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Reports the work in progress at ILCA on appropriate methods of collecting Digitaria species and multiplying these former species and Leucaena leucocephala, Erythrina brucei and Sesbania sesban in vitro. Discusses their potential use in forage genetic resources. Discusses inoculation of stem cutti...


Ruredzo, T.J.Hanson, Jean[Practical applications of in-vitro techniques to forage germplasm]Practical applications of in-vitro techniques to forage germplasm

Conservation of germplasm has traditionally relied to a large extent on storage of seeds in genebanks. However, some forage species may take a long time to research maturity and produce seeds or, in the case of grasses, have inadequate production of seeds for collection, multiplication, dissemina...


Hanson, JeanMtambo, P.J.Ruredzo, T.J.[Conservation of forage germplasm with an emphasis on application of tissue culture techniques in a genebank]Conservation of forage germplasm with an emphasis on application of tissue culture techniques in a genebank

Looks into ILCA'S genebank which has a collection of over 9000 accessions of forage germplasm of grasses, legumes and browse. The majority of accessions are stored by conventional methods of seed storage confirming to international standards as far as possible. However, there are some species of ...


Hanson, JeanRuredzo, T.J.[Germplasm storage at ILCA]Germplasm storage at ILCA

Briefly outlines results of a research carried out at ILCA since 1986 on in vitro culture technology of Cynodon aethiopicus, C. dactylon, Digitaria decumbens, Sesbania sesban, Leucaena leucocephala, Erythrina brucei, Faidherbia albida and Acacia tortilis.


Hanson, JeanRuredzo, T.J.[In vitro culture techniques for forage genetic resources]In vitro culture techniques for forage genetic resources

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