taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
039F87D5FF95FFA2FF31B5ADF3E2F9BC.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5546873/files/figure.png	https://doi.org/10.5281/zenodo.5546873	FIGURE 3. Maximum-likelihood trees on mtDNA sequences of (a) cytochrome-b and (b) D-loop of Hystrix cristata and Hystrix africaeaustralis (from Trucchi & Sbordoni 2009). Numbers at main nodes indicate bootstrap values. (c) Maximumlikelihood tree of genome-wide RAD nuclear markers (taken from Trucchi et al. 2016, readapted). Available bootstrap values are shown. Red colour refers to H. cristata, grey to H. africaeaustralis; a sequence of H. indica was included as outgroup for mtDNA trees.	FIGURE 3. Maximum-likelihood trees on mtDNA sequences of (a) cytochrome-b and (b) D-loop of Hystrix cristata and Hystrix africaeaustralis (from Trucchi & Sbordoni 2009). Numbers at main nodes indicate bootstrap values. (c) Maximumlikelihood tree of genome-wide RAD nuclear markers (taken from Trucchi et al. 2016, readapted). Available bootstrap values are shown. Red colour refers to H. cristata, grey to H. africaeaustralis; a sequence of H. indica was included as outgroup for mtDNA trees.	2021-10-04	Mori, Emiliano;Sogliani, Davide;Senini, Caterina;Laurenzi, Alessandro;Viano, Andrea Vi-;Cianferoni, Fabio		Zenodo	biologists	Mori, Emiliano;Sogliani, Davide;Senini, Caterina;Laurenzi, Alessandro;Viano, Andrea Vi-;Cianferoni, Fabio			
039F87D5FF95FFA2FF31B5ADF3E2F9BC.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5546869/files/figure.png	https://doi.org/10.5281/zenodo.5546869	FIGURE 1. Distribution of the subgenus Hystrix: 1, Hystrix cristata; 2, Hystrix indica; 3, Hystrix africaeaustralis (map based on Mori et al. 2019 and IUCN data, updated with further publications: Altorabi 2018; Vale et al. 2016; Bauer et al. 2018). Published distribution data were also integrated with occurrences uploaded on online platforms, i.e., iNaturalist (data checked on 08.03.2021). Dotted areas indicate areas where no record of H. cristata after 2000 is available, question marks indicate nonsampled areas after 2000.	FIGURE 1. Distribution of the subgenus Hystrix: 1, Hystrix cristata; 2, Hystrix indica; 3, Hystrix africaeaustralis (map based on Mori et al. 2019 and IUCN data, updated with further publications: Altorabi 2018; Vale et al. 2016; Bauer et al. 2018). Published distribution data were also integrated with occurrences uploaded on online platforms, i.e., iNaturalist (data checked on 08.03.2021). Dotted areas indicate areas where no record of H. cristata after 2000 is available, question marks indicate nonsampled areas after 2000.	2021-10-04	Mori, Emiliano;Sogliani, Davide;Senini, Caterina;Laurenzi, Alessandro;Viano, Andrea Vi-;Cianferoni, Fabio		Zenodo	biologists	Mori, Emiliano;Sogliani, Davide;Senini, Caterina;Laurenzi, Alessandro;Viano, Andrea Vi-;Cianferoni, Fabio			
039F87D5FF95FFA2FF31B5ADF3E2F9BC.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5546871/files/figure.png	https://doi.org/10.5281/zenodo.5546871	FIGURE 2. Presumed distribution of the subspecies of African Hystrix porcupines according to Mohr (1965).	FIGURE 2. Presumed distribution of the subspecies of African Hystrix porcupines according to Mohr (1965).	2021-10-04	Mori, Emiliano;Sogliani, Davide;Senini, Caterina;Laurenzi, Alessandro;Viano, Andrea Vi-;Cianferoni, Fabio		Zenodo	biologists	Mori, Emiliano;Sogliani, Davide;Senini, Caterina;Laurenzi, Alessandro;Viano, Andrea Vi-;Cianferoni, Fabio			
039F87D5FF98FFA0FF31B2C5F3A8FB22.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/5546873/files/figure.png	https://doi.org/10.5281/zenodo.5546873	FIGURE 3. Maximum-likelihood trees on mtDNA sequences of (a) cytochrome-b and (b) D-loop of Hystrix cristata and Hystrix africaeaustralis (from Trucchi & Sbordoni 2009). Numbers at main nodes indicate bootstrap values. (c) Maximumlikelihood tree of genome-wide RAD nuclear markers (taken from Trucchi et al. 2016, readapted). Available bootstrap values are shown. Red colour refers to H. cristata, grey to H. africaeaustralis; a sequence of H. indica was included as outgroup for mtDNA trees.	FIGURE 3. Maximum-likelihood trees on mtDNA sequences of (a) cytochrome-b and (b) D-loop of Hystrix cristata and Hystrix africaeaustralis (from Trucchi & Sbordoni 2009). Numbers at main nodes indicate bootstrap values. (c) Maximumlikelihood tree of genome-wide RAD nuclear markers (taken from Trucchi et al. 2016, readapted). Available bootstrap values are shown. Red colour refers to H. cristata, grey to H. africaeaustralis; a sequence of H. indica was included as outgroup for mtDNA trees.	2021-10-04	Mori, Emiliano;Sogliani, Davide;Senini, Caterina;Laurenzi, Alessandro;Viano, Andrea Vi-;Cianferoni, Fabio		Zenodo	biologists	Mori, Emiliano;Sogliani, Davide;Senini, Caterina;Laurenzi, Alessandro;Viano, Andrea Vi-;Cianferoni, Fabio			
