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The Bionomics of some Tree-hole Mosquitos

Published online by Cambridge University Press:  10 July 2009

Mary V. F. Beattie
Affiliation:
Wandsworth Scholar, London School of Hygiene and Tropical Medicine ;
Lucy J. Howland
Affiliation:
Wandsworth Scholar, London School of Hygiene and Tropical Medicine ;

Extract

1. 138 larvae of Anopheles, Finlaya and Orthopodomyia, collected from three tree-holes described in Part I, were dissected and their contents examined.

2. Small algae, a few animals, bacteria and considerable quantities of rotting vegetation were found in them.

3. The algal and animal food seems to be insufficient for the anabolic processes of the larvae.

4. It is possible that bacteria may play some part in their nutrition, especially of Orthopodomyia.

5. It is also suggested that the larvae are able to utilise any food constituents present in the vegetable debris.

I wish to thank Dr. P. A. Buxton for the interest he has shown during the progress of this work, and Professor F. E. Fritsch for help in identification of the algal species.

Type
Original Articles
Copyright
Copyright © Cambridge University Press 1929

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References

(1)American Public Health Association. Standard Methods of Water Analysis. 6th Ed. 1928.Google Scholar
(2)Barber, M. A. The Food of Anopheline Larvae.—Public Health Reports, U.S.A. Public Health Service, xlii, no. 22, 06 1923.Google Scholar
(3)Buxton, P. A. & Hopkins, G. H. E. Researches in Polynesia and Melanesia. Parts I–IV.—No. 1 Memoir Series, London School Hyg. Trop. Med., 1927.Google Scholar
(4)Christophers, S. R.An Indian Tree-Hole Breeding Anopheles.—Ind. Jl. Med. Res. iii, p. 495, 1916.Google Scholar
(5)Cole, A. E.Oxygen Supply of certain Animals living in Water containing no Dissolved Oxygen.—Jl. Exper. Zool., xxxiii, p. 293, 1921.Google Scholar
(6)Edwards, F. W.Notes on Culicidae.—Bull. Ent. Res., vii, p. 201, 1917.CrossRefGoogle Scholar
(7)Karstens, E. E. & Pavlovskii, E. N.Analysis of the Water taken from Hollows of the Ash (Fraxinus excelsior) and inhabited by Larvae of Anopheles plumbeus, Steph. (In Russian).—C.R. Acad. Sci. U.R.S.S., A., no. 18, pp. 293295, 1927.Google Scholar
(8)MacGregor, M. E.The Influence of the Hydrogen Ion Concentration in the Development of Mosquito Larvae.—Parasitology, xiii, p. 348, 1921.CrossRefGoogle Scholar
(9)Ramsden, . Analysis of Tree-Hole Water.—Ann. Trop. Med. Parasit., xiii, p. 440, 1920.Google Scholar
(10)Senior White, R.Physical Factors in Mosquito Ecology, Pt. II.—Ind. Jl. Med. Res., xvi, pt. 1, 1927.Google Scholar
(11)West, G. S. & Fritsch, F. E.British Freshwater Algae. Cambridge Univers. Press.Google Scholar
(12)Williamson, K. B.Mosquito Breeding and Malaria in relation to the Nitrogen Cycle.—Bull. Ent. Res., xviii, pt. 4, 1927.Google Scholar