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View the PDF File of the Tachinid Times, Issue 7 The Tachinid Times ISSUE 7 February 1994 Jim O'Hara, editor Agriculture Canada, Biological Resources Division Centre for Land & Biological Resources Research C.E.F., Ottawa, Ontario, Canada, K1A 0C6 I would like to thank all of you who have con- can plan accordingly in the Diptera Unit. A limited tributed to this issue of The Tachinid Times. The number of microscopes will be available. next issue is planned for a year from now, in keeping with the distribution schedule established some years Annotated Catalog of Family-Group Names in ago. The mailing list continues to grow, though I Diptera (by C.W. Sabrosky) have noticed there has not been a corresponding My big Annotated Catalog of Family-Group increase in the number of contributions. I would like Names in Diptera is nearing completion at last. As a to encourage all of you who are actively pursuing special note for tachinidologists, I counted 429 research on the Tachinidae to consider dropping a generic names of Tachinidae in the Catalog. True, not note to me sometime this year about your work for all have had group names based on them because the inclusion in the next Tachinid Times, so that this Catalog includes senior synonyms that have not been newsletter can continue to inform its readership about the basis of group names in order to show the modern current tachinid research. classification of the names of type genera. Also there are a few cases where citation of a preoccupied name Third International Congress of Dipterology (by is needed because the fixation of its type species J.E. O'Hara) applies automatically to the replacement name that has been the basis of a group name. I have not done the This Congress will be held at the University of laborious search to get a final figure, but there must Guelph, 15-19 August 1994. Plans for the Congress be easily 350 or more names that a specialist would are progressing well and good attendance is expected. need to check if he or she dared to propose even a Anyone wishing to receive information about the new subtribe! Second place goes to Sarcophagidae Congress should contact the Congress Chair, Steve with 121, and third place to Cecidomyiidae with 94. Marshall (address in accompanying mailing list). Incidentally, it would be simpler to write Some Diptera systematists have expressed interest "tachinists", in the same way as we write dipterists in visiting the Canadian National Collection in Ottawa instead of dipterologists! either before or after the Congress. The Diptera in the CNC total approximately 2 million pinned Release of Triarthria setipennis in Ottawa and notes specimens. The holdings of Tachinidae fill about 800 about the New World distribution of the genus (by J.E. O'Hara) drawers and include the primary types of more than The tachinid Triarthria setipennis (Fallén) is a 1000 nominal species. Many tachinid types of Mesnil, native parasitoid of the European earwig, Forficula Villeneuve, Reinhard and Thompson are housed in the CNC. Persons planning to visit the CNC to work on auricularia L., in Europe. It has been successfully the Tachinidae (or allied families) while in Canada for introduced into Canada in southwestern British the Diptera Congress should let me know so that we Columbia and Newfoundland. Four attempts were The Tachinid Times made in the past to establish the parasitoid in the tape, and parasitized individually with first instar Ottawa area, without apparent success. A total of 53 maggots of T. setipennis. Maggots were applied T. setipennis adults were released in the Ottawa area singly to approximately 115 earwigs, and the earwigs in 1986 (Sarazin 1988a: 7), 37 adults were released in and 20 flies were later released at one site in Ottawa. 1987 (Sarazin 1988b: 9), 59 adults were released in Though this ad hoc release program was useful as a 1988 (Sarazin 1989: 7), and 12 adults were released in pilot study, the release of such a low number of 1991 (Sarazin 1992: 6). Each of those releases potentially-infected earwigs makes success of this involved unmated adults of T. setipennis, as attempts introduction of T. setipennis extremely remote. to elicit mating among caged individuals in the Triarthria setipennis has been successfully laboratory were unsuccessful (B. Cooper and B. Gill, introduced into Oregon, Washington, southern British pers. comm.). Columbia, California, Idaho, Utah, Massachusetts and In the spring of 1992, a study on T. setipennis Newfoundland. It has also been released in Connect- funded by Agriculture Canada and conducted by U. icut and Rhode Island, with unknown results. I have Kuhlmann at the European Station of the International also seen specimens of T. setipennis collected from Institute for Biological Control (IIBC) was completed. the Queen Charlotte Islands and New Hampshire. Approximately 