This document discusses poultry and poultry product handling. It covers poultry production systems, advantages and disadvantages of poultry raising, management needs, challenges, and the poultry value chain. It also discusses handling of poultry and poultry products including transportation, grading and standardization, and packaging. The goal is to assess poultry production, management, and the value chain as well as challenges and constraints within the system.
This document discusses feeding management of poultry. It begins by stating that India ranks 3rd in egg production and 4th in broiler production globally. It then discusses the six major classes of nutrients needed in poultry feed: carbohydrates, protein, fats, vitamins, minerals, and water. The document goes on to describe energy and protein requirements, types of protein supplements, mineral requirements including calcium and phosphorus, and vitamin requirements and deficiency diseases. It also discusses factors that affect feed intake and efficiency. Finally, it outlines feeding practices for broiler chickens and layers at different stages.
Introduction about quail
Advantages of quail farming
Housing
Feeding
Egg and meat production
Nutrient content in egg and meat
Incubation and hatching
Chicks management
Quail diseases and its management
Centers for parent quails and interesting facts about quail etc.,
This document discusses rearing guinea fowl, a bird native to Africa that is raised for both meat and eggs. It describes guinea fowl's hardiness and disease resistance compared to other poultry. There are three main varieties - pearl, lavender, and white - as well as hybrids. Guinea fowl reach sexual maturity later than chickens, lay fewer eggs per year, and have lower productivity overall but richer meat. Their management requires less intensive housing and feeding than other poultry due to their foraging ability but still benefits from standard brooding and feeding practices. Guinea fowl have higher innate disease resistance than other poultry.
The objective of a defined feeding management program is to supply a range of balanced diets that satisfy the nutrient requirements at all stages of development & that optimize efficiency and profitability without compromising bird welfare or the environment.
This document discusses poultry production in Pakistan. It begins by defining poultry and describing common poultry species. It then discusses the history and development of the commercial poultry industry in Pakistan from the 1960s onward. Key points include that poultry provides a source of income and employment for many Pakistanis and plays an important role in meeting the country's protein demand. The poultry sector has grown significantly in recent decades and contributes substantially to Pakistan's economy and agriculture.
This document discusses chick grading procedures at hatcheries and farms. It describes how chicks are graded at hatcheries based on sex, quality parameters like activity level, down/appearance, eyes, legs, and weight. Chicks are classified into grades A, B, C based on weight and abnormalities. Grading is also done at farms to separate low and high weight chicks. Sexing methods like vent and feather sexing are outlined. The advantages of grading include providing quality chicks and uniform flocks. Proper packing and recording of data is also emphasized.
Major ingredients in poultry feed include corn, wheat, and sorghum as carbohydrate sources; soybean meal as a protein source; and vegetable oils and animal fats as fat/oil sources. Chickens cannot synthesize 11 amino acids that must be included in their diet. Feed is formulated based on the bird's life stage and purpose (egg-laying or meat production) and can be mash, pellets, or crumbles. Nutrient specifications vary between starter, grower, developer, and layer diets for egg-laying hens and between starter, grower, and finisher diets for broilers raised for meat.
Nutritional factors affecting hatchability include the nutrition of breeding stock. Deficiencies or imbalances in protein, energy, fatty acids, vitamins, and minerals in the diets of breeding hens can negatively impact fertility, egg quality, and embryonic development, decreasing hatchability. Maintaining optimal ratios of nutrients is important, as excess or insufficient levels of certain nutrients can also reduce hatchability. Proper handling and storage of fertilized eggs further influences hatchability rates.
This document discusses feeding management of poultry. It begins by stating that India ranks 3rd in egg production and 4th in broiler production globally. It then discusses the six major classes of nutrients needed in poultry feed: carbohydrates, protein, fats, vitamins, minerals, and water. The document goes on to describe energy and protein requirements, types of protein supplements, mineral requirements including calcium and phosphorus, and vitamin requirements and deficiency diseases. It also discusses factors that affect feed intake and efficiency. Finally, it outlines feeding practices for broiler chickens and layers at different stages.
Introduction about quail
Advantages of quail farming
Housing
Feeding
Egg and meat production
Nutrient content in egg and meat
Incubation and hatching
Chicks management
Quail diseases and its management
Centers for parent quails and interesting facts about quail etc.,
This document discusses rearing guinea fowl, a bird native to Africa that is raised for both meat and eggs. It describes guinea fowl's hardiness and disease resistance compared to other poultry. There are three main varieties - pearl, lavender, and white - as well as hybrids. Guinea fowl reach sexual maturity later than chickens, lay fewer eggs per year, and have lower productivity overall but richer meat. Their management requires less intensive housing and feeding than other poultry due to their foraging ability but still benefits from standard brooding and feeding practices. Guinea fowl have higher innate disease resistance than other poultry.
The objective of a defined feeding management program is to supply a range of balanced diets that satisfy the nutrient requirements at all stages of development & that optimize efficiency and profitability without compromising bird welfare or the environment.
This document discusses poultry production in Pakistan. It begins by defining poultry and describing common poultry species. It then discusses the history and development of the commercial poultry industry in Pakistan from the 1960s onward. Key points include that poultry provides a source of income and employment for many Pakistanis and plays an important role in meeting the country's protein demand. The poultry sector has grown significantly in recent decades and contributes substantially to Pakistan's economy and agriculture.
This document discusses chick grading procedures at hatcheries and farms. It describes how chicks are graded at hatcheries based on sex, quality parameters like activity level, down/appearance, eyes, legs, and weight. Chicks are classified into grades A, B, C based on weight and abnormalities. Grading is also done at farms to separate low and high weight chicks. Sexing methods like vent and feather sexing are outlined. The advantages of grading include providing quality chicks and uniform flocks. Proper packing and recording of data is also emphasized.
Major ingredients in poultry feed include corn, wheat, and sorghum as carbohydrate sources; soybean meal as a protein source; and vegetable oils and animal fats as fat/oil sources. Chickens cannot synthesize 11 amino acids that must be included in their diet. Feed is formulated based on the bird's life stage and purpose (egg-laying or meat production) and can be mash, pellets, or crumbles. Nutrient specifications vary between starter, grower, developer, and layer diets for egg-laying hens and between starter, grower, and finisher diets for broilers raised for meat.
Nutritional factors affecting hatchability include the nutrition of breeding stock. Deficiencies or imbalances in protein, energy, fatty acids, vitamins, and minerals in the diets of breeding hens can negatively impact fertility, egg quality, and embryonic development, decreasing hatchability. Maintaining optimal ratios of nutrients is important, as excess or insufficient levels of certain nutrients can also reduce hatchability. Proper handling and storage of fertilized eggs further influences hatchability rates.
Poultry require nutrients including carbohydrates and fats for energy, protein and amino acids, minerals, vitamins, and water. A balanced diet typically consists of grains like corn or soybean meal for energy and protein, and supplements like limestone for minerals. Feeding programs should provide the right nutrients for different stages of growth and types of poultry. High quality feed is important to avoid nutritional deficiencies and ensure optimal growth and health.
