This document provides information about the AHDS 364 course on Sheep, Goat and Poultry Production. It includes a test with 46 multiple choice questions covering topics like external animal parts, restraint methods, animal handling precautions, poultry feed costs, body regions of goats and sheep, and more. It also defines various animal production terminology like breed, calf, dry period, dam, broiler, egg, and poultry. The objectives of the course are listed, covering topics such as the importance of sheep and goats to the economy, care practices for young animals, upgrading methods, breed classifications, culling reasons, milk composition factors, breeding animal care, feeding systems, slaughter methods, disease prevention
9 tle poultry production module 2_provide feedsbenjamincojr
This document from the Department of Education of the Philippines presents a module on providing feeds and implementing feeding practices for poultry production. It covers the essential nutrients required by chickens, such as protein, energy, fats, vitamins, and minerals,
Poultry Nutrition: Growth and Maintenance_ AfghanistaneAfghanAg
The document discusses the six essential nutrients required in a poultry diet: water, protein, carbohydrates, fats, vitamins, and minerals. Each nutrient serves an important function: water is critical for digestion and temperature regulation; proteins and amino acids are the building blocks for the bird's body and egg production; carbohydrates and fats provide energy; and vitamins and minerals support bone formation, enzyme activation, and other metabolic processes necessary for growth, health, and reproduction. A balanced diet containing all six nutrients in proper amounts is required to avoid deficiencies that can impact growth, egg production, eggshell quality, and other factors.
This document outlines a proposed student research project that will investigate using alkali-treated sorghum spent grain as a feed ingredient in broiler diets. The project will involve feeding broiler chickens diets containing 0%, 10%, 20%, and 30% alkali-treated sorghum spent grain. Data on feed intake, weight gain, and production costs will be collected and analyzed to evaluate the nutritional value and economic feasibility of the experimental diets. The expected outcomes are to determine an optimal, low-cost inclusion level of alkali-treated sorghum spent grain that supports broiler growth performance without negatively impacting production costs.
This document outlines a proposed student research project that will investigate using alkali-treated sorghum spent grain as a feed ingredient in broiler diets. The project will include 4 treatment groups with varying inclusion levels of the alkali-treated spent grain. Data on feed intake, growth parameters, and production costs will be collected and analyzed to evaluate the economic feasibility and optimal inclusion level. The expected outcomes are to identify a low-cost broiler feed that supports growth and the optimal percentage of alkali-treated spent grain that can be included in feed.
This document provides a summary of a swine nutrition guide. It discusses the objectives of the guide in providing practical information on pig nutrition. While the pig's nutritional needs have remained largely the same, knowledge of defining precise nutrient requirements and providing them effectively has grown tremendously. The guide aims to serve as a single reference source on topics like nutrient use, requirements, and effective diet formulation for pork producers, agribusiness workers, and students. It discusses factors like genetics, environment, health, and economics that must be considered in holistic feeding programs.
Black Soldier Fly: The Star of Insect Farming
The Black Soldier Fly (BSF), Hermetia illucens (L.), is a wasp-like fly from the Stratiomyidae family of the order Diptera. It is native to the tropical regions of South America and is found globally in tropical and warm temperate regions between latitudes 45°N and 40°S. The insect completes its life cycle in around 25 days, consisting of four developmental stages: egg, larva, pupa, and adult. The larvae undergo six instars, where the final instar develops into a mobile, prepupa.
BSF larvae are commercially mass produced for various purposes, viz., fish and livestock feed, organic waste management, chitin production, bioplastic manufacturing, compost preparation, and many other commercial uses. BSF can also be consumed as human feed in a fried or salted state. BSF prepupae are reported to constitute around 36% to 65% of protein content and 4% to 38% of crude fat content, along with various aminoacids and micronutrients. The prepupal stage of BSF has an average nitrogen, phosphorous, and potassium content of 3.26%, 0.98%, and 1.03%, respectively.
The larval stage of BSF is capable of bioconversion of organic wastes such as animal faeces, kitchen waste, vertebrate remains and decompose them into homogeneous substrate in a shorter time period as compared to vermicompost production. Depending on the size and stage of the larvae, type of the substrate available and environmental conditions, the larvae consume around 25 to 500 mg of organic matter per larva on daily basis (Kim et al. 2021). Larvae can be easily mass produced at farm level with minimal space requirements and its prepupae are used as a perfect substitute for the expensive soybean meal and fish meal diets.
