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Page 1: 1 - Shodhgangashodhganga.inflibnet.ac.in/.../11/11_bibliography.pdf · to the control of mosquitoes by the use of fish. An annotated bibliography for the years, 1901 - 1966. FAO
Page 2: 1 - Shodhgangashodhganga.inflibnet.ac.in/.../11/11_bibliography.pdf · to the control of mosquitoes by the use of fish. An annotated bibliography for the years, 1901 - 1966. FAO

BIBLIGRAPHY. Page.. .132

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AHMED, S.S., LINDEN, A.L. 6 CECH, J.J.Jr. (1988). A rating system and annotated bibliography for the selectim of appropriate indigenous fish species for msquito and weed rontrol. Bull. Soc. VPrtor K r n l . , 17: 1-59. -

AITKEN, E.H. (1901). Notes on An0 eles of Malaria Mosquito. J.Borrbay Nat. Hist. Soc., 11:+

ALIEV, D.S. 6 BESSMERTANAYA, R.E. (1968). Use of the grass carp Ctenopharynqodon idella for controlling the larvae of blood sucking msquitoes.1 KtLVL., k: 395-397.

ALIKUNH1,K.H & SIIKVMARAN,K.K. (1964). Preliminary observations on Chlnese carp in India. Proc. Indlan Acad. Scl., $05: 171.

ALIO, A.Y. 6 ISSA, A. (1982). Field trial on the impact of O~e0Chr0miS spirulus spirulus on malaria transmission in Northern ~ o m a m / ~ M / M A L / 9 1 : WHO/EM/VBC: PP 38 (Mimeo) .

RNONYMOUS, (1921a). Prompt msquito control by the use of the top mlnnow, Garbusla. Publ. Hlth. Rep. Wash., 2: 2220-2221.

ANONYMOUS, (1921b). Top minnows as yellow fever eradicators. Science, 53: 423-433. -

ANONYWS, (1937). Report on Cook Islands administration, 1936-1937. N.Z. Parliam. papers, 1-A,3: 1-28.

ANONYWS, (1976). Standard methods for examination of water and waste water. 14 th ed., APHA, Washington D.C. pp 874.

ARTEMEV, M.M. (1984). Laboratory investigations of the effectiveness of tropical larvivorous fishes for control of mosquito larvae. Comnunication 1. The criteria for fish selection and testing procedures. Meditnlskaya Parazitologila. I. Parasitarnyl Bolenzl, 4: 51-53.

ATAUR-RAHIM, M. (1981). Observations of Aphanlus dispar (Ruppel, 18281, a mssquito larvivorous fish in ~ i y a d h m i Arabia. Ann. Trop. Ned. Parasit., 11: 359-362.

ATKINS,C.G. (1902), A study of fish diseases. Trans. Amer. fisheries Soc., 1901: 82-89. -

AVAULT, J.W., SMITHERMAN, R.O & SHELL, E.W. (1968). Evaluation of elght species of fish for aquatlc weed control. FA0 Flsh ReJ., 44, pp 109.

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BALFCLR, A. (1928). Health lesaons fern Benrmda. Br. Ned. J. (3506) : 447-448.

BASHAWHIDEEN 6 LATHA CHARLES. (1989). Oxygen consumption and opercular activity as good indicators of toxic (Malathion) stress in c m n carp, inus carpio. Proc. National sympxium and its conservati~isharam, ~naia.

BAY, E.C. (1965a). Instant fish. A new tool for mosquito control. Pest. Contr. Maq., 33: 14-16 6 58.

BAY, E.C. (1965 b). Preliminary findings concerning the adaptability of annual fishes to California nusquito habitats. Calif. Mosq. Control Assoc., 2: 29-30.

BAY, E.C. (1966). Adaptation studies with the Argentine Pearl fish, Cyanolebias bellotti for its introduction into California. Copeia, 4: 839-846.

RAY, E.C. (1967). Mosquito control by finh: a pranent day apprai.sa1. W110. Chron., 11: 415-473.

BAY, E.C. (1967). Potential for naturalistic control of mosquitoes. Calif. Mosq. Control. Assoc. Proc., 2: 34-37.

BAY, E.C. (1972). A preliminary assessment of the ptentiallties of larvivorous fishes for -Anopheles control in West Africa. WHO /ABC/72. , 403: 1-10.

