278 



INDEX. 



Lydus, use of, in medicine, 60. 



lynchi, Chrysops ; Culex. 



Lynchia, on pigeons in Assam, 232. 



Lyperosia exigua, in India, 143 ; 

 possibly transmitting Habronema 

 in Queensland, 15. 



Lyperosia irritans (Horn Fly), intro- 

 duction of enemies of, into Hawaii, 

 83, 114 ; attacking domestic 

 animals in Mexico, 69 ; attacking 

 cattle in U.S.A., 162, 163 ; 

 possibly transmitting Trypano- 

 soma americanmn , 163. 



Lyperosia longipalpis, attacking 

 domestic animals in Senegal, 175. 



Lyperosia minuta, in Canary Islands, 

 31 ; treated as a synonym of L. 

 longipalpis, 175. 



Lyperosia thirouxi, attacking 

 domestic animals in Senegal, 175 ; 

 Crithidia found in, 175. 



Lysol, against mosquitos, 89, 151 ; 

 creolin more effective than, against 

 mange, 215. 



Lysolcresol, against mosquitos, 89. 



Lytta, use of, in medicine, 60. 



Lytta (Cantharis) vesicatoria, 173 ; 

 cantharidin obtained from, 128. 



M 



Macacus rhesus, resistant to human 



malaria, 130 ; infection of, with 



kala-azar, 138. 

 macdougalli, Aedes [Finlaya). 

 Macedonia, mosquitos and malaria 



in, 8-10, 18, 70, 101, 142, 193 ; 



Phlebotomus and sand-fly fever in, 



125-126. 

 macellaria, Cochliomyia (Chryso- 



myia) . 

 macer, Tabanus. 



maculata, Cummingsia ; Hippobosca. 

 maculatum, Amblyomma. 

 maculatus, Aedes (Ochleroiatus) ; 



Anopheles, 

 maculipalpis. Anopheles. 

 tnaculipennis, Anopheles ; Peleco- 



rhynchus ; T hysanognathus . 

 maculipes. Anopheles, 

 maculithorax, Culicoides ; Thysano- 



gnathus. 

 maculiventris, Aedes (see A . dorsalis). 

 Madagascar, new mite in, 96 ; 



Melinis minuiiflora in, 169. 

 madagascariensis , Liponyssus. 

 magna, Thelohania. 

 magneticus, Tabanus alternatus. 

 rnagnifica, Wohlfahrtia. 



Mai de Caderas, and Tabanids in 



Argentina, 171. 

 Malaria, in West Africa, 126, 132, 

 167, 188 ; strains of, in Senegal 

 and Dahomey, 112 ; in Albania, 

 88-90 ; in Algeria, 49, 70, 100, 

 101, 103, 112 ; in Argentina, 

 13, 23, 43 ; campaign against, 

 in Balkans, 50 ; in Bavaria, 

 192-193 ; increase of, in Bengal, 

 223 ; in Brazil, 175, 216, 217 ; 

 scarcity of, in Britain, 16 ; in 

 Canada, 19 ; in Caucasus, etc., 

 10 ; in Corsica, 70, 71, 101, 102, 

 166, 178 ; in Costa Rica, 31 ; 

 in Egypt, 27 ; reduction of, in 

 France, 70, 71, 100, 101 ; in 

 British Guiana, 33 ; in Holland, 

 19-22, 113, 151, 200, 201 ; in 

 India, 72, 196, 223 ; in Dutch 

 East Indies, 5, 38, 39, 111, 120, 

 150, 179 ; in Ist^ia, 174 ; in 

 Italy, 32, 115, 216 ; in Macedonia, 

 &-10, 70, 101 ; in Malaya, 57, 

 58, 206 ; in Mauritius, 94, 106, 

 225 ; forms of, in Mediterranean 

 Region, 48 ; in New Guinea, 

 172 ; in Palestine, 27, 168, 169 ; 

 in Panama Canal Zone, 24, 221 ; 

 in Peru, 24 ; in Russia, 22, 178 ; 

 in Serbia, 157 ; possibly trans- 

 mitted by bed-bugs in Siberia, 

 178 ; in Spain, 34 ; in Surinam, 

 76 ; in Syria, 91 ; in Trans- 

 sylvania, 90, 91 ; in Trinidad, 

 221 ; in U.S.A., 29, 64, 65, 93, 

 148, 165, 203, 205, 214, 216, 228 ; 

 in Venezuela, 61, 158 ; in West 

 Indies, 59, 63 ; and mosquitos, 

 5, 8-10, 13, 19-22, 23, 24, 27, 29, 

 31, 32, 33, 34, 38, 39, 43, 48, 49, 

 57, 58, 59, 61, 63, 64, 65, 70, 71, 

 72, 76, 88, 89, 90, 91, 93, 98, 100, 

 101, 106, 111, 113, 115, 120, 126, 

 132, 148, 150, 151, 157, 158, 165, 

 166, 167, 168, 169, 172, 174, 175, 

 179, 188, 192-193, 200, 201, 202, 

 203, 205, 206, 214, 216, 217, 221, 

 223, 225, 228 ; duration of in- 

 fection of, in mosquitos, 143 ; 

 not hereditary in mosquitos, 58 ; 

 development of parasite of, in 

 winter, 10, 21, 22, 27, 34, 113, 

 152, 157, 200 ; effect of tempera- 

 ture on parasite of, 23, 27, 34, 

 49, 91 ; factors influencing in- 

 fection of, 90-91 ; influence of 

 social factors on, 70, 100, 101 ; 

 percentage of relapses in incidence 

 of, 205 ; multiple infection of, 

 112 ; identity of Plasmodium 

 causing, in man, 236 ; due to 



