taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
03E187C8FF8ADD5FFF1D818034D33CDB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735238/files/figure.png	https://doi.org/10.5281/zenodo.14735238	FIGURE 2. Wild-caught specimens of Nothobranchius janpapi and examples of typical habitat. A. N. janpapi Ndundu TAN 95- 10, male, lower Rufiji River drainage; B. N. janpapi Kwaraza TAN 95-14, male, lower Ruvu River drainage, in vicinity of the type locality; C. N. janpapi Soga TAN 97-45, male, Ruvu River drainage; D. N. janpapi Ruvu River TZN 09-4, female, lower Ruvu River drainage (photograph by B. Nagy); E. Location Ruvu River TAN 00-20, a typical thickly vegetated shallow habitat on the floodplain of the lower Ruvu River (photograph June 14, 2000), hosting N. janpapi, N. melanospilus, N. annectens, N. ocellatus and N. eggersi; F. Location Kikale TAN 02-10, thickly vegetated residual pool at a culvert in a seasonal stream course, peripheral to the northern margin of the Rufiji River delta (photograph June 3, 2002), hosting N. janpapi, N. annectens and N. melanospilus. Photographs by B.R. Watters except where otherwise noted.	FIGURE 2. Wild-caught specimens of Nothobranchius janpapi and examples of typical habitat. A. N. janpapi Ndundu TAN 95- 10, male, lower Rufiji River drainage; B. N. janpapi Kwaraza TAN 95-14, male, lower Ruvu River drainage, in vicinity of the type locality; C. N. janpapi Soga TAN 97-45, male, Ruvu River drainage; D. N. janpapi Ruvu River TZN 09-4, female, lower Ruvu River drainage (photograph by B. Nagy); E. Location Ruvu River TAN 00-20, a typical thickly vegetated shallow habitat on the floodplain of the lower Ruvu River (photograph June 14, 2000), hosting N. janpapi, N. melanospilus, N. annectens, N. ocellatus and N. eggersi; F. Location Kikale TAN 02-10, thickly vegetated residual pool at a culvert in a seasonal stream course, peripheral to the northern margin of the Rufiji River delta (photograph June 3, 2002), hosting N. janpapi, N. annectens and N. melanospilus. Photographs by B.R. Watters except where otherwise noted.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF8ADD5FFF1D818034D33CDB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735240/files/figure.png	https://doi.org/10.5281/zenodo.14735240	FIGURE 3. Cephalic structure: a, Nothobranchius janpapi; b, N. luekei; c, N. geminus; d, N. lourensi and N. fuscotaeniatus. Key to label abbreviations: an, anterior nostril; pn, posterior nostril; f, frontal neuromast; so, supraorbital canal; st, supratemporal canal.	FIGURE 3. Cephalic structure: a, Nothobranchius janpapi; b, N. luekei; c, N. geminus; d, N. lourensi and N. fuscotaeniatus. Key to label abbreviations: an, anterior nostril; pn, posterior nostril; f, frontal neuromast; so, supraorbital canal; st, supratemporal canal.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF8ADD5FFF1D818034D33CDB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735234/files/figure.png	https://doi.org/10.5281/zenodo.14735234	FIGURE 1. Distribution of species belonging to the subgenus Aphyobranchius, all of which occur in the east-central and southern coastal lowlands of Tanzania: N. janpapi (yellow-filled circle), N. luekei (red-filled triangle), N. geminus (orange-filled diamond), N. lourensi (green-filled square), N. fuscotaeniatus (blue-filled inverted triangle), N. cf. janpapi (dark magenta-filled circle). The inset map shows the area of distribution in a somewhat broader geographic context, to include the distribution of N. willerti (red-filled star) in the lower Tana River area of northeastern coastal Kenya, a species that herein is considered to belong to the subgenus Adiniops, rather than Aphyobranchius to which it was ascribed in the original description by Wildekamp (1992). Note that individual symbols on the map may represent more than one locality or population where the sites are close to one another and could not reasonably be resolved at the scale of the map.	FIGURE 1. Distribution of species belonging to the subgenus Aphyobranchius, all of which occur in the east-central and southern coastal lowlands of Tanzania: N. janpapi (yellow-filled circle), N. luekei (red-filled triangle), N. geminus (orange-filled diamond), N. lourensi (green-filled square), N. fuscotaeniatus (blue-filled inverted triangle), N. cf. janpapi (dark magenta-filled circle). The inset map shows the area of distribution in a somewhat broader geographic context, to include the distribution of N. willerti (red-filled star) in the lower Tana River area of northeastern coastal Kenya, a species that herein is considered to belong to the subgenus Adiniops, rather than Aphyobranchius to which it was ascribed in the original description by Wildekamp (1992). Note that individual symbols on the map may represent more than one locality or population where the sites are close to one another and could not reasonably be resolved at the scale of the map.