RAY, E.C. (1985). Other larvivorous flshes in biolcqlcal control of mosquitoes. Am. Mos. Contr. Assoc. Bull., 5.

BENTLEY, C . A . (1910). The natural h~story of B d a y mlaria. J . Rohay Nat. Hist. Soc., 0: 392-422.

BHRSKARA RRO, R. 6 m, H. (1942). Observations on the relative utility of Gambusla affinis and Panchax parvus in the control of mosquito b r e e d i n b i n w e l l s a n d t a n k s . ~ . Malar. Inst. India, 4: 633-634. -

BHEEMP. RAO, U .S., KRISHNlUlCORTHY, K . , REDDY , C .B .S. & PANICKER, K .N. (1982). Feasibility of nusquito larval control of Casuarina pits using Gambusia affinis. Indian J. Med. Res., 76: 684-688. - -

BHIMACHAR, B.S., DAVID, A. 6 MMIAPPA, B. (1944). Observations on the acclimatisation, nestinq habits and early developnent of ;;!h;yyms goramy (Lacepde) . Proc. Indian. Acad. Sci., 20:

BOYCE, R.W. (19101. Mosquitoes or man ?. John Murray, London, pp 57.

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BRAHKACHPIRY, 0.0. (1909). Carpaign against mlarial fever at Coeaipre - Chetpr mnicipality, Calcutta. Med. J., 2: 318.

BRUCE<WATT, L.3. (1985). Essential malariology. Second edition. Tne Alden Press, Oxford. pp 452.

BURTON, G.J. (1960). Studies on the bionmlcs of msquito vectors which transmit filariasis in India (IV). cbservations on larvivorous activities of various fishes in filarial areas of Kerala State, South India. Ind. J. Malar., 14: 131-156.

CASTLEBERRY, D.T. 6 CECH, J.J. Jr. (1986). Evaluation of selected larvivorous fish sp. suitable for msquito control In waste water. Mosquito Control Research Ann. Rep. 1986, 28-29.

CHACKO, P.1 . (1948). Acclimatisation of the mllllons, Lebistes retlculatus (Peters) In Madras. Curr. Scl., 11: 157-158.

CHACKO, P.I. 6 KURTGAN, G.K. (1948). Dn the food of nlne specles of Barbus of Madras. Scl. Cult., 2: 347.

CHAKRAVERTHY, R.K., SEN, T. , DlrPTA, A.r NAIR, M.R.V. L RAO, C.K. (1976). Note on scrrenlnq of some lnd~qenous fishes on predatory activity agalnst Culex plplens fatlqans larvae. J- Conmun. Dls., 8: 84-85.

CHATPEWEE, G.c. (1934a). Relatlon of Flsheries to the Malarla Problem of Bengal. Sonar Bangla, 9.1: 1-14.

CHR'rI'ER,IEE, G.C. (1914b). Blolqlcal control of malarla in rural areas of lower Bengal. Central co-op. Anti-malaria soc.Ltd.,Calcutta, 1-28.

CHAUDHURI, R.L. (1909). Mosquito larvae ratlng propensity of the genus Haplocherlus. our. a d Proc. Aslat. Soc. Bengal, 2: 36-37.

CHIDESTER, F.E. (1917). A blolqlcal study of the more important of the Elsh enemies of the salt marsh mosquitoes. Bull. New. Jer. Aqrlc. Exp. Sta., 300: 1-16.

CHISZAR, D & WINDELL, J.T. (1973). Predat~on by Blueglll sunfish (Lepomis macrochirus) (Raflnesque) upn mealworm l a ~ a e (Tenebrlo molitor). Anlm. Behav., 11: 536-543

CHOODHURI, B.L. (1911). Fish and msqulto larvae. Calcutta Med. Jour. ,$: 457-470.

CHRISTOPHERS, S.R. kNX SHORT, H.E. (1913). Malaria in Mesoptamla, Indian J . Ned. Res., g: 508-552.

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CLYUK, 11. (1'311 ). I P p r t s or1 the cor~trol oL Malaria during Sarada canal consttvction (1920-1929). Rec. Mal. Sur. Ind., 2: 49 -110. -

COLE. L.C. (1957). 'me measurements of partial interspecific association, Ecology, 2: 226-233.