Goat care and management depends on factors like age, health, nutrition, and facilities. Young kids have very different needs than mature goats. Goats are bred for milk, meat, fiber, and other purposes. Worldwide there are over 460 million goats producing milk and meat. Housing can be confinement or pasture systems. Feeding requires energy, protein, vitamins, minerals, fiber, and water. Newborn kids need colostrum. Proper health, breeding, and disease prevention are also important for goat management.
Stress management is important for poultry as birds have limited resources for growth and responding to environmental changes. Cold stress is more dangerous than heat stress as it causes more fat deposition and weight gain in birds, leading to long term problems and economic losses. During heat stress, birds cannot maintain temperature and pant to cool down. This reduces performance. Proper housing ventilation and evaporative cooling can help alleviate heat stress. Feeding fat, vitamins, and electrolytes supplemented diets and providing plenty of fresh, cool water can also help birds better handle stress.
This document provides information about quail farming. It discusses the history and introduction of quail farming in India. Quail farming is described as economically viable due to quails' fast growth, short generation interval, early maturity, and high egg production. The document outlines the advantages of quail farming, including their small space requirements and low investment needs. It also describes general quail characteristics, common breeds, reproduction, incubation, brooding, housing methods, and the life cycle from hatching to slaughter.
Insects as PROTEIN SOURCE IN POULTRY
Introduction
Insects as a alternative feed
Type of insects
Insect farming
Nutritional value of insets and functional properties
Feeding value in different sps of animals
Risk profile and major concerns
Cost economics and environmental foot print
Future research
Conclusions and recommendations
The document discusses different systems for feeding poultry, including ad libitum feeding (free choice feeding), controlled feeding such as forced feeding, restricted feeding, and phase feeding. Restricted feeding involves limiting the amount of feed given to birds below their normal intake in order to control body weight and delay sexual maturity. Phase feeding involves changing the protein level of the laying hen diet during different phases of egg production to match their nutrient requirements.
This document provides an overview of poultry production. It begins with an introduction to poultry and the importance of poultry farming, particularly for small rural families. It then covers key topics like the domestication of poultry, types of poultry birds, taxonomy and classification of chickens, important chicken breeds, and the reproductive and egg structures of chickens. The document aims to present foundational information on poultry production.
This document provides information for those considering getting goats. It discusses checking zoning laws and HOA rules, developing facilities and budgets, acquiring goats, and different goat production systems. Key points covered include the need to determine goals for goats, legal and neighbor considerations, ensuring adequate housing, fencing and supplies are in place, and acquiring goats through breeders versus auctions to avoid health risks. Production options like dairy, fiber, meat and vegetation control are overviewed.
This document discusses housing and brooding operations for backyard poultry production. It begins by classifying different poultry housing systems such as free range, semi-intensive, intensive, deep litter, slatted floor, and cage systems. It then provides details on each system including their advantages and disadvantages. A significant portion of the document focuses on brooding management, describing the different brooding methods, requirements including temperature, ventilation, space, feeding, and watering during brooding. It concludes with discussing disease prevention, vaccinations, and medications that should be administered during brooding.
This document provides information on India's livestock population and meat production statistics. It notes that India has the world's largest populations of cattle, buffalo, goats and is among the top producers of meat globally. However, per capita meat consumption and contribution to global meat trade remains low in India. There is potential to increase meat processing and exports through the development of value-added meat products and using technologies to enhance product quality, safety, and shelf life. Challenges include lack of infrastructure, skills, and overcoming socio-cultural taboos against meat consumption.
Broiler production involves breeding chickens specifically for meat. Broiler farms have advantages like a short rearing period of 35 days and high return on initial investment. Important considerations for site selection include access to roads, electricity, water, and adequate ventilation. Essential equipment includes feeders, drinkers, weighing scales, and brooders. Proper cleaning and disinfection of sheds between flocks is important for bird health. Brooding young chicks requires maintaining optimal temperature and lighting conditions, as well as gradually increasing space per bird as they grow.
This document provides an overview of poultry nutrition and feeding. It discusses the commercial poultry production industry and factors that influence feed costs such as disease control and genetic improvement. It describes the general steps in poultry diet formulation and common feed ingredients such as corn, soybean meal, fish meal, and supplemental vitamins and minerals. The document also outlines the nutritional needs and common diet types for different stages of growth in chickens, turkeys, and laying hens including starter, broiler, growing, and laying diets.
The poultry industry in India presents significant opportunities for growth. India has a large population with high economic growth that is driving increased demand for animal proteins. The poultry sector currently contributes substantially to GDP and employment. While India is already a top global producer of eggs and poultry meat, per capita consumption is still low compared to recommendations and presents room for expansion. Integrated production models and organized retail are helping to modernize the industry and meet rising demand. International players can capitalize on opportunities to help close consumption gaps and support continued growth in the large Indian market.
This document provides an overview of rabbit production. It discusses the types of rabbits used for meat production, their housing and feeding needs, and basic reproduction. Rabbits can provide meat and wool. While not widely consumed in the US, rabbit meat production has benefits as a small-scale livestock option. The document outlines management practices and some common health issues to consider in rabbitry.
This document provides information on poultry feed formulation by Dr. C. Seenivasan. It discusses the process of quantifying feed ingredients to meet poultry nutrient requirements. It describes different feed types and classifications of ingredients including protein sources, energy sources, vitamins, and minerals. The document outlines the nutrient requirements for broilers and layers at different growth stages. It also discusses the poultry digestive system and key aspects of least cost feed formulation such as raw material and processing costs. Sample feed formulations are provided for broiler pre-starter, starter, and finisher feeds.
This document discusses different forms of animal feed including mash, pellets, and crumbs. Mash is an unprocessed ground form that can lead to selective feeding and waste but is easier for digestion. Pellets are compressed and molded forms that pass through rollers. The pelletizing process involves conditioning with heat, moisture and pressure to gelatinize starches and reduce fines production. Factors like ingredient formulation, grind fineness, and conditioning impact pellet quality. Pellets have advantages like reduced waste and selective feeding but also higher costs and potential for reduced water consumption. Different animal types are commonly fed different forms like mash for leghorns and pellets for broilers after two weeks.
Quail farming provides several advantages such as minimum space needs, low investment, early sexual maturity and egg production, and high nutritional value of meat and eggs. Quails can be housed using deep litter or cage systems and require specific feeding and management practices. These include adequate temperature and ventilation for chicks, separating sexes at 4 weeks, lighting for 16 hours to stimulate egg laying, and providing a male to female ratio of 1:3 for breeding. Quail meat has a high dressing yield and is lower in fat than chicken. A government license is required to farm quails.
This document provides information on poultry farming and management. It discusses the main species of birds reared for economic benefits, including chickens, ducks, geese, quails and pigeons. It outlines the benefits of poultry farming such as low capital requirements and high returns. It also describes important considerations for poultry housing, drinking/feeding systems, chick quality, and brooding management. Finally, it discusses common poultry diseases caused by bacteria, viruses, fungi and parasites, as well as deficiency diseases, and provides treatment recommendations.
This document discusses feeding management for poultry. It covers various forms of feed including mash, pellets and crumbles. It also discusses feeding programs, economizing feed costs, reducing waste, and storage. Specific topics covered include feeding chicks, pullets, layers, broilers and breeders. Advantages and disadvantages of different feed forms are provided.