The BSF larval frass and its residues are applied as organic fertiliser, which improves the growth and development of plants (Lopes et al. 2022). By diverting organic waste to BSF larvae, the waste is efficiently converted into biomass, significantly reducing methane and other greenhouse gas emissions. Chitin can be produced from the BSF pupal shells, which has many applications in agriculture, textiles, and the pharmaceutical industry. BSF-derived oil has a high concentration of medium-chain saturated fatty acids (27% to 50% total fatty acids), which makes it potentially an ideal substrate for producing high-quality biodiesel. The lactic acid fermented products of BSF possess a high antimicrobial biomass, which inhibits pathogens like Salmonella enterica and Escherichia coli.
Due to its fast growth, reproduction, and ease with which it can be maintained, the BSF has gained recognition as a highly promising insect for farming and thus earned its reputation as the "Star of Insect Farming". BSF farming can be particularly effective in regions with limited access to traditional protein source, which can improve food and nutritional security. Moreover, India’s climate is well suited for BSF.
This document provides an overview of the topics covered in the course on Animal Genetics and Breeding. The course is divided into two papers, with the first covering biostatistics and principles of genetics and population genetics, and the second focusing on principles of animal breeding for livestock, poultry, pets and wild animals. Key genetic concepts are defined, including qualitative vs. quantitative traits. Economic traits important for improving cattle, buffalo, sheep, goats and poultry are outlined. The objective of the course is to study genetics and apply the principles of selection and breeding to increase the genetic potential and productivity of animal species. References for further reading on relevant topics are also listed.
Ps 101 itroduction to poultry production full coursemithu mehr
This document provides an overview of poultry production and incubation. It begins with an introduction to poultry science and the importance of the poultry industry. It then discusses different types of poultry including broilers, layers, and breeders. The document outlines the classification of poultry breeds and varieties. It also describes the development of poultry from initial uses for entertainment to specialized breeding for food production. A large portion of the document is dedicated to describing the process of incubation, including natural incubation using broody hens and artificial incubation using incubators. It provides details on the requirements, types, and operation of different incubators.
9 tle poultry production module 2_provide feedsbenjamincojr
This document from the Department of Education of the Philippines presents a module on providing feeds and implementing feeding practices for poultry production. It covers the essential nutrients required by chickens, such as protein, energy, fats, vitamins, and minerals,
Poultry Nutrition: Growth and Maintenance_ AfghanistaneAfghanAg
The document discusses the six essential nutrients required in a poultry diet: water, protein, carbohydrates, fats, vitamins, and minerals. Each nutrient serves an important function: water is critical for digestion and temperature regulation; proteins and amino acids are the building blocks for the bird's body and egg production; carbohydrates and fats provide energy; and vitamins and minerals support bone formation, enzyme activation, and other metabolic processes necessary for growth, health, and reproduction. A balanced diet containing all six nutrients in proper amounts is required to avoid deficiencies that can impact growth, egg production, eggshell quality, and other factors.
This document outlines a proposed student research project that will investigate using alkali-treated sorghum spent grain as a feed ingredient in broiler diets. The project will involve feeding broiler chickens diets containing 0%, 10%, 20%, and 30% alkali-treated sorghum spent grain. Data on feed intake, weight gain, and production costs will be collected and analyzed to evaluate the nutritional value and economic feasibility of the experimental diets. The expected outcomes are to determine an optimal, low-cost inclusion level of alkali-treated sorghum spent grain that supports broiler growth performance without negatively impacting production costs.
This document outlines a proposed student research project that will investigate using alkali-treated sorghum spent grain as a feed ingredient in broiler diets. The project will include 4 treatment groups with varying inclusion levels of the alkali-treated spent grain. Data on feed intake, growth parameters, and production costs will be collected and analyzed to evaluate the economic feasibility and optimal inclusion level. The expected outcomes are to identify a low-cost broiler feed that supports growth and the optimal percentage of alkali-treated spent grain that can be included in feed.
This document provides a summary of a swine nutrition guide. It discusses the objectives of the guide in providing practical information on pig nutrition. While the pig's nutritional needs have remained largely the same, knowledge of defining precise nutrient requirements and providing them effectively has grown tremendously. The guide aims to serve as a single reference source on topics like nutrient use, requirements, and effective diet formulation for pork producers, agribusiness workers, and students. It discusses factors like genetics, environment, health, and economics that must be considered in holistic feeding programs.
Black Soldier Fly: The Star of Insect Farming
The Black Soldier Fly (BSF), Hermetia illucens (L.), is a wasp-like fly from the Stratiomyidae family of the order Diptera. It is native to the tropical regions of South America and is found globally in tropical and warm temperate regions between latitudes 45°N and 40°S. The insect completes its life cycle in around 25 days, consisting of four developmental stages: egg, larva, pupa, and adult. The larvae undergo six instars, where the final instar develops into a mobile, prepupa.
