Each organ was separately oven-dried and total dry matter production and allocation patterns were measured and analyzed. One-year-old seedlings were used to record dry mass of leaves, main stem, primary branches and root growth. The treatments included irradiance (moderate and full sunlight), irrigation (well watered and water stressed) regimes and twelve coffee genotypes of different geographical areas. The study was conducted to compare the variability among the wild arabica coffee genotypes in biomass assimilation and allocation patterns under varying light and irrigation conditions at the Jimma Research Center, southwestern Ethiopia. Wadsworth Publishing Company, Belmont, Califonia 94002, a division of Wadsworth, Inc.īiomass production and distribution in seedlings of Coffea Arabica genotypes under contrasting nursery environments in southwestern EthiopiaĮcological Physiology Environment Genetic Diversity Seedling Growth Response Wild Ethio-pian Coffee PopulationĪBSTRACT: In Ethiopia, the natural forests with the occurrence of wild Arabica coffee gene pools are under constant threats, largely due to anthropogenic activities.
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