Research Article |
Corresponding author: Xiao-Ling Fan ( fanxiaol66@scau.edu.cn ) Academic editor: Axel Hausmann
© 2019 Si-Yao Huang, Min Wang, Wa Da, Xiao-Ling Fan.
This is an open access article distributed under the terms of the Creative Commons Attribution License (CC BY 4.0), which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.
Citation:
Huang S-Y, Wang M, Da W, Fan X-L (2019) New discoveries of the family Epicopeiidae from China, with description of a new species (Lepidoptera, Epicopeiidae). ZooKeys 822: 33-51. https://doi.org/10.3897/zookeys.822.32341
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Some new discoveries of the family Epicopeiidae Swinhoe, 1892 from China are reported. A new species, Mimaporia owadai Huang & Wang, sp. n. is described from W. Sichuan. Burmeia Minet, 2003 and Psychostrophia endoi Inoue, 1992 are reported as new to China, with the female genitalia of the former described for the first time. The females of Psychostrophia endoi Inoue, 1992 and Deuveia banghaasi Hering, 1932 are reported for the first time. Adults and genitalia of all species aforementioned are illustrated.
Geometroidea , Himalaya, Indochina, Oriental swallowtail moth, taxonomy
The family Epicopeiidae Swinhoe, 1892 is a small group belonging to Geometroidea hitherto comprised of ten genera and approximately 25 species restricted in the Asian Palaearctic and Oriental regions (
In mainland China, this family is poorly studied. Most of the genera included in Epicopeiidae in modern concept were placed and studied in Epipleminae (formerly Epiplemidae, now regarded as a subfamily of Uraniidae) in Chinese literatures, except for the genus Epicopeia Westwood, 1844. In
Specimens examined in this study were all collected in daytime by an insect net, and are deposited in the collection of South China Agricultural University (
Mimaporia Wei & Yen, 2017: 542, type species: Mimaporia hmong Wei & Yen, 2017.
The genus Mimaporia is characterized by the following characters: chaetosemata absent, forewing vein M2 situated closer to vein M3 than to the stem of vein R5 and M1 and aedeagus with a strongly sclerotized shaft.
Mimaporia sp.: Wei & Yen, 2017, 544, 547, fig. 11.
Holotype: male, altitude 2800 m, 3.VIII.2004, Moxi Town, Luding County, Ganzi Tibetan Autonomous Prefecture, PR China, leg. Min Wang (
Externally, male of Mimaporia owadai sp. n. is similar to that of the type species of the genus, M. hmong Wei & Yen, 2017, but it can be immediately distinguished from the latter externally by the bipectinate antenna, more yellowish patterns on upper side of both wings, hindwing upper side with a well-developed grayish basal zone and with submarginal band weakly developed, with only trails in cell M1 to cell CuA2. In male genitalia, Mimaporia owadai sp. n. can be distinguished easily from M. hmong by the tip of the valve obviously narrowing and ending with a sharper apex, praesacculus ending with a single-branched process, juxta with a median triangular process directing ventrally and with the sclerotized shaft in aedeagus narrowing in the middle part. The individual figured in
Male (Figs
Male genitalia (Figs
Female. Unknown.
This species is currently known to occur in Luding and Wenchuan counties (Wolong) in western and northwestern Sichuan province at present.
The specific name owadai is named in honor of Dr. Mamoru Owada (Tsukuba, Japan) who provided us with assistance and some literature.
This new species flew like a Neptis (Nymphalidae) butterfly in conifer-broadleaf forest (Fig.
Burmeia Minet, 2003: 470, type species: Burmeia leesi Minet, 2003.
The genus Burmeia is a monotypic genus characterized by the following characters: antennal flagellum of male without scale, hindwing termen obviously angulate between vein M2 and vein M3 and in male genitalia tegumen and vinculum synscleritous. The female genitalia of Burmeia are also diagnostic and they differ from the ground plan of that of Psychostrophia in following aspects (female genitalia of other species in the genus Psychostrophia have been figured by
Burmeia leesi Minet, 2003: 473, fig. 2, 8, 10, 18–23.
Psychostrophia
nymphidiaria
:
28 males, 1 female, altitude 2700 m, 18–21.VII.2017, 62K, Motuo County, Linzhi Division, Xizang Autonomous Region, leg. Si-yao Huang & Shu-qin Ji; 1 male, altitude 2500 m, 15.VII.2018, Yaojiaping, Lushui County, Nujiang Lisu Autonomous Prefecture, Yunnan Province, leg. Si-yao Huang; 1 male, altitude 3000 m, 16.VII.2016, Yulong Naxi Autonomous County, Lijiang City, Yunnan Province, leg. Si-yao Huang.
Burmeia leesi Minet is unique among the Epicopeiidae by the morphological characters mentioned above in the generic diagnosis. The female genitalia are recorded here for the first time and the description is given below. The male genitalia (Figs
Female genitalia (Figs
The female genitalia are illustrated here for the first time. This little known species has not been recorded elsewhere after Minet described it in 2003 from northeastern Myanmar.
The flying period of this species in China is from early July to late July. Adults are usually found flying slowly above bushes and trees at edge of evergreen broad-leaved forest (Fig.
China* (Yunnan, Xizang), Myanmar (Htawgaw)
Psychostrophia Butler, 1877: 401, type species: Psychostrophia melanargia Butler, 1877.
