Theme 2-2: Forage Production and Utilization--Poster Sessions

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High feed cost of running urban-animal-agriculture and huge city wastes are challenges of the growing towns in modern Ethiopia. Egg production microenterprise is steadily growing due to its low initial investment and ready market in urban and peri-urban areas. However, cost of egg production is high due to the rising cost of corn, the main feed ingredient in poultry rations. Using banana peels, which forms a great proportion of city waste in Ethiopia, is seen as a way of not only reducing the waste, but also as an alternative low-cost feed supplement that could help enhance egg production by small-holder farmers. This study looked at the effect of feeding banana-peels-powder on weight-gain, egg-production and profit from rearing improved poultry breeds. Banana peels were air-dried, ground and used to re-formulate existing feed rations. The control was the ready poultry ration formulated with 52% maize and 48% other ingredients. Then four rations were formulated with 13%, 26%, 39% and 52% banana peels. One hundred, 5-month old Bovans Brown chicken breed were clustered into 4 blocks based on weight categories. Five treatments were applied randomly to the blocks and replicated 5 times in a RCBD cage battery system. The chickens were fed with 120g/chicken/day while water was provided ad libitum. Chickens’ weight and eggs produced were recorded every two weeks and daily respectively. Whereas weight gain and egg production declined with increase in proportion of banana peels, 25% replacement resulted in a comparable daily weight gain (26.42gm) to the standard chicken ration (26.76gm). Increase of banana peels resulted in reduction of weight gain at 17.78, 16.67 and 15.11gm/day and egg production at 0.58, 0.4 and 0.22/day/chicken for 50, 75 and 100% replacements respectively. We conclude that 25% banana peels powder in corn-based feed ration gives optimum weight gain and egg production in chickens.

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Effects of Banana Peels on Chicken Weight Gain and Egg Production in the Urban and Peri-Urban Areas of Aksum City, Ethiopia

High feed cost of running urban-animal-agriculture and huge city wastes are challenges of the growing towns in modern Ethiopia. Egg production microenterprise is steadily growing due to its low initial investment and ready market in urban and peri-urban areas. However, cost of egg production is high due to the rising cost of corn, the main feed ingredient in poultry rations. Using banana peels, which forms a great proportion of city waste in Ethiopia, is seen as a way of not only reducing the waste, but also as an alternative low-cost feed supplement that could help enhance egg production by small-holder farmers. This study looked at the effect of feeding banana-peels-powder on weight-gain, egg-production and profit from rearing improved poultry breeds. Banana peels were air-dried, ground and used to re-formulate existing feed rations. The control was the ready poultry ration formulated with 52% maize and 48% other ingredients. Then four rations were formulated with 13%, 26%, 39% and 52% banana peels. One hundred, 5-month old Bovans Brown chicken breed were clustered into 4 blocks based on weight categories. Five treatments were applied randomly to the blocks and replicated 5 times in a RCBD cage battery system. The chickens were fed with 120g/chicken/day while water was provided ad libitum. Chickens’ weight and eggs produced were recorded every two weeks and daily respectively. Whereas weight gain and egg production declined with increase in proportion of banana peels, 25% replacement resulted in a comparable daily weight gain (26.42gm) to the standard chicken ration (26.76gm). Increase of banana peels resulted in reduction of weight gain at 17.78, 16.67 and 15.11gm/day and egg production at 0.58, 0.4 and 0.22/day/chicken for 50, 75 and 100% replacements respectively. We conclude that 25% banana peels powder in corn-based feed ration gives optimum weight gain and egg production in chickens.