Dr. Murai Éva szerk.: Parasitologia Hungarica 23. (Budapest, 1990)

o o o o ooo ooo o o o o Fig. 1: Arrangement of holes in the agar layer applied on a slide RESULTS Mosquito specimens belonging to a total of 9 species were identified during the collections. Identification of the Anopheles maculipennis species group by scale index measurement yielded the following results (average values of the length/width ratio): Belezna-Murakeresztúr: Anopheles messeae: 8.14; 8.25; 8.40; 8.41; 8.56; 8.59; 8.64; 8.69; 8.8Ü; 9.15; 9.40. Anopheles atroparvus: 9.54; 9.84; 10.37. Anopheles maculipennis: 7.11; 7.30; 7.38; 7.43; 6.44. Apaj: Anopheles messeae: 8.36; 8.50; 8.60; 8.64; 8.89; 9.10; 9.14; 9.15; 9.18; 9.25. Anopheles atroparvus: 9.56; 9.59; 9.95; 10.34; 11.42; 12.40; 13.88. Only 20 specimens each were measured. Mosquitoes the scales of which were not measured could not be identified to the species. Therefore, in this work only "A. maculipennis species group" is spoken about. A total of 789 mosquitoes resting in stables were collected; 379 of them were found to contain blood. Table 2 lists the host animal species whose blood was identified in these mosquitoes.