Analysis of Effect of Three Different Feeds to the Growth Rate of TurkeysIRJET Journal
This study analyzed the effect of three different feeds (Feed A, Feed B, and Feed C) on the growth rate of turkeys. Turkeys were randomly assigned to blocks and administered one of the three feeds. Their initial weights were measured before feeding. Statistical analysis using a complete randomized design and Fisher's least significant difference test found a significant difference in growth rates between the treatment groups. The results revealed that Feed B produced the highest turkey weights. The goal was to determine the most effective feed for fast turkey growth and if there were significant differences in growth between the treatment groups or blocks.
The document discusses poultry health and production. It covers three main types of chicken enterprises: egg production, broiler production, and raising replacement pullets. It outlines advantages like high feed efficiency and fast returns, and disadvantages like disease risks. It also discusses basic poultry nutrition, including protein, carbohydrate and fat digestion. Proper nutrition is key to efficient conversion of feed into meat and eggs.
Poultry require nutrients including carbohydrates and fats for energy, protein and amino acids, minerals, vitamins, and water. A balanced diet typically consists of grains like corn or soybean meal for energy and protein, and supplements like limestone for minerals. Feeding programs should provide the right nutrients for different stages of growth and types of poultry. High quality feed is important to avoid nutritional deficiencies and ensure optimal growth and health.
Goat care and management depends on factors like age, health, nutrition, and facilities. Young kids have very different needs than mature goats. Goats are bred for milk, meat, fiber, and other purposes. Worldwide there are over 460 million goats producing milk and meat. Housing can be confinement or pasture systems. Feeding requires energy, protein, vitamins, minerals, fiber, and water. Newborn kids need colostrum. Proper health, breeding, and disease prevention are also important for goat management.
Stress management is important for poultry as birds have limited resources for growth and responding to environmental changes. Cold stress is more dangerous than heat stress as it causes more fat deposition and weight gain in birds, leading to long term problems and economic losses. During heat stress, birds cannot maintain temperature and pant to cool down. This reduces performance. Proper housing ventilation and evaporative cooling can help alleviate heat stress. Feeding fat, vitamins, and electrolytes supplemented diets and providing plenty of fresh, cool water can also help birds better handle stress.
This document provides information about quail farming. It discusses the history and introduction of quail farming in India. Quail farming is described as economically viable due to quails' fast growth, short generation interval, early maturity, and high egg production. The document outlines the advantages of quail farming, including their small space requirements and low investment needs. It also describes general quail characteristics, common breeds, reproduction, incubation, brooding, housing methods, and the life cycle from hatching to slaughter.
Insects as PROTEIN SOURCE IN POULTRY
Introduction
Insects as a alternative feed
Type of insects
Insect farming
Nutritional value of insets and functional properties
Feeding value in different sps of animals
Risk profile and major concerns
Cost economics and environmental foot print
Future research
Conclusions and recommendations
The document discusses different systems for feeding poultry, including ad libitum feeding (free choice feeding), controlled feeding such as forced feeding, restricted feeding, and phase feeding. Restricted feeding involves limiting the amount of feed given to birds below their normal intake in order to control body weight and delay sexual maturity. Phase feeding involves changing the protein level of the laying hen diet during different phases of egg production to match their nutrient requirements.
This document provides an overview of poultry production. It begins with an introduction to poultry and the importance of poultry farming, particularly for small rural families. It then covers key topics like the domestication of poultry, types of poultry birds, taxonomy and classification of chickens, important chicken breeds, and the reproductive and egg structures of chickens. The document aims to present foundational information on poultry production.
This document provides information for those considering getting goats. It discusses checking zoning laws and HOA rules, developing facilities and budgets, acquiring goats, and different goat production systems. Key points covered include the need to determine goals for goats, legal and neighbor considerations, ensuring adequate housing, fencing and supplies are in place, and acquiring goats through breeders versus auctions to avoid health risks. Production options like dairy, fiber, meat and vegetation control are overviewed.
This document discusses housing and brooding operations for backyard poultry production. It begins by classifying different poultry housing systems such as free range, semi-intensive, intensive, deep litter, slatted floor, and cage systems. It then provides details on each system including their advantages and disadvantages. A significant portion of the document focuses on brooding management, describing the different brooding methods, requirements including temperature, ventilation, space, feeding, and watering during brooding. It concludes with discussing disease prevention, vaccinations, and medications that should be administered during brooding.
This document provides information on India's livestock population and meat production statistics. It notes that India has the world's largest populations of cattle, buffalo, goats and is among the top producers of meat globally. However, per capita meat consumption and contribution to global meat trade remains low in India. There is potential to increase meat processing and exports through the development of value-added meat products and using technologies to enhance product quality, safety, and shelf life. Challenges include lack of infrastructure, skills, and overcoming socio-cultural taboos against meat consumption.
Broiler production involves breeding chickens specifically for meat. Broiler farms have advantages like a short rearing period of 35 days and high return on initial investment. Important considerations for site selection include access to roads, electricity, water, and adequate ventilation. Essential equipment includes feeders, drinkers, weighing scales, and brooders. Proper cleaning and disinfection of sheds between flocks is important for bird health. Brooding young chicks requires maintaining optimal temperature and lighting conditions, as well as gradually increasing space per bird as they grow.
This document provides an overview of poultry nutrition and feeding. It discusses the commercial poultry production industry and factors that influence feed costs such as disease control and genetic improvement. It describes the general steps in poultry diet formulation and common feed ingredients such as corn, soybean meal, fish meal, and supplemental vitamins and minerals. The document also outlines the nutritional needs and common diet types for different stages of growth in chickens, turkeys, and laying hens including starter, broiler, growing, and laying diets.
The poultry industry in India presents significant opportunities for growth. India has a large population with high economic growth that is driving increased demand for animal proteins. The poultry sector currently contributes substantially to GDP and employment. While India is already a top global producer of eggs and poultry meat, per capita consumption is still low compared to recommendations and presents room for expansion. Integrated production models and organized retail are helping to modernize the industry and meet rising demand. International players can capitalize on opportunities to help close consumption gaps and support continued growth in the large Indian market.
This document provides an overview of rabbit production. It discusses the types of rabbits used for meat production, their housing and feeding needs, and basic reproduction. Rabbits can provide meat and wool. While not widely consumed in the US, rabbit meat production has benefits as a small-scale livestock option. The document outlines management practices and some common health issues to consider in rabbitry.
This document provides information on poultry feed formulation by Dr. C. Seenivasan. It discusses the process of quantifying feed ingredients to meet poultry nutrient requirements. It describes different feed types and classifications of ingredients including protein sources, energy sources, vitamins, and minerals. The document outlines the nutrient requirements for broilers and layers at different growth stages. It also discusses the poultry digestive system and key aspects of least cost feed formulation such as raw material and processing costs. Sample feed formulations are provided for broiler pre-starter, starter, and finisher feeds.
