In the development of high beta carotene (HBC) maize, the focus is on subsistence farms which do not get any (or at least very little) benefit from commercial fortification programs. The technology can be considered to be primarily for the small-scale subsistence farmer. The paper postulates a household decision model that takes into account the production and consumption tradeoffs between traditional and biofortified seed. The objective is to understand the effect of these differing traits on the adoption decision when white maize is preferred by the consumers
This study determines consumer demand for staple food crops biofortified with micronutrients in thre...
Using a sample selection induced bivariate probit model fitted to data collected from small scale, r...
Previous studies have reported promising differences in the quality of kernels from farmers' maize p...
In the development of high beta carotene (HBC) maize, the focus is on subsistence farms which do not...
This paper postulates a household decision model that takes into account the production consumption ...
This paper postulates a household decision model that takes into account the production consumption ...
The only country in Asia to have approved a biotech food or feed crop is the Philippines, where Bt m...
Consumer preferences for white maize in East and Southern Africa concerns developers of maize biofor...
Maize, the second most globally important staple crop after wheat, originated in Mexico, where it is...
Food security in Malawi depends on production of enough maize, the country’s staple crop. In Malawi,...
Smallholder maize cultivation is prevalent in the marginal areas of India, under diverse agro-climat...
This article analyses the consequences that a specific new market for non-GM (genetically modified) ...
Local maize (Zea mays L.) varieties are cultivated by small-scale farmers in western Santa Catarina ...
The literature on agricultural technology is limited on the issue of the continued use of an agricul...
Bt maize in Kenya is promising biotechnology innovation for poor households. Econometric prediction...
This study determines consumer demand for staple food crops biofortified with micronutrients in thre...
Using a sample selection induced bivariate probit model fitted to data collected from small scale, r...
Previous studies have reported promising differences in the quality of kernels from farmers' maize p...
In the development of high beta carotene (HBC) maize, the focus is on subsistence farms which do not...
This paper postulates a household decision model that takes into account the production consumption ...
This paper postulates a household decision model that takes into account the production consumption ...
The only country in Asia to have approved a biotech food or feed crop is the Philippines, where Bt m...
Consumer preferences for white maize in East and Southern Africa concerns developers of maize biofor...
Maize, the second most globally important staple crop after wheat, originated in Mexico, where it is...
Food security in Malawi depends on production of enough maize, the country’s staple crop. In Malawi,...
Smallholder maize cultivation is prevalent in the marginal areas of India, under diverse agro-climat...
This article analyses the consequences that a specific new market for non-GM (genetically modified) ...
Local maize (Zea mays L.) varieties are cultivated by small-scale farmers in western Santa Catarina ...
The literature on agricultural technology is limited on the issue of the continued use of an agricul...
Bt maize in Kenya is promising biotechnology innovation for poor households. Econometric prediction...
This study determines consumer demand for staple food crops biofortified with micronutrients in thre...
Using a sample selection induced bivariate probit model fitted to data collected from small scale, r...
Previous studies have reported promising differences in the quality of kernels from farmers' maize p...