Tullgrenella nadjae Estol, Marta & Rodrigues, 2020: 357 Taxonomic revision of the jumping spider genus Tullgrenella Mello-Leitão, 1941 (Araneae: Salticidae: Freyina) Marta, Kimberly S. Bustamante, Abel A. Hagopián, Damián Teixeira, Renato A. Brescovit, Antonio D. Valiati, Victor H. Rodrigues, Everton N. L. Zootaxa 2024 2024-02-16 5411 1 1 71   Tullgrenella nadjae  Estol, Marta & Rodrigues, 2020: 357   98ZP9 Estol, Marta & Rodrigues, 2020 Estol, Marta & Rodrigues 2020 [151,796,474,501] Arachnida Salticidae Tullgrenella Animalia Araneae 31 32 Arthropoda species nadjae   Figs 7G, 23A–D, 24A–D, 51A–B Zoobank. urn:lsid:zoobank.org:act: 4739F841-5F24-4E37-9E1B-11100A947CB0      Tullgrenella nadjae Estol, Marta & Rodrigues, 2020: 357, figs 1–6, 15–16, 20–22, 26–27 ( holotype, male, BOLIVIA,  La Paz, Huatajata, Titicaca Lakeshore [ 16º12’S 68º41’W], 8.VIII.1993, A. Brescovit & H. Höfer leg. (MCN 23782), examined);  paratype, 1 female, ditto  holotype( MCN 56814), examined).   Revised diagnosis. Males of  Tullgrenella nadjae Estol, Marta & Rodrigues, 2020resemble those of  T. quadripunctataby the pointed and sickle-shaped cymbium, and those of  T. lunata( Mello-Leitão, 1944)by the lanceolate conductor ( Figs 21C–D, 23C–D), but differ from both species by the retrolateral tibial apophysis long and sinuous, and from  T. lunata( Figs 23C–Dvs 25C–D) and by the oblique tegulum in  T. nadjae( Fig. 23C). Females of  T. nadjaeresemble those of  T. quadripunctata( Mello-Leitão, 1944)and  T. lunata( Mello-Leitão, 1944)by the shape of epigynum, as long as wide, and the antero-medially situated copulatory opening ( Figs 7F–G, 22C–D). However, they differ from those of  T. quadripunctataand  T. lunataby the straight loop of the copulatory ducts, above the spermathecae, distant from each other ( Figs 7Fvs 7G, 24C–D vs 26C–D).   Description.Male and female described by Estol et al.(2020).   Distribution. Bolivia( La Paz) ( Figs 51A–B).  Natural history.Recorded at the limits of the Brazilian subregion and South America Transitional Zone ( Figs 51–B). The altitudinal occurrence of this species is 3960 ma. s. l. ( Estol et al.2020) ( Figs 51A–B). 4523390478 [199,446,676,701] 31 32 1 1 paratype 4523390540 [452,807,676,701] MCN 31 32 MCN 56814 1 holotype