BSF larvae are commercially mass produced for various purposes, viz., fish and livestock feed, organic waste management, chitin production, bioplastic manufacturing, compost preparation, and many other commercial uses. BSF can also be consumed as human feed in a fried or salted state. BSF prepupae are reported to constitute around 36% to 65% of protein content and 4% to 38% of crude fat content, along with various aminoacids and micronutrients. The prepupal stage of BSF has an average nitrogen, phosphorous, and potassium content of 3.26%, 0.98%, and 1.03%, respectively.
The larval stage of BSF is capable of bioconversion of organic wastes such as animal faeces, kitchen waste, vertebrate remains and decompose them into homogeneous substrate in a shorter time period as compared to vermicompost production. Depending on the size and stage of the larvae, type of the substrate available and environmental conditions, the larvae consume around 25 to 500 mg of organic matter per larva on daily basis (Kim et al. 2021). Larvae can be easily mass produced at farm level with minimal space requirements and its prepupae are used as a perfect substitute for the expensive soybean meal and fish meal diets.
The BSF larval frass and its residues are applied as organic fertiliser, which improves the growth and development of plants (Lopes et al. 2022). By diverting organic waste to BSF larvae, the waste is efficiently converted into biomass, significantly reducing methane and other greenhouse gas emissions. Chitin can be produced from the BSF pupal shells, which has many applications in agriculture, textiles, and the pharmaceutical industry. BSF-derived oil has a high concentration of medium-chain saturated fatty acids (27% to 50% total fatty acids), which makes it potentially an ideal substrate for producing high-quality biodiesel. The lactic acid fermented products of BSF possess a high antimicrobial biomass, which inhibits pathogens like Salmonella enterica and Escherichia coli.
Due to its fast growth, reproduction, and ease with which it can be maintained, the BSF has gained recognition as a highly promising insect for farming and thus earned its reputation as the "Star of Insect Farming". BSF farming can be particularly effective in regions with limited access to traditional protein source, which can improve food and nutritional security. Moreover, India’s climate is well suited for BSF.
This document provides an overview of the topics covered in the course on Animal Genetics and Breeding. The course is divided into two papers, with the first covering biostatistics and principles of genetics and population genetics, and the second focusing on principles of animal breeding for livestock, poultry, pets and wild animals. Key genetic concepts are defined, including qualitative vs. quantitative traits. Economic traits important for improving cattle, buffalo, sheep, goats and poultry are outlined. The objective of the course is to study genetics and apply the principles of selection and breeding to increase the genetic potential and productivity of animal species. References for further reading on relevant topics are also listed.
Ps 101 itroduction to poultry production full coursemithu mehr
This document provides an overview of poultry production and incubation. It begins with an introduction to poultry science and the importance of the poultry industry. It then discusses different types of poultry including broilers, layers, and breeders. The document outlines the classification of poultry breeds and varieties. It also describes the development of poultry from initial uses for entertainment to specialized breeding for food production. A large portion of the document is dedicated to describing the process of incubation, including natural incubation using broody hens and artificial incubation using incubators. It provides details on the requirements, types, and operation of different incubators.
The document outlines notes on environmental science related to food and agriculture. It covers topics like world population growth, malnutrition, major global food sources, meat and dairy production, seafood, differences in food consumption between countries, industrialized agriculture practices, and issues around soil degradation, irrigation, use of fertilizers and pesticides, and genetically modified organisms.
The document discusses the process of poultry processing from slaughtering to packaging. It begins by defining key terms like abattoir and carcass. It then describes the traditional and modern methods of slaughtering including steps like stunning, sticking, bleeding, scalding, picking and evisceration. After slaughtering, the processing steps discussed are chilling, grading, packaging and storage. The document also provides information on poultry meat properties, grading systems and popular chicken products. It concludes by noting that while India has a large poultry market, modern slaughter techniques have yet to be widely adopted.
1. The document discusses the use of poultry house waste as livestock feed and fertilizer in India.
2. It notes the rapid growth of the poultry industry in India and the large amounts of waste generated.
3. Processing methods for poultry waste are described that can improve its nutritional value and safety for use as livestock feed through methods like drying, stacking, chemical treatment, and ensiling.
This research proposal aims to study alkali-treated sorghum spent grain as a feed ingredient for broilers. The researcher will determine the optimum inclusion level of treated spent grain that can replace maize without affecting broiler performance. Data on intake, growth, and economics will be collected and analyzed. 240 birds will be fed diets with 0%, 10%, 20%, or 30% inclusion of treated spent grain from weeks 2 to 10. The results may identify cost-effective feed alternatives and inclusion levels to support the local poultry industry.
