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Studies of British Anthomyiid Flies

Published online by Cambridge University Press:  10 July 2009

Mary Miles
Mary Miles
Affiliation:
Wye College, University of London.
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Extract

Observations have been made on the life-history and habits of C. cilicrura. The flies came to moist, freshly turned soil at all times from April to October, particularly in warm bright weather, but the number of flies seen on observation plots was affected by the area of damp and disturbed soil nearby. Both males and females were attracted and some females laid eggs within a few minutes of their capture. When isolated in phials and fed on dilute sugar solution, captured flies lived up to 79 days. Captured females spent varying periods up to 44 days before laying eggs. The eggs were usually laid in batches of less than ten at irregular intervals over periods extending up to 28 days, and 53 eggs per fly was the highest number recorded. Parasitism by the nematode, Heterotylenchus aberrans Bovien, occurred.

Eggs were found in soil crevices and on vegetation in contact with soil. The observed incubation period was 2–4 days according to the temperature.

The duration of the larval instars was affected by temperature; in captivity, the larval feeding period was 8–16 days in May-June and 15–24 days in October-November. The pupal stage lasted from 16–21 days in May-June and from five weeks to five months in autumn and winter. A few flies emerged during January and February in the insectary.

In captivity first-instar larvae found food buried at a depth of 6 ins. and they were able to reach maturity on fragments of vegetation buried in sand. It is suggested that they are primarily scavengers on organic matter in the soil.

Larvae of P. fugax have been found in the stems and crowns of turnips and swedes, and in cabbages, cauliflowers, lettuces and brussels sprouts. A study of their habitat shows that they occur in decomposing vegetation.

Eggs have been found about various brassicas. Their incubation period was 2–4 days. Larvae were reared in decomposing vegetation. Pupation takes place in the soil and in the feeding sites. Adults have been taken from May to October. The life-cycle from egg to adult occupied 4–5 weeks in spring and the winter was passed in the pupal stage.

Type
Original Articles
Information
Bulletin of Entomological Research , Volume 41 , Issue 2 , September 1950 , pp. 343 - 354
Copyright
Copyright © Cambridge University Press 1950

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References

Bonde, R. (1939). The role of insects in the dissemination of potato blackleg and seed-piece decay.—J. agric. Res., 59, pp. 889–917.Google Scholar
Bovien, P. (1937). Some types of association between nematodes and insects.—Vidensk. Medd. dansk naturh. Foren., 101, pp. 1–114.Google Scholar
Bruneteau, J. (1930). La mouche de l'oeillet, Hylemyia brunnescens, Zetterstedt.—Rev. Zool. agric. appl., 29, pp. 37–46.Google Scholar
*Eberhardt, G. (1930). Chortophila cilicrura Rond., a new parasite of the migratory locust in Dagestan [In Russian.]—Plant Prot., 6, pp. 813–814. (R.A.E., (A) 19, p. 50.)Google Scholar
Frost, S. W. (1924). A study of the leaf-mining Diptera of North America.—Mem. Cornell agric. Exp. Sta., no. 78,228 pp.Google Scholar
*Harukawa, C. & Kumashiro, S.(1930). Studies on the Seed-corn Maggot,Hylemyia cilicrura Rondani, in Japan. I.—Ber. Ohara Inst. landw. Forsch., 4, pp. 371–382. (R.A.E., (A) 18, p. 675.)Google Scholar
*Harukawa, C., Takato, R. & Kumashiro, S. (1933). Studies on the Seed-corn Maggot, II.—Ibid., 5, pp.457–478. (R.A.E., (A) 21, p. 402.)Google Scholar
Hawley, I. M. (1922). Insects and other animal pests injurious to field beans in New York.—Mem. Cornell agric. Exp. Sta., no. 55, pp. 943–1037.Google Scholar
Leach, J. G. (1940). Insect transmission of plant diseases.—615 pp. New York, McGraw Hill.Google Scholar
Lundblad, O. (1933). Kålflugorna. Om några i de odlade kålvåxternas rot- och stamdelar levande flugarter, särskilt med hänsyn till storre kålflugen (Hylemyia floralis Fall.).—Medd. St. Växtskyddsanst., no. 3, 103 pp.Google Scholar
Miles, H. W. (1926). Agricultural entomology of Holland Division of Lincs.— Trans. Lincs. Nat. Un., 1926, pp. 129–148.Google Scholar
Miles, M. (1948). Field observations on the bean seed fly (seed corn maggot), Chortophila cilicrura, Rond., and C. trichodactyla, Rond.—Bull. ent. Res., 38, pp. 559–574.CrossRefGoogle Scholar
*Van Poeteren, N. (1925). Verslag over de Werkzaamheden van den Plantenziektenkundigen Dienst in het Jaar 1924.—Verslag. & Meded. Plantenziektenk. Dienst, no. 41, 62 pp. (R.A.E., (A) 13, p. 362.)Google Scholar
*Van Poeteren, N. (1931). Verslag over de Werkzaamheden van den Plantenziektenkundigen Dienst in het Jaar 1930.—Ibid., no. 64, 189 pp. (R.A.E., (A) 19, p. 739.)Google Scholar
Reid, W. J. jr. (1936). Relation of fertilizers to Seed Corn Maggot injury to spinach seedlings.—J. econ. Ent., 29, pp. 973–980.CrossRefGoogle Scholar
Reid, W. J. jr. (1940). Biology of the Seed-corn Maggot in the coastal plain of the South Atlantic States.—Tech. Bull. U.S. Dep. Agric., no. 723, 43 pp.Google Scholar
*Rekach, V. N. (1932). Studies on the biology and control of the Corn-seed Maggot (Chortophila cilicrura, Rond.). [In Russian.]—Trud. Zakavk. nauchnoissled. Khopk. Inst., no. 16, 26 pp. (R.A.E., (A) 20, p. 349.)Google Scholar
Smith, C. E. (1933). An unreported habit of the Seed Corn Maggot,Hylemyia cilicrura, Rond.—J. econ. Ent., 26, pp. 910–911.Google Scholar
Smith, K. M. (1927). A study of Hylemyia (Chortophila) brassicae Bouché, the Cabbage Root Fly and its parasites…—Ann. appl. Biol., 14, pp. 312–330.CrossRefGoogle Scholar