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View the PDF File of the Tachinid Times, Issue 8 The Tachinid Times ISSUE 8 February 1995 Jim O'Hara, editor Agriculture & Agri-Food Canada, Biological Resources Division Centre for Land & Biological Resources Research C.E.F., Ottawa, Ontario, Canada, K1A 0C6 This issue marks the eighth year of The Tachinid Basic methodology: A team of (currently 9) Costa Rican Times. It is the largest issue so far, with the largest paraecologists range throughout all habitats night and mailing list as well (90). I hope you find this issue of day searching opportunistically and directedly for Lepid- interest. To keep this newsletter going, remember to optera larvae. These habitats are "wild", though they contribute some news from time to time. As usual, the represent the earliest stages of succession to virtually next issue will be distributed next February. undisturbed forest. When a caterpillar is found it is placed in a plastic bag with its presumed food (normally The Caterpillars and their Parasitoids of a Tropical this is the plant on which it was found). If it feeds, it is Dry Forest (by D.H. Janzen) then given a unique voucher number (e.g., 94-SRNP- Project name: The caterpillars and their parasitoids of 7857; this would be the 7857th caterpillar recorded in a tropical dry forest, Guanacaste Conservation Area, 1994; SRNP stands for Santa Rosa National Park, which northwestern Costa Rica. is today the Santa Rosa Sector of the GCA). That vou- Project goal: To determine the host-plant specificity of cher number is written on the plastic bag. The collection the entire set of macro caterpillars (and miners where information is recorded in field notebooks by the feasible) for the tropical dry forest in the Guanacaste collectors, and this information is later computer- Conservation Area in northwestern Costa Rica (0-300 m captured into a Filemaker Pro 2.0 flatfile database (de- elevation, six month dry season, total annual rainfall tails available on request). The larva is reared until it 800-2400 mm). Simultaneously, to map the host-speci- generates an adult, dies, generates a parasitoid, etc. ficity of the parasitoids of these caterpillars onto their Familiar species of Lepidoptera are identified in the hosts. The focus is on parasitoids that oviposit in or on field, and more confusable species are sent off to spec- caterpillars; those that oviposit into eggs and pupae are ialists. As the project develops, more and more species taken opportunistically. Tachinidae are major parasitoids become identifiable in the field. Approximately 700 in this system, along with Ichneumonidae, Braconidae, species of Lepidopterea are currently at the latter stage. Eulophidae and a variety of hymenopterous hyper- All parasitoids and their remains (cocoons, puparia, parasitoids. The project began in 1978 and will continue etc.) are preserved along with the adults. They receive into the indefinite future. the same voucher number as the caterpillar from which Project support: Most of the funding has come from the they came (eventually, individual bar codes will be as- US National Science Foundation (Biotic Surveys and signed to each individual item – adult moth, pupal case, Inventories), with important additions from INBio fly, puparium, head capsule, etc.). Adult parasitoids are (Instituto Nacional de Biodiversidad, Costa Rica); Merck sent at intervals to specialists in that group, and over the & Co.; the ICBG grant through NIH; Centre for Land & years worked closer and closer to formal identifications Biological Resources Research; AAC; and Systematic (as is usual in entomology). Monty Wood (non-Belvosia Entomology Laboratory of the USDA). Current NSF spp.) and Norm Woodley (Belvosia spp.) have been support is for three years beginning August 1994. religiously and heroically doing the tachinid identi- The Tachinid Times fications, first to morphospecies, and then group by parasitization. group and species by species, getting them to have real 5. Belvosia is extremely host-specific, and several Latin names. Manuel Zumbado (see below) is rapidly species of Belvosia unambiguously seek the species of becoming a member of this identification team. The caterpillar rather than its host plant. Some other species non-Belvosia tachinids are currently deposited in the of Belvosia are local habitat-specific. Canadian National Collection in Ottawa but are on 6. Some tachinids are dumbfoundingly generalist, and long-term loan as specimens belonging to INBio; the far more generalist than are any species of cater- same may be said for the Belvosia at the USNM. When pillar-attacking Hymenoptera. Lespesia aletiae is one the study is completed, selected specimens will be such extreme generalist, with its hosts ranging from tiny donated to these institutions and the remainder returned Lycaenidae to huge Saturniidae. But not all species of to INBio. Lespesia are that way. For example, one unidentified Tachinidae: Over time we are generating