Farming strategy of African smallholder farmers in transition from traditional to alternative agriculture : the case of the Nupe in central Nigeria


Autoria(s): Abe, Shin; Takahashi, Ryo; Haruna, Akiko; Yamaji, Eiji; Wakatsuki, Toshiyuki
Data(s)

08/11/2012

08/11/2012

01/06/2012

Resumo

It is worthwhile to understand farming strategies of smallholder farmers in sub-Saharan Africa, especially those of farmers who are in transition from traditional to alternative agriculture in terms of adoption of innovative technologies. In a case study of inland valleys in central Nigeria, we investigated the farming strategy of Nupe farmers who have a long-term tradition of wet rice cultivation and indigenous methods of land preparation for soil, water and weed management. In this region, a new method of land preparation has recently been introduced along with a recommendation to use improved seeds and chemical fertilizers. Our findings reveal that Nupe farmers directly sow traditional seeds and apply a marginal amount of fertilizer to paddy plots prepared by labor-saving methods on drought-prone hydromorphic valley fringes and flood-susceptible valley bottoms, whereas they preferentially transplanted improved seedlings and applied a relatively large quantity of fertilizer to paddy fields prepared by a labor-intensive and mechanized method on a valley position where they can access to optimum water condition (less risky against the drought and flood).

Identificador

IDE Discussion Paper. No. 355. 2012.6

http://hdl.handle.net/2344/1187

IDE Discussion Paper

355

Idioma(s)

en

eng

Publicador

Institute of Developing Economies, JETRO

日本貿易振興機構アジア経済研究所

Palavras-Chave #Nigeria #Agriculture #Agricultural technology #Farming techniques #Rice #Indigenous knowledge #Land preparation method #Rice cultivation #Risk management #Technology adoption #610 #FWNR Nigeria ナイジェリア #N57 - Africa; Oceania #O33 - Technological Change: Choices and Consequences; Diffusion Processes #Q16 - R and D; Agricultural Technology;
Tipo

Working Paper

Technical Report