Pseudodoniella, KIRKALDY
publication ID |
https://doi.org/10.1111/zoj.12311 |
DOI |
https://doi.org/10.5281/zenodo.10543575 |
persistent identifier |
https://treatment.plazi.org/id/142A4050-DE1F-FFAA-91D6-E7B0FF13FCCC |
treatment provided by |
Marcus (2021-08-29 06:21:27, last updated 2024-01-21 05:24:25) |
scientific name |
Pseudodoniella |
status |
|
PSEUDODONIELLA KIRKALDY View in CoL
Figures 8 View Figure 8 , 11F, H View Figure 11 , 17M–P View Figure 17 , 21A, B View Figure 21
Pseudodoniella China & Carvalho, 1951: 465 View in CoL (gen. nov.; type species Pseudodoniella pacifica China & Carvalho, 1951 View in CoL by monotypy); Carvalho, 1952: 60 (cat.); Carvalho, 1955: 42 (key to gen.); Carvalho, 1957: 148 (cat.); Miller & China, 1957: 430 (key to gen.); Miller, 1958: 57 (disc., key to spp.); Odhiambo, 1962: 303, 305 (syn., key to spp.); Lavabre, 1977a: 51, 55 (key to gen., descry.); Lavabre, 1977b: 109 (key to spp., descr.); Carvalho, 1981: 36, 37 (key to gen., descr.); Schuh, 1995: 530 (cat.); Schuh, 2002 –2013 (cat.).
Parabryocoropsis China & Carvalho, 1951: 468 (gen. nov.; type species Parabryocoropsis typicus China & Carvalho, 1951 by monotypy, synonymized by Odhiambo, 1962: 303); Carvalho, 1952: 60 (cat.); Carvalho, 1955: 42 (key to gen.); Carvalho, 1957: 147 (cat.); Miller, 1958: 57 (disc); Steyskal, 1973: 206 (correction); Carvalho, 1981: 36 (key to gen., descr.); Schuh, 1995: 531 (cat.).
Diagnosis: Pseudodoniella belongs to the Odoniella - complex and is distinguished by the following characters: ASIII distinctly incrassate apically, ASIV clavate (as in Fig. 8E View Figure 8 in Namyatova et al., in press); frons with bifurcate outgrowth or paired tubercles (as in fig. 4C in Namyatova et al. in press); pronotum and scutellum with tumescences ( Fig. 11F, H View Figure 11 , as in Fig. 4C View Figure 4 in Namyatova et al. in press); scutellum distinctly swollen ( Fig. 11F, H View Figure 11 ) and uniformly colored, not subdivided into lower and upper parts (as in Fig. 12A View Figure 12 ), tibiae without distinct tumescences and with regular setation, not very dense.
Redescription: Male: Body length 7–10 mm. COLORA- TION ( Fig. 8 View Figure 8 ). Body varying from pale brown, to dark brown, sometimes mostly orange or reddish, can be brown with orange markings or orange with dark markings, or uniformly colored. TEXTURE. Two pairs of tubercles on vertex between eyes medially more or less distinct, sometimes indistinct, flattened areas on vertex indistinct; wrinkles on head absent; tumescences on ASII absent or present; pronotum and scutellum covered with punctures (as in fig. 4C in Namyatova et al. in press); collar with two pairs of shallow tubercles, sometimes indistinct; shallow tumescences on pronotum and scutellum present (as in fig. 4C in Namyatova et al. in press); row of punctures on clavus and on R + M and punctures on depression delimiting calli posteriorly absent; striations on lateral margins of scutellum indistinct or present only anteriorly; semicircular depression between scutellum and mesoscutum absent; hemelytron smooth, without tubercles. VESTITURE. Head, pronotum scutellum, thoracic pleura and abdomen clothed with pale or dark simple adpressed setae, sometimes those setae very rare; hemelytron mostly clothed with flattened dark setae, with cuneus clothed with simple setae; sometimes hemelytron clothed with pale short simple adpressed setae only; antenna with pale or dark simple setae, long or short; setae on legs adpressed or suberect pale or dark, of variable length, not very dense, spinules on femora present or absent apically; spinules on tibia irregularly distributed (as in fig. 18F in Namyatova et al. in press). STRUCTURE. Head. Distance between eye and pronotum shorter than eye diameter (as in Fig. 10F View Figure 10 ); occipital region not delimited with depression; longitudinal depression on vertex indistinct or very short; eyes stylate, directed outwards (as in Fig. 10F View Figure 10 ), c. 0.16–0.25× as long as head