CONNOR, M.E. (1920a). Yellow fever control in Ecuador. preliminary report. Jour. Amer. Med. Assn., 24: 650-651. -

CONNOR, M.E. (1920b). Yellow fever Control in Ecuador. Final report. Jour. Amer. Med. Assn.., 24: 1184-1187.

CYXWR, M.E. (1922). Final report on the control of yellow fever in Merida Yucatan, Mexico, Amee. J. hop. Med., 2: 487-496.

CCOLIffi, L.E. (1923). Mosquito 1arVivorous fishes in relation to the wsqulto reduction work in Australla. Health, I: 94-98.

COPPLESTCNE, J.F. 6 rs3BROKHUF3V, B. (1987). Biolwical control of vectors. In: Troplcal Diseases Research Ed. Maaurice, J. and Pearce, A.M. Elghth program report of the UNDP/World Bank/WHO: 130.

COSTA, H.H. 6 FERNRNDO, E.F. (1977) . E'ialuatlon ot three lndiaenous specles of fish as rrosluito larvlvorous ~n sriianka. WHO/VBC/77. 665: 1-7.

COYELL, G. (1928). Malaria In Bombay (1928) Govt.Centra1 Press. Bonbay. pp 113.

COVEL,, G. (1935). Rntlmosqulto measures with speclal reference to India. Health Bull. Malarla Bur. Calcutta. 11: 1-60.

OAVEY, R.B., MEISH, M.V., GRAY, D . L . , MARTIN, J.M., SNEED, K.E. & WILLIAMS, F.J. (1974). Various flsh species as biological control aqents for the dark rlre fleld mosqulto In Arkanus rice fields. Envlron. Entomol. 3: 823-826.

DEOBHANKER, P.B. (1986). Malaria control ln W a y by legislative measures and other non-insecticidal methods of vector control in comnity particlpation for disease vector control. Proceedings of the ICNR, WHO, Workshop.

DE VERTEUIL, E. (1922). An0 heles and mlaria control in the Brighton -La Brea b i t a t y district, Trinidad, B.W.I. Trans. R. Soc. Trop. Hyg., 16: 99-118.

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DIXIT, R.S., WHRADEVA 6 VRRMA, B.D. (1981). Larvivomus efficacy of Gwbusia affinia (Baird and Girard). Indian J. M. Res., 81: 55-159. -

COBRIYAL, A.K., SINGHI H.R., BAHWUNA, A.K. (19871. Fecundity of the hill stream catfish, G1 tothorax pectinopterus (Mc Clelland) . Uttar pradesh J. Z w l h 2 .

WBRIYAL, A.K. 6 SIKH, H.R. (1989). Spawning ecology of Hill stream minor carp Puntius chilinoides. Ad. Bios., 8: 139-148.

IS, R. (1922). Surla destructlon des. mostiques. Parles Anguellaes. Bull. Agri. Algerie., -: 197-198.

DUBISTSKIJ, A.M. (1981). Evaluation of candidate larvlvorous fish and their use in the Asian part of the U.S.S.R. TOR/YBC/lC, al,2iIP 8: 1-10.

EIGENMRNN, C.H. (1923). Yellow fever and fishes. m. Nat., x: 443-448.

FCO, A.E.S. 6 YAP, H.H. (1983). Field trials on the use of Bacillus thuringlensis serotype H-14 against Mansonla mosquitoes in Malaysia. Mosq. News, 43: 306-310.

FRAENKEL, G.S. b GJNN, D.L. (19401. The orlentatlon of anlmals. Oxford University Press, London.

FRASER, A.G. (1938). Chservatlona on the hlonomlcs of Panchax (Aplocheilu.sl lineatus. (Cuv. 6 Val.) wlth specla1 reference to its larvicidal propensities. J. Bombay. Nat. Hlst. Soc., 40: 96-99. -

FROST, W.E. 6 BROWN, M.E. (1967). "The Trout". Colllns, London.

FRY, A.R. (1917). Indigenous fish and msqulto larvae. Paludism, 5: 71-74.

GEISLER, R., KEPPLER, R., PATNAKAPLlORN, S., SEE-NARKSXJK , P., POOLTANAKIT, S., TA-NGAM, V. 6 BITTNER, A. (1990). Approaches to the productive breeding of the South-East Asian Labyrinth Fish (0s hronemus goramy:Anabantidae) - Part 1: Mating,

p r o d u ~ y . Animal Research and Developoent , nest - b u i e 31: 7-21. -

GERBERICH, J.R.and LAIRD, M. (1968). Riblicqraphy of papers relating to the control of mosquitoes by the use of fish. An annotated bibliography for the years, 1901 - 1966. FAO. Fisheries Tech. Paper.,E: 1-10.

