The agricultural production of Ethiopia is challenged by the current changing climate. Thisrnresearch aims to assess and examine the contribution of farmer's apple fruit production as anrnoption for climate change adaptation and diversification of household income. Data wererncollected from sampled individual apple producers, non - apple producer farmers, from focusrngroup discussions and secondary data were thoroughly looked and analyzed. Data obtainedrnfrom physical observations were also processed and analyzed. The findings of the processedrndata indicated that apple production in the sululta area had a wider contribution inrnstrengthening the adaptation capacity of the urban and rural poor community against therncurrent climate change effects happing in the area. The growth of apple trees providesrnadditional income to the household beyond fresh and organic apple fruit supply to improvernhousehold nutrition. Apple tree largely contributing to conserving the soil and givesrntremendous nutritional benefits to the urban dwellers and rural communities beyond itsrncontribution to moderate the microenvironment. Even though tree growing in the area havernshown tremendous benefits and contribution, however, apple promotion is not supported byrnnew research findings and technical expertise. Apple production needs technicalrnbackstopping and well-organized extension services for encouraging tree growth and goodrnproduction for a household. Studies confirmed that collaboration efforts bring remarkablernchange at the community level through resource contribution and knowledge sharing. Fromrnthe analysis of the study result, we can conclude that both the government, private companiesrnand industries working in the area jointly with the grass-root communities need to give duernconsideration and attention to the promotion of apple production to bring paradigm shift fromrnless productive crop production to diversified fruit production in the area. A deeperrnunderstanding of the interdependence between changing climatic conditions and applernproduction together with adaptation options are very crucial