Kuncosa ningboensis Wang & Marusik & Zhang 2025, comb. nov.

Kuncosa ningboensis (Yin, Bao & Zhang, 1996) comb. nov. Common name. 宁波鲲蛛 Figs 1 A – C, 8, 9, 16 Arctosa ningboensis Yin et al., 1996: 5, figs 1–3 (♀); Yin et al. 1997 b: 98, fig. 45 a – c (♀); Song et al. 1999: 319, fig. 189 H (♀); Dong 2018: 60, figs 9–3. A – C, pl. 13 (♀). Material examined. China, Anhui: 1 ♀, Huangshan City, Xiuning Co., Qiyun Mt., 29°48'50"N, 118°02'43"E, elev. 168 m, 7 April 2012, L. Y. Wang and X. K. Jiang leg. (SWUC) • 5 ♂ 2 ♀, Qiyun Mt., Dongtianfudi, 29°48'25"N, 118°02'29"E, elev. 441 m, 23 October 2013, L. Y. Wang, et al. leg. (SWUC) • Zhejiang: 1 ♀ (holotype), Ningbo City, 29.9°N, 121.5°E, 20 May - 5 June 1987, Y. J. Zhang leg. (HNU) • 1 ♂ 1 ♀, Ningbo City, Beicang Distr., 29°49'52"N, 121°51'57"E, elev. 89 m, 29 March 2024, Q. L. Leg. (SWUC) • 90 ♂ 61 ♀, Hangzhou City, Lin’an Co., Tianmu Mt., 30°19'10"N, 119°26'52"E, elev. 382 m, 9 April 2012, L. Y. Wang leg. (SWUC) • 1 ♀, Tianmu Mt., 30°18'43"N, 119°26'53"E, elev. 335 m, 9 April 2012, L. Y. Wang leg. (SWUC) • 1 ♂, Tianmu Mt., 30°18'51"N, 119°26'25"E, elev. 346 m, 21 April 2011, Z. X. Li and L. Y. Wang leg. (SWUC) • 12 ♂ 16 ♀, Tianmu Mt., 30°19'05"N, 119°26'10"E, elev. 351 m, 23 April 2011, Z. X. Li and L. Y. Wang leg. (SWUC). Diagnosis. This species is similar to K. zhui in having hook-like posterior arm of the retrolateral tegular apophysis and a spherical head of the spermatheca (Figs 8 B – E, 9 D, 10 B – E, 11 D), but differs from the latter by the thick tegular apophysis (TeA, Fig. 8 A – E) (vs thin, Fig. 10 A – E), the almost triangle-like terminal apophysis (TA, Fig. 8 F) (vs fingernail-like, Fig. 10 F), the digital-like anterior arm of retrolateral tegular apophysis in retrolateral view (RTeA, Fig. 8 B – E) (vs triangular-like, Fig. 10 B – E), the semicircular copulatory openings (CO, Fig. 9 C) (vs slit-like, Fig. 11 C), and the C-shaped stalk of the spermathecal (SS, Fig. 9 D) (vs S-shaped, Fig. 11 D). Description. Male (Fig. 9 A). Total length 8.62. Carapace 4.44 long, 3.31 wide; opisthosoma 3.99 long, 2.62 wide. Carapace greyish brown with distinct light median band. Eye sizes and interdistances: AME 0.13, ALE 0.13, PME 0.35, PLE 0.30; AME – AME 0.10, AME – ALE 0.08, PME – PME 0.30, PME – PLE 0.40. Clypeus 0.24 high. Leg measurements: I 11.11 (3.09, 4.08, 2.60, 1.34); II 10.59 (2.88, 3.87, 2.47, 1.37); III 10.88 (3.05, 3.63, 2.91, 1.29); IV 15.24 (3.89, 4.99, 4.60, 1.76). Palp (Fig. 8). Tegular apophysis strong, finger-shaped. Terminal apophysis strong and triangle-like, under the embolus. Embolus needle-shaped, with abrupt tip. Retrolateral tegular apophysis with two arms (digital-like anterior arm and hook-like posterior arm) and with a groove on the dorsal surface (maybe functioning as conductor). Female (Fig. 9 B). Total length 9.20. Carapace 3.96 long, 3.05 wide; opisthosoma 5.21 long, 3.51 wide. Carapace brown with light stripe behind cephalic part and wide band anteriorly, light band with pair of dark dots and longitudinal stripe. Eye sizes and interdistances: AME 0.15, ALE 0.15, PME 0.35, PLE 0.29; AME – AME 0.12, AME – ALE 0.08, PME – PME 0.30, PME – PLE 0.37. Clypeus 0.33 high. Leg measurements: I 9.90 (2.87, 3.60, 2.28, 1.15); II 7.76 (2.24, 2.71, 1.80, 1.01); III 9.89 (2.68, 3.28, 2.42, 1.51); IV 12.88 (3.49, 4.30, 3.87, 1.22). Epigyne (Figs 9 C, D). Septum under epigynal plate. Copulatory openings semicircular, located on shoulders of septum. Stalk of spermatheca C-shaped, head of spermatheca spherical. Fertilization ducts crescent-shaped. Distribution. China (Anhui, Zhejiang) (Fig. 16).

