We assess the impact of the promotion of row planting at reduced seed rate on farmers’ teff yields in Ethiopia. Results indicate that the program to scale-up row planting, on average, has a positive but moderate effect on teff yield. These findings, however, are in contrast with larger yield increases found on village demonstration plots, in more controlled settings, and with the expectations of teff farmers. The differences are linked to problems in the implementation of the program and of its recommendations, to methodological issues, and likely to over-optimism on the potential of row planting in real farm settings.Non-PRIFPRI1; ESSP IIDSG
Summary of ESSP Working Paper 60, “Scaling-up adoption of improved technologies: The impact of the p...
Adoption of yield increasing technologies is seen as a key driver to increase agricultural productio...
This study examines the impact of the row planting method on maize productivity and risk exposure us...
Adoption of yieldincreasing technologies is seen as a key driver to increase agricultural productio...
Adoption of yieldincreasing technologies is seen as a key driver to increase agricultural productio...
Adoption of yieldincreasing technologies is seen as a key driver to increase agricultural productio...
Adoption of yieldincreasing technologies is seen as a key driver to increase agricultural production...
The Ethiopian government rolled out a nationwide campaign in 2013 to promote the use of row planting...
Scaling-up adoption of improved technologies: The impact of the promotion of row planting on farmers...
This study analyzes the perceptions, impacts, and rewards of farmers who adopted row planting for th...
Adoption of yield-increasing technologies is crucial to boost staple food production in sub-Saharan ...
This paper provides more detailed insight into the social and economic dimensions of the teff varian...
Improved technologies are increasingly promoted to farmers in sub-Saharan-African countries to addre...
Improved technologies are increasingly promoted to farmers in sub-Saharan Africa to address low agri...
Most farmers’ practices broadcast sowing methods and productivity is less. Soil fertility maintenanc...
Summary of ESSP Working Paper 60, “Scaling-up adoption of improved technologies: The impact of the p...
Adoption of yield increasing technologies is seen as a key driver to increase agricultural productio...
This study examines the impact of the row planting method on maize productivity and risk exposure us...
Adoption of yieldincreasing technologies is seen as a key driver to increase agricultural productio...
Adoption of yieldincreasing technologies is seen as a key driver to increase agricultural productio...
Adoption of yieldincreasing technologies is seen as a key driver to increase agricultural productio...
Adoption of yieldincreasing technologies is seen as a key driver to increase agricultural production...
The Ethiopian government rolled out a nationwide campaign in 2013 to promote the use of row planting...
Scaling-up adoption of improved technologies: The impact of the promotion of row planting on farmers...
This study analyzes the perceptions, impacts, and rewards of farmers who adopted row planting for th...
Adoption of yield-increasing technologies is crucial to boost staple food production in sub-Saharan ...
This paper provides more detailed insight into the social and economic dimensions of the teff varian...
Improved technologies are increasingly promoted to farmers in sub-Saharan-African countries to addre...
Improved technologies are increasingly promoted to farmers in sub-Saharan Africa to address low agri...
Most farmers’ practices broadcast sowing methods and productivity is less. Soil fertility maintenanc...
Summary of ESSP Working Paper 60, “Scaling-up adoption of improved technologies: The impact of the p...
Adoption of yield increasing technologies is seen as a key driver to increase agricultural productio...
This study examines the impact of the row planting method on maize productivity and risk exposure us...