Ptychoderes jordani Frieser, 1959

Mermudes, José Ricardo M. & Napp, Dilma Solange, 2006, Revision and cladistic analysis of the genus: Ptychoderes Schoenherr, 1823 (Coleoptera, Anthribidae, Anthribinae, Ptychoderini), Zootaxa 1182 (1), pp. 1-130 : 32-34

publication ID

https://doi.org/ 10.11646/zootaxa.1182.1.1

publication LSID

lsid:zoobank.org:pub:56758062-FF9C-448F-98AE-92C3EC71022C

persistent identifier

https://treatment.plazi.org/id/A02F87F5-FF83-F941-1730-FEABFE29FC4F

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Felipe

scientific name

Ptychoderes jordani Frieser, 1959
status

 

Ptychoderes jordani Frieser, 1959

Figs. 80, 94, 108, 122, 165–168, 189–192, 212–214, 244, 264

Ptychoderes jordani Frieser, 1959: 416 ; 1979: 109; Rheinheimer, 2004: 10 (cat.).

Male. Vestiture ( Figs. 212–214): pale dorsal vitta with dense, decumbent, appressed whitish scales intermingled with green (greenish­ochreous in pale forms, Fig. 214), decumbent scales denser on head, pronotum and elytra. Pygidium with predominance of green scales, brown scales scarce. Ventral body surface and legs with dense, appressed yellowish­white scales. Prosternum subglabrous; at sides, below lateral carina, with a dark vitta of blackish­brown scales narrowed posteriorly towards lateral carina, and narrowly divided by yellowish­white scales running along pleural suture. Sides of mesosternum with a narrow glabrous vitta. Mesepimera, episterna and sides of metasternum with dense, setigerous punctures deeper in mesepisterna, each provided with a brownish scale; these punctures shallow and sparse at sides of ventrites. Outer surface of meso­ and metafemora with a strip of blackish­brown scales.

Rostrum 1.1–1.5 times as long as wide across base. Distance between scrobe and eyes about half maximum width of eye. Sides looking tricarinate because of careniform upper margin of scrobe; carinae suboblique, upper one slightly thicker than lower carina. Scrobes careniform at dorsal and basal margins; extension wide, shallow with two deep, subequal pits, one proximal to scrobe, and one distal. Mentum finely, sparsely punctate, strongly impressed at sides and shallowly grooved at apical margin. Gula with shallow, sparse, moderately coarse punctures. Frons with prominent carinae.

Antennae ( Fig. 212) from short, reaching elytral basal third to moderately long, slightly exceeding the middle of elytra. Segment II one third shorter than III; IV longest, slightly longer than V; V to VIII subequal in length; IX slightly shorter than VIII, twice as long as X; this slightly longer than wide and half as long as XI (II = 0.4–1.0; III = 0.6–1.6; IV = 0.7–1.9; V = 0.6–1.8; VI = 0.5–1.8; VII = 0.6–1.8; VIII = 0.5–1.7; IX = 0.6–1.3; X = 0.4–0.7; XI = 0.6–1.4).

Prothorax ( Figs. 212–214, 244) slightly wider than long, sides almost rounded feebly converging anteriorly from antebasal carina, anterior margin conspicuously narrowed. Pronotal depression deep, divided by a prominent, more or less transverse tubercle reaching lateral margins of depression. Pronotum transversely rugose throughout, rugae more prominent and long at the anteromedian region and on tubercle. Antebasal carina interrupted at middle (subequal to twice width of carina), oblique towards lateral carina. Lateral carina strongly sinuous. Secondary carina more or less straight, widely interrupted at middle, almost reaching lateral carina. Laterobasal carina reaching posterior margin of prothorax. Prosternum raised, with coarse, deep, dense punctures; antecoxal furrow deep, slightly wide, slightly sinuous and entire. Mesosternum with moderately coarse, shallow, irregularly sparse punctures, and deep, irregularly transverse impression near the intercoxal process. Intercoxal process of mesosternum longitudinally impressed, swollen at lateral and apical margins, without lateroapical projections. Elytra about twice as long as wide across humeri, weakly depressed at basal two thirds, the apical third convex; basal gibbosities somewhat prominent; surface rugose from base to behind middle, more so at base and near suture. Sides subparallel, slightly attenuate apically from behind middle. Anteapical tubercles absent, interstriae 3–9 barely swollen. Radial cell of wing present or absent.

Abdomen. Ventrite I with very small, almost rounded setiferous sex patch, clothed with dense, erect, moderately long, yellowish pubescence; intercoxal process deeply grooved. Ventrite V not impressed, slightly emarginate at apex. Pygidium as wide as long, depressed, with an elongate groove to fit elytra; sides convergent, apical margin roundedtruncate.

