AbstractNationally representative data for Malawi were used to measure the gender gap in adoption of modern maize and to investigate how, if at all, Malawi’s Farm Input Subsidy Program (FISP) has impacted the gap. Regression results show the probability of adopting modern maize was 12% lower for wives in male-headed households, and 11% lower for female household heads, than for male farmers. Receipt of subsidized input coupons had no discernible effect on modern maize adoption for male farmers. Receiving a subsidy for both seed and fertilizer increased the probability of modern maize cultivation by 222% for female household heads, suggesting the FISP has likely reduced the gender gap in adoption of modern maize in Malawi
Considerable research documents why women farmers have lower technology adoption rates than men farm...
Why do men and women adopt agricultural technologies at different rates? Evidence from Ghana suggest...
Why do men and women adopt agricultural technologies at different rates? Evidence from Ghana suggest...
This paper assesses improved maize adoption in Malawi and examines the link between adoption and hou...
It is widely recognized that female farmers have considerably less access to productive assets and s...
DfIDThe Farm Input Subsidy Programme targets households for subsidized farm inputs, and usually it i...
Governments in Sub-Saharan Africa have been implementing agricultural subsidy programs aimed to rais...
The purpose of the study was to identify the major factors influencing the maize production of male-...
Are there differences in men’s and women’s access to and use of fertiliser in sub-Saharan Africa? Th...
Article published in Food Policy Journal.This paper uses sex-disaggregated survey data at the plot l...
Understanding the gender differences in agricultural productivity is crucial for formulating informe...
Female farmers in Malawi and many other African countries remain subordinate to and more food insecu...
Smallholder farmers in Sub-Saharan Africa face several challenges including low productivity, food i...
Why do men and women adopt agricultural technologies at different rates? Evidence from Ghana suggest...
Paper presented at the 28th International Conference of Agricultural Economists in The Global Bio-Ec...
Considerable research documents why women farmers have lower technology adoption rates than men farm...
Why do men and women adopt agricultural technologies at different rates? Evidence from Ghana suggest...
Why do men and women adopt agricultural technologies at different rates? Evidence from Ghana suggest...
This paper assesses improved maize adoption in Malawi and examines the link between adoption and hou...
It is widely recognized that female farmers have considerably less access to productive assets and s...
DfIDThe Farm Input Subsidy Programme targets households for subsidized farm inputs, and usually it i...
Governments in Sub-Saharan Africa have been implementing agricultural subsidy programs aimed to rais...
The purpose of the study was to identify the major factors influencing the maize production of male-...
Are there differences in men’s and women’s access to and use of fertiliser in sub-Saharan Africa? Th...
Article published in Food Policy Journal.This paper uses sex-disaggregated survey data at the plot l...
Understanding the gender differences in agricultural productivity is crucial for formulating informe...
Female farmers in Malawi and many other African countries remain subordinate to and more food insecu...
Smallholder farmers in Sub-Saharan Africa face several challenges including low productivity, food i...
Why do men and women adopt agricultural technologies at different rates? Evidence from Ghana suggest...
Paper presented at the 28th International Conference of Agricultural Economists in The Global Bio-Ec...
Considerable research documents why women farmers have lower technology adoption rates than men farm...
Why do men and women adopt agricultural technologies at different rates? Evidence from Ghana suggest...
Why do men and women adopt agricultural technologies at different rates? Evidence from Ghana suggest...