Tetralicia guajavae von Ellenrieder & Gill, 2024
publication ID |
https://doi.org/ 10.11646/zootaxa.5527.1.1 |
publication LSID |
lsid:zoobank.org:pub:771D2E7B-4025-45BF-B328-6EC8A8851ECD |
DOI |
https://doi.org/10.5281/zenodo.14047083 |
persistent identifier |
https://treatment.plazi.org/id/039787AA-FFA5-FFC0-FF45-0123FD15B41B |
treatment provided by |
Plazi |
scientific name |
Tetralicia guajavae von Ellenrieder & Gill |
status |
sp. nov. |
Tetralicia guajavae von Ellenrieder & Gill , n.sp.
Figs 11, 12 View FIGURES 9–12 , 97–103, 219–230, 255–257
Aleurotrachelus cecropiae Carapia-Ruiz 2020b: 5 View in CoL (in part: material from Mexico).
Tetralicia cecropiae : Valencia & Evans 2024: 212 View Cited Treatment , in part: fig. 4F from Carapia-Ruiz 2020b.
Etymology. This species is named after the specific epithet of its preferred host, Psidium guajava .
Type material. 145 puparia: U.S.A., California; 45 slide mounted: Orange County: 1 holotype (circled in red on slide), Garden Grove , on Psidium sp. , 9.x.2015, Lyon, Marty, de Nijs & Cairo coll., CDFA PDR 570P06364047 [ CSCA]; 3 paratypes, same data as holotype [ CSCA]; 4 paratypes, Santa Ana , in nursery, on Psidium guajava , 30.iv.2007, J. Rivas coll. [ CSCA]; 22 paratypes, same data but 12.v.2010, J.N. Nisson coll., CDFA PDR 1544518A [ CSCA]; Los Angeles County: 10 paratypes, Compton , in nursery, on guava, 14.xi.2018, C. Foy coll., CDFA PDR 190P06620744 [ CDFA]; 1 paratype, Sylmar , in nursery, on Psidium sp. , 8.viii.2013, Matsumoto coll., CDFA 190P06058724 [ CSCA]; 4 paratypes, interception of unknown origin, on Psidium guajava , 28.vi.2014, Licea & Chavez coll., CDFA DR0P06177819 [ CSCA] .
1 adult male paratype, 1 adult female paratype, 5 first instar nymphs paratypes, 2 second instar nymphs paratypes, 10 third instar nymphs paratypes: Orange County: Santa Ana, in nursery, on Psidium guajava , 12.v.2010, J.N. Nisson coll. [ CSCA] .
Additional material examined: 100 + dry mounted puparia: U.S.A., California, Orange County, Santa Ana , in nursery, on Psidium guajava , 30.iv.2007, J. Rivas coll. [ CSCA] .
Hosts. Myrtaceae : guava ( Psidium guajava ) in California; Carapia-Ruiz (2020b) reported this species (as T. cecropiae ) from Psidium guajava and Curatella americana (Dilleneaceae) in Mexico.
Description.
Field characteristics. Puparium oblanceolate with pronounced caudal protuberance, black with pale brown venter, with a narrow ring of lateral wax along true margin ( Figs 11, 12 View FIGURES 9–12 ). Adult color in life unknown; nymphal instars 1–3 pale yellow.
