Farmers’ preferences for the next generation of maize hybrids: application of product concept testing in Kenya and Uganda

Abstract Step-change innovation in seed product design by public sector crop breeding has led to major contributions to global food security. The literature, however, provides few insights on how to identify forward-looking innovation opportunities. Inspired by discussions in the product innovation literature, this article describes our application of product concept testing in the context of hybrid maize in Uganda and Kenya. We identified the following eight maize seed product concepts based on interactions with seed companies, crop breeders, and farmers: ‘Resilience’, ‘Drought escape’, ‘Food and fodder’, ‘Home use’, ‘Green maize’, ‘Livestock feed’, ‘Intercropping’, and ‘Family nutrition’. These were described and presented to 2400 farmers using videos, where each farmer saw three concept-presentation videos. Farmers were most likely to have selected the resilience (Kenya and Uganda), drought escape (Uganda), and intercropping (Kenya) concepts. Farmers showed mixed interest in other concepts, such as home use and food and fodder, suggesting that investments in product production and promotion would be required in addition to investments in breeding. These results provide new entry points for conversations among transdisciplinary teams at regional and national levels on the current and future opportunities for crop breeding to respond to farmers’ requirements for new seed products.

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Publication Details

Journal
Experimental Agriculture
Published
2025-01-01
DOI
https://doi.org/10.1017/s001447972500002x
Citations
1
Primary Topic
Seed and Plant Biochemistry
Type
article
Field-Weighted Citation Impact
1.16

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article

Farmers’ preferences for the next generation of maize hybrids: application of product concept testing in Kenya and Uganda

Jacob van Etten, Pieter Rutsaert, Jason Donovan, Harriet Mawia et al.
1 citations
Experimental Agriculture
Seed and Plant Biochemistry
1.16
article

Farmers’ preferences for the next generation of maize hybrids: application of product concept testing in Kenya and Uganda

Jacob van Etten, Pieter Rutsaert, Jason Donovan, Harriet Mawia, Kauê de Sousa
article en
1 citations

Abstract

Abstract Step-change innovation in seed product design by public sector crop breeding has led to major contributions to global food security. The literature, however, provides few insights on how to identify forward-looking innovation opportunities. Inspired by discussions in the product innovation literature, this article describes our application of product concept testing in the context of hybrid maize in Uganda and Kenya. We identified the following eight maize seed product concepts based on interactions with seed companies, crop breeders, and farmers: ‘Resilience’, ‘Drought escape’, ‘Food and fodder’, ‘Home use’, ‘Green maize’, ‘Livestock feed’, ‘Intercropping’, and ‘Family nutrition’. These were described and presented to 2400 farmers using videos, where each farmer saw three concept-presentation videos. Farmers were most likely to have selected the resilience (Kenya and Uganda), drought escape (Uganda), and intercropping (Kenya) concepts. Farmers showed mixed interest in other concepts, such as home use and food and fodder, suggesting that investments in product production and promotion would be required in addition to investments in breeding. These results provide new entry points for conversations among transdisciplinary teams at regional and national levels on the current and future opportunities for crop breeding to respond to farmers’ requirements for new seed products.

Experimental AgricultureVol. 61
Centro Internacional de Mejoramiento de Maíz Y Trigo (MX), Agropolis International (FR), University of Inland Norway (NO), International Maize and Wheat Improvement Center (KE)
United States Agency for International Development, Bill and Melinda Gates Foundation, Foundation for Food and Agriculture Research, Consortium of International Agricultural Research Centers
Openalex Percentile: Top 24%
Seed and Plant Biochemistry
1.16
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