Institutions

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-05-21
DOI
https://doi.org/10.5281/zenodo.15482677
Primary Topic
Point processes and geometric inequalities
Type
article
Field-Weighted Citation Impact
0.00
Controls
|||
ALL TIME
JAN
FEB
MAR
APR
MAY
JUN
JUL
AUG
SEP
OCT
article

Kuncosa ningboensis Wang & Marusik & Zhang 2025, comb. nov.

Zenodo (CERN European Organization for Nuclear Research)
Point processes and geometric inequalities
article

Kuncosa ningboensis Wang & Marusik & Zhang 2025, comb. nov.

article en

Abstract

Kuncosa ningboensis (Yin, Bao & Zhang, 1996) comb. nov. Common name. 宁波鲲蛛 Figs 1 A – C, 8, 9, 16 Arctosa ningboensis Yin et al., 1996: 5, figs 1–3 (♀); Yin et al. 1997 b: 98, fig. 45 a – c (♀); Song et al. 1999: 319, fig. 189 H (♀); Dong 2018: 60, figs 9–3. A – C, pl. 13 (♀). Material examined. China, Anhui: 1 ♀, Huangshan City, Xiuning Co., Qiyun Mt., 29°48'50"N, 118°02'43"E, elev. 168 m, 7 April 2012, L. Y. Wang and X. K. Jiang leg. (SWUC) • 5 ♂ 2 ♀, Qiyun Mt., Dongtianfudi, 29°48'25"N, 118°02'29"E, elev. 441 m, 23 October 2013, L. Y. Wang, et al. leg. (SWUC) • Zhejiang: 1 ♀ (holotype), Ningbo City, 29.9°N, 121.5°E, 20 May - 5 June 1987, Y. J. Zhang leg. (HNU) • 1 ♂ 1 ♀, Ningbo City, Beicang Distr., 29°49'52"N, 121°51'57"E, elev. 89 m, 29 March 2024, Q. L. Leg. (SWUC) • 90 ♂ 61 ♀, Hangzhou City, Lin’an Co., Tianmu Mt., 30°19'10"N, 119°26'52"E, elev. 382 m, 9 April 2012, L. Y. Wang leg. (SWUC) • 1 ♀, Tianmu Mt., 30°18'43"N, 119°26'53"E, elev. 335 m, 9 April 2012, L. Y. Wang leg. (SWUC) • 1 ♂, Tianmu Mt., 30°18'51"N, 119°26'25"E, elev. 346 m, 21 April 2011, Z. X. Li and L. Y. Wang leg. (SWUC) • 12 ♂ 16 ♀, Tianmu Mt., 30°19'05"N, 119°26'10"E, elev. 351 m, 23 April 2011, Z. X. Li and L. Y. Wang leg. (SWUC). Diagnosis. This species is similar to K. zhui in having hook-like posterior arm of the retrolateral tegular apophysis and a spherical head of the spermatheca (Figs 8 B – E, 9 D, 10 B – E, 11 D), but differs from the latter by the thick tegular apophysis (TeA, Fig. 8 A – E) (vs thin, Fig. 10 A – E), the almost triangle-like terminal apophysis (TA, Fig. 8 F) (vs fingernail-like, Fig. 10 F), the digital-like anterior arm of retrolateral tegular apophysis in retrolateral view (RTeA, Fig. 8 B – E) (vs triangular-like, Fig. 10 B – E), the semicircular copulatory openings (CO, Fig. 9 C) (vs slit-like, Fig. 11 C), and the C-shaped stalk