Terminalia. Tergite VIII ( Fig. 80) slightly wider than long, convergent at sides, rounded at apex; sternite VIII ( Fig. 94) with sides convergent, the apical margin bilobate, apodeme triangular and sclerotized; apodeme of sternite XI ( Fig. 108) twice as long as arms. Tegmen ( Fig. 122) rounded at apex. Aedeagus ( Figs. 165–168) without arc between apodemes; tectum ( Fig. 166) curved at proximal margin, acuminated at apex; pedon ( Figs. 165, 167) with body weakly curved, narrowed apically; apodemes curved. Internal sac (fig. 165) slightly shorter than aedeagus, spiculated medially; antemedian sclerites narrow and weakly sclerotized ( Fig. 168).

Female ( Fig. 213). Rostrum slightly shorter, 1.1–1.2 times as long as wide across base; extension of scrobe deep. Antennae shorter, exceeding antebasal carina of prothorax; segments II–III subequal in length; IV slightly longer than V; V–VII subequal in length; VIII barely shorter than IX; this slightly longer than X and subequal to XI (II = 0.4–0.8; III = 0.5–0.8; IV = 0.5–1.0; V = 0.5–0.8; VI = 0.5–0.7; VII = 0.4–0.8; VIII = 0.3–0.7; IX = 0.6–1.0; X = 0.4–0.7; XI = 0.6–1.0). Elytra more convex. Pygidium slightly longer than wide. Ventrite V with apical margin truncate. Terminalia: tergite VIII ( Fig. 189) almost twice as long as wide, subparallel at sides, truncate at apex; sternite VIII ( Fig. 190) almost as long as apodeme, sinuous at apex; ovipositor ( Figs. 191–192) similar to that of P. longicollis , differing by the median ventral lobe acuminate at apex.

Measurements, in mm, male/female. TL = 11.8–18.7/11.7–20.8; RL = 1.6–2.5/ 1.6–2.7; RAW = 1.6–2.2/1.6–2.7; RBW = 1.4–1.6/1.5–2.2; HW = 2.0–2.8/1.8–3.1; DSO = 0.5–0.9/0.3–1.0; MLO = 1.1–1.7/1.1–1.6; PL = 3.2–4.8/3.2–5.3; PW = 3.3–5.0/3.3–5.7; E L = 7.7–12.0/7.3–13.7; EW = 3.7–5.5/3.4–6.5.

Variability

Either the light brown or the green scales may be denser at the sides of both pronotum and elytra, even in pale forms ( Figs. 212–214).

Type material Male holotype ( BMNH) examined, with following labels: 1) TYPE [rounded, white with red border]; 2) HOLOTYPE [red]; 3) Cay., 58.74 [white]; 4) Ptychoderes jordani m. sp. n. det. R. Frieser 1955 [white]; 5) male, Cayen. BAR [white]. Female paratype ( ZSMA) examined, labelled as follows: 1) Bolivia , Chaparé, Villa Tunari, 400 m, III.53 [white]; 2) Ptychoderes jordani sp. n., Paratype, female, det. R. Frieser, 1959 [white]; 3) Zool. Staatsseg München [blue]. Type locality: Cayenne , French Guiana .

In addition to the holotype ( Fig. 212) and paratype ( Fig. 213), three specimens identified by Karl Jordan in 1950 (ISNB) were examined, one of them labelled as a paratype of P. subviridis (name in litt.). Two of these specimens actually belong to P. jordani and one to P. jekeli Mermudes and Napp, 2004 . According to Frieser (1959), P. jordani was based on the material previously identified by Karl Jordan as P. viridanus Boheman, 1833 . However, the holotype and the paratype of P. jordani do not have Jordan’s identification labels, and because of the similarity of the names “ subviridis ” ( Jordan, in litt.) and P. viridanus , it is possible that the type material of P. jordani was actually studied by Jordan.

Remarks

The following synapomorphies support P. jordani as sister group of the group P. obsoletus +: pygidium elongate and impressed (32 1); aedeagus without arc between apodemes (41 0); internal sac with antemedian sclerites (45 1); tergite VIII of females longer than wide, with dense, long hairs at sides (46 1); and ventral median lobe of ovipositor acuminate at apex (49 1).

By the green dorsal vestiture, P. jordani looks like P. viridanus and P. jekeli ( Figs. 223, 210). The pronotal depression and the transverse tubercle are similar in P. jordani and P. viridanus , but the pronotum is evidently rugose throughout, with elongate rugae in the former, while in P. viridanus the pronotum is not rugose (if present, then rugae restricted inside the depression). P. jekeli is similar to P. jordani regarding the rugose pronotum, differing by the slightly deep pronotal depression with an almost rounded tubercle that does not reach the lateral margins of depression.