This document discusses different forms of animal feed including mash, pellets, and crumbs. Mash is an unprocessed ground form that can lead to selective feeding and waste but is easier for digestion. Pellets are compressed and molded forms that pass through rollers. The pelletizing process involves conditioning with heat, moisture and pressure to gelatinize starches and reduce fines production. Factors like ingredient formulation, grind fineness, and conditioning impact pellet quality. Pellets have advantages like reduced waste and selective feeding but also higher costs and potential for reduced water consumption. Different animal types are commonly fed different forms like mash for leghorns and pellets for broilers after two weeks.
Quail farming provides several advantages such as minimum space needs, low investment, early sexual maturity and egg production, and high nutritional value of meat and eggs. Quails can be housed using deep litter or cage systems and require specific feeding and management practices. These include adequate temperature and ventilation for chicks, separating sexes at 4 weeks, lighting for 16 hours to stimulate egg laying, and providing a male to female ratio of 1:3 for breeding. Quail meat has a high dressing yield and is lower in fat than chicken. A government license is required to farm quails.
This document provides information on poultry farming and management. It discusses the main species of birds reared for economic benefits, including chickens, ducks, geese, quails and pigeons. It outlines the benefits of poultry farming such as low capital requirements and high returns. It also describes important considerations for poultry housing, drinking/feeding systems, chick quality, and brooding management. Finally, it discusses common poultry diseases caused by bacteria, viruses, fungi and parasites, as well as deficiency diseases, and provides treatment recommendations.
This document discusses feeding management for poultry. It covers various forms of feed including mash, pellets and crumbles. It also discusses feeding programs, economizing feed costs, reducing waste, and storage. Specific topics covered include feeding chicks, pullets, layers, broilers and breeders. Advantages and disadvantages of different feed forms are provided.
Analysis of Effect of Three Different Feeds to the Growth Rate of TurkeysIRJET Journal
This study analyzed the effect of three different feeds (Feed A, Feed B, and Feed C) on the growth rate of turkeys. Turkeys were randomly assigned to blocks and administered one of the three feeds. Their initial weights were measured before feeding. Statistical analysis using a complete randomized design and Fisher's least significant difference test found a significant difference in growth rates between the treatment groups. The results revealed that Feed B produced the highest turkey weights. The goal was to determine the most effective feed for fast turkey growth and if there were significant differences in growth between the treatment groups or blocks.
The document discusses poultry health and production. It covers three main types of chicken enterprises: egg production, broiler production, and raising replacement pullets. It outlines advantages like high feed efficiency and fast returns, and disadvantages like disease risks. It also discusses basic poultry nutrition, including protein, carbohydrate and fat digestion. Proper nutrition is key to efficient conversion of feed into meat and eggs.
To manage means "to handle or control". Animal management is the care, control and
handling of the animal species under study. In our livestock species, most of the time and energies of the animal manager are spent providing food and shelter and assuring optimal health and reproductive capacity of the animals under the care of the manager. In this course we will study "typical livestock management systems."
While we refer to these as "typical" management systems, the particular management system in any livestock operation will vary depending upon the following:
species of animal
intended use of animal (dairy cow vs. beef cattle)
location - part of the country, climate, resources available, nearness to neighbors, etc.
resources of producer -- land, labor, capital
materials handling required -- what goes in and what comes out of system feed and water are materials handling inputs waste products and products to be marketed are materials handling outputs
government rules and regulations -- waste management, food safety, humane care,
etc.
preference of producer, processor and consumer
A Good Management system must do the following:
provide for basic needs of animal -- food, water, shelter
provide a product that can be sold at a profit for producer
In operating a livestock management system, a great deal of time is devoted to providing food and water, assuring the health of the animals under one's care and assuring animal reproduction in systems where reproduction is important to providing the final product. As a consequence, we will devote the majority of lecture time in this course to these topics.
This document provides details on a proposed 50,000 unit poultry farm layer project in India. It discusses the importance of poultry farming as a source of income and nutrition. It then outlines the scope and potential of the layer farming industry in India. The remainder of the document details the requirements and considerations for setting up the proposed 50,000 unit poultry layer farm, including infrastructure needs, birds, production parameters, feeding, and relevant government schemes and regulations.
The poultry industry in India has grown rapidly over the past few decades, with egg production increasing at 8-10% annually. This growth is supported by private enterprises, indigenous genetics capabilities, and related industries. Suitable housing is important for poultry farming, whether indoor or outdoor production is used. The future outlook for the poultry industry remains positive as demand is expected to continue growing.
International requirements for import and export of aquatic and farm animal f...babaganasheriff1234
Assignment for final year student DVM.By Babagana sheriff. University of Maiduguri, Borno state. Nigeria. VPH692. Veterinary ethics and jurisprudence. Class of 2022.
The document discusses layer farming in India. It notes that India is the 3rd largest egg producer globally and egg consumption is growing rapidly. Layer farming is important as eggs provide high-quality protein and nutrients. Different types of layer farming are discussed, along with common breeds, housing and management practices, feeding, and diseases affecting layers. A SWOT analysis identifies strengths like meeting protein needs and improving rural incomes, as well as weaknesses like disease risks and infrastructure issues, and opportunities for further growth in domestic and international markets.
This document summarizes genetic improvement programs in poultry breeding, focusing on chickens. It discusses the selection of chickens for desirable traits, genetic improvement in broilers through selection for traits like growth and feed efficiency, and genetic improvement in laying hens through selecting for traits like egg number, quality, and feed conversion ratio. The quantitative genetics approach has been applied effectively in industrial chicken breeding to reach high performance levels for growth and egg production in specialized lines.
Livestock production system for sustainable agricultural system course for natural resource management degree program.
Focuses on production system categorized by intensity and geography.
With the emerging concern on environmental cost more specifically greenhouse gas emission related with conventional livestock rearing for meat has come to a problematic situation. Therefore, animal scientists and human nutritionists collectively try to develop a new trend of rearing non-conventional livestock for meat purposes. Some of the non conventional species are already being exploited to commercial levels. This presentation attempts to discuss some key points about non conventional livestock in a brief and simple manner.
The future of sustainable livestock systems in low- and middle-income countriesILRI
Presented by Shirley Tarawali at the Expert dialogue: The future of sustainable agriculture. Let’s think about… livestock, German Federal Ministry for Economic Cooperation and Development (BMZ), 28 June 2022
This document provides guidance on organic poultry production for meat. It covers key topics such as feeding organic poultry, breeds suitable for organic systems, brooding young chicks, and growing and processing birds. Specific guidance is given on temperature requirements for brooding chicks, moving birds out to range housing, and disease management throughout growth and processing. Financial considerations are also discussed.
This document provides an introduction to poultry farming. It discusses that poultry refers to various bird species raised for meat, eggs, or ornamental purposes. The main types of poultry discussed are chickens, turkeys, ducks, geese, and quail. Poultry farming has grown significantly in India in recent decades, evolving from small backyard operations to large commercial enterprises. Selecting the right birds, such as broiler chickens for meat or layer chickens for eggs, as well as proper housing, feeding, and management, are keys to success in poultry farming. Poultry provides benefits such as a source of income, fertilizer, and pest control, and can be profitable with the right
Technology Profile - Breeding TIMPs for Small RuminantsPodisi (CCARDESA) 2017 Hillary Hanson
This document summarizes information on improved breeding practices for small ruminants like sheep and goats in Namibia. It discusses how selection of superior animals through genetic testing and selective breeding can improve important traits like growth rate and fertility. While techniques like artificial insemination are used in some areas, traditional selective breeding is more common due to lower costs. The benefits of scaling up improved breeding include increased productivity, meat quality, and hardiness of goats and sheep, which would improve incomes and food security, especially for smallholder farmers in northern Namibia.
