Assessment of commonly identified diseases in the 2 common poultry management

Project Abstract

Poultry farming is a crucial sector in the agricultural industry, providing a significant source of protein through meat and eggs. The success of poultry farming depends on effective management practices that ensure the health and productivity of the birds. This study focuses on assessing commonly identified diseases in two common poultry management systems free-range and intensive systems. The research utilizes a combination of field observations, interviews with poultry farmers, and analysis of veterinary reports to identify and compare prevalent diseases in both management systems. The findings indicate that while both free-range and intensive systems are susceptible to diseases, the types of diseases and their prevalence differ between the two systems. In the free-range system, diseases such as Newcastle disease, infectious bronchitis, and coccidiosis are commonly identified. These diseases are often associated with environmental factors and exposure to wild birds, leading to a higher prevalence in free-range poultry. On the other hand, the intensive system is more prone to diseases like avian influenza, infectious bursal disease, and Marek's disease, which can spread rapidly in the confined spaces of intensive poultry houses. The study also highlights the importance of biosecurity measures in preventing and controlling disease outbreaks in both management systems. Proper biosecurity practices, such as restricting visitor access, disinfection protocols, and monitoring bird health, are crucial in minimizing the risk of disease transmission within and between poultry farms. Furthermore, the research emphasizes the significance of early disease detection and prompt veterinary intervention in managing poultry diseases effectively. Regular health monitoring, vaccination programs, and collaboration with veterinary professionals are essential components of disease management strategies in both free-range and intensive poultry systems. In conclusion, this study provides valuable insights into the commonly identified diseases in free-range and intensive poultry management systems. By understanding the specific disease risks associated with each system and implementing appropriate management practices, poultry farmers can enhance the health, welfare, and productivity of their flocks. Continued research and education on poultry diseases are essential for the sustainable growth of the poultry industry and ensuring food security for the growing global population.