Slide-mounted characters. TMS extending onto submargin but not reaching apparent margin, not lined with tubercles ( Figs 97 View FIGURE 97 , 98 View FIGURES 98–103 ); longitudinal molting suture lined with tubercles from T2/T3 suture to head submargin ( Fig. 97 View FIGURE 97 ); eyespots absent; Ce setae absent; T2 and T3 setae present, T3 setae arising well behind anterior margin of metanotum ( Figs 97 View FIGURE 97 , 98 View FIGURES 98–103 ); medial area with depressions lined with small granulations on each side of head (two), T2 (two) and T3 (one), and abdominal segments (one) ( Figs 97–99 View FIGURE 97 View FIGURES 98–103 ); with paired pores and microsetae on each side of submedial area of head (2), T2 (1), T3 (1), A1 (1), A2 (0), A3 (1), A4 (0–1), A5 (1), A6 (0), A7 (1), and A8 (1); dorsal disc smooth except for small granulations across intersegmental areas and along lateral areas of head, thorax, and abdomen ( Figs 97–99 View FIGURE 97 View FIGURES 98–103 ); with paired pores and microsetae along sides of dorsal disc ( Fig. 99 View FIGURES 98–103 ); dorsal submargin with small granulations turning into transverse rows of larger paired crenulations externally ( Figs 97–99 View FIGURE 97 View FIGURES 98–103 ); deflexed submargin lacking microsetae and pores and with granulations arranged in transverse bands ( Figs 100, 101 View FIGURES 98–103 ); marginal glandular teeth subquadrangular, with tips smooth or dentate; VO oval, inset from posterior margin by more than its own length, and located on a promontory visible in oblique or lateral view ( Figs 102, 103 View FIGURES 98–103 ); operculum cordate, its dorsal surface with longitudinal and transverse ridges and wavy striations in between, with microspinulae across distal third to fourth; lingula concealed by operculum; VO ring very narrow around lateral and posterior sections of VO, with anterior portion wide and rectangular ( Fig. 102 View FIGURES 98–103 ), with dorsal setae of A8 arising from sides anteriorly to level of anterior margin of operculum ( Fig. 102 View FIGURES 98–103 ); bases of caudal setae moderately separated, arising just outside level of lateral margins of VO ring ( Figs 102, 103 View FIGURES 98–103 ); with two membranous ventral sacs medially to bases of mesothoracic legs ( Fig. 101 View FIGURES 98–103 ); tegument of venter smooth except for spinulae on a wide band along medial bases of legs and margins of head and abdomen ( Figs 100, 101 View FIGURES 98–103 ).
Adults. Female ( Fig. 204 View FIGURES 203–209 ) with 2 pairs and male ( Fig. 206 View FIGURES 203–209 ) with 4 pairs of wax plates on abdomen. Upper and lower compound eyes joined by three ommatidia. Antennae 7 segmented in both sexes ( Figs 223, 224 View FIGURES 223–230 ), with an elongate third segment with two primary round sensoria near the apex, fifth and seventh segments each with 1 round primary sensorium located at apex on fifth and at about two thirds of its length on seventh, and third, sixth, and seventh segments with an elongated rod-like sensorium each. Hind tibiae ( Figs 225, 228 View FIGURES 223–230 ) with a tibial comb of 12 or 13 setae in male, 12–14 setae in female; metatibial brush with 2 setae in male, 3 setae in female. Mesotibial brushes with 2 and 3 setae in male, 3 setae in female. Female cement gland not discernible ( Fig. 220 View FIGURES 219, 220 ). Male parameres very narrow along distal fourth, ending on a single long apical tooth, lacking subapical teeth ( Fig. 222 View FIGURES 221, 222 ).
Nymphal instars 1–3. All with a central longitudinal rachis along abdomen ( Figs 255–257 View FIGURES 255–260 ). First instar ( Fig. 255 View FIGURES 255–260 ): with 6 or 7 pairs of long submarginal setae along sides of cephalothorax and 1 pair at level of VO. VO oval, wider than long, with anterior margin straight; operculum oval occupying most of VO; lingula head bulbous and covered with microsetae; other characters not discernible. Second and third instars ( Figs 256, 257 View FIGURES 255–260 ): same as first except for absence of long submarginal setae, VO located on a promontory, and operculum subcordate.
Measurements (values of holotype in square brackets). Puparium length: 622 ± 50 [679]; maximum width (between level of T2/T3 suture and A1): 376 ± 40 [432]; length/maximum width: 1.7 ± 0.1 [1.6]; width at level of anterior margin of operculum: 154 ± 19 [175]; maximum width/width at anterior margin of operculum: 2.4 ± 0.2 [2.5]; deflexed submargin/body radius: 0.55 ± 0.05 [deflexed submargin not measurable]; Ce setae: absent; T2 setae: 13 ± 2 [missing]; T3 setae: 15 ± 2 [13]; dorsal A8 setae: 12 ± 2 [15]; caudal setae: 75 ± 8 [84]; anterior marginal setae: 9 ± 1 [not visible]; posterior marginal setae: 14 ± 1 [not visible]; ventral A8 setae: 16 ± 5 [15]; VO ring length: 47 ± 7 [49]; VO ring width: 39 ± 4 [41]; VO ring length/width: 1.2 ± 0.2 [1.2]; caudal seta/VO ring length: 1.6 ± 0.3 [1.7]; caudal seta/operculum length: 3 ± 0.3 [3.1]; VO length: 29 ± 3 [29]; VO width: 30 ± 3 [34]; VO length/width: 1 ± 0.1 [0.9]; operculum length: 26 ± 3 [27]; operculum/VO length: 0.9 ± 0.05 [0.9] (see Table 1 View TABLE 1 for ranges).