1100 puparia of T. setipennis being I discovered recently that there is a native reared at the Station were no longer needed, and were Triarthria species, or complex of species, in the New offered to us for possible release in the Ottawa area. World. It is known from very few specimens, with A group comprising myself, A. Schmidt (BRD), B. records from Sinaloa (Mexico), Guatemala, Honduras, Gill (Food Production and Inspection Branch) and D. Costa Rica and Nova Teutonia. The species was Parker (FP&I) was formed to handle an ad hoc release named by Townsend and placed by him in a mono- of these T. setipennis in Ottawa. typic genus, but it is undoubtedly a Triarthria species. The T. setipennis puparia, and some recently I will not mention its name here to avoid validating emerged adults, arrived in mid June and were placed the new generic synonymy in this newsletter. I plan in cages (40 cm3) for adult emergence and to write a short paper about this native Triarthria later maintenance. Most of the puparia were dead on this year. I thank Norm Woodley of the USDA for arrival or died later, but several hundred adults loaning me the type series and some additional emerged over a period of a week. Attempts were specimens of this Triarthria species. made to elicit mating indoors by placing cages in References cited: different lighting conditions (including near windows) Kuhlmann, U. 1992. Final report. European earwig and under varied humidity regimes, and by confining (Forficula auricularia). IIBC-CABI European Station. pairs of males and females in small vials. No mating 33 pp.+ 3 plates. was observed under these conditions. However, Sarazin, M.J., compiler. 1988a. Insect liberations in Canada. Parasites and predators 1986. Agriculture matings took place readily when cages were placed Canada, Research Branch, BRC. 35 pp. outdoors. Cages were placed outside on a near daily Sarazin, M.J., compiler. 1988b. Insect liberations in basis from June 16 to June 24 and matings were ob- Canada. Parasites and predators 1987. Agriculture served between 10:00 a.m. and 4:00 p.m., in light rain Canada, Research Branch, BRC. 30 pp. to bright sunshine, and between about 19-25oC. Sarazin, M.J., compiler. 1989. Insect liberations in Kuhlmann (1992) reported difficulty in eliciting Canada. Parasites and predators 1988. Agriculture mating among adult T. setipennis until he placed them Canada, Research Branch, BRC. 37 pp. in a large outdoor screen tent measuring 180x180x220 Sarazin, M.J., compiler. 1992. Insect liberations in cm. Our observations suggest that a mating cage need Canada. Parasites and predators 1988. Agriculture not be large but must be placed outdoors. We Canada, Research Branch, CLBRR, BRD. 40 pp. observed that virgin females would mate at the age of New Guinea tachinids (by R.W. Crosskey) three days post-eclosion and probably older, in When the late Joe Szent-Ivany was Principal agreement with Kuhlmann (1992). The females of Entomologist at the Department of Agriculture at Port some tachinid species are thought to be receptive to Moresby, Papua New Guinea, back in the 1960s, he mating for only hours, rather than days, after eclosion. took a great interest in the tachinids being reared there We collected larval and adult earwigs and from various pest hosts. At the time, I was the artificially parasitized them using a technique of dipterist for the Commonwealth (now International) Kuhlmann (1992), in which earwigs were anaes- Institute of Entomology in London, so many thetized with CO2, placed ventral side up on adhesive Page 2 Issue 7, February 1994 The Tachinid Times specimens of New Guinea tachinids came to me for Mounting tachinids from ethanol (by J.E. O'Hara) identification. Often it was impossible to do much, if Anyone who has ever air-dried tachinids directly anything, to name material because of the unworked from 70-75% ethanol knows that the results are quite state of the New Guinea fauna. To try and remedy unsatisfactory, because a great deal of shrivelling takes this, Joe and I hatched the idea that I should go to place. Tachinid specimens prepared in this manner New Guinea with the object of collecting tachinid are often submitted to our Identification Service, material - and, hopefully, working it up into a pub- making the task of identifying them quite difficult. lished regional fauna. In the event I visited New There is a very simple procedure for mounting Guinea (including New Britain and Bougainville) for tachinids from 70% ethanol that gives such good eleven weeks in 1965 and collected some 3500 results that I use it all the time for preparing specimens from Malaise trap samples. I have found tachinids. that the less time specimens spend in ethanol the better The collecting was the (relatively) easy part, the tough part was working out what had been collected in they come out of it.
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