taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
A53B87D6FF88FFF10A5FF8B8FE1CFFA4.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198415/files/figure.png	http://doi.org/10.5281/zenodo.198415	Fig. 1: Illustration of the epigyne of a. C. rupestre in Herman’s original description; Herman 1879: Tab. VIIı fig. 158); b. of C. macedonicum in Drensky’s original description; Drensky 1921: Tab. Iı fig. 14) ı and C. of C. striolatum in Arachnides de France; Simon 1932: fig. 1361). The epigyne of C. rupestre is structurally quite different. In contrastı the epigynes of the other two taxa represent the extremes of a continuum in external appearanceı and both forms and their intermediates can be found within a single population.	Fig. 1: Illustration of the epigyne of a. C. rupestre in Herman’s original description; Herman 1879: Tab. VIIı fig. 158); b. of C. macedonicum in Drensky’s original description; Drensky 1921: Tab. Iı fig. 14) ı and C. of C. striolatum in Arachnides de France; Simon 1932: fig. 1361). The epigyne of C. rupestre is structurally quite different. In contrastı the epigynes of the other two taxa represent the extremes of a continuum in external appearanceı and both forms and their intermediates can be found within a single population.	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF88FFF10A5FF8B8FE1CFFA4.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198416/files/figure.png	http://doi.org/10.5281/zenodo.198416	Fig. 2: Epigyne of a. “ C. rupestre ” in Chyzer’s collection in HMNHı b. C. macedonicum (holotypeı Drensky collection in NMNHS) ı and C. C. striolatum (possible syntypeı Simon collection in MNHN)	Fig. 2: Epigyne of a. “ C. rupestre ” in Chyzer’s collection in HMNHı b. C. macedonicum (holotypeı Drensky collection in NMNHS) ı and C. C. striolatum (possible syntypeı Simon collection in MNHN)	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF88FFF10A5FF8B8FE1CFFA4.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198417/files/figure.png	http://doi.org/10.5281/zenodo.198417	Fig. 3: a., b. External view of the epigyne of two specimens of C. striolatum from Corsica representing the macedonicum type of external appearance. Cleared epigyne of the latter specimenı in C. ventral and d. dorsal view. Scale bars = 0.2 mm	Fig. 3: a., b. External view of the epigyne of two specimens of C. striolatum from Corsica representing the macedonicum type of external appearance. Cleared epigyne of the latter specimenı in C. ventral and d. dorsal view. Scale bars = 0.2 mm	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF88FFF10A5FF8B8FE1CFFA4.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198418/files/figure.png	http://doi.org/10.5281/zenodo.198418	Fig. 4: Cleared epigyne of C. macedonicum from Szentendre Islandı north of Budapestı Hungary in a., b. ventral and C., d. dorsal viewı photos (aı c.) and schematic drawing (bı d). Scale bars = 0.2 mm	Fig. 4: Cleared epigyne of C. macedonicum from Szentendre Islandı north of Budapestı Hungary in a., b. ventral and C., d. dorsal viewı photos (aı c.) and schematic drawing (bı d). Scale bars = 0.2 mm	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF88FFF10A5FF8B8FE1CFFA4.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198419/files/figure.png	http://doi.org/10.5281/zenodo.198419	Fig. 5: Ventral view of the pedipalp a., b. of two specimens of C. macedonicum from Bulgaria and three specimens of C. striolatum C. from Portugalı d.  mainland France and e. Corsica	Fig. 5: Ventral view of the pedipalp a., b. of two specimens of C. macedonicum from Bulgaria and three specimens of C. striolatum C. from Portugalı d.  mainland France and e. Corsica	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF88FFF10A5FF8B8FE1CFFA4.