Crop Simulation Maps and Figures Figure 13 a) Time series of modeled Millet yields at El Obied for the historical period and future period (2021-2080) under the two scenarios RCP 4.5 and RCP 8.5. (b) time series of downscaled climate variables, for the same periods and the same scenarios. (Top) rainfall in mm & (bottom) Reference Evapotranspiration (ETo mm/day). Climate variables are averaged over the growing season. Red, green and blue colors depict the historical, RCP4.5 and RCP8.5 periods, respectively
Crop Simulation Maps and Figures Figure 12 Distributions of projections of future Millet yields under medium-term (RCP4.5_midT & RCP8.5_midT) and long-term (RCP4.5_longT and RCP8.5_longT) climate change scenarios for El Obied. Historical simulation is also shown in the boxplot graphs
Crop Simulation Maps and Figures Figure 11 a) Scatter plot of the actual (historically measured) and modeled yield for Sorghum at El Gedarif research station. The x-axis represents observed yields (Yield_obs), and the y-axis represents modelled yields (Yield_mod). The green line represents the ideal 1:1 relationship) timeseries of measured (red dots) and. modelled (blue line) yields
Crop Simulation Maps and Figures Figure 10 a) Time series of modeled Sorghum yields at El Gedarif for the historical period and future period (2021-2080) under the two scenarios RCP 4.5 and RCP 8.5. (b) time series of downscaled climate variables, for the same periods and the same scenarios. (Top) rainfall in mm & (bottom) Reference Evapotranspiration (ETo mm/day). Climate variables are averaged over the growing season. Red, green and blue colors depict the historical, RCP4.5 and RCP8.5 periods, respectively
Crop Simulation Maps and Figures Figure 9 Distributions of projections of future Sorghum yields under medium-term (RCP4.5_midT & RCP8.5_midT) and long-term (RCP4.5_longT and RCP8.5_longT) climate change scenarios for Gedarif. Historical simulation is also shown in the boxplot graphs
Crop Simulation Maps and Figures The part of the reality that is described by AquaCrop. AquaCrop Training Handbook. Book I: Understanding AquaCrop. https://www.fao.org/aquacrop/software/ aquacropstandardwindowsprogramme/en/#c522959
Crop Simulation Maps and Figures Figure 7 The total annual production of tomatoes in Sudan for the period 2012-2021
Crop Simulation Maps and Figures Figure 6 The total annual harvested areas and total annual production of onion in Sudan during the period 2011-2020
Crop Simulation Maps and Figures Figure 5 The total annual harvested areas and the total annual production of the vegetables grown in Sudan for the period 2012-2022. Source: FAOSTAT and Ministry of Agriculture and Forests, Sudan (2011 data)
Crop Simulation Maps and Figures Figure 4 Sudan Monthly Climatology of Maximum Temperature over the period 1970-2000 in °C. Source: WorldClim v2.1 high resolution (~1km) data set (https://www.worldclim.org/data/index.html).