taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
78E8D3AE40CD5B96A44FFBA1906E2361.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913114	https://doi.org/10.3897/dez.70.107425.figures4-7	Figures 4 - 7. Baehria separata Schmidt & Faille, gen. nov., sp. nov., dorsal aspect of body (4, 6) and head (5, 7) of paratypes; 4, 5. Male; 6, 7. Female. The small white circles in Figs 5 and 7 mark the insertion points of the clypeal setae.	Figures 4 - 7. Baehria separata Schmidt & Faille, gen. nov., sp. nov., dorsal aspect of body (4, 6) and head (5, 7) of paratypes; 4, 5. Male; 6, 7. Female. The small white circles in Figs 5 and 7 mark the insertion points of the clypeal setae.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
78E8D3AE40CD5B96A44FFBA1906E2361.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913115	https://doi.org/10.3897/dez.70.107425.figures8-15	Figures 8 - 15. Baehria separata Schmidt & Faille, gen. nov., sp. nov. 8. Left and right mandible, dorsal aspect; 9. Ventral aspect of head; the small white circles mark the insertion points of the setae on submentum; 10. Right male protarsomeres, left latero-ventral aspect; 11. Left male metatarsomeres, right lateral aspect; 12. Right male protibia, dorsal aspect; 13. Anterior part of elytra and pronotal base; the arrows point to the insertions of the anterior elytral discal setae; 14. Aedeagus, left lateral aspect; 15. Aedeagus, dorsal aspect.	Figures 8 - 15. Baehria separata Schmidt & Faille, gen. nov., sp. nov. 8. Left and right mandible, dorsal aspect; 9. Ventral aspect of head; the small white circles mark the insertion points of the setae on submentum; 10. Right male protarsomeres, left latero-ventral aspect; 11. Left male metatarsomeres, right lateral aspect; 12. Right male protibia, dorsal aspect; 13. Anterior part of elytra and pronotal base; the arrows point to the insertions of the anterior elytral discal setae; 14. Aedeagus, left lateral aspect; 15. Aedeagus, dorsal aspect.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
78E8D3AE40CD5B96A44FFBA1906E2361.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913111	https://doi.org/10.3897/dez.70.107425.figure1	Figure 1. Map of Ethiopia showing the main topographic features of the country. Seven prominent volcanic massifs which are discussed in the text are highlighted. The base map was downloaded from www. freeworldmaps. net (01 - 07 - 2023).	Figure 1. Map of Ethiopia showing the main topographic features of the country. Seven prominent volcanic massifs which are discussed in the text are highlighted. The base map was downloaded from www. freeworldmaps. net (01 - 07 - 2023).	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
78E8D3AE40CD5B96A44FFBA1906E2361.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913112	https://doi.org/10.3897/dez.70.107425.figure2	Figure 2. Ultrametric time-calibrated phylogeny of Trechini beetles and outgroups (basal part of the tree, continues in Fig. 3). The tree was obtained from BEAST 2 based on the concatenated sequence data and using two age constraints (for details see text). Black circles and stars at branch nodes refer to posterior probabilities ≥ 0.98 and bootstrap values> 75, respectively. Grey bars specify the 95 % HPD of the respective node age. Collapsed, colored trechine clades refer to previous results of Faille et al. (2013). The southern hemisphere Duvaliomimus - Paratrechus clade with the Ethiopian endemic Baehria gen. nov. is highlighted ochre.	Figure 2. Ultrametric time-calibrated phylogeny of Trechini beetles and outgroups (basal part of the tree, continues in Fig. 3). The tree was obtained from BEAST 2 based on the concatenated sequence data and using two age constraints (for details see text). Black circles and stars at branch nodes refer to posterior probabilities ≥ 0.98 and bootstrap values> 75, respectively. Grey bars specify the 95 % HPD of the respective node age. Collapsed, colored trechine clades refer to previous results of Faille et al. (2013). The southern hemisphere Duvaliomimus - Paratrechus clade with the Ethiopian endemic Baehria gen. nov. is highlighted ochre.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
