We present results of model simulations of maize, wheat, and sorghum yields in Ethiopia through 2085. The analysis draws on climate outcomes from 32 global climate models and an agronomic crop model to estimate effects on the yields of these cereals of expected higher temperatures and, for most of Ethiopia, increased rainfall. The simulation results suggest that climate change will likely have only relatively small effects on average yields of maize, wheat, and sorghum in Ethiopia up to 2055, as agronomic conditions for cultivation of these crops may actually improve in large parts of the country. Nonetheless, yields will need to increase over time to enable cereal production to keep pace with expected demand growth due to increases in popu...
Considerable attention has been given to climate change and its impacts. Agriculture is of special c...
Rain-fed food crop production is very sensitive to climate variability. The majority of Ethiopian po...
In the Central Rift Valley of Ethiopia (CRV), actual productivity of most cereals is less than 3 t h...
We present results of model simulations of maize, wheat, and sorghum yields in Ethiopia through 2085...
Chapter 4, “Climate Change Impacts on Crop Yields,” presents results of model simulations of crop yi...
Changing climate conditions are supposed to have particularly strong impacts on agricultural product...
This study investigates the impacts of climate change on mean and variance of crop yields in Ethiopi...
Abstract Background Climate change is expected to significantly impact agricultural production acros...
Exploring adaptation strategies for different climate change scenarios to support agricultural produ...
Climate change remains a major problem confronting agricultural productivity in Ethiopia. Maize and ...
Ethiopia is facing looming climate changes in combination with steep population growth, with potenti...
Key words: Climate change, Adaptation, Crop modelling, Uncertainty, Maize (Zea mays), Central Rift V...
This study assesses potential impacts of climate change on maize and wheat yields in the Central Rif...
Studies on climate impacts and related adaptation strategies are becoming increasingly important to ...
Climate change affects agricultural production and productivity in sub-Saharan Africa, including Eth...
Considerable attention has been given to climate change and its impacts. Agriculture is of special c...
Rain-fed food crop production is very sensitive to climate variability. The majority of Ethiopian po...
In the Central Rift Valley of Ethiopia (CRV), actual productivity of most cereals is less than 3 t h...
We present results of model simulations of maize, wheat, and sorghum yields in Ethiopia through 2085...
Chapter 4, “Climate Change Impacts on Crop Yields,” presents results of model simulations of crop yi...
Changing climate conditions are supposed to have particularly strong impacts on agricultural product...
This study investigates the impacts of climate change on mean and variance of crop yields in Ethiopi...
Abstract Background Climate change is expected to significantly impact agricultural production acros...
Exploring adaptation strategies for different climate change scenarios to support agricultural produ...
Climate change remains a major problem confronting agricultural productivity in Ethiopia. Maize and ...
Ethiopia is facing looming climate changes in combination with steep population growth, with potenti...
Key words: Climate change, Adaptation, Crop modelling, Uncertainty, Maize (Zea mays), Central Rift V...
This study assesses potential impacts of climate change on maize and wheat yields in the Central Rif...
Studies on climate impacts and related adaptation strategies are becoming increasingly important to ...
Climate change affects agricultural production and productivity in sub-Saharan Africa, including Eth...
Considerable attention has been given to climate change and its impacts. Agriculture is of special c...
Rain-fed food crop production is very sensitive to climate variability. The majority of Ethiopian po...
In the Central Rift Valley of Ethiopia (CRV), actual productivity of most cereals is less than 3 t h...