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF86DD5BFF1D86B7356E3FDF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735244/files/figure.png	https://doi.org/10.5281/zenodo.14735244	FIGURE 4. Wild-caught specimens of Nothobranchius luekei and example of typical habitat. A. N. luekei Mbezi River TAN 00-23, male, Mbezi River drainage, in immediate vicinity of the type locality; B. N. luekei Luhule River TAN 02-8, male, Luhule/Luhute River drainage; C. N. luekei Mbezi River TZN 09-9, female, Mbezi River drainage (photograph by B. Nagy); D. Location Luhule River TAN 02-8, a typical heavily vegetated shallow habitat (photograph June 2, 2002), hosting N. luekei, N. lucius, N. rubripinnis and N. ruudwildekampi. Photographs by B.R. Watters except where otherwise noted.	FIGURE 4. Wild-caught specimens of Nothobranchius luekei and example of typical habitat. A. N. luekei Mbezi River TAN 00-23, male, Mbezi River drainage, in immediate vicinity of the type locality; B. N. luekei Luhule River TAN 02-8, male, Luhule/Luhute River drainage; C. N. luekei Mbezi River TZN 09-9, female, Mbezi River drainage (photograph by B. Nagy); D. Location Luhule River TAN 02-8, a typical heavily vegetated shallow habitat (photograph June 2, 2002), hosting N. luekei, N. lucius, N. rubripinnis and N. ruudwildekampi. Photographs by B.R. Watters except where otherwise noted.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF86DD5BFF1D86B7356E3FDF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735240/files/figure.png	https://doi.org/10.5281/zenodo.14735240	FIGURE 3. Cephalic structure: a, Nothobranchius janpapi; b, N. luekei; c, N. geminus; d, N. lourensi and N. fuscotaeniatus. Key to label abbreviations: an, anterior nostril; pn, posterior nostril; f, frontal neuromast; so, supraorbital canal; st, supratemporal canal.	FIGURE 3. Cephalic structure: a, Nothobranchius janpapi; b, N. luekei; c, N. geminus; d, N. lourensi and N. fuscotaeniatus. Key to label abbreviations: an, anterior nostril; pn, posterior nostril; f, frontal neuromast; so, supraorbital canal; st, supratemporal canal.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF86DD5BFF1D86B7356E3FDF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735234/files/figure.png	https://doi.org/10.5281/zenodo.14735234	FIGURE 1. Distribution of species belonging to the subgenus Aphyobranchius, all of which occur in the east-central and southern coastal lowlands of Tanzania: N. janpapi (yellow-filled circle), N. luekei (red-filled triangle), N. geminus (orange-filled diamond), N. lourensi (green-filled square), N. fuscotaeniatus (blue-filled inverted triangle), N. cf. janpapi (dark magenta-filled circle). The inset map shows the area of distribution in a somewhat broader geographic context, to include the distribution of N. willerti (red-filled star) in the lower Tana River area of northeastern coastal Kenya, a species that herein is considered to belong to the subgenus Adiniops, rather than Aphyobranchius to which it was ascribed in the original description by Wildekamp (1992). Note that individual symbols on the map may represent more than one locality or population where the sites are close to one another and could not reasonably be resolved at the scale of the map.	FIGURE 1. Distribution of species belonging to the subgenus Aphyobranchius, all of which occur in the east-central and southern coastal lowlands of Tanzania: N. janpapi (yellow-filled circle), N. luekei (red-filled triangle), N. geminus (orange-filled diamond), N. lourensi (green-filled square), N. fuscotaeniatus (blue-filled inverted triangle), N. cf. janpapi (dark magenta-filled circle). The inset map shows the area of distribution in a somewhat broader geographic context, to include the distribution of N. willerti (red-filled star) in the lower Tana River area of northeastern coastal Kenya, a species that herein is considered to belong to the subgenus Adiniops, rather than Aphyobranchius to which it was ascribed in the original description by Wildekamp (1992). Note that individual symbols on the map may represent more than one locality or population where the sites are close to one another and could not reasonably be resolved at the scale of the map.