GERBERICH, 3.8. (1985). Update of Annotated bibliography of papers relating to the control of mosquitoes by the use of fish for the years 1965-1981. WHO /VBC/ 85: 917.

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GERBERICH, J.B. 6 LAIRD, M. (1985). Larvivomus fish in the bibliography of

GILCHRIST, J.D.F. (1913). m e introduction of $millions' in Cape of G o d Hope. Marine Biol. Rept., 1: 67-70.

GUPPY, P.L. (1934 1. Cbservat ions cn Winidad larvicidal fishes, Trop. Agri., 2: 117-122.

GUPTA, D.K., SHRRMA, R.C. S SHARMA, V.P. (1989). Bio-environmental control of Malaria llnked with edible fish production in Gularat. ~ndian. J. of Malariol., 26: 55-59.

HAAS, R. (1976). Rehaviour biology of annual killi fish Nothobranchius yuentheri (Pfeffer). Copeia, 80-91.

HAAS, R. (1984). Guide for preliminaty identification of m e larvivorous fishes. WHO/VBC/84. 1.

HAAS, R. 6 PAL, R. (1984). Mosquito larvivorous fishes. Bull. Ent. Soc. Amer., 30: 17-25.

HRNSCN, H. (1925). General report on the Yellow fever campaign in Colunbia. May 1923 to Decenber 31, 1924, Amer. J. Trop. Med., 5: 393-400. -

HASLAM, J.F.C. (1926). Report on experlwntal use of flsh indlqenous to British Guinea for the control of mosquitoes breeding in vats, tanks, barrels and other water containers. Br. Guiana, C.S.O., No. 357q/?5, Rpp., Genrqp 'Town.

HEADLEE, T.J. (1915). The moqu~to of NPW Jersy and their control. New Jersy Agr. Expt. Stat. N.J. Bull. No.236: pp 135.

HAWKING, P . (1973). The distribut~on of human filariasls throughout the world. Part 11. Asia. WHO/FIL/73, 114: pp 55.

HILDEBRAND, S.F. (1919). Fishes In relation to msqulto control in ponds. U.S. Publlc Health Rept. Washington. D.C. XXXIV (21): 1113-1128.

HILNBRAND, S.F. (1921). Top minnows in relation to Malaria control, with notes on their habits and dlstrlbution. D.C. Public Health Bulletin, 9: 34.

HILDEMANN, W.G. 6 WALFORD, R.L. (19631. Annual fishes - pranisinq species as biological control agents. J.Trop. Med. H w , 66: 163-166.

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Page ... 138 HOffiESCN, E.C. (1914). Malsria in the New Province of Delhi. Indian J.. , 2: 416417.

HORR, S.L. 6 MJKHERJI, S.L. (1938). Table for the identification of Indian freah water fishes with description of certain families and observation an the relative utility of the Probable larvivorous fishes of India. Hlth. Bull., 12: 149.

HCWARD, L.O., DYER, H.G., KNATE, 6 FREDEVICK. (1912). Mosquitws of north and central America and the West Indies, Washington, Carnqie Institution, 1: 328-341.

HUDA, K.M.N. 6 RAHMAN, M.M. (1982). Mosquito control ptential of some indigenous fishes in Bangladesh. Bangladesh. J. Zocl., 10: 145-145. -

=%AIL, R.B. (1986). Ihe study of larvivorous flshes Poecilia reticulata and A lochellus panchax and other indigenous species of Penang+al-n potential bio-control agents for msquitoes. lkesis submitted for the Degree of Master of Science, University of Malaysia.

IYEKAR, M.O.T. (1919). Cm the results of a msqurto survey of Indlan city. Indian J. Med. Res. Special Indian Science Congress: 26-39.

JAYASREE, M. 6 PANICKER, K.N. (1988). Culture and COnServation of Giant g o u r a m i a n O s ~ b ~ s g o r y : Anabantoidei), an ideal focwl fish iocontro aaent of muatic weds. .- . - . Proceedings of the second natlonal symposium on fish and their environment, hivandrum.