width; distance between antennal fossa c. 2–3× as long as antennal fossa diameter; frons distinctly swollen, with paired outgrowths (as in fig. 4C in Namyatova et al., in press), sometimes only shallow paired tubercles present, without longitudinal depression or ridges; anterior view of head c. 1.6–2.1× as wide as high; eye height c. 0.8–1.5× as distance from eye to apex of clypeus; antennal fossa oval, c. 0.5–0.7× as long as eye height, not raised (as in fig. 3B in Namyatova et al., in press), its inferior margin placed near inferior margin of eye; or base of clypeus placed slightly above or near inferior margin of eye, distinctly delimited basally; in lateral view head flat; gula shorter than buccula length, straight. Labium. Reaching posterior margin of metasternum; LSI twice as long as wide; LSII c. 3–4× as long as wide, subequal to or slightly longer than LSI; LSIII c. 4× as long as wide, subequal to LSII; LSIV c. 4–5× as long as wide, c. 1–1.5× as long as LSIII. Antenna. Reaching base of cuneus; ASI c. 1.5–2× as long as wide, subequal to quarter of head width, swollen basally (as in fig. 8E in Namyatova et al., in press); ASII c. 5–6× as long as ASII, c. 0.8– 1× as long as head and pronotum combined, slightly or distinctly incrassate apically; ASIII c. 0.6–0.8× as long as ASII; widened towards apex or swollen api- cally; ASIV c. 0.7–0.9× as long as ASIII, clavate (as in fig. 8E in Namyatova et al., in press). Thorax. Collar not delimited or delimited posteriorly, flat (as in fig. 4C in Namyatova et al., in press); calli separated, flat; depression delimiting calli posteriorly absent; humeral angles of pronotum distinctly dilated (as in fig. 4C in Namyatova et al., in press); posterior margin of pronotum distinctly concave, forming right angles ( Fig. 11F, H View Figure 11 ) scutellum distinctly swollen, often covering, rarely not covering base of pronotum, round or subtriangular ( Fig. 11F, H View Figure 11 ), not divided into parts (as in Fig. 12A View Figure 12 ), obtuse apically, without longitudinal depression, ridge or outgrowth; metepimeron c. 1–1.5× as long as wide, angulate (as in Fig. 13E View Figure 13 ); metasternum with medial projection to abdominal segment II (as in fig. 17A in Namyatova et al., in press). Hemelytron. Tapering posteriorly; costal margin straight; claval commissure c. 0.3× as long as scutellum, straight; R + M almost reaching posterior margin of corium; medial fracture strongly inclined towards midline (as in fig. 12E in Namyatova et al., in press); corium without swelling posteriorly; cuneus c. 1.5–2.3× as long as wide, c. 0.5–0.6× as long as pronotum, its medial margin slightly concave; membrane cell slightly or distinctly surpassing apex of cuneus, forming right angle (as in fig. 13B in Namyatova et al., in press), c. 0.7–1× as long as pronotum; auxiliary vein absent; distance from cell to apex of membrane c. 0.7–1.0× as long as cell. Legs. Forecoxae contiguous (as in fig. 17A in Namyatova et al., in press); femora almost not swollen apically, straight, hind tibia often slightly curved; foretibia shorter than head and pronotum combined; tibia without tumescences; segments of hind tibia subequal in length or segments I subequal to segment III and longer than segment II; apical half or third part of claw curved; basal tooth on claw elongate, straight or slightly concave (as in Fig. 13J View Figure 13 ). Genitalia ( Fig. 17M–P View Figure 17 ). Genital capsule as wide as long or slightly wider than long, without outgrowth, ventral wall not shortened anteriorly; left paramere r-shaped, twice as long as right paramere; phallobase sclerite of primary gonopore subtriangular, with anterior margin concave, without outgrowths; ductus seminis not sclerotized basally or apically; shorter than or as long as phallotheca, with coils forming wide tube, attached to phallobase medially; phallotheca narrow, occupying half of dorsal side, only slightly tapering apically; without ridge or outgrowths; endosoma with sclerotized areas.
