticle details of Eremobiotus alicatai (a, c, specimen from topotypic population, Stub DFG2-20; b, d, specimens from topotypic population). a Habitus (SEM); white arrowheads indicate well- visible furbelow-like structures on legs. b Habitus (PCM, Slide No. 6046). c Wrinkled cuticle (SEM, stub no. 16). d Wrinkled cuticle (PCM, Slide No. 6025). Scale bar a, b 25 μm; c, d: 10 μm	2024-10-23	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar		Zenodo	biologists	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar			
03CA41789C7BD772FCB9FC2C125AFA10.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16963766/files/figure.png	https://doi.org/10.5281/zenodo.16963766	Fig. 9 Holotype of E. ali- catai (PCM, slide no. 960). a Habitus. b Bucco-pharyngeal apparatus of Isohypsibius-type (flat arrowheads =constric- tions of the macroplacoids). c Claws of the third pair of legs with a well-visible cuticular bar (empty arrowhead). d Claws of the fourth pair of legs with well-developed indented lunules (black indented arrowhead) and accessory points (white indented arrowhead). Scale bar: a 50 μm; b–d 10 μm	Fig. 9 Holotype of E. ali- catai (PCM, slide no. 960). a Habitus. b Bucco-pharyngeal apparatus of Isohypsibius-type (flat arrowheads =constric- tions of the macroplacoids). c Claws of the third pair of legs with a well-visible cuticular bar (empty arrowhead). d Claws of the fourth pair of legs with well-developed indented lunules (black indented arrowhead) and accessory points (white indented arrowhead). Scale bar: a 50 μm; b–d 10 μm	2024-10-23	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar		Zenodo	biologists	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar			
03CA41789C7BD772FCB9FC2C125AFA10.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16963768/files/figure.png	https://doi.org/10.5281/zenodo.16963768	Fig.10 Eremobiotus alicatai IV pair of claws. a, b Specimen from Orbetello, Fonteblanda (PCM, slide 6065); c–f speci- men from topotypic popula- tion (PCM, slide 6046; SEM, Stub DFG2-19). b Detail of an indented lunula. d Detail of accessory points (SEM). f Detail of an indented lunula (SEM). White indented arrow- heads indicate accessory points; black indented arrowheads indicate supernumerary teeth of the lunula; asterisk indi- cates granulation around the claws; empty arrowheads indi- cate the cuticular thickening at at the base of the lunula. Scale bars a, c, e 10 μm; b, d, f 2 μm	Fig.10 Eremobiotus alicatai IV pair of claws. a, b Specimen from Orbetello, Fonteblanda (PCM, slide 6065); c–f speci- men from topotypic popula- tion (PCM, slide 6046; SEM, Stub DFG2-19). b Detail of an indented lunula. d Detail of accessory points (SEM). f Detail of an indented lunula (SEM). White indented arrow- heads indicate accessory points; black indented arrowheads indicate supernumerary teeth of the lunula; asterisk indi- cates granulation around the claws; empty arrowheads indi- cate the cuticular thickening at at the base of the lunula. Scale bars a, c, e 10 μm; b, d, f 2 μm	2024-10-23	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar		Zenodo	biologists	Camarda, Daniele;Frigieri, Federica;Guidetti, Roberto;Cesari, Michele;Lisi, Oscar			