Technology Profile - Breeding TIMPs for Small RuminantsPodisi (CCARDESA) 2017 Hillary Hanson
This document summarizes improved breeding practices for small ruminants like sheep and goats in Namibia. It discusses how selection of superior animals through genetic testing can improve key traits over multiple generations. While techniques like artificial insemination are used in other livestock, challenges around record keeping and animal mixing make these difficult for smallholder farmers in Namibia. Instead, selecting best animals to breed and culling poor performers can still provide benefits at low cost. Modeling suggests scaling improved breeding across Namibia's northern region could provide economic gains of $9-106 million by 2025.
1) The document discusses a case study of an intervention in Nigeria that introduced improved Noiler chicken breeds to increase incomes and nutrition for smallholder farmers, particularly women. Noiler birds are a hybrid breed that are hardier than exotic breeds but provide higher yields than local breeds.
2) The intervention supported the establishment of "Mother Units" that bred Noiler chicks and sold them to smallholder farmers. This improved access to the improved breeds. Farmers reported higher profits from Noiler chickens compared to other breeds.
3) While the intervention benefited women, cultural norms still give men more control over finances and decision making. The intervention helped increase women's incomes but did not fully address underlying gender inequalities. Expand
Mixed crop-livestock systems: Indispensable means to achieving global food an...ILRI
Presented by Jimmy Smith at the ADSA (American Dairy Science Association)-ASAS (American Society of Animal Science)-CSAS (Canadian Society of Animal Science) Joint Annual Meeting on Linking Animal Science and Animal Agriculture: Meeting the global demands of 2050, Kansas City, Missouri, 20–24 July 2014
Opportunities of Poultry Breeding Programmes for Family Production in Develop...copppldsecretariat
Background document for an E-conference of the International Network for Family Poultry Development in collaboration with FAO and supported by the International Fund for Agricultural Development (IFAD) 24 January - 18 February 2011.
[ Originally posted on http://www.cop-ppld.net/cop_knowledge_base ]
RM Chapter Two 1111111111111111111111111111111.pptxbizuayehuadmasu1
This document discusses production risk and market risk in agriculture. It defines production risk as the risk associated with losses from factors like weather, pests, and technology. Production can be affected by many unpredictable events related to these factors. Market risk refers to the variability in output and input prices. Price volatility is a major source of uncertainty for farmers. The document discusses different strategies farmers can use to reduce risks, including risk-reducing inputs, business planning, and using futures and options markets to mitigate price instability.
This document provides an overview of the course "Risk Management and Insurance in Agribusiness". The key points are:
- The course code is ABVM441 and it is worth 3 credit hours. It will be taught in the 4th year, 1st semester of the academic year 2023.
- The document introduces the concepts of risk and uncertainty in agriculture. Risk refers to situations where outcomes and probabilities are known, while uncertainty involves unknown outcomes and probabilities.
- Farmers face various risks including production risks from weather and disease, market risks from price fluctuations, financial risks from borrowing, and regulatory risks from policy changes.
- Farmers' attitudes towards risk vary, with some being risk-a
The document discusses how agribusiness can provide productive employment for youth. It defines agribusiness as involving various agricultural production and value chain activities. There are many opportunities for youth in agribusiness roles like input suppliers, producers, processors, wholesalers, researchers and consultants. Involving youth in agribusiness can help address issues like aging farmer populations, unemployment, and rural-urban migration. It also highlights the cassava value chain as an example of the various jobs that can be created along the chain for youth.
Ch1_Introduction to Management and Organization.pptxbizuayehuadmasu1
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1. JIMMA UNIVERSITY COLLAGE OF
AGRICULTURE AND VETERNINARY
MEDICINE
DEPARTMENT OF AGRICULTURAL ECONOMICS AND
EXTENTION,
POST GRADUTAE STUDY OF
AGRIBUSSINESS AND VALUE CHAIN MANAGEMENT
(ABVM)
PRESENTATION ON
POULTRY AND POULTRY PRODUCT HANDLING
BY:-
ABERA GULUMA
ID NO MSc 06565/05
December 2013
www.ju.edu.et 1
2. Objective
To assess:
Poultry production system
Advantages and disadvantages of poultry
production
Management needed
Poultry value chain
Challenges and constraints
www.ju.edu.et 2
3. Handling of poultry and Poultry Products
1. Introduction
1.1 Definition of Poultry
Poultry, pullet - Poultry is derived from Latin pullus, "young
animal" or "chicken";
kept for eggs or meat or feathers such as chickens, turkeys,
ducks, and geese.
Poultry is the second most widely eaten meat in the world,
accounting for about 30% of meat production worldwide, after
pork at 38%.
The largest proportions of eggs and poultry meat in Ethiopia are
produced by the village system (Tadelle 1996).
www.ju.edu.et 3
4. Cont’…
Despite the fact that village poultry are more numerous than
commercial ones, and provide the largest proportion of
products in developing countries (Cumming, 1992).
Poultry is an important source of food and income in
Ethiopia
So it is one of the most suitable interventions to improve
the livelihood of the poor.
At HH level, Characterized by production of a small number
of low yielding local chickens (30-80 eggs/hen/year), with a
flock size of 5-6 per family and offered little or no additional
in-puts (Tadelle,1996; Mebratu,1997).
www.ju.edu.et 4
5. Cont’…
There are various advantages which make poultry attractive in the
context of poverty alleviation and quality protein supply in
Sub-Saharan Africa:-
kept in most areas, there are hardly (almost no) any religious or
social taboos associated with it,
It has a high reproduction rate per unit time,
It is efficient in transforming feed into protein and energy into
human food,
It uses a very low capital investment and space needed for small-
scale poultry production
www.ju.edu.et 5
6. 1.2 Poultry production
The three general types of chicken enterprises:
Egg production, ( for egg production purpose)
Broiler / Breeder Production (for meat production ), and
Raising replacement pullets
Regardless of the size of the enterprise, there are three
important factors for success with poultry:
Proper feeding,
Good management, and
Sanitation. (James R. et al 2009).
www.ju.edu.et 6
7. Cont’…
Poultry raising can often be combined with other types of
farming and offers the possibility to raise extra revenue for
farmers (FAO, 2003)
Poultry enterprises may vary from basic backyard poultry
keeping to mechanized and automated production plants.
1. Backyard poultry production:- characterized by
subsistence level of farming,
diet is supplemented with crop waste or food left overs,
labour involved in backyard poultry production is part-time.
www.ju.edu.et 7
8. Cont’…
2. Farm flock production:
Slightly more specialized.
Eggs are hatched at a separate location where the Hatch and the
sexing (differentiation of M &F) of the birds are controlled.
3. Commercial poultry farm production
Involves full-time labour and is Geared toward producing on a
sufficient scale for the sale of both eggs and poultry meat.
4. Specialized egg production consists of separating poultry for
meat and egg production.