Female: Body length 8–10.5 mm. Coloration, surface, vestiture and structure as in male, but females slightly larger than males ( Fig. 8 View Figure 8 ). Genitalia ( Fig. 21A, B View Figure 21 ). DLP with a single sclerotized ring anteriorly, c. 2–2.5× as long as wide; with two large areas of striations, mostly subequal in diameter,; lateral oviducts attached at middle of those striated areas, widely separated, placed near lateral margin and at a halfway of DLP or in posterior half; spermathecal gland placed on right-hand side; posterior wall with small tubercles, without outgrowths with paired sclerotization posteriorly; base of second valvula concave; ventral wall membranous.
Distribution: Known from China and New Guinea ( Fig. 22 View Figure 22 ).
Host plants: Pseudodoniella pacifica and P. typica are pests of cocoa ( Leston, 1970; Entwistle, 1977; Lavabre, 1977b; Carvalho, 1981; China & Carvalho, 1951). Pseudodoniella pacifica was also recorded from Ficus pungens ( Carvalho, 1981) (Moraceae) and P. typicus is the pest of Cinnamomum cassia (Lauraceae) (Zheng, 1992). Unidentified representatives of Pseudodoniella were also recorded from Ficus sp. ( Hill, 1983) .
Carvalho JCM. 1952. On the major classification of the Miridae (Hemiptera). (With keys to subfamilies and tribes and a catalogue of the world genera). Anais da Academia Brasileira de Ciencias 24: 31 - 110.
Carvalho JCM. 1955. Keys to the genera of Miridae of the world (Hemiptera). Boletim do Museu Paraense Emilio Goeldi, Zool 11: 1 - 151.
Carvalho JCM. 1957. A catalogue of the Miridae of the world. Part I. Arquivos do Museu Nacional 44: 1 - 158.
Carvalho JCM. 1981. The Bryocorinae of Papua New Guinea (Hemiptera, Miridae). Arquivos do Museu Nacional 56: 35 - 89.
China WE, Carvalho JCM. 1951. Four new species representing two new genera of Bryocorinae associated with cacao in New Britain (Hemipetera, Miridae). Bulletin of Entomological Research 42 (2): 465 - 471.
Entwistle PF. 1977. World distribution of Mirids. In: Lavabre EM, ed. Les mirides du cacaoyer. Paris: Institut Francais du Cafe et du Cacao, 35 - 46.
Hill DS. 1983. Agricultural insect pests of the Tropics and their control. Cambridge: Cambridge University Press.
Lavabre EM. 1977 a. Systematique des Miridae du cacaoyer. In: Lavabre EM, ed. Les mirides du cacaoyer. Paris: Institut Francais du Cafe et du Cacao, 47 - 70.
Lavabre EM. 1977 b. Mirides du sud-est Asiatique et de la region Pacifique. In: Lavabre EM, ed. Les mirides du cacaoyer. Paris: Institut Francais du Cafe et du Cacao, 107 - 121.
Leston D. 1970. Entomology of the cocoa farm. Annual Review of Entomology 15: 273 - 294.
Miller NCE, China WE. 1957. A new genus and species of Miridae from Areca catechu in South India (Hemiptera Heteroptera). Bulletin of Entomological Research 47: 429 - 431.
Miller NCE. 1958. Two new species of Pseudodoniella China and Carvalho (Hemiptera, Miridae). Bullein of Entomological Research 48: 57 - 58.
Odhiambo TR. 1962. Review of some genera of the subfamily Bryocorinae (Hemiptera: Miridae). Bulletin of the British Museum (Natural History). Entomology 2: 245 - 331.
Schuh RT 2002 - 2013. On-line systematic catalog of plant bugs (Insecta: Heteroptera: Miridae). Available at: http: // research. amnh. org / pbi / catalog.
Steyskal GC. 1973. The grammar of names in the Catalogue of the Miridae (Heteroptera) of the world by Carvalho, 1957 - 1960. Studia Entomologica 16: 203 - 208.
Figure 4. Optimization of characters on one of the shortest trees for the tribe Monaloniini with implied weights. Part 2, nodes 14–34. Number of nodes is given in circles.
