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Diptera: Tephritidae) in Bamboo Stands in Taipei

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Diptera: Tephritidae) in Bamboo Stands in Taipei 研究報告 台灣昆蟲 21 : 47- 64 ( 2001) Formosan Entomol. 21: 47-64 (200 1 ) Species Diversity and Seasonal Fluctuation of Fruit Flies (Diptera: Tephritidae) in Bamboo Stands in Taipei Horng-Yih Chang* Plant Protection Department, Bureau of Animal and Plant Health Inspection and Quarantine, Council of Agriculture, 9 Fl., 51 Chung Ching S. Rd., Sec. 2, Taipei 100, Taiwan, R.O.C. Tung-Ching Hsu and Wen- Jer Wu Department of Entomology, National Taiwan University, Taipei 106, Taiwan, R.O.C. ABSTRACT Fruit flies were regularly trapped by using four different-colored sticky traps in four bamboo cultivation areas in the vicinity of Taipei from January 1996 to May 1999. In total, 136,160 fruit flies of 62 species were captured. Among them, five species belonged to the Ceratitidinae, eight to the Phytalmiinae, 33 to the Trypetinae, 11 to the Dacinae, and five to the Tephritinae. Carpophthoracidia matsumotoi Shiraki was new to Taiwan. Seasonal population fluctuations of 27 fruit fly species were observed. Their composition among the bamboo stands varied from six predominant species and represented 89.97% to 96.87% of the individuals captured. Five preponderant species, i.e. Acrotaeniostola sexvittata Hendel, Acroceratitis plumosa Hendel, Gastrozona fasciventris (Macquart), Euphranta chrysopila Hendel, and Ptilona persimilis Hendel, were always associated with bamboo. Fly populations varied greatly among and within the study areas; however, their peak population densities coincided with the bamboo shoot production season, and the availability of bamboo shoots could be considered the most important environmental factor affecting population fluctuations of bamboo shoot fruit flies. The survey showed that yellow was the most attractive color to most of the fruit flies, followed in order by green, blue, and white. However, blue and white sticky traps captured most of the Euphranta species. Results of this study support colored traps can be used as a tool for monitoring non-frugivorus fruit flies, and their effectiveness can be enhanced if they are used in combinations of yellow or green traps with white or blue traps. Key words: Tephritidae, bamboo, species diversity, seasonal fluctuation, colored trap. Introduction fruit associated, and an estimate of 600 species in which larvae probably mine the The family Tephritidae includes 4,257 leaves, stems, or roots of their host plants species in 471 genera (Thompson, 1998). (White and Elson-Harris, 1992). Many fruit Approximately 1,500 species are probably flies in the subfamily Ceratitidinae are *Correspondence address e-mail:[email protected] Species Diversity and Seasonal Fluctuation of Bamboo Furit Flies 47 important pests of fruit crops, particularly many Asian communities, particularly with in Africa. However, in most of the Asian the use of bamboo shoots as a vegetable. In Gastrozonini, a tribe of the Ceratitidinae, Taiwan, 40 species, three varieties, and the host plants are grass, particularly three cultivars of bamboo have so far been bamboo (Hardy, 1988; Permkam, 1995; recorded, in which the following species are Hancock, 1999). Hancock and Drew (1999) widely cultivated throughout the island: reviewed the bamboo-shoot breeding Bambusa dolichoclada Hayata, Bambusa Gastrozonini of Asia and reported that 86 olahami Munro, Bambusa stenostachya species were recognized in 17 genera as Hackel, Dendrocalamus latiflorus Munro, follows: Acroceratitis, Acrotaeniostola, Phyllostachys makinoi Hayata, and Carpophthorella, Chaetellipsis, Chelyophora, Phyllostachys pubescens Mazel (Lin, 1978). Cyrtostola, Dietheria, Enicoptera, Galbi- All of these bamboo species were recorded fascia, Gastrozona, Paragastrozona, Par- as hosts of Acroceratitis plumosa and axarnuta, Phaeospila, Phaeospilodes, Spi- Gastrozona fasciventris (Shiraki, 1933). The locosmia, Taeniostola, and Xanthorrachis. importance of tephritid flies as pests of Several genera of Acanthonevrini are also bamboo has been highlighted, and losses associated with bamboo, namely, Acanth- from these and other pests in Thailand are onevra, Felderimyia, Pseudacrotoxa, Ptilona, often severe, with damage reaching 100% Rioxa, Themara, and Tritaeniopteron (Hancock and Drew, 1999). However, (Hardy, 1988; Hancock and Drew, 1994; because the larvae of Acroceratitis plumosa Permkam, 1995). and Gastrozona fasciventris only feed on cut Totally 159 species of fruit flies bamboo or bamboo shoots as a decomposer, belonging to five subfamilies have thus far they are not economically important and been recorded in Taiwan (Shiraki, 1933, have not received much attention. 