Abstract
Soil fertility status evolution is a decision making tool for the sustainable soil nutrient management. To evaluate its status, about 29 research data were collected and meta data analysis were made using SPSS for the selected soil chemical parameters. The soil was moderately acidic and salt free, 93.2% of Zinc (Zn), 100% of Manganese (Mn), 100% of Iron (Fe) and 79.3% of Copper (Cu) status were in sufficient range respectively. However, 44.7% of Phosphorus (P) and 72.3% exchangeable Potassium (K) status were found in a low range, 54.7% of organic carbon (OC) and 34.5% of total nitrogen were respectively found in a medium range, while 93.2% CEC was found in high range. The fertilizer recommendation can be done based on soil fertility status to economize crop production. Land use practices in agro ecosystems and plant species significantly influence the nutrient balance in the soil. According to this review, full nutrient balances of N, P and K in southern Ethiopia, across cropping types were (-31, +71 and -169) respectively. Accordingly, for the better crop production applying recommended fertilizers might be an option to replace the lost nutrients. Major crops (wheat, maize, teff, barley and sorghum) have reveled increased grain yield which were economically positive, indicating the potential of soil in the areas were in deficient levels, hence crops showed responses for fertilizer inputs. Therefore, balanced fertilizer use increase crop production and reduce environmental pollution. Key words: Crop response, land use, nutrient flow balance, soil fertility status
Highlights
Soil information in Ethiopia was not available in a comprehensive and coordinated manner, no insight was presented to stakeholders in a way that respond the question of status and lack of nutrients of the country
Literatures data were collected from published literatures, using ―Fertility Status of Soils and Fertilizer
The findings indicated that different soil fertility management is very essential to enhance crop productivity
Summary
Soil information in Ethiopia was not available in a comprehensive and coordinated manner, no insight was presented to stakeholders (policy makers, small farm holders and others) in a way that respond the question of status and lack of nutrients of the country agricultural lands. Recommendation of site and crop specific fertilizers to increase agricultural production and productivity of Ethiopian farmers was not adequately based on knowledge of nutrient status of the agricultural soils.
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