This document provides an outline for a research proposal on using alkali-treated sorghum spent grain as a feed ingredient in broiler diets. The objectives are to determine the optimal inclusion level of treated sorghum spent grain that can replace maize without affecting broiler performance or growth. 240 birds will be fed one of four treatment diets containing 0%, 10%, 20%, or 30% inclusion of treated spent grain to analyze effects on intake, growth, and economic feasibility. Data on feed consumption, weight gain, and processing yields will be collected and analyzed to evaluate results and make recommendations.
Hematology and Serum Biochemistry of Growing West African Dwarf Goats Fed Cas...BRNSS Publication Hub
A 60-day feeding trial was conducted with 40 growing West African Dwarf bucks aged 5–7 months with
an initial average weight of 5.25 kg ± 0.35 to determine their hematological and serum biochemical
parameters. The goats were randomly allocated to five treatments namely: T1 (100% urea-treated cassava
peel), T2 (60% untreated cassava peel + 40% cassava foliage), T3 (60% untreated cassava peel + 40%
poultry manure), T4 (60% untreated cassava peel + 20% cassava foliage + 20% treated cassava peel), and
T5 (60% untreated cassava peel + 20% cassava foliage + 20% poultry manure) in a complete randomized
design. Each treatment was split into eight replicates. At the end of the feeding trial, blood samples were
collected from four goats per treatment to evaluate the following hematological indices: packed cell volume
(PCV), red blood cell (RBC), white blood cell (WBC), hemoglobin, mean corpuscular volume (MCV), mean
corpuscular hemoglobin (MCH), and MCH concentration (MCHC). Serum parameters determined were
total protein (g/dL), albumin (g/dL), globulin (g/dL), creatinine (mg/dL), alkaline phosphatase (ALP) (iu/L),
alanine transaminase (ALT) (iu/L), aspartate aminotransferase (AST) (iu/L), and urea (iu/L). PCV, RBC
and WBC showed significant (P<0.05) difference among the treatment groups while other haematological
parameters examined showed no significant differences (P>0.05). Serum biochemical parameters indicated
that total protein ranged from 4.10 to 5.18 g/dL, albumin: 1.90–2.55 g/dL, creatinine: 0.08–1.28 mg/dL,
ALP: 53.18–96.95 iu/L, ALT: 138.75–176.50 iu/L, globulin: 2.20–3.03 iu/L, AST: 16.18–17.58 iu/L, and
urea: 17.60–23.75 iu/L. All the values obtained for hematological and serum biochemical parameters were
within the normal ranges for growing goats. This indicates that feeding of cassava peel with supplemental
nitrogen sources had no deleterious effect on the body physiology and health of the animals.
This document summarizes the nutritional needs and feeding practices for beef breeding cows. It discusses that cows have varying nutrient needs depending on factors like stage of production and environment. The most important period is 30 days before calving until 70 days after, when extra energy and protein is needed. Feeding varies by season - pasture provides most nutrients in summer, while winter diets rely on harvested forages and may require protein and energy supplements. The goal is for cows to lose no more than 15% of fall weight through calving until spring pasture is available.
This document provides information about swine production systems in the Philippines. It discusses the different types of swine operations including farrow to wean, farrow to feeder, and farrow to finish. It also outlines the typical reproductive cycle of sows and various performance metrics like litter size, farrowing interval, and pigs weaned per sow per year. The document reviews common swine breeds found in the Philippines including native, purebred, hybrid and crossbred varieties. Breeder management topics are covered such as characteristics of replacement boars and gilts, boar semen quality, and best practices for breeding herd nutrition and performance.
This document provides information about swine production systems in the Philippines. It discusses the different types of swine operations including farrow to wean, farrow to feeder, and farrow to finish. It also outlines the typical reproductive cycle of sows and various performance metrics like litter size, farrowing interval, and pigs weaned per sow per year. The document reviews common swine breeds found in the Philippines including native, purebred, hybrid and crossbred varieties. Breeder management topics are covered such as characteristics of replacement boars and gilts, boar semen quality, and best practices for breeding herd nutrition and performance.
Livestock Production Research Institute Okara, Pakistan |Internship ReportDr. Fakhar
The document summarizes an internship report at the Livestock Production Research Institute in Okara, Pakistan. It describes the different sections of the institute including cattle, buffalo, calf, laboratories, and fodder/feed sections. Standard management practices are outlined such as housing, feeding, deworming, vaccination, milking, and record keeping. Key production parameters and breeding efficiencies are provided for Sahiwal cattle and Nili-Ravi buffalo at the institute.
