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. 2017 Jun 13;7:3391. doi: 10.1038/s41598-017-02938-z

Table 1.

Range sizes, evolutionary distinctness (ED), and estimated conservation importance of members of the N. stygius species complex.

species Range size surface [km2]/maximum range diameter [km] ED [substitutions per nucleotide site] Conservation importance1
Niphargus brachytelson Single site/0 0.052 2b
Niphargus chagankae sp. n. 1679/50 0.042 3
Niphargus cvajcki sp. n. 139/20 0.080 2a
Niphargus goricae sp. n. 142/32 0.078 2a
Niphargus gottscheeanensis sp. n. 1946/65 0.045 3
Niphargus iskae sp.n. Single site/0 0.049 2b
Niphargus kapelanus sp. n. Single site/0 0.037 2b
Niphargus karamani Single site/0 0.074 1
Niphargus kenki 1001/106 0.056 2b
Niphargus kordunenensis sp. n. Single site/0 0.084 1
Niphargus likanus Two sites/37 0.055 3
Niphargus malagorae sp. n. Two sites/9 0.064 3
Niphargus novomestanus 228/29 0.038 3
Niphargus podpecanus 871/46 0.051 3
Niphargus stygius 2922/85 0.087 2a
Niphargus zagrebensis 1193/80 0.090 2a

Range sizes are given as km2 or as maximal linear distance of the range to make data compliant with IUCN Red List31 and the rest of publications from subterranean biology, respectively.

1Conservation ranks are defined as follows: (1) high endemism and ED; (2a) low endemism, high ED, (2b) high endemism, low ED; (3) low endemism and ED.