an ever- species of Lespesia attacks only Rothschildia erycina, a improving photograph of the interactions between a relatively scarce saturniid. given taxon and its hosts, and vice versa. No tachinid 7. We almost never have two species of tachinids biology papers have yet been published from this study successfully emerging from the same species of cater- (though this study inspired the comments about Tachin- pillar (we have no idea of how many unsuccessful cases idae by Gauld, I.D., Gaston, K.J. and D.H. Janzen in there are). "Plant allelochemicals, tritrophic interactions and the 8. The usual number of tachinid species using a given anomalous diversity of tropical parasitoids: the 'nasty' caterpillar species is in the 0-3 range. The local "world host hypothesis", 1992, Oikos 65: 353-357). The first record" at this moment is nine species reared from one tachinid paper is likely to be on the systematics and species of caterpillar (1447 wild-caught caterpillars of biology of the 13 species of Belvosia in the study site. Hylesia lineata, a saturniid, with 137 of these cater- It might be of interest to the group of newsletter pillars having been parasitized by some species of receivers to hear a few quite general comments from the tachinid). tachinid rearings: 9. Virtually all species of Tachinidae show no dormancy 1. The caterpillar database currently contains 44,214 as puparia except for Metavoria, which characteristically records, and is growing at a rate of about 11,000 records becomes dormant in the puparia and then members of a per year. Of these 44,214 records, there were 3,067 given clutch eclose at long intervals over a year or more. caterpillars that generated tachinids (we will not get 10. We have a number of species of flies that apparently identifications for all of these because in some cases the are remaining as dormant, or at least non-growing, very fly larva died rather than develop to adult). This is young instars (first?) until long after pupation of the 6.94% and appears to be a fairly robust figure, as it has caterpillar, and then turning on and eating and eclosing stayed the same for the past three years. This figure about the time that the unattacked pupal population is pools across all caterpillar taxa and instars of cater- doing the same thing. These tachinids are therefore pillars. By way of comparison, the combined figure of "dormant" during the second half of the rainy season and all Hymenoptera parasitoids in the same batch of cater- all of the six month dry season, though not as puparia. pillars is 3-4%. 11. All evidence points to massive migration of 2. When rearing in the presence of micro-egg layers Tachinidae in and out of this dry forest, movement that (Belvosia, etc.) there is a mild problem with the "percent is associated with the seasonal caterpillar population high caterpillar attacked" calculations because the food (very high for the first two months of the rainy season, brought in for the caterpillar may have micro-eggs on it. mid-May to mid-July) and low (very low for the rest of Strictly speaking, the only way to avoid this distortion the year). Whether these migrants are just going up to would be to have a caterpillar-free greenhouse where the mountain tops (10-15 km to the east of the study site, food is raised to feed to wild-caught caterpillars. Volcan Cacao and Volcan Orosi) and putting themselves 3. "Percent caterpillars attacked" is a calculation that is in cold storage, or going over to the eastern side of overall never strictly accurate in representing the real Costa Rica and having more generations in the rain- world, since the act of collecting the caterpillar removes forest, I cannot say. it from attack through whatever would have been the 12. When rearing a clutch of puparia from a single remainder of its free-living larval life. caterpillar, if X of them eclose over 1-2 days and Y of 4. Some unknown number of caterpillars that "die of them appear dead, do not throw them out. These "dead" disease" were in fact killed by tachinid larvae that them- puparia commonly have hyperparasites in them (Chal- selves died without the rearer being able to detect this cidae, Perilampidae, Trigonalyidae), and the hypers tend Page 2 Issue 8, February 1995 The Tachinid Times to use 1-3 weeks longer for development than do the Book Review: Catalogue of Palaearctic Diptera – flies. Tachinidae, by Herting and Dely-Draskovits (by J.E. 13. The word "parasitoid" is convenient for us, but O'Hara) extremely inconvenient when talking with lay audiences (Reviewed for the publisher.) accustomed to the dichotomy between predator and para- The Tachinidae are catalogued along with the site. Anthomyiidae and Rhinophoridae in Volume 13 of the Catalogue of Palaearctic Diptera, issued 15 December Problems and requests: Since I spend 8-10 months of 1993 by the Hungarian Natural History Museum (series each year in Costa Rica guiding this project, among edited by Á.
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