taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
AB2487A1FFB3A22A938946F5FC47FB93.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14980517/files/figure.png	https://doi.org/10.5281/zenodo.14980517	FIGURE 5. A. Nothobranchius sylvaticus, NMK, ICH FW/6014/1 holotype, male, 33.6 mm SL; Kenya: ephemeral swamp associated with the Mkurumudzi River system, Gongoni Forest; B. Nothobranchius sylvaticus, live aquarium bred male of F1 generation, ca. 35.0 mm SL; C. Nothobranchius sylvaticus, live wild-caught male from the type locality, field photograph; D. Nothobranchius sylvaticus, live aquarium bred female of F1 generation, ca.30.0 mm SL; E. Comparative species, Nothobranchius elongatus from the Kinango-Mariakani area; F. Comparative species, Nothobranchius interruptus from the type locality near Kikambala. Photographs by B. Nagy (A, B, D, F), D. U. Bellstedt (C) and B. Watters (E).	FIGURE 5. A. Nothobranchius sylvaticus, NMK, ICH FW/6014/1 holotype, male, 33.6 mm SL; Kenya: ephemeral swamp associated with the Mkurumudzi River system, Gongoni Forest; B. Nothobranchius sylvaticus, live aquarium bred male of F1 generation, ca. 35.0 mm SL; C. Nothobranchius sylvaticus, live wild-caught male from the type locality, field photograph; D. Nothobranchius sylvaticus, live aquarium bred female of F1 generation, ca.30.0 mm SL; E. Comparative species, Nothobranchius elongatus from the Kinango-Mariakani area; F. Comparative species, Nothobranchius interruptus from the type locality near Kikambala. Photographs by B. Nagy (A, B, D, F), D. U. Bellstedt (C) and B. Watters (E).	2025-03-06	Bellstedt, Dirk U.;Nagy, Béla;Merwe, P. De Wet Van Der;Cotterill, Fenton P. D.;Luke, Quentin;Watters, Brian R.		Zenodo	biologists	Bellstedt, Dirk U.;Nagy, Béla;Merwe, P. De Wet Van Der;Cotterill, Fenton P. D.;Luke, Quentin;Watters, Brian R.			
AB2487A1FFB3A22A938946F5FC47FB93.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14980521/files/figure.png	https://doi.org/10.5281/zenodo.14980521	FIGURE 6. Upper drawings: Diagrammatic representation of cephalic sensory system: Nothobranchius sylvaticus, NMK, ICH FW/6014/1 holotype, male, 33.6 mm SL; a, lateral view; b, dorsal view; c, ventral view of head; an, anterior nostril; pn, posterior nostril. Lower photographs: Head views of Nothobranchius sylvaticus showing red lobes along the supraorbital canal in both male (d) and female (e). Photographs by D.U. Bellstedt (d) and B. Nagy (e).	FIGURE 6. Upper drawings: Diagrammatic representation of cephalic sensory system: Nothobranchius sylvaticus, NMK, ICH FW/6014/1 holotype, male, 33.6 mm SL; a, lateral view; b, dorsal view; c, ventral view of head; an, anterior nostril; pn, posterior nostril. Lower photographs: Head views of Nothobranchius sylvaticus showing red lobes along the supraorbital canal in both male (d) and female (e). Photographs by D.U. Bellstedt (d) and B. Nagy (e).	2025-03-06	Bellstedt, Dirk U.;Nagy, Béla;Merwe, P. De Wet Van Der;Cotterill, Fenton P. D.;Luke, Quentin;Watters, Brian R.		Zenodo	biologists	Bellstedt, Dirk U.;Nagy, Béla;Merwe, P. De Wet Van Der;Cotterill, Fenton P. D.;Luke, Quentin;Watters, Brian R.			
AB2487A1FFB3A22A938946F5FC47FB93.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14980507/files/figure.png	https://doi.org/10.5281/zenodo.14980507	FIGURE 1. Map of south-eastern Kenya, showing the known distribution of Nothobranchius sylvaticus (red-filled circle), and localities of comparative species N. elongatus (orange-filled diamond) and N. interruptus (yellow-filled square). T, type locality for N. sylvaticus (as indicated on the detailed inset map).	FIGURE 1. Map of south-eastern Kenya, showing the known distribution of Nothobranchius sylvaticus (red-filled circle), and localities of comparative species N. elongatus (orange-filled diamond) and N. interruptus (yellow-filled square). T, type locality for N. sylvaticus (as indicated on the detailed inset map).	2025-03-06	Bellstedt, Dirk U.;Nagy, Béla;Merwe, P. De Wet Van Der;Cotterill, Fenton P. D.;Luke, Quentin;Watters, Brian R.		Zenodo	biologists	Bellstedt, Dirk U.;Nagy, Béla;Merwe, P. De Wet Van Der;Cotterill, Fenton P. D.;Luke, Quentin;Watters, Brian R.			
AB2487A1FFB3A22A938946F5FC47FB93.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/14980525/files/figure.png	https://doi.org/10.5281/zenodo.14980525	FIGURE 7. A. Type locality of Nothobranchius sylvaticus; Kenya: ephemeral swamp associated with the Mkurumudzi River system in the Gongoni Forest. Photographed by D.U. Bellstedt on 3 July 2018; B. Locality at which Nothobranchius sylvaticus was found in 2017. To the left and right are mango trees planted by local farmers and beyond the pool is a field cultivated with rice, irrigated from this pool, indicating the human threat to the habitat. Photograph by D.U. Bellstedt on 22 May 2017; C. Photograph taken in 2018 of the locality in which Nothobranchius sylvaticus was found in 2017, showing indigenous tree removal. Exotic blue gum trees had also been planted which will release toxic humic acids into the habitat. Photograph by Q. Luke on 3 July 2018; D. Locality of P. de Rham, where Nothobranchius sylvaticus was first discovered in 1982 (scanned original slide received from de Rham; published here with permission).	FIGURE 7. A. Type locality of Nothobranchius sylvaticus; Kenya: ephemeral swamp associated with the Mkurumudzi River system in the Gongoni Forest. Photographed by D.U. Bellstedt on 3 July 2018; B. Locality at which Nothobranchius sylvaticus was found in 2017. To the left and right are mango trees planted by local farmers and beyond the pool is a field cultivated with rice, irrigated from this pool, indicating the human threat to the habitat. Photograph by D.U. Bellstedt on 22 May 2017; C. Photograph taken in 2018 of the locality in which Nothobranchius sylvaticus was found in 2017, showing indigenous tree removal. Exotic blue gum trees had also been planted which will release toxic humic acids into the habitat. Photograph by Q. Luke on 3 July 2018; D. Locality of P. de Rham, where Nothobranchius sylvaticus was first discovered in 1982 (scanned original slide received from de Rham; published here with permission).	2025-03-06	Bellstedt, Dirk U.;Nagy, Béla;Merwe, P. De Wet Van Der;Cotterill, Fenton P. D.;Luke, Quentin;Watters, Brian R.		Zenodo	biologists	Bellstedt, Dirk U.;Nagy, Béla;Merwe, P. De Wet Van Der;Cotterill, Fenton P. D.;Luke, Quentin;Watters, Brian R.			