The genus Psychostrophia is characterized by the following characters: hindwing with cilia mostly black, except the part between vein M1 and M3 white; uncus long, thin and tubular for most of its length; aedeagus with a bunch of slender cornuti and coecum well developed and long.
Psychostrophia endoi Inoue, 1992: 149, figs 1, 2.
1 female, 30.VII.2003, Jiuwanshan Natural Reserve, Rongshui Miao Autonomous County, Liuzhou, Guangxi Zhuang Autonomous Region, leg. Min Wang; 1 female, 9.VI.2014, Deqin County, Diqing Tibetan Autonomous Prefecture, Yunnan Province, leg. Jia-qi Wang.
Psychostrophia endoi is closely related to P. picaria Leech, 1897 from central and western China in external features, but it can be distinguished from it by the following combination of characters: on forewing upper side the postmedian band forming two obviously connected teeth in cell M3 and CuA1, pointing to termen in both sexes; the submarginal spots absent in male and the submarginal band below the subapical spot weak and represented by separated minute white dots in female; on hindwing upper side the postmedian band is obsolete and represented by white dots in male and the postmedian band ill-developed and represents by separated white dots in female; in male the genitalia valva more protruding at apex; in female genitalia the lamella antevaginalis is trapezoid in ventral view.
Length of forewing 21–22 mm, female differs from male in larger size and having submarginal series on both wings better developed. Head black; antenna filiform, black; forewing ground color black, cilia black from apex to vein R5, white from R5 to median portion of cell M1 and becoming black again from median portion of cell M1 to tornus; postmedian band white, extending from middle of the cell M1 to dorsum, with its inner edge wavy and outer edge forming two prominent connected tooth in cell M3 and CuA1; subapical spot white and well-developed, oval shape; submarginal band consisted of four or five separated white dots situated from cell M1 to cell CuA2; hindwing ground color black, cilia black from apex to vein M1, white from M1 to median portion of cell M2 and becoming black again from median portion of cell M2 to tornus; median band white and broad, becoming wider towards costa; postmedian fascia consisted of separated white dots of different size running from apex to tornus.
Female genitalia (Figs
The female of P. endoi (Figs
The flying period of this species is from early June to late July. The male (Fig.
China*(Yunnan, Guizhou, Guangxi), Laos (Sam Neua).
Deuveia Minet, 2003: 467, type species: Amana banghaasi Hering, 1932.
The genus Deuveia is characterized by the following characters: forewing with three thick yellow stripes, juxta bilobate and spoon-like in each lobe and aedeagus with junction piece ventrally.
Amana banghaasi Hering, 1932: 28.
Deuveia
banghaasi
(Hering):
1 female, altitude 1500–1800 m, 5.VI.2018, Yueheping, Ningshan County, Ankang City, Shaanxi Province, leg. Li-ping Zhou; 1 male, 1400–1600 m, 6.VI.2018, Liuba County, Hanzhong City, Shaanxi Province, leg. Li-ping Zhou; 1 male, altitude 2700 m, 17.VI.2016, Li County, Aba Tibetan and Qiang Autonomous Prefecture, Sichuan Province, leg. Hao Huang; 5 males, 22–24.VI.2017, altitude 2600 m, Pingwu County, Mianyang City, Sichuan Province, leg. Shu-qin Ji; 3 males, altitude 2600 m, 21.VII.2015, Lazikou, Diebu County, Gannan Tibetan Autonomous Prefecture, Gansu Province, leg. Si-yao Huang.
Deuveia banghaasi is unique among epicopeiid moths for forewing having three broad yellow stripes and hindwing with yellowish ground color and unmistakable black patterns. The female (Fig.
Female. Length of forewing 19 mm, female differs from male in having forewing termen more rounded, postmedian band on forewing upper side broader and longer, and hindwing discoidal cell with less black scale. Forewing ground color black, cilia blackish brown; upper side with three yellowish broad stripes, the basal one extending from wing base across the base of discoidal cell and ending at tornus; the median one extending from middle of the costa and ending at tornus; the postmedian one extending from costa near apex and ending at vein CuA1. Hindwing ground color orange yellow, cilia yellow from apex to vein CuA1, and black from vein CuA1 to dorsum, patterns blackish. Median band extending from vein Sc+R1 to distal end of discoidal cell, ending in a long stripe connected to wing base; postmedian band consisted of separated square spots extending from vein Sc+R1 to dorsum, and ending in a long stripe connected to wing base. Marginal band consisted of separated rounded spots extending from apex to tornus.
Female genitalia (Figs
This species is usually found at edge of evergreen broad-leaved forest (Fig.
China (Sichuan, Gansu, Shaanxi).
We would like to express our sincere thanks to Mr. Hao Huang (Qingdao, Shandong, PR China), Mr. Li-ping Zhou (Baoji, Shaanxi, PR China), Mr. Jia-qi Wang (Shanghai, PR China), Dr. Gui-qiang Huang (Liupanshui Normal University, Guizhou, PR China), Mr. Di Lu (Xidian University, Shaanxi, PR China), and Mr. Shu-qin Ji (Shenzhen Institutes of Advanced Technology, Chinese Academy of Science, Shenzhen, Guangdong, PR China) for providing valuable material and habitat photographs, to Mr. Zhen-fu Huang (