8DD625A074ED516595A21EB50BE6BB65.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913114	https://doi.org/10.3897/dez.70.107425.figures4-7	Figures 4 - 7. Baehria separata Schmidt & Faille, gen. nov., sp. nov., dorsal aspect of body (4, 6) and head (5, 7) of paratypes; 4, 5. Male; 6, 7. Female. The small white circles in Figs 5 and 7 mark the insertion points of the clypeal setae.	Figures 4 - 7. Baehria separata Schmidt & Faille, gen. nov., sp. nov., dorsal aspect of body (4, 6) and head (5, 7) of paratypes; 4, 5. Male; 6, 7. Female. The small white circles in Figs 5 and 7 mark the insertion points of the clypeal setae.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
8DD625A074ED516595A21EB50BE6BB65.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913115	https://doi.org/10.3897/dez.70.107425.figures8-15	Figures 8 - 15. Baehria separata Schmidt & Faille, gen. nov., sp. nov. 8. Left and right mandible, dorsal aspect; 9. Ventral aspect of head; the small white circles mark the insertion points of the setae on submentum; 10. Right male protarsomeres, left latero-ventral aspect; 11. Left male metatarsomeres, right lateral aspect; 12. Right male protibia, dorsal aspect; 13. Anterior part of elytra and pronotal base; the arrows point to the insertions of the anterior elytral discal setae; 14. Aedeagus, left lateral aspect; 15. Aedeagus, dorsal aspect.	Figures 8 - 15. Baehria separata Schmidt & Faille, gen. nov., sp. nov. 8. Left and right mandible, dorsal aspect; 9. Ventral aspect of head; the small white circles mark the insertion points of the setae on submentum; 10. Right male protarsomeres, left latero-ventral aspect; 11. Left male metatarsomeres, right lateral aspect; 12. Right male protibia, dorsal aspect; 13. Anterior part of elytra and pronotal base; the arrows point to the insertions of the anterior elytral discal setae; 14. Aedeagus, left lateral aspect; 15. Aedeagus, dorsal aspect.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
8DD625A074ED516595A21EB50BE6BB65.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913112	https://doi.org/10.3897/dez.70.107425.figure2	Figure 2. Ultrametric time-calibrated phylogeny of Trechini beetles and outgroups (basal part of the tree, continues in Fig. 3). The tree was obtained from BEAST 2 based on the concatenated sequence data and using two age constraints (for details see text). Black circles and stars at branch nodes refer to posterior probabilities ≥ 0.98 and bootstrap values> 75, respectively. Grey bars specify the 95 % HPD of the respective node age. Collapsed, colored trechine clades refer to previous results of Faille et al. (2013). The southern hemisphere Duvaliomimus - Paratrechus clade with the Ethiopian endemic Baehria gen. nov. is highlighted ochre.	Figure 2. Ultrametric time-calibrated phylogeny of Trechini beetles and outgroups (basal part of the tree, continues in Fig. 3). The tree was obtained from BEAST 2 based on the concatenated sequence data and using two age constraints (for details see text). Black circles and stars at branch nodes refer to posterior probabilities ≥ 0.98 and bootstrap values> 75, respectively. Grey bars specify the 95 % HPD of the respective node age. Collapsed, colored trechine clades refer to previous results of Faille et al. (2013). The southern hemisphere Duvaliomimus - Paratrechus clade with the Ethiopian endemic Baehria gen. nov. is highlighted ochre.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