Figure 8. Habitus photographs. Boxia khayae ♂ AMNH_PBI 5065, ♀ type 19448; Boxia madagascariensis ♀ AMNH_PBI 19532; Bryocoropsis laticollis var. infuscata ♂ AMNH_PBI 18947, ♀ AMNH_PBI 18946; Bryocoropsis soror ♂ AMNH_PBI 5115, ♀ AMNH_PBI 5117; Sahlbergella singularis ♂ AMNH_PBI 19118, ♀ AMNH_PBI 19057; Distantiella theobromae ♂ AMNH_PBI 5016, ♀ AMNH_PBI 5019; Odoniella rubra ♂ AMNH_PBI 18951, ♀ AMNH_PBI 18958; Odoniella similis ♂ AMNH_PBI 5036; Volkeliopsis arecae ♂ HT AMNH_PBI 19516; Volkeliopsis mindanao ♀ AMNH_PBI 5237; Platyngomiris coreoides ♀ HT of P. coreoides AMNH_PBI 19643; ♂ HT of Platyngomiriodes apiformis AMNH_PBI 19471, ♀ PT of P. apiformis no USI label (BMNH); Platyngomiris quadrimaculatus ♀ AMNH_PBI 20253; Platyngomiris typicus ♂ AMNH_PBI ♀; Yangambia macarangae ♂ AMNH_PBI 34057, ♀ AMNH_PBI 20192; Yangambia vesiculata ♂ AMNH_PBI 19079, ♀ AMNH_PBI 19086; Volkelius carvalhoi ♂ AMNH_PBI 19309, ♀ AMNH_PBI 20197; Volkelius sulcatus ♀ PLT AMNH_PBI 5047; Volkelius maculatus ♂ AMNH_PBI 19043, ♀ AMNH_PBI 19386.
Figure 10. Scanning electron micrographs. Head and pronotum, dorsal view. A, Mansoniella nitida ♀ AMNH_PBI 46067; B, Poppiusia leroyi ♀ AMNH_PBI 5838; C, Chamus bellus ♀ AMNH_PBI 5223; D, Lycidocoris mimeticus ♀ AMNH_PBI 5043; E, Physophoropterella bondroiti ♂ AMNH_PBI 19110; G, Odoniellia reuteri ♂ AMNH_PBI 19090; H, Volkelius carvalhoi ♀ PT AMNH_PBI 19630; I, Yangambia vesiculata ♀ AMNH_PBI 19084; J, Ragwelellus suspectus ♂ AMNH_PBI 19629. Head, dorsal view. F, Sahlbergella tai ♀ AMNH_PBI 5106. Head, anterior view. K, Parachamus bellus ♀ AMNH_ PBI 5837. Head, lateral view. L, Poppiusia leroyi ♀ AMNH_PBI 5838. Frons, dorsal view. M, Poppiusia leroyi ♀ AMNH_PBI 5838.
Figure 11. SEM images. Scutellum, dorsal view. A, Chamus tuberculatus ♂ AMNH_PBI 5025; B, Volkeliopsis mindanao ♀ PT AMNH_PBI 45979; C, Boxia khayae ♂ AMNH_PBI 5065; D, Bryocoropsis soror ♂ AMNH_PBI 5115; E, Odoniella reuteri ♂ AMNH_PBI 19090; F, Pseudodoniella typical ♂ AMNH_PBI 45978; G, Sahlbergella tai ♀ AMNH_PBI 5106; H, Pseudodoniella pacifica ♂ AMNH_PBI 46080; I, Yangambia vesiculata ♀ AMNH_PBI 19084; J, Sahlbergella singularus ♂ AMNH_PBI 19053; K, Physophoropterella bondroiti ♂ AMNH_PBI 19110. Small tubercules on pronotum. L, Chamus tuberculatus ♂ AMNH_PBI 5025.
Figure 12. Scanning electron micrographs. Scutellum, lateral view. A, Bryocoropsis soror ♂ AMNH_PBI 5115; B, Sahlbergella singularis ♂ AMNH_PBI 19053; C, Physophoroptera mirabilis ♀ AMNH_PBI 20202; D, Physophoropterella bondroiti ♂ AMNH_PBI 19112; E, Afropeltis lalandei ♂ AMNH_PBI 5272; F, Helopeltis pellucida sex unknown AMNH_PBI 19628.