Distribution ( Fig. 264)

COSTA RICA, PANAMA, COLOMBIA, FRENCH GUIANA, PERU, BRAZIL (Amapá, Amazônia, Pará, Mato Grosso) and BOLIVIA.

Material examined

COSTA RICA. Guanacaste: P. N. Guanacaste (Est. Maritza, 600m, O side of Orosi Vol [cano]), 1 F, II – III .1992, Segura leg. ( INBC); (A. C. Guanacaste, Los Almendros, 300 m), 1 F, VIII .1993, 1 F, IV.1994, Lopez leg. ( INBC, MZSP). Puntarenas: P. N. Manuel Antonio (Quepos, 800 m) 1 M, IV .1991, Varela leg. ( INBC), Peninsula Osa (Rancho Quemado, 200 m), 1 M, VIII .1991, Quesada leg. ( INBC, MZSP). PANAMA. PNM Prov. Cerro Jefe (3000’), 1 M, VII .1997, Wappes & Morris leg. ( ACMB). COLOMBIA. Putumayo: Nariño (Villa Amazonica), 1 M, X– XI .1995, Mracek leg. ( CPMT). FRENCH GUIANA. Cayenne, 1 M ( ISNB), Roches de Kourou , 1 M, 1 F ( ISNB) . PERU. Pucallpa : Ucayali, 1 M, I.1961, Dirings leg. ( MZSP) . BRAZIL. Amapá: Fazendinha ( IEPA), Parq. Zoob., 2 M, XII .2000, 4 M, 2 F, I.2001, 4 M, 1 F, II .2001, Magno leg. ( MNRJ); Serra do Navio , 1 F, X.1996, 2 F, X.1997, Magno leg. ( MNRJ); Porto Santana, 1 M, II .1961, Carvalho leg. ( MNRJ). Amazonas: Benjamin Constant ( Rio Javari , Alto Amazonas), 1 F, II .1961, 1 F, IX .1961 , 1 F, X.1961, 1 M, XII.1961, 1 F, XII.1962, 1 F, IX.1963, 1 M, 1 F, XII.63, Dirings leg. ( MZSP), 1 F, IX.1955, Lima leg.; 1 M, IX. 60, Pereira leg. ( MNRJ); Itacoatiara , 1 M, I.1958, Dirings leg. ( MZSP); Manaus, 1 M, IX . 57, 2 F, X.1957, 4 M, 4 F, XI .1957, Elias & Roppa leg. ( MNRJ); 1 F, II.1958, 1 F, VII .1959 , Elias leg. ( DZUP), (Estr. Am. 1, Km 64, n° 3012), 2 M, VIII.1970 ( INPA); Tefé, 1 M, XII .1961 , Oliveira leg. ( MNRJ). Pará: 1 F, IX.1964, Dente leg. ( MZSP). Mato Grosso: Sinop (12° 31´S, 55°37’W, BR 163 , Km 500 to 600, 350 m), 3 M, 1 F, IX GoogleMaps .1974, 1 M, 1 F, X.1974, 2 M, X.1975, 1 M, IX .1976, Alvarenga & Roppa leg. ( MNRJ); (Fazenda Teles), 6 M, 1 F, X.1974, Silva leg. ( MNRJ); Vera (12° 46’S, 55°36’W), 3 M, X.1973, Alvarenga & Roppa leg. ( MNRJ) GoogleMaps .

R

Departamento de Geologia, Universidad de Chile

INBC

Instituto Nacional de Biodiversidad (INBio)

MZSP

Sao Paulo, Museu de Zoologia da Universidade de Sao Paulo

PNM

Philippine National Museum

IEPA

Istituto di Entomologia Agraria dell'Universita

MNRJ

Museu Nacional/Universidade Federal de Rio de Janeiro

DZUP

Universidade Federal do Parana, Colecao de Entomologia Pe. Jesus Santiago Moure

INPA

Instituto Nacional de Pesquisas da Amazonia

Kingdom

Animalia

Phylum

Arthropoda

Class

Insecta

Order

Coleoptera

Family

Anthribidae

Genus

Ptychoderes

Loc

Ptychoderes jordani Frieser, 1959

Mermudes, José Ricardo M. & Napp, Dilma Solange 2006
2006
Loc

Ptychoderes jordani

Rheinheimer, J. 2004: 10
Frieser, R. 1979: 109
Frieser, R. 1959: 416
1959
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