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF82DD44FF1D828433FD385F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735248/files/figure.png	https://doi.org/10.5281/zenodo.14735248	FIGURE 5. Wild-caught specimens of Nothobranchius geminus and examples of typical habitat.A. N. geminus Ifakara TAN 95- 4, male, Kilombero River drainage, type locality; B. N. geminus TSTS 2010-11, female, Kilombero River drainage (photograph by B. Nagy); C. Location Ifakara TAN 95-4, type locality, heavily vegetated shallow habitat at margin of the Kibasira Swamp (photograph June 7, 1995), hosting N. geminus, N. lucius, N. kilomberoensis and N. lourensi. D. Location Lupiro TAN 00-15, a typical heavily vegetated shallow habitat, part of a stream system flowing into the Kibasira Swamp (photograph June 11, 2000), hosting N. geminus, N. kilomberoensis, N. lucius and N. lourensi. Photographs by B.R. Watters except where otherwise noted.	FIGURE 5. Wild-caught specimens of Nothobranchius geminus and examples of typical habitat.A. N. geminus Ifakara TAN 95- 4, male, Kilombero River drainage, type locality; B. N. geminus TSTS 2010-11, female, Kilombero River drainage (photograph by B. Nagy); C. Location Ifakara TAN 95-4, type locality, heavily vegetated shallow habitat at margin of the Kibasira Swamp (photograph June 7, 1995), hosting N. geminus, N. lucius, N. kilomberoensis and N. lourensi. D. Location Lupiro TAN 00-15, a typical heavily vegetated shallow habitat, part of a stream system flowing into the Kibasira Swamp (photograph June 11, 2000), hosting N. geminus, N. kilomberoensis, N. lucius and N. lourensi. Photographs by B.R. Watters except where otherwise noted.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF82DD44FF1D828433FD385F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735240/files/figure.png	https://doi.org/10.5281/zenodo.14735240	FIGURE 3. Cephalic structure: a, Nothobranchius janpapi; b, N. luekei; c, N. geminus; d, N. lourensi and N. fuscotaeniatus. Key to label abbreviations: an, anterior nostril; pn, posterior nostril; f, frontal neuromast; so, supraorbital canal; st, supratemporal canal.	FIGURE 3. Cephalic structure: a, Nothobranchius janpapi; b, N. luekei; c, N. geminus; d, N. lourensi and N. fuscotaeniatus. Key to label abbreviations: an, anterior nostril; pn, posterior nostril; f, frontal neuromast; so, supraorbital canal; st, supratemporal canal.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF82DD44FF1D828433FD385F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735234/files/figure.png	https://doi.org/10.5281/zenodo.14735234	FIGURE 1. Distribution of species belonging to the subgenus Aphyobranchius, all of which occur in the east-central and southern coastal lowlands of Tanzania: N. janpapi (yellow-filled circle), N. luekei (red-filled triangle), N. geminus (orange-filled diamond), N. lourensi (green-filled square), N. fuscotaeniatus (blue-filled inverted triangle), N. cf. janpapi (dark magenta-filled circle). The inset map shows the area of distribution in a somewhat broader geographic context, to include the distribution of N. willerti (red-filled star) in the lower Tana River area of northeastern coastal Kenya, a species that herein is considered to belong to the subgenus Adiniops, rather than Aphyobranchius to which it was ascribed in the original description by Wildekamp (1992). Note that individual symbols on the map may represent more than one locality or population where the sites are close to one another and could not reasonably be resolved at the scale of the map.	FIGURE 1. Distribution of species belonging to the subgenus Aphyobranchius, all of which occur in the east-central and southern coastal lowlands of Tanzania: N. janpapi (yellow-filled circle), N. luekei (red-filled triangle), N. geminus (orange-filled diamond), N. lourensi (green-filled square), N. fuscotaeniatus (blue-filled inverted triangle), N. cf. janpapi (dark magenta-filled circle). The inset map shows the area of distribution in a somewhat broader geographic context, to include the distribution of N. willerti (red-filled star) in the lower Tana River area of northeastern coastal Kenya, a species that herein is considered to belong to the subgenus Adiniops, rather than Aphyobranchius to which it was ascribed in the original description by Wildekamp (1992). Note that individual symbols on the map may represent more than one locality or population where the sites are close to one another and could not reasonably be resolved at the scale of the map.