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The response of fababean to seed inoculation with ninestrains of Rhizobium leguminosarum along with recommended phosphorous from TSP fertilizer was examined in field experiments at a total of five sites from 2013 to 2015 at Kulumsa in the southeastern highlands of Ethiopia. Full (18– 46 kg N–P2O5 ha-1) and half doses nitrogen and phosphorous from inorganic source (DAP), and no input at all were also included in the treatments. The experiment was laid out in randomized complete block design with three replications. The result of 2013 trial showed seed inoculation with root noduleting rhizobium strains significantly improved the productivity of fababean. The highest grain yields of fababean were obtained from seed inoculations withstrainsEAL-110, FB-Murd, 1035 and 1018 along with recommended phosphorous from TSP. Equivalent yields were also obtained from the applications of full and half doses of recommended nitrogen and phosphorous from DAP. Seed inoculation withstrainFB-140 and FB-9 along with recommended phosphorous from TSP also resulted in statistically similar biomass yields. Seed inoculations with strain FB-Murd, FB-140, FB-9 and FB-4 along with recommended phosphorous from TSP resulted in statistically the highest biomass yields in 2014. There were no significant yield and yield components responses of fababean to both seed inoculations with root noduleting rhizobium strains and applications of inorganic fertilizers in 2014 and 2015. Previous studies in Munesa district in the southeastern highlands of Ethiopia already confirmed that seed inoculations with strains EAL-110, 1018 and 1035 were efficient in fixing nitrogen. Promising results were obtained from inoculation of fababean seeds with strains FB-Murd, FB-140, FB-9 and FB-4.

Evaluation of Root Noduletingrhizobial Strains for Fababean Crop at Kulumsa, Southeastern Highlands of Ethiopia