Bonnierilla reniformis, Kim & Boxshall, 2020
publication ID |
https://doi.org/10.11646/megataxa.4.1.1 |
persistent identifier |
https://treatment.plazi.org/id/03C487CB-EFAC-3B34-FF4D-FB05FE90FDFF |
treatment provided by |
Plazi (2021-02-22 22:32:25, last updated by Felipe 2021-03-09 15:18:47) |
scientific name |
Bonnierilla reniformis |
status |
sp. nov. |
Bonnierilla reniformis sp. nov.
( Figs. 170, 171)
Type material. Holotype ♀ (dissected and mounted on a slide, MNHN-IU-2014-21283) from Styela canopus (Savigny, 1816) (MNHN-IT-2008-XXXX = MNHNS 1/ STY /316), ATIMOVATAE TR16, Madagascar (24°59 Ś, 47°05 É), depth 15-17 m, MNHN coll., 09 May 2010.
Etymology. The specific name is derived from the Latin ren, meaning kidney, and refers to kidney-shaped body of the new species, as is typical in the genus Bonnierilla .
Descriptionoffemale. Body ( Fig. 170A) stout, compressed; length 3.46 mm. Prosome inflated, 2.84 mm long, consisting of well-defined cephalosome and unsegmented metasome. Freeurosome ( Fig. 170B) 5-segmented, narrowing posteriorly: genitalsomite short, obscurely defined from metasome; 4 abdominal somites 254×335, 154×285, 96×238, and 104×223 μm, respectively. Caudal rami widely separated from each other; each ramus ( Fig. 170C) about 3.4 times longer than wide (211×63 μm) and twice as long as anal somite, widest at proximal quarter, with straight outer margin and proximally convex inner margin: armed with 6 naked setae, all shorter than width of ramus; outer lateral and dorsal setae located at 37 and 62% of ramus length, respectively.
Rostrum ( Fig. 170D) widerthan long, 144×152 μm, tapering slightly proximally and strongly distally. Antennule ( Fig. 170E) 403 μm long, 6-segmented; terminal segment with traces of 2 articulations; first and second segments broad; armature formula 3, 16, 9+aesthetasc, 4, 2+aesthetasc, and 11+aesthetasc; setae mostly small, all naked. Antenna ( Fig. 170F) slender, 4- segmented; coxa short and unarmed; basis about 2.6 times longerthan wide and armed with 2 minute vestigial setae distally; first endopodal segment slightly longer than wide, with convex outer margin, armed with 1 small seta subdistally; compound distal endopodal segment about 3.6 times longer than wide (115×32 μm); armed with 9 small setae plus strongly curved terminal claw, about half as long ent.
Labrum ( Fig. 171A) setulose posteriorly and with weakly pronounced, spinulose posteromedian lobe. Mandible ( Fig. 170G) bearing 3 teeth and 1 small setaon coxalgnathobase; basiswith 1 medial seta; exopodwith 5 setae, outer distal seta about half as long as other 4; endopod with 4 and 9 setaeon first and second segments, respectively. Maxillule ( Fig. 170H) with 9 setaeon arthrite, 1 broad seta on coxal endite, 2 on epipodite, 3 on basis (proximal seta about one-third as long as distal 2), and 3 each on exopod and endopod. Maxilla ( Fig. 170I) armedwith 3, 1, 2, and 3 setaeon first to fourth endites of syncoxa, basis with claw plus 1 seta; and 1, 1, and 3 setae on first to third endopodal segments, respectively. Maxilliped ( Fig. 171B) unsegmented, but divisible into broad proximal and narrow distal parts bearing 10 and 2 setae, respectively.
Legs 1–4 ( Figs. 171 C-F) with 3-segmented rami. Inner seta on coxa absent in legs 1 and 2, but present in legs 3 and 4. Outer setaon basis well-developed (shorter than exopod) in leg 1, but small in legs 2–4. Inner distal spineonbasisofleg 1 naked, 77 μmlong, extending beyond middle of second endopodal segment. Exopod about 1.7 timeslongerthan endopod inleg 2, about 1.8 times longer in leg 3, and twice as long in leg 4. Outer spines on exopodal segments of legs 2–4 vestigial or absent. All inner setae on third exopodal segment of legs 2–4 naked. Armature formula for legs 1–4 as follows:
Coxa Basis Exopod Endopod
Leg 1 0-0 1-I I-1; I-I; III, I, 4 0-1; 0-1; 1, 2, 3 Leg 2 0-0 1-0 I-1; I-1; I, I, 5 0-1; 0-2; 1, 2, 3 Leg 3 0-1 1-0 I-1; 0-1; I, I, 5 0-1; 0-2; 1, 2, 3 Leg 4 0-1 1-0 0-1; 0-1; I, I, 5 0-1; 0-2; 1, 2, 2
Leg 5 ( Fig. 171G) very similar to that of B. iboensis sp. nov.; exopodal segment about 2.7 times longerthan wide (203×74 μm), armed with 2 unequal setae distally; segment with 4 rows of minute spinules on inner margin.
Male. Unknown.