Adults. Male: body length (including parameres): 766; rostral length: 165; hind tibia length: 252; third antennal segment length: 97; paramere length: 92; aedeagus length: 82. Female: body length (including ovipositor): 815; rostral length: 179; hind tibia length: 291; third antennal segment length: 107; ovipositor length: 121.
Nymphal instars 1–3. First instar: length: 234 ± 2 [232–237]; tibiotarsal length: 12; submarginal setae: 21 ± 5 [17–24]; T2 setae: 22; metathoracic setae: 24; dorsal A8 setae: 4; caudal setae: 5. Second instar: length: 283 ± 3 [281–285]; T2 setae: 52; metathoracic setae: 54; dorsal A8 setae: 12; caudal setae: 21 ± 1 [20–22]. Third instar: length: 414 ± 24 [376–441]; anterior setae: 8; posterior setae: 12; T2 setae: 19; T3 setae: 29; dorsal A8 setae: 9 ± 2 [7–10]; caudal setae: 56 ± 7 [49–68].
Similar species. Tetralicia cecropiae , T. lantanae , and T. oblanceolata share an oblanceolate puparium and VO located on a pronounced promontory.
Diagnosis. Puparium can be distinguished from other oblanceolate species in California (characters for T. lantanae and T. oblanceolata in square brackets) by its TMS not reaching apparent margin ( Figs 97 View FIGURE 97 , 98 View FIGURES 98–103 ) [reaching apparent margin; Figs 134 View FIGURE 134 , 135 View FIGURE 135 , 168 View FIGURE 168 –170], lacking large tubercles on submedian abdomen ( Figs 97 View FIGURE 97 , 99 View FIGURES 98–103 ) [with large tubercles at least along anterior margin of abdominal segments; Figs 134 View FIGURE 134 , 135 View FIGURE 135 , 137 View FIGURES 136–141 , 169 View FIGURE 169 ], and mediolateral abdominal depressions conspicuous and lined with small granulations ( Figs 97 View FIGURE 97 , 99 View FIGURES 98–103 ) [depressions inconspicuous; Figs 134 View FIGURE 134 , 135 View FIGURE 135 , 137 View FIGURES 136–141 , 169 View FIGURE 169 ]. It can be recognized from T. cecropiae (characters for T. cecropiae in square brackets, based on pictures of syntypes at USNM kindly sent by G. Evans and I. Stocks) by TMS extending halfway onto submargin ( Figs 97 View FIGURE 97 , 98 View FIGURES 98–103 ) [ending at submargin without extending onto it], dorsal submargin with granulations turning into transverse rows of paired crenulations externally [dorsal submargin lacking granulations or crenulations], spinulae present along medial bases of legs but absent from legs' surfaces ( Figs 100, 101 View FIGURES 98–103 ) [spinulae entirely covering legs], absence of a sclerotized arch on A7 ( Figs 97 View FIGURE 97 , 103 View FIGURES 98–103 ) [with a sclerotized arch on posterior margin of A7], setae on T2, T3, and on dorsum of A8 shorter (seta length/VO length T2: 0.3–0.5; T3: 0.4–0.6, A8: 0.3–0.5) and caudal setae longer (caudal seta/VO length 2.3–3.1) compared to length of VO [longer and shorter respectively; seta length/VO length T2: 0.8, T3: 1.0, A8: 0.7, caudal: 1.4], and VO located on a less pronounced promontory [on a higher promontory]). Bondar (1923) described and illustrated the lateral wax ring on true margin as extending dorsally along submargin and beyond in T. cecropiae ; in our dry mounted specimens of T. guajavae it only extends partially along ventral most section of submargin ( Fig. 12 View FIGURES 9–12 ).