JAYASREE, M., KRISHNPM~~RTHYI K . , SABESAN, S. & PANICKER, K.N. (1989). Utility of food fishes for the control of the vectors of Brugla m r n in Shertallai, Kernla state. Proceedings ot the National symposium on Environment and lts conservation, Melvisharam, India.

JAYASREE, M., SABESAN, S., KURIRKOSE, K.M. 6 PANICKER, K.N. (1988). Giant gourami (0s hronemus gora Anabantoldei) , a potential agent for c o n t h d b e breeding source for the vectors of Brugia malayi. Indlan J. Med. Res., 89: 110-113.

JAYASREE, M., SABESW, S. & PANICKER, K.N. (1990). Weedivorous fishes for the control of vectors of malayan filariasis. Indian J. Med. Res., 91: 379-381.

JENKINS, D.W. (1964). Pathogens, parasites and predators of medically imprtant arthropods - Annotated list of brblicqraphy. Bull. wld. Hlth. Orq. (Suppl.). , 30: 68-71.

JHIWRAN, V,G. (1975). Fish and fisheries of India. Hindusthan Publishing corporation (India). GG 954.

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J W , 'Im.J. (1940) . XVIII. Notes or1 the geagraphical distribution and larvicidal propensities of Horaichth 8 setnai kt~lkami. ,r_ 0-y. Nat. tlist. soc., 2: 2& -

.lollN, I , . ' . (1114fl). (#vlnrv;i l in!) , > I I l l ) r % 111 i I l l y <>I A ~ I ~ ~ ~ ~ I N ? ~ I ~ I ~ lineatus (Cuv. and V a l . lor ~mquito control* Inst. India, 3: 67-80.

JONES, S. (1939). On the nestlng hablts of the Gourami (Ospheronemus goramy) (Lacepede). J. Bombay Nat. Hlst. Socl., g: 766-772.

JONES, S. (1940). Notes on the breeding habits and early development of Macropodus cu anus (Cuv. and Val.) wlth special reference to the cement+s of the early larvae. Records of Ind. Mus. Calcutta, G: 269-276,

JONES, S. & SRROJINI, K.K. (1951). Hlstory of transplantation and lntrcduction of flshes In Indla. Report of 3rd meetlng, Indo-Paclfic Fisheries Councll, Madras, 595-609.

JULIEN, M.H. (1982). Biological control of weeds. A world catalogue of agents and thelr target weeds. Comnonwealth Institute of Biological Control, CSIRO Division of Entomology, Cornnonwealth Agricultural Bureaux, pp 108.

KALRA, N.L., WATPAL, 0.C 6 RAGHAVAN, N.G.S. (1967). Occurrence of larvivorous fish Lebistes retlculatus (Peters) breeding in sullaqe water at Nagpur, India. Bull. Ind. Soc. Mal. Corn. Dls., IV: 753-754. - -

K~AAN, H. (1943). The relative value of certaln larvlvorous fishes from the Punlab wlth notes on their habits and habitats. Indlan J. Vet. Scl., 13: 315-325.

KULKARNI, C.V. (1939). Breedlnq hablts and early stages of the goramy:Lacepde!. J. Bombay Nat. Hlst.

LEGENDRE. (1927). Larvivorous fish in upper Volta technique of uslng fish for control of diseases originated by mosquitoes. Bull. Soc. Path. Exot., 20: 416-480.

LEGNER, E.F. (1978). Efforts to control Hydrilla verticellata Royal with herbivorous Tllapla zil~liGervais! in Imperial' country Irrigation canals. Proc. Pap. 46th Ann. Con. Calif. Mosq. vector Contr. Assoc., 5: 103-104.

LEGNER, E.F. h MEDVED, R.A. (1973). Influence of Tilapia mssarbica (Peters), ~.zilll (zilll) (Gervais) m l a a e ) and Mollienesla 7 ~ a i a ) m p l n n a Le Sueur (Poecilldae) on pond popuiat i - c u l ~ i t o e s and Chironornid midges. Mosq. News., 2: 354-364.

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LEGNER, E.F. 6 FISHER, T.W. (1980). Impact of Tila ia zilli (Gervais) on Pot eton pectnatus L., M rio h* i G var. exalkscens %=an, m q u i t o &d&i~ k coloraao desert irrigation canals. Acta Ocwloqica Oceol. e., 1: 3-14.

