The decline of water hyacinth on Lake Victoria was due to biological control by Neochetina spp by Wilson, John R.U., Ajuonu, Obinna, Center, Ted D., Hill, Martin P., Julien, Mic H., Katagira, Francisca F., Neuenschwander, Peter, Njoka, Stephen W., Ogwang, James, Reeder, Rob H., Van, Thai

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Grazing lands in Sub-Saharan Africa and their potential role in climate change mitigation: What we do and don't know by Milne, Eleanor, Aynekulu, Ermias, Bationo, Andre, Batjes, Niels H., Boone, Randall, Conant, Rich, Davies, Jonathan, Hanan, Niall, Hoag, Dana, Herrick, Jeffrey E., Knausenberger, Walter, Neely, Constance, Njoka, Jesse, Ngugi, Moffatt, Parton, Bill, Paustian, Keith, Reid, Robin, Said, Mohamed, Shepherd, Keith, Swift, David, Thornton, Philip, Williams, Stephen, Miller, Sue, Nkonya, Ephraim

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Nitrogen Fixation by Natural Populations of Acacia Senegal in the Drylands of Kenya Using 15N Natural Abundance by Githae, Eunice W, Gachene, Charles K. K, Njoka, Jesse T, Omondi, Stephen F

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Nitrogen Fixation by Natural Populations of Acacia Senegal in the Drylands of Kenya Using 15 N Natural Abundance by Githae, Eunice W., Gachene, Charles K. K., Njoka, Jesse T., Omondi, Stephen F.

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Nitrogen Fixation by Natural Populations of Acacia Senegal in the Drylands of Kenya Using ^sup 15^N Natural Abundance by Githae, Eunice W, Gachene, Charles KK, Njoka, Jesse T, Omondi, Stephen F

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Nitrogen Fixation by Natural Populations of Acacia Senegal in the Drylands of Kenya Using super(15)N Natural Abundance by Githae, Eunice W, Gachene, Charles KK, Njoka, Jesse T, Omondi, Stephen F

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