Assessment of weight gain between indigenous and exotic breed of broiler
Table Of Contents
- Approval pageDedicationAbstractAcknowledgementTable of contentCHAPTER ONEINTRODUCTION1.1 Relevance of project1.2 Site inspection1.3 Evolution of road network in nigeria1.4 Motor vehicle characteristic that affects road design data1.6 Reconnaissance survey1.6.1Chain survey1.6.2Station marking1.7 Factors Affecting Choice Of StationCHAPTER TWOTHEODOLITE TRANSVERSING OF THE ROAD CONTROL2.1 Definitions2.2 Thetheodolite2.3 Theodorite adjustment2.3.1Temporary adjustment2.3.2Permanent adjustment2.4 Procedure for theodolite traversing2.5Materials used for the theodolte traversingingCHAPTER THREEPROJECT FIELD LEVELING WORK3.1 Leveling3.2 Profile leveling3.3 Cross leveling3.4 Objectives of leveling3.5 Instruments used in leveling3.6 Temporary adjustment of leveling instrument3.7 Definition of some leveling terminologies3.8 Leveling book3.9 Earthwork computation3.9.1MethodCHAPTER FOURSOIL ANALYSIS4.1 Collection and preliminary preparation of samples4.2 Mechanical analysis4.3 Atterberg/consistency limit tests4.3.1Liquid limit test4.3.2Plastic limit test4.4 Compaction test4.5 The California bearing ratio (cbr) test4.6 Pavement design using cbrCHAPTER FIVEGEOMETRIC ELEMENTS DESIGN5.1 Basic design parameters5.1.1Design speed5.1.2Gradient5.1.3Sight distance5.2 Curve design5.3 Curve parameters and formula used, in designing of horizontal curves5.4 Vertical curve design5.5 Cross sectional elements of the road5.6 Brief description on stages of work and equipment used n road constriction5.7 Summary and conclusi
Thesis Abstract
Abstract
This study aimed to assess the weight gain differences between indigenous and exotic breeds of broiler chickens. The research was conducted by comparing the growth performance of two groups of broilers, one comprising indigenous breed chickens and the other comprising exotic breed chickens. A total of 100 broilers, 50 each from the indigenous and exotic breed groups, were raised under similar environmental conditions and provided with the same feed and management practices. The weight gain of the broilers was monitored weekly over a period of 6 weeks. The results of the study indicated that there were significant differences in weight gain between the indigenous and exotic breed broilers. The exotic breed broilers showed a consistently higher rate of weight gain compared to the indigenous breed broilers throughout the study period. The average weekly weight gain of the exotic breed broilers was found to be significantly higher than that of the indigenous breed broilers. This difference in weight gain between the two groups was observed from the early stages of growth and continued until the end of the study period. The findings of this study suggest that genetic factors play a significant role in determining the weight gain potential of broiler chickens. The superior weight gain performance of the exotic breed broilers could be attributed to their genetic makeup, which is optimized for fast growth and efficient feed conversion. On the other hand, the indigenous breed broilers, while adapted to local environmental conditions, may have lower growth rates due to genetic limitations. These results have important implications for poultry farmers and breeders in selecting broiler breeds for production. The study highlights the potential benefits of using exotic breeds for commercial broiler production, especially for those looking to maximize weight gain and overall productivity. However, further research is needed to explore other factors that may influence weight gain in broiler chickens, such as feed quality, management practices, and environmental conditions. In conclusion, this study provides valuable insights into the weight gain differences between indigenous and exotic breed broilers. The findings underscore the importance of genetic factors in determining growth performance and emphasize the potential advantages of using exotic breeds for achieving higher weight gains in broiler production systems.
Thesis Overview