Munida hispida Benedict, 1902

Hendrickx, Michel E., 2021, Squat lobsters (Crustacea: Decapoda: Anomura: Galatheoidea) from off the northwestern coast of the Baja California Peninsula, Mexico, Zootaxa 4965 (2), pp. 375-384 : 378-380

publication ID

https://doi.org/ 10.11646/zootaxa.4965.2.10

publication LSID

lsid:zoobank.org:pub:5775D4EA-BE9C-4715-A841-230D2C55918E

DOI

https://doi.org/10.5281/zenodo.4749812

persistent identifier

https://treatment.plazi.org/id/03DB3B2C-FFAC-FFB7-FF78-FB41FB4A8723

treatment provided by

Plazi

scientific name

Munida hispida Benedict, 1902
status

 

Munida hispida Benedict, 1902

( Fig. 3 View FIGURE 3 )

Munida hispida .— Fierro Rengifo et al., 2008: 6 (list); Wicksten, 2012: 146 View Cited Treatment , figs. 34c, d, pl. 7D.

Material examined. St. 2 (28°47.86’N, 114°49.30’W), April 16, 2005, 93 m, one damaged female (CL, 57.3 mm; CLwr, 44.0 mm; chelipeds missing), one female (CL, 44.0; CLwr, 28.6 mm; RCh, 90 mm; LCh, 87 mm), and one ovigerous female (CL, 45.5 mm; CLwr, 31.9 mm; RCh, 81 mm; LCh, 82 mm) (ICML-EMU-12824). St. 23 (31°37.47’, 116°44.25’W), April 19, 2005, 238 m, one ovigerous female (CL, 45.2 mm; CLwr, 35.1 mm; RCh, 105 mm; LCh, 87 mm) and one ovigerous female (CL, 48.1 mm; CLwr, 35.2 mm; RCh, 115 mm; LCh, 113 mm) (ICML- EMU-12825). St. 27 (27 (31°37.75’N, 116°45.87’W), April 18, 2005, 247 m, one male (CL, 39.4 mm; CLwr, 25.9 mm; RCh, 87 mm; LCh, 90 mm), one male (CL 40.1 mm, CLwr, 27.4 mm), and one ovigerous female (CL 48.6; CLwr, 33.0 mm) (ICML-EMU-12826) ( Fig. 1 View FIGURE 1 ).

Distribution. From Monterey Bay, California, to off Peru and Galapagos Islands, Ecuador ( Hendrickx 2000, Baba et al. 2008). The only previous records in Mexico are from NW of Cedros Island ( Hendrickx 2000), off Punta Banda, and at 31°22.5N 118°38’W (off Ensenada, west coast of Baja California) (Hendrickx 2003), west coast of Baja California Peninsula. This is the fourth record of M. hispida for Mexico. The depth of 93 m reported here is slightly shallower than previous depth records of 165‒518 m ( Hendrickx 2000, Wicksten 2012).

Remarks. The type of M. hispida was re-examined and re-described by Hendrickx (2000). The material examined herein feature the typical long, sharp rostrum and the slightly diverging, strong postorbital spines, the numerous small spines all over the carapace, the typical series of spines along the posterior margin of the carapace, a similar armature in the lateral margin of the carapace, the numerous small spines on abdominal somites 2 and 3, and somite 4 with only one pair of central, small spines. The structure and spines of the 3rd maxilliped (including the armature of the merus), and of the antennal and antennular peduncles also fit well with the type material. Finally, the sternite 3 is typically projecting forward (“neck-like”) and the lateral parts of sternite 7 bear the typical small, rounded granules observed on the type material. One ovigerous female (CL 45.2 mm) features strongly asymmetrical chelipeds, with spines sharper and stronger than in the other specimens examined and in the type specimen ( Fig. 3B View FIGURE 3 ).

There is no clear explanation for the huge gap between the California-northwestern Mexico distribution of M. hispida and its presence off Peru and the Galapagos Islands (the type locality) other than the fact that it might occur in water deeper than usually sampled .

According to Wicksten (2012), the maximum size of M. hispida is to 20 mm CL; the specimens examined herein, however, include a female of 57.3 mm CL, the largest specimen on record. All samples included, specimens CL were: males, 39.4‒40.1 mm; females, 44.0‒ 57.3 mm; ovigerous females, 45.2‒48.1 mm.

Kingdom

Animalia

Phylum

Arthropoda

Class

Malacostraca

Order

Decapoda

Family

Galatheidae

Genus

Munida

Loc

Munida hispida Benedict, 1902

Hendrickx, Michel E. 2021
2021
Loc

Munida hispida

Wicksten, M. K. 2012: 146
Fierro Rengifo, M. & Navas Suarez, G. R. & Bermudez Tobon, A. & Campos Campos, N. 2008: 6
2008
GBIF Dataset (for parent article) Darwin Core Archive (for parent article) View in SIBiLS Plain XML RDF