8DD625A074ED516595A21EB50BE6BB65.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913116	https://doi.org/10.3897/dez.70.107425.figure16	Figure 16. North-exposed slope on Mt. Choke with Erica forest and a steep small brook at an altitude of 3600 m during dry season (May, 2022). The stone pack in the brook is habitat of Baehria separata Schmidt & Faille, gen. nov., sp. nov.: the beetles were collected between the stones along which the water flows (in order to find the beetles, the creek bed was partially dug up).	Figure 16. North-exposed slope on Mt. Choke with Erica forest and a steep small brook at an altitude of 3600 m during dry season (May, 2022). The stone pack in the brook is habitat of Baehria separata Schmidt & Faille, gen. nov., sp. nov.: the beetles were collected between the stones along which the water flows (in order to find the beetles, the creek bed was partially dug up).	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
49F81F52C4DA5FADBF0857C693BBE8D7.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913113	https://doi.org/10.3897/dez.70.107425.figure3	Figure 3. Subtree of the ultrametric time-calibrated phylogeny of Trechini beetles as shown in Fig. 2 (see there for details). Collapsed, colored clades refer to previous results of Faille et al. (2013). Clades which include Ethiopian Trechus (sensu lato) species are highlighted by different colors (see text for details).	Figure 3. Subtree of the ultrametric time-calibrated phylogeny of Trechini beetles as shown in Fig. 2 (see there for details). Collapsed, colored clades refer to previous results of Faille et al. (2013). Clades which include Ethiopian Trechus (sensu lato) species are highlighted by different colors (see text for details).	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
23F4CEDA79AC5113BA0F78816C8FFDA3.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913117	https://doi.org/10.3897/dez.70.107425.figures17-20	Figures 17 - 20. Trechus subgenus Abunetrechus nov., dorsal aspect of body (17, 19), head and pronotum (18, 20). 17, 18. T. bipartitus Raffray; 19, 20. T. lalibelae Queinnec & Ollivier. The small white circles in Figs 18 and 20 mark the insertion points of the clypeal setae.	Figures 17 - 20. Trechus subgenus Abunetrechus nov., dorsal aspect of body (17, 19), head and pronotum (18, 20). 17, 18. T. bipartitus Raffray; 19, 20. T. lalibelae Queinnec & Ollivier. The small white circles in Figs 18 and 20 mark the insertion points of the clypeal setae.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
23F4CEDA79AC5113BA0F78816C8FFDA3.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913118	https://doi.org/10.3897/dez.70.107425.figures21-23	Figures 21 - 23. Trechus subgenus Abunetrechus nov., dorsal aspect of body (21) and head (22), and anterior part of left elytron (23). 21, 22. T. habeshaicus Queinnec & Ollivier; 23. T. bipartitus Raffray. The small white circles in Fig. 22 mark the insertion points of the clypeal setae; the arrow in Fig. 23 points to the insertion of the anterior elytral discal seta.	Figures 21 - 23. Trechus subgenus Abunetrechus nov., dorsal aspect of body (21) and head (22), and anterior part of left elytron (23). 21, 22. T. habeshaicus Queinnec & Ollivier; 23. T. bipartitus Raffray. The small white circles in Fig. 22 mark the insertion points of the clypeal setae; the arrow in Fig. 23 points to the insertion of the anterior elytral discal seta.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
23F4CEDA79AC5113BA0F78816C8FFDA3.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913119	https://doi.org/10.3897/dez.70.107425.figures24-29	Figures 24 - 29. Trechus subgenus Abunetrechus nov., aedeagus in left lateral aspect (24, 26, 28) and dorsal aspect (25, 27, 29). 24, 25. T. bipartitus Raffray; 26, 27. T. lalibelae Queinnec & Ollivier; 28, 29. T. habeshaicus Queinnec & Ollivier.	Figures 24 - 29. Trechus subgenus Abunetrechus nov., aedeagus in left lateral aspect (24, 26, 28) and dorsal aspect (25, 27, 29). 24, 25. T. bipartitus Raffray; 26, 27. T. lalibelae Queinnec & Ollivier; 28, 29. T. habeshaicus Queinnec & Ollivier.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