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF9DDD40FF1D850434623DBB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735252/files/figure.png	https://doi.org/10.5281/zenodo.14735252	FIGURE 6. Wild-caught specimens of Nothobranchius lourensi and examples of typical habitat. A. N. lourensi Ifakara TAN 95-4, male, Kilombero River drainage; B. N. lourensi Kitonga north TAN 97-9, male, lower Rufiji River drainage; C. N. lourensi TSTS 10-12, male, Kilombero River drainage; D. N. lourensi TSTS 10-12, female, Kilombero River drainage; E. Location Ihango TAN 02-25, a typical thickly vegetated shallow habitat on the floodplain of the Kilombero River, Kibasira Swamp (photograph June 9, 2002), hosting N. lourensi and N. lucius; F. Location Narubungo TAN 02-24, very thickly vegetated residual pool alongside a railway embankment, Kilombero River drainage, Kibasira Swamp (photograph June 9, 2002), hosting N. lourensi, N. geminus, N. kilomberoensis and N. lucius. See also FIGUREs 5C and D, and FIGURE 7C for further examples of seasonal pools that host N. lourensi. Photographs by B.R. Watters (A, B, E, F) and B. Nagy (C, D).	FIGURE 6. Wild-caught specimens of Nothobranchius lourensi and examples of typical habitat. A. N. lourensi Ifakara TAN 95-4, male, Kilombero River drainage; B. N. lourensi Kitonga north TAN 97-9, male, lower Rufiji River drainage; C. N. lourensi TSTS 10-12, male, Kilombero River drainage; D. N. lourensi TSTS 10-12, female, Kilombero River drainage; E. Location Ihango TAN 02-25, a typical thickly vegetated shallow habitat on the floodplain of the Kilombero River, Kibasira Swamp (photograph June 9, 2002), hosting N. lourensi and N. lucius; F. Location Narubungo TAN 02-24, very thickly vegetated residual pool alongside a railway embankment, Kilombero River drainage, Kibasira Swamp (photograph June 9, 2002), hosting N. lourensi, N. geminus, N. kilomberoensis and N. lucius. See also FIGUREs 5C and D, and FIGURE 7C for further examples of seasonal pools that host N. lourensi. Photographs by B.R. Watters (A, B, E, F) and B. Nagy (C, D).	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF9DDD40FF1D850434623DBB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735240/files/figure.png	https://doi.org/10.5281/zenodo.14735240	FIGURE 3. Cephalic structure: a, Nothobranchius janpapi; b, N. luekei; c, N. geminus; d, N. lourensi and N. fuscotaeniatus. Key to label abbreviations: an, anterior nostril; pn, posterior nostril; f, frontal neuromast; so, supraorbital canal; st, supratemporal canal.	FIGURE 3. Cephalic structure: a, Nothobranchius janpapi; b, N. luekei; c, N. geminus; d, N. lourensi and N. fuscotaeniatus. Key to label abbreviations: an, anterior nostril; pn, posterior nostril; f, frontal neuromast; so, supraorbital canal; st, supratemporal canal.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF9DDD40FF1D850434623DBB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735234/files/figure.png	https://doi.org/10.5281/zenodo.14735234	FIGURE 1. Distribution of species belonging to the subgenus Aphyobranchius, all of which occur in the east-central and southern coastal lowlands of Tanzania: N. janpapi (yellow-filled circle), N. luekei (red-filled triangle), N. geminus (orange-filled diamond), N. lourensi (green-filled square), N. fuscotaeniatus (blue-filled inverted triangle), N. cf. janpapi (dark magenta-filled circle). The inset map shows the area of distribution in a somewhat broader geographic context, to include the distribution of N. willerti (red-filled star) in the lower Tana River area of northeastern coastal Kenya, a species that herein is considered to belong to the subgenus Adiniops, rather than Aphyobranchius to which it was ascribed in the original description by Wildekamp (1992). Note that individual symbols on the map may represent more than one locality or population where the sites are close to one another and could not reasonably be resolved at the scale of the map.	FIGURE 1. Distribution of species belonging to the subgenus Aphyobranchius, all of which occur in the east-central and southern coastal lowlands of Tanzania: N. janpapi (yellow-filled circle), N. luekei (red-filled triangle), N. geminus (orange-filled diamond), N. lourensi (green-filled square), N. fuscotaeniatus (blue-filled inverted triangle), N. cf. janpapi (dark magenta-filled circle). The inset map shows the area of distribution in a somewhat broader geographic context, to include the distribution of N. willerti (red-filled star) in the lower Tana River area of northeastern coastal Kenya, a species that herein is considered to belong to the subgenus Adiniops, rather than Aphyobranchius to which it was ascribed in the original description by Wildekamp (1992). Note that individual symbols on the map may represent more than one locality or population where the sites are close to one another and could not reasonably be resolved at the scale of the map.