5. Integrated egg production is the most advanced enterprise
and Involves full mechanization and automation of the egg production
cycle including battery egg laying, temperature controls, scientific
feeding and mechanized egg collection methods (James R. et al 2009).
www.ju.edu.et 8
9. Cont’…
In Ethiopia, Recent estimates put the poultry population of
Ethiopia at around 34.2 million;
with native chicken of none descriptive breeds representing
94.4%, hybrid chicken 3.92% and exotic breeds of
chickens mainly kept in urban and peri-urban areas 0.64%
(CSA ,2003).
The total national annual poultry meat and eggs production
is estimated at 72,300 and 78,000 metric tones, respectively
and
Indigenous poultry contribute almost 99% of the national
egg and poultry meat production (Tadelle and Peters, 2003).
www.ju.edu.et 9
10. Cont’…
In Ethiopian indigenous chicken has a unique position in:-
the rural household economy and
Plays a significant role in the religious and cultural life of the
society (Tadelle and Ogle 1996a).
Poultry is a source of self-reliance for women since, (Aklilu
et al 2007) which provide women with an immediate income
to meet household expenses and sources of food decide egg
sales.
Household poultry require limited space, feed and capital
investment compared to other domestic animals.
www.ju.edu.et 10
11. Cont’…
However, the contribution to human nutrition and export
earnings is disproportionately small. Due to :-
Very poor in egg production performance attributed to
The low genetic potential (slow growth rate, late sexual
maturity and broodiness for an extended period).
The low productivity of local scavenging/search for food
chickens is because of their
Low egg production potential,
High chick mortality and longer reproductive cycle (20-days
of laying phase, 21-days of incubation phase and 56-days of
brooding phase).
www.ju.edu.et 11
12. Cont’…
low management standard of the traditional household
poultry production system.
It have been seen that the provision of:-
vaccination,
improved feeding,
clean water and night time enclosure improve the
performance of the indigenous chickens, but not to an
economically acceptable level (Teketel,1986) Since
genetically poor productive
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13. 1.3 For improved household poultry production
Constraints, potential and Institutional support
A. Constraints: - The main limitation to improved household
poultry production is the extremely high loss of birds
before they reach maturity caused by inadequate
nutrition and disease.
The main causes of loss are:
Poor Nutrition: cause of loss and predisposes birds to
disease, poor immune response to vaccines and predation
Disease: especially the highly infectious viral Newcastle
Disease (ND), Fowl cholera, fowl pox
Poor, or non-existent housing, is also a major cause of high
losses
www.ju.edu.et 13
14. Cont’…
B. Potential: - Improved management and disease
control can have a substantial impact on household
economies.
The basis for any improvement programme will be
improved husbandry, notably housing, nutrition and disease
control, primarily Newcastle Disease.
Subsequent interventions would concentrate on further
improving nutrition and the introduction of improved
breeds/strains.
Improved feeding:-Most household flocks rely on
scavenging and household scraps and, depending on
conditions, this is usually adequate for survival and a low
level of production
www.ju.edu.et 14
15. Cont’…
• Conventional feed materials such as maize, wheat, barley,
oilcakes, fishmeal, etc., are rarely available to the back-
yard producer
Control of Newcastle Disease (ND) and other health
constraints: -
Effective vaccines have been available against most strains
of ND for a long time.
Potentially these vaccines offer the possibility of
overcoming the problems of transport, storage and the
difficulty of catching individual chickens.
www.ju.edu.et 15
16. Cont’…
Improved housing:- Housing should provide
perches for birds to roost on;
access to clean water;
a creep feed for chicks; and,
nest boxes for laying and brooding
Improved breeds: - Once standard levels of husbandry
(housing, feeding and disease control) have been achieved,
improving the genetic potential of the bird’s offers the next
step in increasing productivity.
Two choices are available. The introduction of purebred,
dual-purpose breeds or the commercial hybrids, which
are usually, selected either for meat (broiler) or egg
production.
www.ju.edu.et 16
17. Cont’…
options that can be considered to improve breed:
• Importing grandparent stock to produce parent stock in the
country.
• Importing parent stock as either fertile eggs or day-old chicks
to supply commercial birds for distribution
• Importing commercial fertile eggs or day-old chicks for
direct supply to farmers. This option might be feasible in
establishing a programme but it is costly. Or potentially
• by identifying and selecting the top performers for a given
trait, and given the chicken’s short generation interval
C. Institution support: - The promotion and development of
producer groups as the basis for self-sufficiency should be
supported www.ju.edu.et 17
18. 1.4 Advantages and Disadvantages of Poultry Raising
Advantages :- Raising poultry has a number of
advantages, among which are;
High feed conversion efficiency, High return compared to
feed costs,
Fast return on investment,
Spreading income throughout the year,
Low land requirements,
By-product feeds fed to poultry: blood meal, fish meal,
meat and bone, distillers grains.
Adaptability to both small part-time enterprises and large
commercial enterprises and the operation can be highly
mechanized, with high output per hour of labor (James R.
et al , 2009).
Vegetarians consume eggs.
www.ju.edu.et 18
19. Cont’…
Disadvantages
• There are some problems involved in raising poultry. Among
which are;
Serious problems with diseases and parasites,
Need for a high level of management ability, especially for
large commercial flocks, need for large amounts of capital for
large operations, limitations of zoning on the location of
flocks,
Death losses may be high due to predators and stampeding,
quality of product must be controlled carefully,
Careful marketing is required, high volume is needed for an
economical enterprise and problems of waste disposal and odor
(James R. et al 2009).
• For Careful marketing, we need good :-
www.ju.edu.et 19
20. 2. Transportation
The manner in which birds are raised alters their subsequent fear and stress
reactions, and better enables them to cope with the stressors they will
subsequently face during catching, transportation, and pre-slaughter
handling (James. R and Frank. B , 2009)
Transportation is an extremely stressful process for commercial
poultry;
Birds experience new stimuli—motion, vibration and impacts (daylight,
noise, overcrowding, temperature extremes)
The potentially adverse consequences of transportation include:-
physical, physiological, and behavioral changes;
Among those are death, thermal stress, trauma/shock, fatigue/tiredness,
hunger, and thirst, physiology indicative of stress plus fear and
aversion.
www.ju.edu.et 20
21. Cont’…
About 0.3% of birds die
between farm and
factory and there are
reports of 24% of laying
hens acquiring broken
bones when they are
removed from their
cages.
www.ju.edu.et 21
22. Cont’…
When transporting poultry,
problems may arise at any
time on the farm or on the
road
In an emergency, a rapid and
appropriate response may
save lives and property.
All trucks should adhere to
department of Transport
(DOT) rules governing safety
equipment, truck operation,
and safety procedures.
www.ju.edu.et 22
23. Cont’…
Poultry Handling and Transportation Quality Assurance
(PHTQA) is a certification program for:-
the training of poultry transportation and catch
crews(workers) in methods of biosecurity,
disease recognition,
emergency planning, and the safe and humane handling of
birds before, during, and after transport.