F06932799AAE5261B94FFF356556DA17.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913118	https://doi.org/10.3897/dez.70.107425.figures21-23	Figures 21 - 23. Trechus subgenus Abunetrechus nov., dorsal aspect of body (21) and head (22), and anterior part of left elytron (23). 21, 22. T. habeshaicus Queinnec & Ollivier; 23. T. bipartitus Raffray. The small white circles in Fig. 22 mark the insertion points of the clypeal setae; the arrow in Fig. 23 points to the insertion of the anterior elytral discal seta.	Figures 21 - 23. Trechus subgenus Abunetrechus nov., dorsal aspect of body (21) and head (22), and anterior part of left elytron (23). 21, 22. T. habeshaicus Queinnec & Ollivier; 23. T. bipartitus Raffray. The small white circles in Fig. 22 mark the insertion points of the clypeal setae; the arrow in Fig. 23 points to the insertion of the anterior elytral discal seta.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
F06932799AAE5261B94FFF356556DA17.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913119	https://doi.org/10.3897/dez.70.107425.figures24-29	Figures 24 - 29. Trechus subgenus Abunetrechus nov., aedeagus in left lateral aspect (24, 26, 28) and dorsal aspect (25, 27, 29). 24, 25. T. bipartitus Raffray; 26, 27. T. lalibelae Queinnec & Ollivier; 28, 29. T. habeshaicus Queinnec & Ollivier.	Figures 24 - 29. Trechus subgenus Abunetrechus nov., aedeagus in left lateral aspect (24, 26, 28) and dorsal aspect (25, 27, 29). 24, 25. T. bipartitus Raffray; 26, 27. T. lalibelae Queinnec & Ollivier; 28, 29. T. habeshaicus Queinnec & Ollivier.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
F06932799AAE5261B94FFF356556DA17.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913117	https://doi.org/10.3897/dez.70.107425.figures17-20	Figures 17 - 20. Trechus subgenus Abunetrechus nov., dorsal aspect of body (17, 19), head and pronotum (18, 20). 17, 18. T. bipartitus Raffray; 19, 20. T. lalibelae Queinnec & Ollivier. The small white circles in Figs 18 and 20 mark the insertion points of the clypeal setae.	Figures 17 - 20. Trechus subgenus Abunetrechus nov., dorsal aspect of body (17, 19), head and pronotum (18, 20). 17, 18. T. bipartitus Raffray; 19, 20. T. lalibelae Queinnec & Ollivier. The small white circles in Figs 18 and 20 mark the insertion points of the clypeal setae.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
712B21D4391855B8ACF80C23B31953D9.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913117	https://doi.org/10.3897/dez.70.107425.figures17-20	Figures 17 - 20. Trechus subgenus Abunetrechus nov., dorsal aspect of body (17, 19), head and pronotum (18, 20). 17, 18. T. bipartitus Raffray; 19, 20. T. lalibelae Queinnec & Ollivier. The small white circles in Figs 18 and 20 mark the insertion points of the clypeal setae.	Figures 17 - 20. Trechus subgenus Abunetrechus nov., dorsal aspect of body (17, 19), head and pronotum (18, 20). 17, 18. T. bipartitus Raffray; 19, 20. T. lalibelae Queinnec & Ollivier. The small white circles in Figs 18 and 20 mark the insertion points of the clypeal setae.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
712B21D4391855B8ACF80C23B31953D9.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913119	https://doi.org/10.3897/dez.70.107425.figures24-29	Figures 24 - 29. Trechus subgenus Abunetrechus nov., aedeagus in left lateral aspect (24, 26, 28) and dorsal aspect (25, 27, 29). 24, 25. T. bipartitus Raffray; 26, 27. T. lalibelae Queinnec & Ollivier; 28, 29. T. habeshaicus Queinnec & Ollivier.	Figures 24 - 29. Trechus subgenus Abunetrechus nov., aedeagus in left lateral aspect (24, 26, 28) and dorsal aspect (25, 27, 29). 24, 25. T. bipartitus Raffray; 26, 27. T. lalibelae Queinnec & Ollivier; 28, 29. T. habeshaicus Queinnec & Ollivier.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
