Paralomis granulosa ( Jaquinot, 1847 )

Hall, Sally & Thatje, Sven, 2010, King crabs up-close: ontogenetic changes in ornamentation in the family Lithodidae (Crustacea, Decapoda, Anomura), with a focus on the genus Paralomis, Zoosystema 32 (3), pp. 495-524 : 500-502

publication ID

https://doi.org/ 10.5252/z2010n3a10

persistent identifier

https://treatment.plazi.org/id/BE009266-3901-FFC1-47DC-84CF0ACFFB37

treatment provided by

Felipe

scientific name

Paralomis granulosa ( Jaquinot, 1847 )
status

 

Paralomis granulosa ( Jaquinot, 1847) View in CoL ( Fig. 4)

Lithodes granulosa Jaquinot, 1847 View in CoL : figs 15-21, plate 8.

Lithodes granulosus – White 1847: 56.

Lithodes granulata Jaquinot, 1853: 94 View in CoL .

Lithodes verrucosa Dana, 1852: 428 View in CoL ; 1855: pl. 26, fig. 16. — Cunningham 1871: 494.

Paralomis verrucosa Bouvier, 1895: 187 , pl. 13, fig. 3. — Bouvier 1896: 26.

Paralomis granulosa White, 1856: 134 View in CoL .

DISTRIBUTION. — Patagonia and the Falkland islands, 5- 130 m.

MATERIAL EXAMINED. — 20 ♀♀ (CL 28-55 mm), 17 šš (CL 13-90 mm).

SPECIMENS FIGURED. — Strait of Le Maire, Tierra del Fuego, 25.IV.1971, 1 š CL 25.6 mm ( USNM- 231429). — Tierra del Fuego, 10 m, 1 ♀ CL 45.6 mm, 1 š CL 65.7 mm (both specimens, BMNH 152710).

REMARKS

Paralomis granulosa View in CoL , studied by Ingle & Garrod (1987), demonstrates the ontogenetic progression of tubercular flattening observed in P. cubensis View in CoL . Small specimens (particularly those CL 10-25 mm) are covered with very distinctive pedunculated irregular tubercles ( Fig. 4A, B), sometimes described as “boleate” ( Ingle & Garrod 1987). These progressively become less pedunculated ( Fig. 4D) until they are reduced to low tubercles ( Fig. 4F). This reduction does not happen evenly across the carapace, with the more lateral tubercles tending to flatten first. The largest specimen that we found bearing pedunculated tubercles was CL 35 mm. In very large specimens of up to CL 90 mm (not mentioned in the 1987 work on this species), the tubercular cover can be quite sparse, and fouling or wear on the carapace can be substantial, as moults become less frequent ( McCaughran & Powell 1977). Th e 1987 study of Falkland Island populations, conducted by Ingle & Garrod, is supported by our results, and can be generalised over the wider geographic range of the species.

A

C

E

B

D

F

Kingdom

Animalia

Phylum

Arthropoda

Class

Malacostraca

Order

Decapoda

Family

Lithodidae

Genus

Paralomis

Loc

Paralomis granulosa ( Jaquinot, 1847 )

Hall, Sally & Thatje, Sven 2010
2010
Loc

Paralomis verrucosa

BOUVIER E. L. 1896: 26
BOUVIER E. L. 1895: 187
1895
Loc

Paralomis granulosa

WHITE A. 1856: 134
1856
Loc

Lithodes granulata

JAQUINOT H. 1853: 94
1853
Loc

Lithodes verrucosa

CUNNINGHAM R. O. 1871: 494
DANA J. D. 1852: 428
1852
Loc

Lithodes granulosus

WHITE A. 1847: 56
1847
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