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198420/files/figure.png	http://doi.org/10.5281/zenodo.198420	Fig. 6: Habitus of a. female and b. male C. macedonicum ı and C. female and d. male C. striolatum	Fig. 6: Habitus of a. female and b. male C. macedonicum ı and C. female and d. male C. striolatum	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF88FFF10A5FF8B8FE1CFFA4.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198421/files/figure.png	http://doi.org/10.5281/zenodo.198421	Fig 7: Distribution of Cheiracanthium striolatum (circles) and C. macedonicum (squares) ı superimposed on a map of climate types according to Köppen (Peel et al. 2007). Black symbols indicate examined specimensı open symbols are based on literature records. For clarityı records from closely adjacent locations are indicated by a single symbol.	Fig 7: Distribution of Cheiracanthium striolatum (circles) and C. macedonicum (squares) ı superimposed on a map of climate types according to Köppen (Peel et al. 2007). Black symbols indicate examined specimensı open symbols are based on literature records. For clarityı records from closely adjacent locations are indicated by a single symbol.	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF8EFFFE0927FE78FDF8FF64.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198422/files/figure.png	http://doi.org/10.5281/zenodo.198422	Fig. 8: Pedipalp (ventral view) of Bassaniana baudueri: a. from the original description of X. albomaculatus (Kulczyński in Chyzer & Kulczyński 1891: Tab. IIIı fig. 33 b) ı b. from a German specimen (Jantscher 2001: Tab. 3 a) ı and C. a French specimen (figure from Déjean & Ledoux 2013: fig. 10 Bı by Jean-Claude Ledouxı courtesy of Sylvain Déjean)	Fig. 8: Pedipalp (ventral view) of Bassaniana baudueri: a. from the original description of X. albomaculatus (Kulczyński in Chyzer & Kulczyński 1891: Tab. IIIı fig. 33 b) ı b. from a German specimen (Jantscher 2001: Tab. 3 a) ı and C. a French specimen (figure from Déjean & Ledoux 2013: fig. 10 Bı by Jean-Claude Ledouxı courtesy of Sylvain Déjean)	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF8EFFFE0927FE78FDF8FF64.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198423/files/figure.png	http://doi.org/10.5281/zenodo.198423	Fig. 9: Pedipalp (retrolateral view) of Bassaniana baudueri ı based on a German specimen (Jantscher 2001: Tab. 3 b).	Fig. 9: Pedipalp (retrolateral view) of Bassaniana baudueri ı based on a German specimen (Jantscher 2001: Tab. 3 b).	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF8EFFFE0927FE78FDF8FF64.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198424/files/figure.png	http://doi.org/10.5281/zenodo.198424	Fig. 10: Epigyne of Bassaniana baudueri: a. from the original description of X. albomaculatus (Kulczyński in Chyzer & Kulczyński 1891: Tab. IIIı fig. 33 a) ı b. from an Austrian specimen (Jantscher 2001: Tab. 3 c) ı and C. a French specimen (figure from Déjean & Ledoux 2013: fig. 10 Aı by Jean-Claude Ledouxı courtesy of Sylvain Déjean)	Fig. 10: Epigyne of Bassaniana baudueri: a. from the original description of X. albomaculatus (Kulczyński in Chyzer & Kulczyński 1891: Tab. IIIı fig. 33 a) ı b. from an Austrian specimen (Jantscher 2001: Tab. 3 c) ı and C. a French specimen (figure from Déjean & Ledoux 2013: fig. 10 Aı by Jean-Claude Ledouxı courtesy of Sylvain Déjean)	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF8EFFFE0927FE78FDF8FF64.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198425/files/figure.png	http://doi.org/10.5281/zenodo.198425	Fig. 11: Internal view of the cleared epigyne of Bassaniana baudueri (Austrian specimenı Jantscher 2001: Tab. 3 d)	Fig. 11: Internal view of the cleared epigyne of Bassaniana baudueri (Austrian specimenı Jantscher 2001: Tab. 3 d)	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF81FFFE09D5F9F8FB91FF04.