of the spermathecal (SS, Fig. 9 D) (vs S-shaped, Fig. 11 D). Description. Male (Fig. 9 A). Total length 8.62. Carapace 4.44 long, 3.31 wide; opisthosoma 3.99 long, 2.62 wide. Carapace greyish brown with distinct light median band. Eye sizes and interdistances: AME 0.13, ALE 0.13, PME 0.35, PLE 0.30; AME – AME 0.10, AME – ALE 0.08, PME – PME 0.30, PME – PLE 0.40. Clypeus 0.24 high. Leg measurements: I 11.11 (3.09, 4.08, 2.60, 1.34); II 10.59 (2.88, 3.87, 2.47, 1.37); III 10.88 (3.05, 3.63, 2.91, 1.29); IV 15.24 (3.89, 4.99, 4.60, 1.76). Palp (Fig. 8). Tegular apophysis strong, finger-shaped. Terminal apophysis strong and triangle-like, under the embolus. Embolus needle-shaped, with abrupt tip. Retrolateral tegular apophysis with two arms (digital-like anterior arm and hook-like posterior arm) and with a groove on the dorsal surface (maybe functioning as conductor). Female (Fig. 9 B). Total length 9.20. Carapace 3.96 long, 3.05 wide; opisthosoma 5.21 long, 3.51 wide. Carapace brown with light stripe behind cephalic part and wide band anteriorly, light band with pair of dark dots and longitudinal stripe. Eye sizes and interdistances: AME 0.15, ALE 0.15, PME 0.35, PLE 0.29; AME – AME 0.12, AME – ALE 0.08, PME – PME 0.30, PME – PLE 0.37. Clypeus 0.33 high. Leg measurements: I 9.90 (2.87, 3.60, 2.28, 1.15); II 7.76 (2.24, 2.71, 1.80, 1.01); III 9.89 (2.68, 3.28, 2.42, 1.51); IV 12.88 (3.49, 4.30, 3.87, 1.22). Epigyne (Figs 9 C, D). Septum under epigynal plate. Copulatory openings semicircular, located on shoulders of septum. Stalk of spermatheca C-shaped, head of spermatheca spherical. Fertilization ducts crescent-shaped. Distribution. China (Anhui, Zhejiang) (Fig. 16).

Zenodo (CERN European Organization for Nuclear Research)
Southwest University (CN), Altai State University (RU), University of the Free State (ZA)
Openalex Percentile: Top 42%
Point processes and geometric inequalities
AI Navigator

Ask Laika to Summarize, Analyze, and Connect papers live on the map.

Summarize Papers & Methodologies

Extract key findings, datasets, and comparative methods across publications.

Benchmark Rankings & Visual Analytics

Rank top research institutions, authors, funders, topics, and journals by Field-Weighted Citation Impact (FWCI) and paper volume with instant charts.

Connect Distant Disciplines

Bridge topological clusters on the map to find hidden collaborative intersections.