Dilnesaw Z, Hailu T, Bedada A, Abdissa F, Alemaw G and Mohamed Indris
Six Maize genotypes were planted in RCBD with three replication each in 10 m by 10 m plot by furrow irrigation to evaluate adaptation performance of Maize genotypes and identify high yielding and heat tolerant genotypes adapted to Tendaho sugar estate in order to enhance the net national crop production in general and product diversification in sugar estates in particular in the near future. The analysis of variance showed that genotypes included in the test differed highly and significantly at (p=0.05) probability level for all traits and maize grain yield mean value comparison or mean separation result indicated that the genotype BH-546 is superior compared to others with 58.5 quintals grain yield per hectare followed by MH-4 and BH-540 genotypes with 50.3 and 43 quintals grain yield per hectare value. Based on the productivity standard the superior genotype BH-546 scored 95% and 17%, respectively yield advantage over the national (30 qt/ha) and global (50 qt/ha) maize average productivity.
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