LEPRINCE, J.A. (1922). Fish as an anti-mosquito agency. Southern Med. Jour., 15: 371-374.

LEPRINCE, J.A. (1924). Can we get better Anopheles control and more malaria control at less cost 7. ~r-Conf. Hlth. Prob. Trop. Amer., 157-164.

LM3PX, J . L . (1942). Native fish for mosquito control, a reassessment. New Jersy Mosq. Exten. Asso. Proc., 57: 185-190.

LOZANO. A. (1942). Brief accounts of G&usla holbrooki and its present distribution in Spain. Revta. Sanid. Hig. Publ., 11: 186.

MAC IXWJALD, W.R. (1914). A short note on the use of larvicidal fish in corbating malaria fever. Proc. 3rd All India Sanitary conf., 4, 75-77.

MADHAVAN, S., (1976). Satiation time and predatory behaviour of the dragon fly nymphs, MesDgomphus llneatus. Hydroblol., 50: 55-64.

MADHAVAN, S., MUTHUKRISHNANl 3. 6 HELEENAL, G.A. (1980). Studles and predation on mosquito larvae by the flsh Macropodus cupanus. Hydrobiol., 2: 155-1%. --

MRMEDINIYAZOV, 0. (1986). On the problem of regulating the abundance of malaria mosquito Anopheles pulcherrims in reservoirs of the Karakum canal , Izvestiya. Acadamio, Yank 'hrkmenskoi. S.S.R. Biologich sklkh Nank., 2: 40-46.

MATHIS, H.L., NELSCN, M.J. & PANT, C.P. (1976). Culex pipiens fati ans and the larvivorous guppy Poecella reticulata in & Thailand. 11. Mosquito c o n t r m s h . WHO/VBC/76. 64: 1-10. -

NATHLR, K.K. (1985). Relative susceptibility of c m n vector nwsquito larvae and larvivorous flshes, Gurrbusia affinls and Poecelia reticulata the three new insecticides. 3. Comn. Dis., 11: 219-226. -

N E W , A.G.K. (1977). Fish and malaria control. Science and culture, 43: 110-114. -

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Page.. .I41

MENCN, P.K.B. 6 RAlI\GOPALAN, P.K. (19771. Mosquito control potential of some spcies of indigenous fishes in Pondicherry. Indian J. Med. Rea., 66: 765-771.

MISSIROLI, A. (1930). m e prevention of Malaria in practice, 3rd report (1928-1929). Rev. Malarial., 2: 667-705.

MOLIDY, D.M. (1923). Some personal experiences with fish as an anti-mosquito agency in the tropics. her. Jour. Trop. Med., IV: 175-194. -

MDNROE, W.M. (1923). Notes on the llmit of the usefulness of fish in larval (Aedes calopua) control. Amr. Jour. Trop. Med., z: 21-26.

WTABAf?, M. (1978). Larvivorous fish, G.affinis - h review. WHO/VBC/78, 703.

--

MULLIGEN, F.S., FARELY, D.G., CARTON, J .R. & SCHAFFER, C.H. (1983). Survival and predatory efficiency of Gambusia affinis for control of mosquitoes in under ground News,: 319-321.

NRJIB, M.A. , MUNAF, A.A. & KHAN, L.A. (1987). Relative larvivorous potential of some of local fishes against ~oosquitoes. Indian J. Med. Res., 9: 301-308.

NAKAGAWA, P.Y. (1964). Mosqulto control In Hawal. Pest control, 2: 24.

NALIM. S., lRI BOEWONO, D., HELIMAN, A . d WINOfO, E. 11985). Control - - ~ -

demnstrations of the rlce f~eld hreedinq nwsqulto, Anopheles aconitus (Donitz) In central >lava using Poec~l~a retirwlata throuqh cwmunity partic~patlon. 1. Expe- design and concept. Bull. Penel l t . Kes~tiat . 11: 11 - 7 7 .

NALIM, S 6 TRI BOEtXXJO, D. (1987). Control demonstrations of the rl re f i e l d hr~dlnq msqulto, Anopheles aronltus Donitz in Central Java uslng Poecllla reticulata through ~otrsrmnity particrpation. 2. CU- distribution and use of fish in the fleld. Bull. Penelit. Kesehat., 15: 1-7.

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