4942403632AC58E2ADAF31A673E77674.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913117	https://doi.org/10.3897/dez.70.107425.figures17-20	Figures 17 - 20. Trechus subgenus Abunetrechus nov., dorsal aspect of body (17, 19), head and pronotum (18, 20). 17, 18. T. bipartitus Raffray; 19, 20. T. lalibelae Queinnec & Ollivier. The small white circles in Figs 18 and 20 mark the insertion points of the clypeal setae.	Figures 17 - 20. Trechus subgenus Abunetrechus nov., dorsal aspect of body (17, 19), head and pronotum (18, 20). 17, 18. T. bipartitus Raffray; 19, 20. T. lalibelae Queinnec & Ollivier. The small white circles in Figs 18 and 20 mark the insertion points of the clypeal setae.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
4942403632AC58E2ADAF31A673E77674.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913118	https://doi.org/10.3897/dez.70.107425.figures21-23	Figures 21 - 23. Trechus subgenus Abunetrechus nov., dorsal aspect of body (21) and head (22), and anterior part of left elytron (23). 21, 22. T. habeshaicus Queinnec & Ollivier; 23. T. bipartitus Raffray. The small white circles in Fig. 22 mark the insertion points of the clypeal setae; the arrow in Fig. 23 points to the insertion of the anterior elytral discal seta.	Figures 21 - 23. Trechus subgenus Abunetrechus nov., dorsal aspect of body (21) and head (22), and anterior part of left elytron (23). 21, 22. T. habeshaicus Queinnec & Ollivier; 23. T. bipartitus Raffray. The small white circles in Fig. 22 mark the insertion points of the clypeal setae; the arrow in Fig. 23 points to the insertion of the anterior elytral discal seta.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
4942403632AC58E2ADAF31A673E77674.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913119	https://doi.org/10.3897/dez.70.107425.figures24-29	Figures 24 - 29. Trechus subgenus Abunetrechus nov., aedeagus in left lateral aspect (24, 26, 28) and dorsal aspect (25, 27, 29). 24, 25. T. bipartitus Raffray; 26, 27. T. lalibelae Queinnec & Ollivier; 28, 29. T. habeshaicus Queinnec & Ollivier.	Figures 24 - 29. Trechus subgenus Abunetrechus nov., aedeagus in left lateral aspect (24, 26, 28) and dorsal aspect (25, 27, 29). 24, 25. T. bipartitus Raffray; 26, 27. T. lalibelae Queinnec & Ollivier; 28, 29. T. habeshaicus Queinnec & Ollivier.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
4942403632AC58E2ADAF31A673E77674.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913111	https://doi.org/10.3897/dez.70.107425.figure1	Figure 1. Map of Ethiopia showing the main topographic features of the country. Seven prominent volcanic massifs which are discussed in the text are highlighted. The base map was downloaded from www. freeworldmaps. net (01 - 07 - 2023).	Figure 1. Map of Ethiopia showing the main topographic features of the country. Seven prominent volcanic massifs which are discussed in the text are highlighted. The base map was downloaded from www. freeworldmaps. net (01 - 07 - 2023).	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
4942403632AC58E2ADAF31A673E77674.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913113	https://doi.org/10.3897/dez.70.107425.figure3	Figure 3. Subtree of the ultrametric time-calibrated phylogeny of Trechini beetles as shown in Fig. 2 (see there for details). Collapsed, colored clades refer to previous results of Faille et al. (2013). Clades which include Ethiopian Trechus (sensu lato) species are highlighted by different colors (see text for details).	Figure 3. Subtree of the ultrametric time-calibrated phylogeny of Trechini beetles as shown in Fig. 2 (see there for details). Collapsed, colored clades refer to previous results of Faille et al. (2013). Clades which include Ethiopian Trechus (sensu lato) species are highlighted by different colors (see text for details).	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