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198422/files/figure.png	http://doi.org/10.5281/zenodo.198422	Fig. 8: Pedipalp (ventral view) of Bassaniana baudueri: a. from the original description of X. albomaculatus (Kulczyński in Chyzer & Kulczyński 1891: Tab. IIIı fig. 33 b) ı b. from a German specimen (Jantscher 2001: Tab. 3 a) ı and C. a French specimen (figure from Déjean & Ledoux 2013: fig. 10 Bı by Jean-Claude Ledouxı courtesy of Sylvain Déjean)	Fig. 8: Pedipalp (ventral view) of Bassaniana baudueri: a. from the original description of X. albomaculatus (Kulczyński in Chyzer & Kulczyński 1891: Tab. IIIı fig. 33 b) ı b. from a German specimen (Jantscher 2001: Tab. 3 a) ı and C. a French specimen (figure from Déjean & Ledoux 2013: fig. 10 Bı by Jean-Claude Ledouxı courtesy of Sylvain Déjean)	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF81FFFE09D5F9F8FB91FF04.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198423/files/figure.png	http://doi.org/10.5281/zenodo.198423	Fig. 9: Pedipalp (retrolateral view) of Bassaniana baudueri ı based on a German specimen (Jantscher 2001: Tab. 3 b).	Fig. 9: Pedipalp (retrolateral view) of Bassaniana baudueri ı based on a German specimen (Jantscher 2001: Tab. 3 b).	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF81FFFE09D5F9F8FB91FF04.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198424/files/figure.png	http://doi.org/10.5281/zenodo.198424	Fig. 10: Epigyne of Bassaniana baudueri: a. from the original description of X. albomaculatus (Kulczyński in Chyzer & Kulczyński 1891: Tab. IIIı fig. 33 a) ı b. from an Austrian specimen (Jantscher 2001: Tab. 3 c) ı and C. a French specimen (figure from Déjean & Ledoux 2013: fig. 10 Aı by Jean-Claude Ledouxı courtesy of Sylvain Déjean)	Fig. 10: Epigyne of Bassaniana baudueri: a. from the original description of X. albomaculatus (Kulczyński in Chyzer & Kulczyński 1891: Tab. IIIı fig. 33 a) ı b. from an Austrian specimen (Jantscher 2001: Tab. 3 c) ı and C. a French specimen (figure from Déjean & Ledoux 2013: fig. 10 Aı by Jean-Claude Ledouxı courtesy of Sylvain Déjean)	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF81FFFE09D5F9F8FB91FF04.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198425/files/figure.png	http://doi.org/10.5281/zenodo.198425	Fig. 11: Internal view of the cleared epigyne of Bassaniana baudueri (Austrian specimenı Jantscher 2001: Tab. 3 d)	Fig. 11: Internal view of the cleared epigyne of Bassaniana baudueri (Austrian specimenı Jantscher 2001: Tab. 3 d)	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
A53B87D6FF81FFFE09D5FE58FDAFFAC4.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/198415/files/figure.png	http://doi.org/10.5281/zenodo.198415	Fig. 1: Illustration of the epigyne of a. C. rupestre in Herman’s original description; Herman 1879: Tab. VIIı fig. 158); b. of C. macedonicum in Drensky’s original description; Drensky 1921: Tab. Iı fig. 14) ı and C. of C. striolatum in Arachnides de France; Simon 1932: fig. 1361). The epigyne of C. rupestre is structurally quite different. In contrastı the epigynes of the other two taxa represent the extremes of a continuum in external appearanceı and both forms and their intermediates can be found within a single population.	Fig. 1: Illustration of the epigyne of a. C. rupestre in Herman’s original description; Herman 1879: Tab. VIIı fig. 158); b. of C. macedonicum in Drensky’s original description; Drensky 1921: Tab. Iı fig. 14) ı and C. of C. striolatum in Arachnides de France; Simon 1932: fig. 1361). The epigyne of C. rupestre is structurally quite different. In contrastı the epigynes of the other two taxa represent the extremes of a continuum in external appearanceı and both forms and their intermediates can be found within a single population.	2016-12-31	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský		Zenodo	biologists	Rainer Breitling;Tobias Bauer;Arno Grabolle;Pierre Oger;Paolo Pantini;Johan Van Keer;Walter P. Pfliegler;Elke JantsCher;Jan Dolanský			
