Parapenaeopsis tenella ( Bate, 1888 )
publication ID |
https://doi.org/ 10.11646/zootaxa.5361.2.4 |
publication LSID |
lsid:zoobank.org:pub:D6B173BF-D5B8-4143-9F18-8B4CE7A4C28F |
DOI |
https://doi.org/10.5281/zenodo.10167655 |
persistent identifier |
https://treatment.plazi.org/id/03B487FC-FFF6-4047-FF2D-27D978DB6881 |
treatment provided by |
Plazi |
scientific name |
Parapenaeopsis tenella ( Bate, 1888 ) |
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Parapenaeopsis tenella ( Bate, 1888) View in CoL
( Figs. 4 View FIGURE 4 , 6e View FIGURE 6 )
Penaeus tenellus Bate, 1888: 270 View in CoL (type locality: Japan).
Parapenaeopsis tenella View in CoL — Hall 1962: 26, figs 100, 100a, b; Racek & Dall 1965: 108, pl. 8-fig. 10, pl. 13-fig. 8; Yu & Chan 1986: 126., 1 unnumbered fig; Perez Farfante & Kensley 1997:121; Lee et al. 1999: 446.
Parapenaeopsis tenellus — Liu 1955: 16, pl. 4–2, 5–6–9; Dall 1957: 221, fig. 29.
Batepenaeopsis tenella View in CoL — Sakai & Shinomiya 2011: 498, figs. 2A, 4C; De Grave & Fransen 2011: 213; Shinomiya & Sakai 2016: 505: figs 4–5.
? Batepenaeopsis moresbyensis Shinomiya & Sakai, 2016: 498 View in CoL , fig 3 (type locality: Papua New Guinea).
Material examined. Keelung City, 29 Jun 1982, 1 female cl 16.7 mm ( NTOU M02392 View Materials ) ; 27 Feb 1989, 1 male cl 8.9 mm, 1 female cl 8.9 mm ( NTOU M02495 View Materials ) . Miaoli County, 20 Mar 2001, 2 males cl 9.0– 9.5 mm, 4 females cl 12.7–14.2 mm ( NTOU M02393 View Materials ) .
Diagnosis. Rostrum with 7–8 dorsal teeth but lacking epigastric tooth; horizontal and nearly straight, ventral border slightly concave, reaching between middle of second segment and middle of distal segment of antennular peduncle. Longitudinal suture long and extending to nearly posterior carapace. Pereiopods I and II bearing basial spines but lacking epipods. Pereiopod III without basial spine. Abdominal somites I–II without dorsal carina. Telson without movable lateral spinules. Male with normal endopod at pleopod II; petasma with small distomedian projections, distolateral projections triangularly elongated and directed proximolaterally. Female thelycum with anterior plate semicircular, surfaces sunken, posterior part with median longitudinal groove; posterior plate with anterior margin concave and broadly notched medially.
Coloration. Body generally reddish brown with color at posterior margins of abdominal somites deeper.
Distribution. Widely distributed in the Indo-West Pacific from Pakistan to Northern Australia and Japan; at depths of 5.5–50 m ( Pérez Farfante & Kensley 1997; Chan 1998).
Remarks. Parapenaeopsis tenella is rather uncommon in Taiwan. Shinomiya & Sakai (2016) recently split P. tenella into two species mainly by the length of rostrum and pereiopods, naming the long rostrum and pereiopod form as P. moresbyensis ( Shinomiya & Sakai, 2016) . The shape of the thyleum is also argued to be different between P. tenella and P. moresbyensis by Shinomiya & Sakai (2016) but the difference is very subtle and difficult to comprehend. Moreover, the two species appeared to be geogrpahically separated with P. tenella restricted to the north from Japan to the South China Sea while P. morebyensis is a southern species distributed from the South China Sea to Australia and India. The charateristics of the Taiwanese material, however, are intermediate between P. tenella and P. moresbyensis . The larger female from Keelung (NTOU M02392, Fig. 6e View FIGURE 6 ) has shorter rostrum and pereiopods and fits the characteristics of P. tenella as defined by Shinomiya & Sakai (2016). The other two specimens from Keelung (NTOU M02495) both have the rostrum broken while the pereiopods are longer and fit the characteristic of P. moresbyensis . The two males from Miaoli (NTOU M02393) have shorter rostrum but longer pereiopods. Of the four females from Miaoli (NTOU M02392), two have longer rostrum but shorter pereiopods, one has longer rostrum and longer pereiopod I but shorter pereiopod IV (pereiopod V missing in this specimen) while the other with the rostrum broken and shorter pereiopods. Actually Shinomiya & Sakai (2016) already noticed that some speicmens in China they identified as P. tenella have characterisitc intermediate between P. tenella and P. moresbyensis . More extensive studies including molecular genetic analysis will be necessary to determine if P. moresbyensis is a valid species.
NTOU |
Institute of Marine Biology, National Taiwan Ocean University |
No known copyright restrictions apply. See Agosti, D., Egloff, W., 2009. Taxonomic information exchange and copyright: the Plazi approach. BMC Research Notes 2009, 2:53 for further explanation.
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Parapenaeopsis tenella ( Bate, 1888 )
Hsu, Yen-Cheng & Chan, Tin-Yam 2023 |
Batepenaeopsis moresbyensis
Shinomiya, S. & Sakai, K. 2016: 498 |
Batepenaeopsis tenella
Shinomiya, S. & Sakai, K. 2016: 505 |
Sakai, K. & Shinomiya, S. 2011: 498 |
De Grave, S. & Fransen, C. H. J. M. 2011: 213 |
Parapenaeopsis tenella
Lee, D. A. & Chan, T. Y. & Yu, H. P. & Liao, I. C. 1999: 446 |
Perez Farfante, I. & Kensley, B. 1997: 121 |
Yu, H. P. & Chan, T. Y. 1986: 126 |
Racek, A. A. & Dall, W. 1965: 108 |
Hall, D. N. F. 1962: 26 |
Parapenaeopsis tenellus
Dall, W. 1957: 221 |
Liu, R. 1955: 16 |
Penaeus tenellus
Bate, C. 1888: 270 |