1968; Munro, 1935; Chen, 1948; Hardy, Beginning in 1996, we initiated a 1977; Tseng and Chu, 1983; Tseng et al., long-term field survey of seasonal 1992a, b, c; Norrbom, 1994; Han, 1996; fluctuations of fruit fly species in bamboo Wang, 1996; Hancock and Drew, 1999; stands and adjacent areas in Taipei, Taiwan. Sueyoshi, 1999). Among them, 15 species We herein report the results of (1) the belong to the Ceratitidinae, ten to the species composition of fruit flies in bamboo Phytalmiinae, and 50 to the Trypetinae. In stands, (2) the seasonal abundance of fruit Taiwan, Acroceratitis plumosa Hendel and flies, and (3) the response of both male and Gastrozona fasciventris (Macquart) (as female fruit flies to colored sticky traps. Gastrozona macquarti Hendel) were the Since little is known about the ecology of earliest species recorded as bamboo pests bamboo shoot fruit flies, we review and (Issiki et al., 1928). Thereafter, compare our results with species of Acanthonevra formosana Enderlein, frugivorous fruit flies, such as Anastrepha Euphranta chrysopila Hendel, Taeniostola and Bactrocera. connecta Hendel, Ptilona confinis (Walker) (as Ptilona nigriventris Bezzi), and Ptilona Materials and Methods persimilis Hendel were recorded as being associated with bamboo (Shiraki, 1933). This study was conducted from Yen et al. (1979) reported nine fruit fly January 1996 to May 1999 in and around species under seven genera that were four bamboo cultivation areas near Taipei associated with bamboo, in which City at elevations of 85 to 320 m. Three Acanthonevra speciosa (Hendel) and bamboo stands were selected from each of Acrotaeniostola sexvittata Hendel were the three areas; Tachichiao, Changsansyh, recorded as bamboo feeders. and Sancherng, as well as two from Bamboo is an important resource in Nankang. In these stands, planted bamboo 48 台灣昆蟲第二十一卷第一期 consisted of green bamboo, Bambusa diversity in each study area by computing oldhami; edible green bamboo, Bambusa the Simpson-Yule indices (Southwood, edulis (Odashima); Makino’s bamboo, 1978). Trap captures were expressed as flies Phyllostachys makinoi; and some patches of per trap every 2 weeks. Data were subjected long-shoot bamboo, Bambusa dolichoclada. to analysis of variance (ANOVA); mean The bamboo shoot harvest seasons in Taipei differences of different color traps were are as follows: green bamboo and edible tested by the least significant difference green bamboo from May to October, with (LSD) test. The preferences of males and two production peaks one from mid-June to females for a specific color trap were tested mid-July and the other one in late August; by paired t-test. All statistical analyses and Makino’s bamboo from April to May. were conducted using SAS (SAS Institute, Vegetation adjacent to those selected 1990) with P ＜ 0.05 as the significant bamboo stands varied. In general, bamboo criterion. stands were surrounded by patches of native vegetation. Several fruit fly host Results plants, such as guava, Psidium guajava L., papaya, Carica papaya L., tankan, Citrus Species diversity tankan Hayata, wen-tan pomelo, Citrus From January 1996 to May 1999, a grandis (L.), grapefruit, Citrus paradisi total of 136,160 flies was captured and Macfady, sponge gourd, Luffa aeptiaca classified according to the classification Mill., bitter gourd, Luffa charantia L., system of Thompson (1998), Korneyev angled luffa, Luffa acutangula (L.), and (1999), and Hancock and Drew (1999). The bottle gourd, Luffa siceraria (Mol.) were captured flies were composed of 107,635 found along roadsides or in small patches in (79.1%) Ceratitidinae; 14,440 (10.6%) close proximity to the study stands. Dacinae, 7,599 (5.6%) Phytalmiinae, 6,426 Yellow, blue, green, and white sticky (4.7%) Trypetinae, and 60 (＜ 0.01%) traps (adhesive paper, 21.5 ×21.5 cm) from Tephritinae. The percentages of the the Kao-kung Co., Taiwan, were used in preponderant species in decending order different phases of this survey. Yellow traps were 46.7% Acrotaeniostola sexvittata, 18.9% were used from January 1996, blue traps Acroceratitis plumosa, 13.3% Gastrozona from May 1996, green traps from June 1996, fasciventris, 8.4% Bactrocera tau, 4.8% and white traps from August 1996. All of Ptilona persimilis, and 3.5% Euphranta the traps were rolled up, suspended chrysopila. vertically, and fixed by staplers on bamboo Totally of 62 species of fruit flies from stems, or tree branches or trunks about 31 genera were recorded. Among them, five 100-200 cm above the ground. About 20 species belonged to the Ceratitidinae, 11 to traps of each color were used for each the Dacinae, eight to the Phytalmiinae, 33 survey, depending on the size of the bamboo to the Trypetinae, and five to the stand. Traps were distributed in bamboo Tephritinae (Table 1). The trypetines were stands and their bordering areas in patches. in two tribes: Adramini (eight species), and The distance between any two patches was Trypetini (25 species).
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