Project Overview

<p> </p><p><b>NTRODUCTION</b></p><p><b>1.1 &nbsp; &nbsp; <br></b><b>Background<br>of the study</b></p><p>The<br>survival of rural poultry industry in developing countries depends to a large<br>extent on the type of rearing methods employed and seasonal changes in weather<br>conditions. In nearly all African countries, poultry production in rural areas<br>is predominantly based on a free-range system utilizing indigenous types of<br>fowl, (Kitalyi, 1998; Horst, 1988). The system is characterized with family<br>ownership of the birds. Then birds are then left to scavenge to meet their<br>nutritional needs. The feed resources vary depending on local conditions and<br>the farming system. Housing may or may not be provided, (Huchzermeyer, 1973;<br>Atunbi and Sonaiya, 1994; Kuit, Traore and Wilson, 1986). Where housing is<br>provided, usually local materials are used for construction. Low productivity<br>is the main feature of this production system, which can be attributed to low<br>genetic potential, poor disease control programmes and poor feeding. Recently,<br>the highly infectious Newcastle disease (NCD) is reported to have caused 100<br>percent mortality. And it has been identified as a major poultry production<br>constraint in the village chicken production systems of many African Countries<br>(Chabeuf, 1990; Olayiwole, 1984; Achiempong, 1992).Livestock husbandry<br>activities are minimal with some roles played by gender .The health of the<br>birds is not guaranteed because; there are little to no disease control<br>programmes such as vaccination of the birds at various stages and ages. The<br>birds are exposed to many disease conditions at various seasons of the year .In<br>most cases indigenous knowledge are used to treat/handle the poultry (Ugwu,et<br>al., 2009). Disease like Newcastle and parasitic infection have been<br>reported to be the most devastating and prevalent poultry disease in many<br>developing countries especially in Africa, (Chabeuf, 1990; Chrysostome,1995;<br>Bell, Kane and Le Jan, 1995). Parasites are also prevalent due to favourable<br>environmental conditions, (Zaria, et al. 1993). In spite of low-input by rural<br>poultry farmers in developing countries on poultry production, free-range birds<br>play many socio-economic roles. In Africa, they constituted over 50 percent of<br>the total poultry population and contributed 30 to 80 percent of total national<br>poultry products (Sonaiya, 1990). Estimates based on human and livestock<br>population in Ethiopia showed that the village chicken provides 125kg of<br>poultry meat per capital per year, whereas, cattle provides 5.23kg, (Forsiddo,<br>1986).In Africa, mortality of indigenous chickens under free-range system was<br>very high due to diseases, poor management, poor breeding system and malnutrition,<br>(Dipleolu, Keripe, Gbadamosi, and Gbadamosi, 1998). Also, some diseases can<br>appear more prevalent and devastating at certain seasons of the year. Newcastle<br>disease and other respiratory diseases become more prevalent in the dry season<br>while parasitic infections appear more during the rainy seasons.</p><p><b>1.2<br>STATEMENT OF THE PROBLEM</b></p><p>The prevention and management of<br>diseases outbreak and the systems of poultry management in Sierra Leone remains<br>the major challenge to the maximization of profits and other benefits that<br>could be realized from poultry.</p><p><b>1.3 OBJECTIVE OF THE STUDY</b></p><p>Poor management system of<br>poultry production and ineffective diseases prevention and control has been<br>identified as a major constraint militating against the survivability of poultry<br>enterprise in Sierra Leone in general and the rural set-up in particular. The<br>poor management of the enterprise greatly favoured other seasonally-dependent<br>poultry diseases that constitute a major threat to poultry business and its<br>profitability.</p><p>Thus, the objectives of the<br>study were to:</p><p>(a) Identify the<br>common system of poultry in Sierra Leone</p><p>(b) Identify the pattern of<br>disease outbreak and possible causes in the systems of poultry management<br>identified</p><p>(c) To access the<br>consequences in the growth and production of chicken in these (free range and<br>intensive) systems.</p><p>(d) To identify and access<br>the methods of prevention and control of the diseases in the two systems<br>identified.</p><p><b>1.4<br>RESEARCH HYPOTHESES</b></p><p>For the successful completion of the study, the<br>following research hypotheses were formulated by the researcher; </p><p><b>H0:<br></b>there<br>are no pattern of disease outbreak and possible causes in the systems of<br>poultry management identified</p><p><b>H1:<br></b>there<br>are pattern of disease outbreak and possible causes in the systems of poultry<br>management identified</p><p><b>H02:</b>there<br>are no methods of prevention and control of the diseases in the two systems<br>identified</p><p><b>H2:</b>there<br>are methods of prevention and control of the diseases in the two systems<br>identified</p><p><b>1.5 SIGNIFICANCE OF THE<br>STUDY</b></p><p>This<br>study will be of significance to students of different higher of learning as it<br>would enlighten them and the entire nation. Finally, this study will also help<br>to serve as literature (reference source) to the public, individuals and<br>corporate bodies into what to carry out on further research on assessment of<br>commonly identified disease in the 2 common poultry management</p><p><b>1.6 JUSTIFICATION</b></p><p>The population of rural<br>poultry in Africa has been estimated to account for more than 60 percent of the<br>total national poultry population, (Sonaiya, 1990a). For example in Nigeria,<br>rural poultry accounted for about eighty percent of the total national flock, (Awan,<br>1993). Despite the high percentage, the survivability of rural poultry industry<br>in Nigeria is very low due to poor management techniques embarked upon by rural<br>poultry farmers, and outbreak of seasonally dependent diseases that can account<br>for high chick losses.The management of village chicken is complicated by the<br>presence of multi-aged groups in the same flock. High chick mortality can be<br>attributed to poor feeding, house and health control practices. There was<br>usually no preferential treatment for the chicks, as they compete for the<br>available feed resource with other animals. Where supplementary feeding and<br>water are provided, the containers used are too deep for the chicks to reach<br>the contents. Predation can also be a major cause of high chick mortality<br>because; the young chicks are more vulnerable. Predators like hawks, rats,<br>mongooses, snakes, dogs, cats and foxes prey on young chick especially those in<br>free-range management system.This management system can leads to failure of<br>health control programs due to poor administration of vaccine carriers whether<br>food or water as the birds are unprotected. Feeding and health improvement<br>programmes will only be successful if this situation is given due consideration<br>to ensure that the different birds are protected. The mortality rate of<br>naturally brooded chicks, whose only source of feed is from scavenging under<br>free-range conditions, is very high and often exceed 50 percent up to eight<br>weeks of age. (Chabeuf, 1990; Olayiwole, 1984; Achiempong, 1992).Therefore<br>there is a need to adopt a better system of poultry management that reduces or<br>prevent the loss of small chicks and the fowls to diseases and other<br>environmental factors that are detrimental to the profitability of poultry<br>management.</p><p><b>1.7<br>SCOPE AND LIMITATION OF THE STUDY</b></p><p>The<br>scope of the study covers the assessment of commonly identified diseases in the<br>2 common poultry management. The researcher encounters some constrain which<br>limited the scope of the study;</p><p><b>a)<br>AVAILABILITY OF RESEARCH MATERIAL:</b><br>The research material available to the researcher is insufficient, thereby<br>limiting the study &nbsp; &nbsp; &nbsp; </p><p><b>b) TIME:</b><br>The time frame allocated to the study does not enhance wider coverage as the<br>researcher has to combine other academic activities and examinations with the<br>study.</p><p><b>c)<br>Organizational privacy</b>: Limited Access to the selected<br>auditing firm makes it difficult to get all the necessary and required<br>information concerning the activities. </p><p><b>1.8<br>DEFINITION OF TERMS</b></p><p><b>DISEASE:<br></b>A disease is a particular abnormal condition<br>that affects part or all of an organism not caused by external force and that<br>consists of a disorder of a structure or function, usually serving as an<br>evolutionary disadvantage.</p><p><b>POULTRY: </b>Poultry<br>are domesticated birds kept by humans for their eggs, their meat or their<br>feathers. These birds are most typically members of the superorder Galloanserae,<br>especially the order Galliformes</p><p><b>MANAGEMENT: </b>Management is the administration of an organization, whether it is a<br>business, a not-for-profit organization, or government body</p> <br><p></p>