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF99DD4DFF1D876034A6393F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735256/files/figure.png	https://doi.org/10.5281/zenodo.14735256	FIGURE 7. Wild-caught specimens of Nothobranchius fuscotaeniatus and only known locality. A. N. fuscotaeniatus Kitonga north TAN 97-9, male, Rufiji River drainage; B. N. fuscotaeniatus Kitonga north TAN 97-9, female, Rufiji River drainage; C. N. fuscotaeniatus Kitonga north TAN 97-9, Rufiji River floodplain, type locality, shallow with dense vegetation (photograph May 31, 1997), hosting N. fuscotaeniatus, N. janpapi and N. lourensi; D. Same site as in “C”, photograph by B. Nagy in 2017. Multiple visits to the site subsequent to the original discovery in 1997 showed an absence of the species, due to substantial changes in the habitat, primarily the loss of dense vegetation and contamination of the habitat by soil washed off the sinceabandoned adjacent road. Photographs by B.R. Watters except where otherwise noted.	FIGURE 7. Wild-caught specimens of Nothobranchius fuscotaeniatus and only known locality. A. N. fuscotaeniatus Kitonga north TAN 97-9, male, Rufiji River drainage; B. N. fuscotaeniatus Kitonga north TAN 97-9, female, Rufiji River drainage; C. N. fuscotaeniatus Kitonga north TAN 97-9, Rufiji River floodplain, type locality, shallow with dense vegetation (photograph May 31, 1997), hosting N. fuscotaeniatus, N. janpapi and N. lourensi; D. Same site as in “C”, photograph by B. Nagy in 2017. Multiple visits to the site subsequent to the original discovery in 1997 showed an absence of the species, due to substantial changes in the habitat, primarily the loss of dense vegetation and contamination of the habitat by soil washed off the sinceabandoned adjacent road. Photographs by B.R. Watters except where otherwise noted.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF99DD4DFF1D876034A6393F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735240/files/figure.png	https://doi.org/10.5281/zenodo.14735240	FIGURE 3. Cephalic structure: a, Nothobranchius janpapi; b, N. luekei; c, N. geminus; d, N. lourensi and N. fuscotaeniatus. Key to label abbreviations: an, anterior nostril; pn, posterior nostril; f, frontal neuromast; so, supraorbital canal; st, supratemporal canal.	FIGURE 3. Cephalic structure: a, Nothobranchius janpapi; b, N. luekei; c, N. geminus; d, N. lourensi and N. fuscotaeniatus. Key to label abbreviations: an, anterior nostril; pn, posterior nostril; f, frontal neuromast; so, supraorbital canal; st, supratemporal canal.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
03E187C8FF99DD4DFF1D876034A6393F.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14735234/files/figure.png	https://doi.org/10.5281/zenodo.14735234	FIGURE 1. Distribution of species belonging to the subgenus Aphyobranchius, all of which occur in the east-central and southern coastal lowlands of Tanzania: N. janpapi (yellow-filled circle), N. luekei (red-filled triangle), N. geminus (orange-filled diamond), N. lourensi (green-filled square), N. fuscotaeniatus (blue-filled inverted triangle), N. cf. janpapi (dark magenta-filled circle). The inset map shows the area of distribution in a somewhat broader geographic context, to include the distribution of N. willerti (red-filled star) in the lower Tana River area of northeastern coastal Kenya, a species that herein is considered to belong to the subgenus Adiniops, rather than Aphyobranchius to which it was ascribed in the original description by Wildekamp (1992). Note that individual symbols on the map may represent more than one locality or population where the sites are close to one another and could not reasonably be resolved at the scale of the map.	FIGURE 1. Distribution of species belonging to the subgenus Aphyobranchius, all of which occur in the east-central and southern coastal lowlands of Tanzania: N. janpapi (yellow-filled circle), N. luekei (red-filled triangle), N. geminus (orange-filled diamond), N. lourensi (green-filled square), N. fuscotaeniatus (blue-filled inverted triangle), N. cf. janpapi (dark magenta-filled circle). The inset map shows the area of distribution in a somewhat broader geographic context, to include the distribution of N. willerti (red-filled star) in the lower Tana River area of northeastern coastal Kenya, a species that herein is considered to belong to the subgenus Adiniops, rather than Aphyobranchius to which it was ascribed in the original description by Wildekamp (1992). Note that individual symbols on the map may represent more than one locality or population where the sites are close to one another and could not reasonably be resolved at the scale of the map.	2025-01-20	Watters, Brian R.;Nagy, Béla		Zenodo	biologists	Watters, Brian R.;Nagy, Béla			
