Publications


Submitted

DR. ANYANGO, BEATRICE.  Submitted.  Enviromental Risk Assesment of Genetically Modified Organisms.Vol. 2. Methodologies for Assesing Bt.Cotton in Brazil .. CAB International, Wallingford , UK .. Royal Botanic Gardens , Kew , England.. : El-Banhawy, E. M. Abstract
We surveyed the phytoseid mites in four different geographical zones of Kenya: Zone I, upper highland and tropical alpine (2400-4400m): Zone II, lower highland (1800-2400m); zone III, midland (800-1800m); Zone IV, tropical, hot and humid( 0-800m ). A total of 107 species was found. In the sub family, amblyseeinae there were 14 species in the genus Neoseilus , one in Aspereroseius Chant, one in Paraphytoseius Swirski &Schechter, five in typhlodromips De Leon, five in Transeius Chant & McMurty, one in Graminaseius Chant &McMurty, 11 in Amblyseius Berlese, one in Arrenoseius Wanstein, two in Typhlodromalus muma, seven in Ueckemannseius Chant &McMurty, one in Ambylodromalus Chant &Mcmurty,, 20 in Euseius Wanstein, one in Iphiseius Berlese, one in Phytoseilus Evans and one in Gynaseius Ehara & Imano. In the subfamily Phytoseiinae Berlese there were four species in the genus Phytoseiius Ribaga. In the subfamily Typhlodrominae Wanstein, there were four species in the genus Kuzinellus Wainstein and 27 in Typhlodromus Scheuten

2006

DR. ANYANGO, BEATRICE.  2006.  L.C.Me.ndoca Haggler, I.S. de Melo, M.C.Valadares-Inglis,B..Anyango,J.O.Sequeira,Pham Van Toan and R.E.Wheatly.( 2006) Non Target and Biodiversity Impacts in Soil. In. .A.Hilbeck , D.A. Andow. And E.M.G.Fontes.(eds.. Published by the Democratization and Research Centre, Rome, Vol. 27, No. 3, March.. : El-Banhawy, E. M. Abstract
We surveyed the phytoseid mites in four different geographical zones of Kenya: Zone I, upper highland and tropical alpine (2400-4400m): Zone II, lower highland (1800-2400m); zone III, midland (800-1800m); Zone IV, tropical, hot and humid( 0-800m ). A total of 107 species was found. In the sub family, amblyseeinae there were 14 species in the genus Neoseilus , one in Aspereroseius Chant, one in Paraphytoseius Swirski &Schechter, five in typhlodromips De Leon, five in Transeius Chant & McMurty, one in Graminaseius Chant &McMurty, 11 in Amblyseius Berlese, one in Arrenoseius Wanstein, two in Typhlodromalus muma, seven in Ueckemannseius Chant &McMurty, one in Ambylodromalus Chant &Mcmurty,, 20 in Euseius Wanstein, one in Iphiseius Berlese, one in Phytoseilus Evans and one in Gynaseius Ehara & Imano. In the subfamily Phytoseiinae Berlese there were four species in the genus Phytoseiius Ribaga. In the subfamily Typhlodrominae Wanstein, there were four species in the genus Kuzinellus Wainstein and 27 in Typhlodromus Scheuten

2005

DR. ANYANGO, BEATRICE.  2005.  Anyango B., Keya,S.O and Owino F .(2005) Occurrence of nodulation in leguminous trees in Kenya .. Journal of Tropical Microbiology and Biotechnology.Vol.1(1) pp.21-26.. : El-Banhawy, E. M. Abstract
We surveyed the phytoseid mites in four different geographical zones of Kenya: Zone I, upper highland and tropical alpine (2400-4400m): Zone II, lower highland (1800-2400m); zone III, midland (800-1800m); Zone IV, tropical, hot and humid( 0-800m ). A total of 107 species was found. In the sub family, amblyseeinae there were 14 species in the genus Neoseilus , one in Aspereroseius Chant, one in Paraphytoseius Swirski &Schechter, five in typhlodromips De Leon, five in Transeius Chant & McMurty, one in Graminaseius Chant &McMurty, 11 in Amblyseius Berlese, one in Arrenoseius Wanstein, two in Typhlodromalus muma, seven in Ueckemannseius Chant &McMurty, one in Ambylodromalus Chant &Mcmurty,, 20 in Euseius Wanstein, one in Iphiseius Berlese, one in Phytoseilus Evans and one in Gynaseius Ehara & Imano. In the subfamily Phytoseiinae Berlese there were four species in the genus Phytoseiius Ribaga. In the subfamily Typhlodrominae Wanstein, there were four species in the genus Kuzinellus Wainstein and 27 in Typhlodromus Scheuten