4942403632AC58E2ADAF31A673E77674.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913112	https://doi.org/10.3897/dez.70.107425.figure2	Figure 2. Ultrametric time-calibrated phylogeny of Trechini beetles and outgroups (basal part of the tree, continues in Fig. 3). The tree was obtained from BEAST 2 based on the concatenated sequence data and using two age constraints (for details see text). Black circles and stars at branch nodes refer to posterior probabilities ≥ 0.98 and bootstrap values> 75, respectively. Grey bars specify the 95 % HPD of the respective node age. Collapsed, colored trechine clades refer to previous results of Faille et al. (2013). The southern hemisphere Duvaliomimus - Paratrechus clade with the Ethiopian endemic Baehria gen. nov. is highlighted ochre.	Figure 2. Ultrametric time-calibrated phylogeny of Trechini beetles and outgroups (basal part of the tree, continues in Fig. 3). The tree was obtained from BEAST 2 based on the concatenated sequence data and using two age constraints (for details see text). Black circles and stars at branch nodes refer to posterior probabilities ≥ 0.98 and bootstrap values> 75, respectively. Grey bars specify the 95 % HPD of the respective node age. Collapsed, colored trechine clades refer to previous results of Faille et al. (2013). The southern hemisphere Duvaliomimus - Paratrechus clade with the Ethiopian endemic Baehria gen. nov. is highlighted ochre.	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
AD70353F6B8F5F479457FE03AE94B251.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913121	https://doi.org/10.3897/dez.70.107425.figures30-35	Figures 30 - 35. Trechus (Minitrechus) patrizii Jeannel, type labels (29, 31) and pronotum (31, 33 - 35). 30, 31. Holotype, female (UARK); 32, 33. Paratype, female (MNHN); 34. Specimen from Mt. Chillalo, locus typicus of T. patrizii; 35. Specimen from Goba, Bale Mts, locus typicus of T. oromiensis Magrini, Queinnec & Vigna Taglianti. The arrows in Figs 32, 33 point to the insertion pores of the seta on laterobasal angles of pronotum (setae are lacking).	Figures 30 - 35. Trechus (Minitrechus) patrizii Jeannel, type labels (29, 31) and pronotum (31, 33 - 35). 30, 31. Holotype, female (UARK); 32, 33. Paratype, female (MNHN); 34. Specimen from Mt. Chillalo, locus typicus of T. patrizii; 35. Specimen from Goba, Bale Mts, locus typicus of T. oromiensis Magrini, Queinnec & Vigna Taglianti. The arrows in Figs 32, 33 point to the insertion pores of the seta on laterobasal angles of pronotum (setae are lacking).	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
AD70353F6B8F5F479457FE03AE94B251.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913113	https://doi.org/10.3897/dez.70.107425.figure3	Figure 3. Subtree of the ultrametric time-calibrated phylogeny of Trechini beetles as shown in Fig. 2 (see there for details). Collapsed, colored clades refer to previous results of Faille et al. (2013). Clades which include Ethiopian Trechus (sensu lato) species are highlighted by different colors (see text for details).	Figure 3. Subtree of the ultrametric time-calibrated phylogeny of Trechini beetles as shown in Fig. 2 (see there for details). Collapsed, colored clades refer to previous results of Faille et al. (2013). Clades which include Ethiopian Trechus (sensu lato) species are highlighted by different colors (see text for details).	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
AD70353F6B8F5F479457FE03AE94B251.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/913111	https://doi.org/10.3897/dez.70.107425.figure1	Figure 1. Map of Ethiopia showing the main topographic features of the country. Seven prominent volcanic massifs which are discussed in the text are highlighted. The base map was downloaded from www. freeworldmaps. net (01 - 07 - 2023).	Figure 1. Map of Ethiopia showing the main topographic features of the country. Seven prominent volcanic massifs which are discussed in the text are highlighted. The base map was downloaded from www. freeworldmaps. net (01 - 07 - 2023).	2023-09-27	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim		Zenodo	biologists	Faille, Arnaud;Hofmann, Sylvia;Merene, Yeshitla;Hauth, David;Opgenoorth, Lars;Woldehawariat, Yitbarek;Schmidt, Joachim			
