The study attempted to measure and compare resource use and productivity with respect to farm size and tenancy in an area of Bangladesh. It used empirical data collected through a lengthy intensive farm survey. It was observed that productivity per acre increased up to certain level (about 4.0 acres) then decreased as the farm size increased. Medium farms (2.0 - 3.99 acres) were found relatively more productive than small farms (below 2.0 acres) and large farms (4.0 acres and above). Share cropping tenancy was found to be inefficient in resource use and production, but cost-sharing tenancy had some favourable impact toward improving productivity on sharecropped land
This study was undertaken to examine empirically the extent of labour displacement crop-wise due to ...
This study was undertaken in an area of Bangladesh to assess the impact of minor irrigation on diffe...
Bangladesh is one of the most densely populated countries with immense pressure on agricultural land...
The study attempted to measure and compare resource use and productivity with respect to farm size a...
Field data collected from two samples of 101 pure owner-operators and 100 part-tenant farmers were a...
Field data based evidence presented in this study suggested that for measuring relative efficiency o...
The relative efficiency of farming under tenancy systems in Bangladesh was measured in this study. T...
The study seeks to verify the contending propositions of size productivity relationship prevailing i...
This study was attempted to measure and compare resource use efficiency and relative productivity of...
This study analyzes the impact of farm size on productivity for rice producers in Bangladesh with a ...
Existing size-distribution of farms and land tenure arrangements in Bangladesh contribute to the per...
Analysis of field data collected from a sample of 100 part-tenant farmers has brought out findings a...
The increasing threat to sustainable agriculture is a major concern of planners worldwide. Human pop...
A restricted profit function is used to estimate profit and factor demand functions from farm level ...
In the past three decades following the implementation of land reforms, the agricultural sector in K...
This study was undertaken to examine empirically the extent of labour displacement crop-wise due to ...
This study was undertaken in an area of Bangladesh to assess the impact of minor irrigation on diffe...
Bangladesh is one of the most densely populated countries with immense pressure on agricultural land...
The study attempted to measure and compare resource use and productivity with respect to farm size a...
Field data collected from two samples of 101 pure owner-operators and 100 part-tenant farmers were a...
Field data based evidence presented in this study suggested that for measuring relative efficiency o...
The relative efficiency of farming under tenancy systems in Bangladesh was measured in this study. T...
The study seeks to verify the contending propositions of size productivity relationship prevailing i...
This study was attempted to measure and compare resource use efficiency and relative productivity of...
This study analyzes the impact of farm size on productivity for rice producers in Bangladesh with a ...
Existing size-distribution of farms and land tenure arrangements in Bangladesh contribute to the per...
Analysis of field data collected from a sample of 100 part-tenant farmers has brought out findings a...
The increasing threat to sustainable agriculture is a major concern of planners worldwide. Human pop...
A restricted profit function is used to estimate profit and factor demand functions from farm level ...
In the past three decades following the implementation of land reforms, the agricultural sector in K...
This study was undertaken to examine empirically the extent of labour displacement crop-wise due to ...
This study was undertaken in an area of Bangladesh to assess the impact of minor irrigation on diffe...
Bangladesh is one of the most densely populated countries with immense pressure on agricultural land...