Among the known adults of Tetralicia from California, T. abnormis has two smoky spots near midlength and three on distal portion of forewings ( Quaintance 1900: 18), whereas in addition to those markings T. lantanae has also a basal spot, and T. nigrans has wings 'somewhat dusky at distal ends' ( Bemis 1904: 523). The color of live adults of T. guajavae is unknown, and that of T. hoelmeri was not described ( Polaszek & Gill 2011), and since the faint markings of species with marked forewings are usually not discernible in slide-mounted specimens (pers. obs.), it is not possible to know if the forewings in these two species are unmarked (like they would appear to be in slide-mounted specimens) or marked. Tetralicia abnormis and T. guajavae appear to be the smallest and T. hoelmeri the largest ( Table 2 View TABLE 2 ). The upper and lower sections of the compound eyes are connected by three ommatidia in T. guajavae and two to three ommatidia in T. lantanae ( Figs 247, 248 View FIGURES 247–254 ), but only by one in T. hoelmeri ( Figs 235, 236 View FIGURES 235–242 ). The adult male of T. guajavae can also be recognized from those of T. lantanae and T. hoelmeri by parameres ending on a single slightly curved long distal tooth, as long as about a fourth of parameres length, lacking subapical teeth ( Fig. 222 View FIGURES 221, 222 ). In T. hoelmeri the distal tooth is about as long as a sixth of parameres length and is more markedly curved medially ( Fig. 234 View FIGURES 233, 234 ), whereas in T. lantanae it is as long as a ninth of parameres length and it is preceded by three subapical teeth ( Fig. 246 View FIGURES 245, 246 ). Both T. guajavae and T. lantanae have metatibial and mesotibial brushes of 2 or 3 setae, but these are not defined in T. hoelmeri . The female of T. hoelmeri ( Fig. 232 View FIGURES 231, 232 ) differs further from those of T. guajavae ( Fig. 220 View FIGURES 219, 220 ) and T. lantanae ( Fig. 243 View FIGURES 243, 244 ) by its much longer ovipositor (see Table 2 View TABLE 2 ). Based on the absence of tibial brushes and the long ovipositor, the adults of T. hoelmeri resemble those of T. ericae ( Valencia & Evans 2024: 208, fig. 3). Bemis' (1904) description of the adults of T. nigrans was very brief, but their size is comparable to those of T. lantanae (see Table 2 View TABLE 2 ), from which they differ by the wing pattern as described above.
First instar nymphs of T. guajavae and T. lantanae differ from those of T. hoelmeri and T. hyptisemoryi by their shorter submarginal setae (see Table 3 View TABLE 3 ), and second and third instar nymphs, as well as third instar nymph of T. salsolae , by the absence of submarginal papillae and marginal button-like structures ( Figs 256, 257, 259, 260 View FIGURES 255–260 , 268 View FIGURES 268–271 ) that are present in T. hoelmeri and T. hyptisemoryi ( Figs 262–264 View FIGURES 261–264 , 267 View FIGURES 265–267 ). The third instar nymph of T. salsolae can be recognized from those of T. guajavae and T. lantanae by its longer T2 and T3 setae and shorter caudal setae, much larger size (see Table 3 View TABLE 3 ) and presence of four petal-shaped lateroapical projections on VO ( Fig. 270 View FIGURES 268–271 ), which are lacking in the latter two species ( Figs 257, 260 View FIGURES 255–260 ). All nymphal instars 1–3 of T. guajavae can be recognized from those of T. lantanae by their larger size (see Table 3 View TABLE 3 ).
Remarks. Based on the photograph included with the record from Mexico ( Carapia-Ruiz 2020b: 6, fig. 9) we believe that the record of T. cecropiae from Oaxaca corresponds to T. guajavae , and T. cecropiae is so far only known from Brazil.
Biology. A species recently introduced in the state, probably from Mexico, found in large numbers in Southern California between 2007 and 2010 probably due to its parasitoids not being originally introduced with it. The scarcity of recent findings might indicate that it is now under biological control.
Distribution. Found outdoors in Orange County and occasionally in Southern California nurseries; recorded from Mexico (as T. cecropiae ; Carapia-Ruiz 2020b).
CSCA |
USA, California, Sacramento, California State Collection of Arthropods |
CDFA |
USA, California, Sacramento, California State Collection of Arthropods |
CSCA |
California State Collection of Arthropods |
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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Genus |
Tetralicia guajavae von Ellenrieder & Gill
Ellenrieder, Natalia Von & Gill, Raymond J. 2024 |
Aleurotrachelus cecropiae
Carapia-Ruiz, V. E. 2020: 5 |