The certification involves transportation and handling of
several species including day old poultry, breeders, pullets,
spent/older fowl, broilers, and turkeys
(A Quality Assurance Program For handlers and transport,
Training Manual for certifications)
www.ju.edu.et 23
24. 3. Grading and Standardization
Consist of arranging produce into a number of uniform
categories according to physical and quality
characteristics of economic importance.
The advantages are:
• Different grade eggs may be sold to different customers.
• Setting and maintaining a reliable standard creates
consumer confidence in the product and a favorable
reputation.
• This will enable buyers (wholesalers, retailers, and
exporters, consumers) to purchase a reliable product that
they recognize and may well avoid inspection and
disputes.
• The ability to furnish an accurate description of eggs in
storage may help in obtaining credit.
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25. 3.1 Grade specifications
The value factors most generally appreciated in eggs
are
internal quality,
appearance and soundness of shell,
size and color.
Most egg marketing systems find it advantageous to
adopt grading practices that:-
• Eliminate inedible and defective eggs;
• Separate eggs into high and lower acceptable
categories; and
• Establish uniform weight classifications.
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26. 3.2 Developing a standardized system
Any system used to grade the quality and weight of eggs is only
effective
if it ensures that consumers obtain eggs of the quality and kind they
want.
This requires that three conditions be met:-
1. The initial classification must be correct.
2. There should be no appreciable deterioration between time of grading
and time of sale.
3. The consumers should have a clear guide to the quality of produce they
are purchasing
It is important that eggs are not allowed to deteriorate below the grade
indicated before they reach the consumer.
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27. 3.3 Quality specifications development
First /A Grade: -
The shell must be clean, unbroken and practically
normal in shape and texture
This grade indicates that the poultry products are
virtually free from defects .
whole birds and parts will be fully fleshed and meaty.
Second /B Grade: -
The shell must be unbroken, but may be somewhat
abnormal in shape and texture.
Blood spots less than 6mm in diameter are permitted.
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28. Cont’…
Third /C grade: -
Other edible eggs are permitted, that is, those that are not
rotted, mouldy or musty.
In addition, those eggs that are not incubated to blood
vessel stage, and those not containing insects,
worms or blood spots 6mm in diameter, are permitted
Grades B and C poultry are:-
usually used in further-processed products where the
poultry meat is cut up, chopped, or ground.
If sold at retail, they are usually not grade identified
(United States Department of Agriculture /USDA,2001)
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30. 4. Packaging
4.1 Functions of packaging (Fellows and Axel, 1993)
Is an important component in delivering quality eggs to buyers.
It embraces both the art and science of preparing products for
storage, transport, and eventually sale.
Protects the eggs from micro-organisms, such as bacteria,
natural predators, loss of moisture, tainting, temperatures that
cause deterioration, and Possible crushing while being handled,
stored or transported.
The material used must be clean and odorless so as to prevent
possible contamination and tainting/spoiled
The packaging must be made to withstand handling, storage
and transport methods of the most diverse kind and to protect
the eggs against temperatures that cause deterioration and
humidity.
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31. Cont’…
4.1.1 Packaging of shell eggs
Even though Nature has given the egg a natural
package but Economical marketing generally
requires:-
That eggs be protected by the adoption of
specialized packaging and handling procedures
And also Eggs also need to breathe, hence the
packaging material used must allow for the
entrance of oxygen.
www.ju.edu.et 31
32. Cont’…
Egg packages
• There are many different types of egg packages, which vary both in design
and packaging material used.
• Crate greatly decreases the risk of shell damage.
Type 1. Packing eggs with clean and odorless rice husks, wheat chaff or chopped
straw in a firm walled basket or It is also be possible to pack eggs in a simple
basket.
Type 2. A very common form of packaging is the filler tray. (standard egg tray
carries 36 eggs.)
• Made of sawn wood, commonly made of cardboard or made of plastic
• Eggs are packed with the large end up for good air circulation
Figure of Filler tray
Type 3. Eggs can also be packed in packages that are smaller and specific for
retail sale.
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33. Cont’…
4.1.2 Labeling
Labels are a source of important information for the
wholesaler,
Retailer and consumer and not just pieces of paper
stuck onto cartons or boxes
• The important facts on the label contain
information for buyers concerning the eggs, their
size and weight and quality/grade description - AA,
A ,B or C.
• Persuading the buyer to purchase the product
without tasting, smelling, or touching is another
function of labeling (Fellows and Axel, 1993).
www.ju.edu.et 33
34. 5. Storage
5.1 Storage of eggs
From the farm to the store, meat and poultry products must
be chilled/cool and kept chilled, packaged and handled
properly so it will be safe for consumers to buy.
The storage of shell eggs during the main laying season, in
order to conserve them for consumption when they are
scarce
For the successful storage of eggs, the following conditions
must be met,
• The eggs placed in storage must be clean; they must not be
washed or wet.
www.ju.edu.et 34
35. Cont’…
• Packaging material used should be new, clean and odorless.
• Loss of water due to evaporation should be reduced to a
minimum.
• The storage room must be free from tainting products and
materials and should be cleaned regularly with odorless
detergent sanitizers.
• The storage room must be kept at a constant temperature
and humidity must be checked.
• There should be air circulation in the storage room.
• Eggs should be allowed to breathe while storing
• As far as possible, interior quality should be monitored;
(Dana et al,2006).
www.ju.edu.et 35
36. Cont’…
According to Taddele et al ,1997, in Ethiopia in general
• about 46% of the women in the households reported that
eggs for hatching were stored until the time when the hen
gets broody and ready to incubate.
• 35% of households reported setting three weeks old eggs for
incubation.
• 49% of the farm households reported the storage duration
of eggs for sale to be two weeks or 46% until cash is needed
at home, respectively.
Eggs were stored inside grains and other containers.
Storage inside Teff grain was accepted and is believed to
increase the shelf life of eggs and make them suitable for
hatching, sale, or consumption.
www.ju.edu.et 36
37. 5.2 Storage of Poultry meat
• The meat of well-fattened chickens has about the same
nutritive value as beef, but it is considered easier to
digest and therefore suitable for individuals and
convenience. So it needs safety while storing.
• Safe freezing and refrigeration time also depends on the
temperature of the freezer and refrigerator to gain benefits
from storage. Freezing is keeping at very low temperature
while refrigeration is making cold to make/keep fresh
• Table below shows Refrigerated versus frozen storage
system advantages (Jennifer Monti,2010).
www.ju.edu.et 37
38. Cont’…
Type of food Refrigerated storage Frozen storage
Uncooked Poultry 2 days 6 months
Cooked Poultry 4 days 4 months
Uncooked Beef 2 days 6 months
Cooked Beef 4 days 4 months
Uncooked Fish 2 days 6 months
Cooked Fish 4 days 4 months
www.ju.edu.et 38
39. 6. Safety
6.1 poultry egg safety
• Eggs lose quality rapidly if they
are not handled carefully.
• Quality is maintained by keeping eggs cool and humid.
• All equipment used in handling eggs must be kept clean.
• pen plastic or rubber-coated wire baskets will let the eggs
cool more rapidly than closed containers.
• Eggs are packed with the large end up.
• Eggs should not be held more than 1 week on the farm.