2004

DR. ANYANGO, BEATRICE.  2004.  Birch A.N.E., Wheatley R.., Anyango B., Arpaia S., Capalbo D., Getu E. Degaga, Fontes E., Kalama P., Lelmen E., Lovei G., Melo I. S., Munyekho F., Ngi-Song A., Ochieno D., Ogwang J., Pitelli R.., Shuler T., Setamou M., Sithanantham S., Smith J., Van Son N. Vol. 1. Study of Bt Maize in Kenya . CAB International, Wallingford , UK .. : El-Banhawy, E. M. Abstract
We surveyed the phytoseid mites in four different geographical zones of Kenya: Zone I, upper highland and tropical alpine (2400-4400m): Zone II, lower highland (1800-2400m); zone III, midland (800-1800m); Zone IV, tropical, hot and humid( 0-800m ). A total of 107 species was found. In the sub family, amblyseeinae there were 14 species in the genus Neoseilus , one in Aspereroseius Chant, one in Paraphytoseius Swirski &Schechter, five in typhlodromips De Leon, five in Transeius Chant & McMurty, one in Graminaseius Chant &McMurty, 11 in Amblyseius Berlese, one in Arrenoseius Wanstein, two in Typhlodromalus muma, seven in Ueckemannseius Chant &McMurty, one in Ambylodromalus Chant &Mcmurty,, 20 in Euseius Wanstein, one in Iphiseius Berlese, one in Phytoseilus Evans and one in Gynaseius Ehara & Imano. In the subfamily Phytoseiinae Berlese there were four species in the genus Phytoseiius Ribaga. In the subfamily Typhlodrominae Wanstein, there were four species in the genus Kuzinellus Wainstein and 27 in Typhlodromus Scheuten

1998

DR. ANYANGO, BEATRICE.  1998.  Anyango B., Wilson K. J. and Giller K. (1998). Competition in Kenyan soils between Rhizobium leguminosarum biovar phaseoli strain Kim5 and R. tropici strain CIAT 899 using gus marker gene. Plant and Soil 204: 69-78.. Plant and Soil 204: 69-78.. : El-Banhawy, E. M. Abstract
We surveyed the phytoseid mites in four different geographical zones of Kenya: Zone I, upper highland and tropical alpine (2400-4400m): Zone II, lower highland (1800-2400m); zone III, midland (800-1800m); Zone IV, tropical, hot and humid( 0-800m ). A total of 107 species was found. In the sub family, amblyseeinae there were 14 species in the genus Neoseilus , one in Aspereroseius Chant, one in Paraphytoseius Swirski &Schechter, five in typhlodromips De Leon, five in Transeius Chant & McMurty, one in Graminaseius Chant &McMurty, 11 in Amblyseius Berlese, one in Arrenoseius Wanstein, two in Typhlodromalus muma, seven in Ueckemannseius Chant &McMurty, one in Ambylodromalus Chant &Mcmurty,, 20 in Euseius Wanstein, one in Iphiseius Berlese, one in Phytoseilus Evans and one in Gynaseius Ehara & Imano. In the subfamily Phytoseiinae Berlese there were four species in the genus Phytoseiius Ribaga. In the subfamily Typhlodrominae Wanstein, there were four species in the genus Kuzinellus Wainstein and 27 in Typhlodromus Scheuten