Species Met CR CR Mnd Mx1 Mx1 Mx Mx Mxp P P1 P2 P3 P4 P1 P1 P1 P4 P5 P5 wng set L:W enp exp enp enp3 Prx sym cx cx cx cx ba exp2 enp3 enp L:W set Bonnierilla
B. acollaris Schellenberg, 1922 X 6 2.9 4-9 4 4 3 3+s 10-2 S X X + + + I-1 6 125 3.5 2 B. altera Stock, 1967 X 6 4.1 4-9 4 4 3 3+s 10-2 S X X + + + I-1 5 125 3.4 1 B. brevipes Schellenberg, 1922 X 6 - 3-? 3 3 3 2 9-2 S X - - - + I-1 - - - 1 B. curvicaudata Ooishi, 1963 X 6 2.5 4-9 4 4 3 3 10-2 S X s s S + I-1 6 125 4.2 1 B. longipes ( Kerschner, 1879) X 6 - 4-7 - - 2 3 9-2 S +? - X - + I-1 5? =4 2 B. mollia Ho, 1984 X 6 2.3 4-9 4 4 3 3 10-2 S X X + + + I-1 6 125 4.0 1 B. projecta Stock, 1967 fur 6 - 4-6 4 2 3 3 7-2 S + + + + + I-1 6 17 2.9 2 B. similis Illg & Dudley, 1961 X 6 4-5 4-9 4 4 3 3 10-2 S X X + + + I-1 5 125 =4 1 B. yangpoensis Kim & Moon, X 6 - 4-8 4 2 3 3 7-2 S + + + + + I-1 6 125 3.3 2 2011
B. typica sp. nov. X 6 4.6 4-9 4 4 3 3 10-2 S X X + + + I-1 6 1252.5 2 B. reniformis sp. nov. X 6 3.4 4-9 4 4 3 3 10-2 S X X + + + I-1 6 125 2.7 2 B. eurypodata sp. nov. X 6 2.8 4-9 4 4 3 3 10-2 S X X + + + I-1 6 125 2.3 1 B. rugosa sp. nov. X 6 5.2 4-9 4 4 3 3 10-2 S X X X X + I-1 6 125 5.7 2 B. tenuipedis sp. nov. X -? 4-9 4 4 3 3 10-2 S X X + + + I-1 5 125 6.1 1 B. cheliphora sp. nov. X 5+C 4.7 4-9 4 4 3 3 10-2 S X X + + + I-1 5 125 5.3 2 B. tahitiensis sp. nov. X 6+C 4.0 4-9 4 4 3 3 10-2 S X X + + + I-1 5 125 4.7 1 B. quadridens sp. nov. fur 6+c 3.8 4-9 4 4 3 3 10-2 S X X + + + I-1 5 125 5.1 1+s B. dinardensis sp. nov. w 6 4.8 4-8 4 4 3 3 10-2 S X X X X + I-1 5 125 4.8 2
Nobinerilla gen. nov.
N. alata gen. etsp. nov. + 6 2.1 4-6 4 4 2 3 8-1 A X X + X + I-1 5 015 3.5 1 005
N. armata (Schellenberg, X 5+sp 4-6 - 3 - 3 10-1? X X X X X I-0 - - - 3?
1922)
N. filipes ( Stock, 1967) X 6 3.1 4-5 4 3 2 3 10-1 A X X s s X I-0 5 125 6.3 2
N. exilipes gen. etsp. nov. X 6 2.1 4-5 4 3 2 3 10-1 A X X + s X I-0 5 125 4.4 2
N. mammillata gen. etsp. nov. X 6 3.5 4-7 4 4 2 3 10-1 A X X + X + I-1 5 015 2.1 1
N. ovata gen. etsp. nov. + 6 2.5 4-7 4 4 2 3 10-1 A X X + X + I-1 5 005 4.8 1
N. minuta gen. etsp. nov. + 6 2.1 4-6 4 4 2 2 8-1 A X X + X + I-1 5 005 2.7 1
N. paucisetata gen. etsp. nov. + 6 2.8 4-6 4 4 2 3 10-1 A X X + X + I-1 5 004 3.6 1
Remarks. Bonnierilla reniformis sp. nov. is very similar to B. iboensis sp. nov. They were found associated with the same species of ascidian host in nearby geographic regions and their appendages, including the characteristic exopod of leg 5, are very alike. However, the differences between these two species in the caudal ramus and rostrum are significant. The caudal ramus of B. reniformis sp. nov. is significantly broader than that of B. iboensis sp. nov., about 3.4 timeslongerthan wide (vs. 4.6 times longer than wide in B. iboensis sp. nov.), and the rostrum is wider than long (vs. longer than wide in B. iboensis sp. nov.).
Ho, J. - s., (1984) Copepoda associated with sponges, cnidarians, and tunicates of the Sea of Japan. Reports of the Sado Marine Biological Station, Niigata University, 14, 23 - 61.
Illg, P. L. & Dudley, P. L. (1961) Notodelphyid copepods from Banyuls-sur Mer. Vie et Milieu, Supplement 12, 1 - 126.
Kerschner, L. (1879) Uber zwei neue Notodelphyiden nebst Bemerkungen ʾ ber einige Organisationsverhaltnisse dieser Familie. Denkschriften der Kaiserlichen Akademie der Wissenschaften, Wien, 41 L, 155 - 196, pls. 1 - 6.
Ooishi, S. (1963) On two new notodelphyoid copepods from the Bay of Matoya. Report of Faculty of Fisheries, Prefectural University of Mie, 4, 419 - 428.
Schellenberg, A. (1922) Neue Notodelphyiden des Berliner und Hamburger Museums mit einer Uberscht der ascidienwohnenden Gattungen und Arten. Mitteilungen aus dem Zoologischen Museum in Berlin, 10 (2), 217 - 274. https: // doi. org / 10.1002 / mmnz. 4830100201
Stock, J. H. (1967) Report on the Notodelphyidae (Copepoda, Cyclopoida) of the Israel South Red Sea Expedition. Israel South Red Sea Expedition. Bulletin of the Sea Fisheries Research Station, Israel, 46 (Reports 27), 1 - 126.
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