taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
03E787CB405BD401C75FFA31FC1BF95E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14971815/files/figure.png	https://doi.org/10.5281/zenodo.14971815	Figure 3. Maximum likelihood tree of the species of the Albinaria candida group (highlighted in red) and the Albinaria cretensis group from western Crete based on concatenated sequences of 2050 ddRAD loci of 61 individuals (including two outgroup specimens). Only bootstrap support values of>50 are shown.	Figure 3. Maximum likelihood tree of the species of the Albinaria candida group (highlighted in red) and the Albinaria cretensis group from western Crete based on concatenated sequences of 2050 ddRAD loci of 61 individuals (including two outgroup specimens). Only bootstrap support values of>50 are shown.	2024-05-18	Becher, Elisa;Bamberger, Sonja;Hausdorf, Bernhard		Zenodo	biologists	Becher, Elisa;Bamberger, Sonja;Hausdorf, Bernhard			
03E787CB405BD401C75FFA31FC1BF95E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14971809/files/figure.png	https://doi.org/10.5281/zenodo.14971809	Figure 1. Shells of Albinaria species from western Crete.A, Albinaria candida, Kokkino Chorio, south-east of lighthouse (ZMH 146097). B, Albinaria grabusana (loosjesi), Imeri Gramvousa Island: Venetian fortress (ZMH 146346).C, A. grabusana with anterior upper palatal fold, Gramvousa Peninsula, slopes east of Cape Tigani (ZMH 146182). D, A. grabusana without anterior upper palatal fold, Gramvousa Peninsula, slopes east of Cape Tigani (ZMH 146182). E, A. grabusana, Kaliviani 2 km towards Balos (ZMH 146190). F, A. grabusana (sigridae), coastal rocks west of Limeniskos (ZMH 146080).G, Albinaria tenuicostata, Paleochora 400 m towards Kandanos (ZMH 146009). Scale bar: 1 mm.	Figure 1. Shells of Albinaria species from western Crete.A, Albinaria candida, Kokkino Chorio, south-east of lighthouse (ZMH 146097). B, Albinaria grabusana (loosjesi), Imeri Gramvousa Island: Venetian fortress (ZMH 146346).C, A. grabusana with anterior upper palatal fold, Gramvousa Peninsula, slopes east of Cape Tigani (ZMH 146182). D, A. grabusana without anterior upper palatal fold, Gramvousa Peninsula, slopes east of Cape Tigani (ZMH 146182). E, A. grabusana, Kaliviani 2 km towards Balos (ZMH 146190). F, A. grabusana (sigridae), coastal rocks west of Limeniskos (ZMH 146080).G, Albinaria tenuicostata, Paleochora 400 m towards Kandanos (ZMH 146009). Scale bar: 1 mm.	2024-05-18	Becher, Elisa;Bamberger, Sonja;Hausdorf, Bernhard		Zenodo	biologists	Becher, Elisa;Bamberger, Sonja;Hausdorf, Bernhard			
03E787CB405BD401C75FFA31FC1BF95E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14971813/files/figure.png	https://doi.org/10.5281/zenodo.14971813	Figure 2. Populations of species of the Albinaria candida group (highlighted in red) and the Albinaria cretensis group from western Crete used for ADMIXTURE analyses.Population numbers refer to Table 1; colours correspond to species as delimited in Figures 3 and 4.	Figure 2. Populations of species of the Albinaria candida group (highlighted in red) and the Albinaria cretensis group from western Crete used for ADMIXTURE analyses.Population numbers refer to Table 1; colours correspond to species as delimited in Figures 3 and 4.	2024-05-18	Becher, Elisa;Bamberger, Sonja;Hausdorf, Bernhard		Zenodo	biologists	Becher, Elisa;Bamberger, Sonja;Hausdorf, Bernhard			
03E787CB405BD401C75FFA31FC1BF95E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14971817/files/figure.png	https://doi.org/10.5281/zenodo.14971817	Figure 4. Neighbor-Net of the Albinaria candida group (highlighted in red) and the Albinaria cretensis group from western Crete based on shared allele distances between SNP data.	Figure 4. Neighbor-Net of the Albinaria candida group (highlighted in red) and the Albinaria cretensis group from western Crete based on shared allele distances between SNP data.	2024-05-18	Becher, Elisa;Bamberger, Sonja;Hausdorf, Bernhard		Zenodo	biologists	Becher, Elisa;Bamberger, Sonja;Hausdorf, Bernhard			
03E787CB405BD401C75FFA31FC1BF95E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14971819/files/figure.png	https://doi.org/10.5281/zenodo.14971819	Figure 5. ADMIXTURE results for K = 9–15 of Albinariapopulations from western Crete.	Figure 5. ADMIXTURE results for K = 9–15 of Albinariapopulations from western Crete.	2024-05-18	Becher, Elisa;Bamberger, Sonja;Hausdorf, Bernhard		Zenodo	biologists	Becher, Elisa;Bamberger, Sonja;Hausdorf, Bernhard			
03E787CB405BD401C75FFA31FC1BF95E.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14971821/files/figure.png	https://doi.org/10.5281/zenodo.14971821	Figure 6. Relationships between genetic and logarithmized geographical distances in pairs of individuals of two primary species hypotheses. Black circles and red triangles indicate distances between individuals or populations belonging to the first and second primary species hypotheses, respectively.Green crosses indicate distances between individuals belonging to different primary species hypotheses.Black and red dotted lines are regression lines fitted within the first or second primary species hypothesis, respectively.Blue lines indicate centres of the between-group geographical distances.In cases when the relationship between genetic and geographical distances within the two primary species hypotheses can be modelled by a single regression (H01 not rejected), the green dotted line is the regression line fitted on the withingroup distances only (i.e. the black circles and red triangles taken together) and the green solid line is the regression line fitted on all distances together. When the relationship between genetic and geographical distances within the two primary species hypotheses cannot be modelled by a single regression (H01 rejected), black and red solid lines are regression lines fitted to the distances within the first or second primary species hypothesis, respectively, together with the distances between the two primary species hypotheses.	Figure 6. Relationships between genetic and logarithmized geographical distances in pairs of individuals of two primary species hypotheses. Black circles and red triangles indicate distances between individuals or populations belonging to the first and second primary species hypotheses, respectively.Green crosses indicate distances between individuals belonging to different primary species hypotheses.Black and red dotted lines are regression lines fitted within the first or second primary species hypothesis, respectively.Blue lines indicate centres of the between-group geographical distances.In cases when the relationship between genetic and geographical distances within the two primary species hypotheses can be modelled by a single regression (H01 not rejected), the green dotted line is the regression line fitted on the withingroup distances only (i.e. the black circles and red triangles taken together) and the green solid line is the regression line fitted on all distances together. When the relationship between genetic and geographical distances within the two primary species hypotheses cannot be modelled by a single regression (H01 rejected), black and red solid lines are regression lines fitted to the distances within the first or second primary species hypothesis, respectively, together with the distances between the two primary species hypotheses.	2024-05-18	Becher, Elisa;Bamberger, Sonja;Hausdorf, Bernhard		Zenodo	biologists	Becher, Elisa;Bamberger, Sonja;Hausdorf, Bernhard			