1995

DR. ANYANGO, BEATRICE.  1995.  Anyango B., Giller K., Wilson K.J. and Beynon J.L. (1995). The genetic diversity of rhizobia nodulating Phaseolus vulgaris in two Kenya soil types. Applied and Env. Microb. 61 : 4016-4021.. Applied and Env. Microb. 61 : 4016-4021.. : El-Banhawy, E. M. Abstract
We surveyed the phytoseid mites in four different geographical zones of Kenya: Zone I, upper highland and tropical alpine (2400-4400m): Zone II, lower highland (1800-2400m); zone III, midland (800-1800m); Zone IV, tropical, hot and humid( 0-800m ). A total of 107 species was found. In the sub family, amblyseeinae there were 14 species in the genus Neoseilus , one in Aspereroseius Chant, one in Paraphytoseius Swirski &Schechter, five in typhlodromips De Leon, five in Transeius Chant & McMurty, one in Graminaseius Chant &McMurty, 11 in Amblyseius Berlese, one in Arrenoseius Wanstein, two in Typhlodromalus muma, seven in Ueckemannseius Chant &McMurty, one in Ambylodromalus Chant &Mcmurty,, 20 in Euseius Wanstein, one in Iphiseius Berlese, one in Phytoseilus Evans and one in Gynaseius Ehara & Imano. In the subfamily Phytoseiinae Berlese there were four species in the genus Phytoseiius Ribaga. In the subfamily Typhlodrominae Wanstein, there were four species in the genus Kuzinellus Wainstein and 27 in Typhlodromus Scheuten

1994

DR. ANYANGO, BEATRICE, DR. ANYANGO BEATRICE.  1994.  Giller, K.E.,B.Anyango, J.L. Beynon and K.J.Wilson (1994). The origin and diversity of rhizobia nodulating Phaseolus vulgaris L . in African soils p.57-62. In J.I. Sprent and D. Mckey (ed), Advances in Legume systematics 5: The Nitrogen Factor. Royal Bota. Royal Botanic Gardens , Kew , England.. : El-Banhawy, E. M. Abstract
We surveyed the phytoseid mites in four different geographical zones of Kenya: Zone I, upper highland and tropical alpine (2400-4400m): Zone II, lower highland (1800-2400m); zone III, midland (800-1800m); Zone IV, tropical, hot and humid( 0-800m ). A total of 107 species was found. In the sub family, amblyseeinae there were 14 species in the genus Neoseilus , one in Aspereroseius Chant, one in Paraphytoseius Swirski &Schechter, five in typhlodromips De Leon, five in Transeius Chant & McMurty, one in Graminaseius Chant &McMurty, 11 in Amblyseius Berlese, one in Arrenoseius Wanstein, two in Typhlodromalus muma, seven in Ueckemannseius Chant &McMurty, one in Ambylodromalus Chant &Mcmurty,, 20 in Euseius Wanstein, one in Iphiseius Berlese, one in Phytoseilus Evans and one in Gynaseius Ehara & Imano. In the subfamily Phytoseiinae Berlese there were four species in the genus Phytoseiius Ribaga. In the subfamily Typhlodrominae Wanstein, there were four species in the genus Kuzinellus Wainstein and 27 in Typhlodromus Scheuten

1992

DR. ANYANGO, BEATRICE.  1992.  Giller, K.E., Anyango, B., Beynon J. and Wilson K.J. (1992). Using Molecular tools to study the Ecology of Tropical Rhizobia. J. Sci. Food Agri . 60: 394.. Royal Botanic Gardens , Kew , England.. : El-Banhawy, E. M. Abstract
We surveyed the phytoseid mites in four different geographical zones of Kenya: Zone I, upper highland and tropical alpine (2400-4400m): Zone II, lower highland (1800-2400m); zone III, midland (800-1800m); Zone IV, tropical, hot and humid( 0-800m ). A total of 107 species was found. In the sub family, amblyseeinae there were 14 species in the genus Neoseilus , one in Aspereroseius Chant, one in Paraphytoseius Swirski &Schechter, five in typhlodromips De Leon, five in Transeius Chant & McMurty, one in Graminaseius Chant &McMurty, 11 in Amblyseius Berlese, one in Arrenoseius Wanstein, two in Typhlodromalus muma, seven in Ueckemannseius Chant &McMurty, one in Ambylodromalus Chant &Mcmurty,, 20 in Euseius Wanstein, one in Iphiseius Berlese, one in Phytoseilus Evans and one in Gynaseius Ehara & Imano. In the subfamily Phytoseiinae Berlese there were four species in the genus Phytoseiius Ribaga. In the subfamily Typhlodrominae Wanstein, there were four species in the genus Kuzinellus Wainstein and 27 in Typhlodromus Scheuten

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