94. Drobishchexko, N. I., and V. A. Shol'. 1973. The infection of 



stable fly, Haematobia stimidans, with larvae of Setaria cervi. 

 Deer nematodes, insect vectors. (In Russian.) Izv. Acad. 

 Nauk. Kaz. SSR Ser. Biol. Nauk. 5: 20-24. 



95. . 1975. The developmental cycle of Haematobia stimulans 



Mg. (Diptera: Muscidae), an intermediate host of the nematode 

 Setaria cervi Rud., in the Southern Altai. (In Russian.) En- 

 tomol. Obozr. 54(2) : 342-345. 



96. Dulac, A. 1960. Etude des Anthomyidae de la collection E. 



Hesse (premiere note). Travaux du Laboratoire Zoologie Stat. 

 Aquicole Grimaldi de la Faculte des Sci. Dijon 35: 19. 



97. Duren, E., and L. E. O'Keefe. 1972. Horn fly control with dust 



bags: effect on weight gains. West. Section, Am. Soc. Anim. 

 Sci. Proc.23: 53-56. 



Weight gains were recorded for treated cattle. 



98. Eastaway, B. 1974. The buffalo fly in Queensland. Queensl. 



Agric. J. 100(6): 221-224. 



99. Eddy, G. W. 1952. Flies on livestock. U.S. Dep. Agric. Yearb. 



1952: 657-661. 



100. Edwards, F., H. Oldroyd, and J. Smart. 1939. British blood- 



sucking flies. (British Museum) London, pp. 115-118. 



101. Emden, F. I. vax. 1948. 14. Diptera: Muscidae. British Mu- 



seum Expedition to S.W. Arabia 1: 174. 



Lyperosia (= Haematobia) minuta was recovered from camels 

 in Western Aden Protectorate. 



102. 1965. Diptera, vol. 7, Muscidae, part 1. In The Fauna 



of India and Adjacent Countries. Zoological Survey of India, 

 pp. 175-178. 



103. Exderleix, G. 1924. Eine neue blutsaugende Muscidae aus 



Afrika. Konowia 3: 51-52. 



Described Haphospatha hirudo (=H. t. thirouxi). 



104. Eschle, J. L., S. E. Kuxz, C. D. Schmidt, and others. 1973. 



Suppression of a population of horn flies with the sterile-male 

 technique. Environ. Entomol. 2(6): 976-980. 



Sterilized H . i. irritans were released into a semi-isolated popu- 

 lation in West Texas. Initial releases caused a downward trend 

 in reproduction. Continued releases caused a 98 percent decrease 

 in reproduction during the last 3 weeks of the 16-week study, 

 and control exceeded 70 percent for 10 weeks. When the sterile/ 

 fertile ratio dropped below 6:1, the decrease in reproduction 

 dropped below 90 percent. 



105. and A. Miller. 1968. ULV application of insecticides to 



cattle for control of the horn fly. J. Econ. Entomol. 61(6): 

 1617-21. 



10 



