taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
03DB8789FFAAFFC3FF295856665CF873.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5304177/files/figure.png	https://doi.org/10.5281/zenodo.5304177	FIGURE 7. Color drawing of Philantomba walteri sp. n. (OTU 30 [Benin+Togo]}(by Jan Lebris).	FIGURE 7. Color drawing of Philantomba walteri sp. n. (OTU 30 [Benin+Togo]}(by Jan Lebris).	2010-10-06	Colyn, Marc;Hulselmans, Jan;Sonet, Gontran;Oudé, Pascal;Winter, Jan De;Natta, Armand;Nagy, Zoltán Tamás;Verheyen, Erik		Zenodo	biologists	Colyn, Marc;Hulselmans, Jan;Sonet, Gontran;Oudé, Pascal;Winter, Jan De;Natta, Armand;Nagy, Zoltán Tamás;Verheyen, Erik			
03DB8789FFAAFFC3FF295856665CF873.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5304181/files/figure.png	https://doi.org/10.5281/zenodo.5304181	FIGURE 8. Photograph of the holotype and one of the paratypes of the new duiker species, Philantomba walteri. (TOP) Paratype, RMCA A7. 027M0002; field number BE 119. (BOTTOM) Holotype, RMCA A7. 027M0001; field number BE 118. Close-up photo gives detailed view of the head of the holotype.	FIGURE 8. Photograph of the holotype and one of the paratypes of the new duiker species, Philantomba walteri. (TOP) Paratype, RMCA A7. 027M0002; field number BE 119. (BOTTOM) Holotype, RMCA A7. 027M0001; field number BE 118. Close-up photo gives detailed view of the head of the holotype.	2010-10-06	Colyn, Marc;Hulselmans, Jan;Sonet, Gontran;Oudé, Pascal;Winter, Jan De;Natta, Armand;Nagy, Zoltán Tamás;Verheyen, Erik		Zenodo	biologists	Colyn, Marc;Hulselmans, Jan;Sonet, Gontran;Oudé, Pascal;Winter, Jan De;Natta, Armand;Nagy, Zoltán Tamás;Verheyen, Erik			
03DB8789FFAAFFC3FF295856665CF873.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5304183/files/figure.png	https://doi.org/10.5281/zenodo.5304183	FIGURE 9. Comparison of the skulls (with field numbers) of (top) males and (bottom) females P. maxwelli (580), P. walteri (17) and P. monticola (965), and (bottom) P. maxwelli (675), P.walteri(70) and P. monticola (1144).	FIGURE 9. Comparison of the skulls (with field numbers) of (top) males and (bottom) females P. maxwelli (580), P. walteri (17) and P. monticola (965), and (bottom) P. maxwelli (675), P.walteri(70) and P. monticola (1144).	2010-10-06	Colyn, Marc;Hulselmans, Jan;Sonet, Gontran;Oudé, Pascal;Winter, Jan De;Natta, Armand;Nagy, Zoltán Tamás;Verheyen, Erik		Zenodo	biologists	Colyn, Marc;Hulselmans, Jan;Sonet, Gontran;Oudé, Pascal;Winter, Jan De;Natta, Armand;Nagy, Zoltán Tamás;Verheyen, Erik			
03DB8789FFAAFFC3FF295856665CF873.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5304185/files/figure.png	https://doi.org/10.5281/zenodo.5304185	FIGURE 10. Photograph of 4 skulls of Walters’ Duiker for sale in a fetish market in Bohicon, Benin.	FIGURE 10. Photograph of 4 skulls of Walters’ Duiker for sale in a fetish market in Bohicon, Benin.	2010-10-06	Colyn, Marc;Hulselmans, Jan;Sonet, Gontran;Oudé, Pascal;Winter, Jan De;Natta, Armand;Nagy, Zoltán Tamás;Verheyen, Erik		Zenodo	biologists	Colyn, Marc;Hulselmans, Jan;Sonet, Gontran;Oudé, Pascal;Winter, Jan De;Natta, Armand;Nagy, Zoltán Tamás;Verheyen, Erik			
03DB8789FFAAFFC3FF295856665CF873.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5304165/files/figure.png	https://doi.org/10.5281/zenodo.5304165	FIGURE 3. Canonical analysis of the unidentified Philantomba population (OTU 30 [Benin+Togo]) with two groups of P. monticola [Cameroon, Gabon, Bioko] and P. maxwelli [Guinea].	FIGURE 3. Canonical analysis of the unidentified Philantomba population (OTU 30 [Benin+Togo]) with two groups of P. monticola [Cameroon, Gabon, Bioko] and P. maxwelli [Guinea].	2010-10-06	Colyn, Marc;Hulselmans, Jan;Sonet, Gontran;Oudé, Pascal;Winter, Jan De;Natta, Armand;Nagy, Zoltán Tamás;Verheyen, Erik		Zenodo	biologists	Colyn, Marc;Hulselmans, Jan;Sonet, Gontran;Oudé, Pascal;Winter, Jan De;Natta, Armand;Nagy, Zoltán Tamás;Verheyen, Erik			