Figure 13. Scanning electron micrographs. Metepimeron. A, Helopletis pellucida sex unknown AMNH_PBI 19628; B, Afropeltis hyalospilosus ♂ AMNH_PBI 5137; C, Poppiusia leroyi ♀ AMNH_PBI 5838; D, Pachypeltis reuteri ♂ AMNH_PBI 45980; E, Odoniella reuteri ♂ AMNH_PBI 19194. Setae on hemelytron. F, Boxia khayae ♂ AMNH_PBI 5065. Fore- and middle femora. G, Physophoropterella bondroiti ♂ AMNH_PBI 19110. Hind femur. H, Helopeltis pellucida sex unknown AMNH_PBI 19628. Hind tarsus. I, Physophoropterella bondroiti ♂ AMNH_PBI 19110. Claw, lateral view. J, Chamus sp. sex unknown, not databased; K, Pachypeltis brevirostris sp. nov. sex unknown, not databased; L, Helopeltis bradyi sex unknown, not databased.
Figure 17. Male genitalia, dorsal view. Physophoroptera mirabilis AMNH_PBI 5070. A, aedeagus; B, right paramere; C, left paramere; D, genital capsule. Physophoropterella bondroiti no USI. E, aedeagus; AMNH_PBI 5072. F, right paramere; G, left paramere; H, genital capsule. Poppiusia leroyi AMNH_PBI 19314. I, aedeagus; J, right paramere; K, left paramere; L, genital capsule. Pseudodoniella typica no USI. M, aedeagus; N, right paramere; O, left paramere; P, genital capsule. Ragwelellus suspectus no USI. Y, aedeagus; Z, right paramere; AA, left paramere; AB, genital capsule. Ragwelellus vittatus no USI. U, aedeagus; V, right paramere; W, left paramere; X, genital capsule. Volkeliopsis arecae AMNH_PBI 19427. I, phallobase; J, endosoma and theca; K, right paramere; L, left paramere; M, genital capsule. Villiersicoris sessensis AMNH_PBI 19458. Q, aedeagus; R, right paramere; S, left paramere; T, genital capsule. The smaller scale is for genital capsule, the larger scale is for aedeagi and parameres. Yangambia macarangae AMNH_PBI 5006. AG, aedeagus. no USI. AH, right paramere; AI, left paramere; AJ, genital capsule. The smaller scale is for genital capsule, the larger scale is for aedeagi and parameres.
Figure 21. Female genitalia, bursa copulatrix. Pseudodoniella pacifica AMNH_PBI 45974. A, dorsal labiate plate. AMNH_PBI 20192. B, posterior wall. Yangambia vesiculata AMNH_PBI 19084. C, dorsal labiate plate; D, posterior wall. Platyngomiris coreoides AMNH_PBI 19643. E, dorsal labiate plate; F, posterior wall. Ragwelellus indonesicus AMNH_PBI 46074. G, dorsal labiate plate; H, posterior wall. Poppiusia leroyi AMNH_PBI 5049. I, dorsal labiate plate; J, posterior wall. Ragwelellus suspectus no USI. K, dorsal labiate plate; L, posterior wall. Ragwelellus magnificus AMNH_PBI 19384. M, posterior wall. Ragwelellus vittatus no USI. N, dorsal labiate plate; O, posterior wall. Sahlbergella singularis AMNH_PBI 20212. P, dorsal labiate plate; Q, posterior wall. Sahlbergella tai PT AMNH_PBI 5106. R, dorsal labiate plate. Volkeliopsis mindanao AMNH_PBI 5237. S, dorsal labiate; T, posterior wall.
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.
Kingdom |
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Phylum |
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Class |
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Order |
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Family |
Pseudodoniella
Namyatova, Anna A. & Cassis, Gerasimos 2016 |
Pseudodoniella
Carvalho JCM 1981: 36 |
Lavabre EM 1977: 51 |
Lavabre EM 1977: 109 |
Odhiambo TR 1962: 303 |
Miller NCE 1958: 57 |
Carvalho JCM 1957: 148 |
Miller NCE & China WE 1957: 430 |
Carvalho JCM 1955: 42 |
Carvalho JCM 1952: 60 |
China WE & Carvalho JCM 1951: 465 |
Parabryocoropsis
Carvalho JCM 1981: 36 |
Steyskal GC 1973: 206 |
Odhiambo TR 1962: 303 |
Miller NCE 1958: 57 |
Carvalho JCM 1957: 147 |
Carvalho JCM 1955: 42 |
Carvalho JCM 1952: 60 |
China WE & Carvalho JCM 1951: 468 |