• Twice-a-week marketing is preferred (James R and Frank
B, 2010).
www.ju.edu.et 39
40. 6.2 Poultry meat safety
• Poultry meat is the fastest growing
component of global meat
production, consumption, and trade,
• with developing and transition
economies playing a leading role in
the expansion.
• High in protein
• Low in fat
• Excellent source of essential amino
acids
• Also a good source of Phosphorus,
iron, copper, zinc, B vitamins (12 & 6)
• Dark meat and skin are higher in fat
than white (Regmi, 2001).
www.ju.edu.et 40
41. 7. Quality control and Quality Control logistics
7.1 Egg quality
• Quality determines the acceptability of a product
to potential customers.
• The quality of eggs and their stability during
storage are largely determined by their physical
structure and chemical composition.
• Temperature, humidity, air movement and storage time
can all have adverse effects on interior quality. These
factors, if not controlled, can cause loss of moisture in
eggs.
www.ju.edu.et 41
42. 7.2 Meat Quality
The image of meat and meat products is relatively negative
due to:-
Their content in fat and saturated fatty acids, cholesterol,
sodium and any other substances (for Western societies,
cardiovascular diseases and diabetes mellitus and cancer).
Within this context, the poultry meat has maintained its
identity and a higher value compared to other species for
several reasons.
Relatively low and competitive prices compared to other
meats, the absence of cultural or religious obstacles, and
dietary and nutritional properties are the main factors
explaining poultry meat’s attractiveness (Massimiliano and
Claudio, 2011).
www.ju.edu.et 42
43. Cont’…
The quality grade is determined by an
evaluation of the following factors
(Massimiliano and Claudio, 2011):-
(1) Conformation,
(2) Fleshing,
(3) Fat covering,
(4) De-feathering,
(5) Exposed flesh,
(6) Discolorations,
(7) Disjointed and broken bones, and
(8) Freezing defects.
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44. Cont’…
• Quality products are those that meet some need or expectation of
consumers and are safe and wholesome as well.
• Further processing of poultry meat involves conversion of raw poultry
carcasses into value added products
• Grade A is the only grade of poultry that is generally sold at retail.
• Occasionally, grades B and C are sold at retail, but it is more common
for these grades to be used in processed poultry products, where they
are cut up, chopped, or ground (James R and Frank B, 2010).
• Advantages of further processing of poultry meat are improving
juiciness and flavor, shelf life and water holding capacity (Sahoo, et al.
1996).
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45. 7.3 Quality maintenance
Maintaining fresh egg quality from producer to
consumer is one of the major problems facing
those engaged in marketing eggs.
Proper attention to production, distribution, and
point-of-sale phases are of vital importance in
maintaining egg and poultry meat quality.
Factors that affect quality of poultry products
are:-
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46. Cont’…
Production factors (Bord et al 2008):
Breed. The breed of the laying hen affects shell color;
Age. Birds typically begin producing eggs in their twentieth or twenty-first week and
continue for slightly over a year.
Feed. Egg quality and composition derive primarily from what a layer is fed.
Management. Good general management of the laying flock can improve egg quality.
Disease control. Diseases have an effect on egg quality.
Handling/collecting eggs. Frequent collection is essential each day in order to limit the
number of dirty and damaged eggs and also to prevent the hens from eating the eggs.
Laying house. The number of dirty eggs produced can be reduced significantly by
providing good housing and clean nests for the layers.
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47. Cont’…
Flock welfare
• The welfare and health of a flock depends on the
implementation of good stock management and the
provision of a suitable environment.
Site hygiene & biosecurity
• Producers will be aware of the need to ensure that best
practice in bio-security is central to the prevention of
disease in the flock and will have appropriate controls in
place.
Catching and transport
• The Processor and Producer will be aware of the need to
work in harmony to minimize the risk of disease
transmission through vehicles and modules.
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48. Cont’…
Health and safety on the farm
• All Producers will be aware of their legal responsibility to have a completed Health
and Safety statement on the production site/farm.
Air quality
• The air contaminants of greatest concern in production houses are ammonia, carbon
dioxide and carbon monoxide.
Environmental protection
• Producers will be aware of the desirability of locating poultry units and conducting
operations on-site so as to minimize the impact on the environment and the amenities
beyond the site boundary.
Free-range poultry
• This Section of the Standard contains additional requirements for free range poultry
production farms.
Hazard Analysis Critical Control Point (HACCP) Plan is a support system for the
safe production of food (Bord et al 2008).
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49. 7.4 Quality standards and system
• Consumers are increasingly conscious of animal welfare
issues.
• The Standard therefore sets out the relevant bird welfare
requirements while in the production house.
• The Standard also takes into account the integrated
structure of the poultry production chain and the
importance of product quality, safety, and traceability.
• In the sourcing of young birds, safety, traceability, bird
quality and welfare are the key considerations (Bord et al,
2008).
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50. 8. Poultry Value chain
• The Ethiopian poultry sector is almost exclusively dominated
by backyard and small-scale production and which is targeted
for either self-consumption or the market.
• However, because of increased urban development, there are
newly emerging private farms responding to growing
consumer demand.
• Moreover, eggs as they are easy to prepare and digest, have
good test and nutrient are becoming the favored breakfast
items in urban areas like Addis Ababa.
• There are relatively few intermediaries operating between
producers and consumers in the Ethiopian poultry sector
(Gezahegn A and Karl M, 2010).
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51. Cont’…
• Vertical integration is common in the poultry industry where two or more
steps of production, marketing, and processing are linked together.
E.g. Feed manufacturers or poultry processors usually set up vertical integration
and also the gains to the contract growers in comparison to non-growers were
much higher, due to shift their risks to the contractor and better access to
latest technologies and know-how (Anjani. K et al, 2011).
• To meat the consumer demand, Culling/ removing undesirable chickens from
the flock must be got attention.
• Three things are considered when culling birds for egg production:
(1) present production,
(2) past production, and
(3) rate of production.
• Culling for these traits is based on the appearance and condition of the body
(James R and Frank B, 2010).
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52. 9. Conclusions
• Poultry is a category of domesticated birds kept by humans
for the purpose of collecting of their eggs, or killing for
their meat or feathers.
• Poultry is an important source of food and income in
Ethiopia and are various advantages which make poultry
attractive in the context of poverty alleviation and quality
protein supply
• There are three important factors for success with poultry:
proper feeding, good management, and sanitation.
• Poultry enterprises may vary from basic backyard poultry
keeping to mechanized and automated production plants.
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53. Cont’…
• Any system used to grade the quality and weight of eggs is
only effective if it ensures that consumers obtain eggs and
poultry meat of the quality and kind they want.
• Packaging is an important component in delivering quality
eggs to buyers.
• Persuading the buyer to purchase the product without
tasting, smelling, or touching is another function of labeling.
• Quality determines the acceptability of a product to
potential customers
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54. Cont’…
• The main production factors that affect quality
maintenance are the following: breed, age, feed,
management, disease control, handling/collecting eggs,
and housing.
• Rising demand for meat products has led to inflationary
pressures on prices, with poultry prices increasing
fivefold
• So to balance the growing demand with the supply of
poultry and poultry products, different value chain
activities have to be done and the most common is
Vertical integration in the poultry industry
• Question for you…..
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