03DB8789FFAAFFC3FF295856665CF873.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5304163/files/figure.png	https://doi.org/10.5281/zenodo.5304163	FIGURE 2. Schematic view of the craniometric measurements used in this study: (1) Greatest skull length; (2) distance between basion and incisivion; (3) distance between basion and first premolars (PM1); (4) distance between basion and choanae; (5) length of premolar toothrow; (6) length of molar toothrow; (7) distance between incisivion and premolar toothrows (PM1); (8) distance between incisivion and nasion; (9) distance between nasion and bregma; (10) distance between bregma and inion; (11) horn length; (12) interorbital width; (13) nasal width (bi-lacrimal and nasofrontal suture); (14) nasal constriction; (15) greatest incisive width; (16) greatest bi-zygomatic width; (17) greatest braincase width; (18) largest width of the horn process of the frontal bone; (19) least width of the horn process of the frontal bone; (20) alveolar width at PM1-PM1; (21) width of the upper molar toothrows; (22) width of molar M2; (23) internal choanal width at M3; (24) orbital width (between lacrimo-frontal and fronto-zygomatic suture); (25) height of the vertical ramus; (26) height of the horizontal ramus between M1 and M2; (27) length between PM1 and the posterior part of the vertical ramus; (28) distance between basion and inion; (29) distance between basion and bregma; (30) distance between nasofrontal suture and palatine bone (31) lacrimal constriction.	FIGURE 2. Schematic view of the craniometric measurements used in this study: (1) Greatest skull length; (2) distance between basion and incisivion; (3) distance between basion and first premolars (PM1); (4) distance between basion and choanae; (5) length of premolar toothrow; (6) length of molar toothrow; (7) distance between incisivion and premolar toothrows (PM1); (8) distance between incisivion and nasion; (9) distance between nasion and bregma; (10) distance between bregma and inion; (11) horn length; (12) interorbital width; (13) nasal width (bi-lacrimal and nasofrontal suture); (14) nasal constriction; (15) greatest incisive width; (16) greatest bi-zygomatic width; (17) greatest braincase width; (18) largest width of the horn process of the frontal bone; (19) least width of the horn process of the frontal bone; (20) alveolar width at PM1-PM1; (21) width of the upper molar toothrows; (22) width of molar M2; (23) internal choanal width at M3; (24) orbital width (between lacrimo-frontal and fronto-zygomatic suture); (25) height of the vertical ramus; (26) height of the horizontal ramus between M1 and M2; (27) length between PM1 and the posterior part of the vertical ramus; (28) distance between basion and inion; (29) distance between basion and bregma; (30) distance between nasofrontal suture and palatine bone (31) lacrimal constriction.	2010-10-06	Colyn, Marc;Hulselmans, Jan;Sonet, Gontran;Oudé, Pascal;Winter, Jan De;Natta, Armand;Nagy, Zoltán Tamás;Verheyen, Erik		Zenodo	biologists	Colyn, Marc;Hulselmans, Jan;Sonet, Gontran;Oudé, Pascal;Winter, Jan De;Natta, Armand;Nagy, Zoltán Tamás;Verheyen, Erik			