This study evaluated the effects of fermented and unfermented cocoa pod husk meal on the growth performance and nutrient digestibility of weaned rabbits. Twenty weaned rabbits were assigned to one of five dietary treatments: a control diet without cocoa husk meal, or diets containing unfermented cocoa husk meal or cocoa husk meal fermented for 5, 10, or 15 days. Growth parameters like weight gain and feed intake were measured weekly for 12 weeks, and a digestibility trial was conducted at the end to determine apparent nutrient digestibility. The results showed significant differences in growth performance and nutrient digestibility across the dietary treatments. The control diet resulted in better growth but was more expensive, while the 10-day fer
The document defines key nutrition terms and discusses the six major nutrients needed by chickens: carbohydrates, lipids, proteins, vitamins, minerals, and water. It notes that the development of a chicken's gizzard can be affected by diet type and that oyster shell, limestone, or grit are sometimes included in feed but are not necessary if mash or pellets are fed alone. The best way to determine if chicks are eating after placement is to check the percentage of chicks with filled crops at various time intervals.
Feeding standards provide tables indicating nutrient quantities required by livestock for different physiological functions. There are two terms used - nutrient allowance and nutrient requirements. Nutrient requirements define the specific nutrients and amounts needed in a complete balanced diet for healthy animals. Feeding standards include comparative, digestible-nutrient, and production-value types. Nutrient requirements vary depending on factors like mature size, gestation stage, and milk production potential. Requirements also differ between dairy cattle and buffalo due to differences in feed utilization efficiency, rumen volume and motility, dry matter intake, and other digestive traits.
This document provides an overview of pig production. It discusses the history and origins of pig farming, important pig breeds, and pig breeding systems. It also covers the pig production cycle and management considerations for young pigs. Some key points:
- Pig farming has a long history and was an important part of medieval agriculture. Modern pig production has become highly specialized and intensive.
- Important pig breeds include Large White, Landrace, Hampshire, and Duroc. Breeding systems like inbreeding and crossbreeding can be used to improve certain traits.
- The pig production cycle includes gestation, farrowing, suckling, and growing periods. Good management is important for young piglets' health and survival.
The document discusses nutrients and how the body uses them, explaining that proteins, fats, carbohydrates, vitamins, minerals, and water are the six major nutrients needed for growth, energy, and cell function. It provides details on what each nutrient is used for in the body and recommends a balanced diet that includes grains, vegetables, fruits, milk, and meat to obtain all necessary nutrients. The chapter also covers calories and achieving the right calorie intake based on one's activity level to maintain a healthy weight.
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.
The document provides guidance on starting and managing a quail production operation, including selecting stock, housing and equipment needs, brooding and rearing management, layer management, feeding management, health maintenance, and marketing considerations. It outlines the specific space, temperature, lighting and feeding requirements at different stages of growth. Proper management can result in low mortality rates and high egg production efficiency over 300 days.
The document discusses breeding and seed production techniques for various aquaculture species in Southeast Asia. It covers the life cycles, sexual maturity sizes, spawning seasons and methods, larval rearing protocols, and hatchery management practices for marine fish, tilapia, crustaceans, and abalone. Constraints to sustainable aquaculture development in the region include the availability of technology, seed supply, suitable feeds, disease management, and trained personnel.
The document outlines notes on environmental science related to food and agriculture. It covers topics like world population growth, malnutrition, major global food sources, meat and dairy production, seafood, differences in food consumption between countries, industrialized agriculture practices, and issues around soil degradation, irrigation, use of fertilizers and pesticides, and genetically modified organisms.
The document discusses the process of poultry processing from slaughtering to packaging. It begins by defining key terms like abattoir and carcass. It then describes the traditional and modern methods of slaughtering including steps like stunning, sticking, bleeding, scalding, picking and evisceration. After slaughtering, the processing steps discussed are chilling, grading, packaging and storage. The document also provides information on poultry meat properties, grading systems and popular chicken products. It concludes by noting that while India has a large poultry market, modern slaughter techniques have yet to be widely adopted.
1. The document discusses the use of poultry house waste as livestock feed and fertilizer in India.
2. It notes the rapid growth of the poultry industry in India and the large amounts of waste generated.
3. Processing methods for poultry waste are described that can improve its nutritional value and safety for use as livestock feed through methods like drying, stacking, chemical treatment, and ensiling.
This research proposal aims to study alkali-treated sorghum spent grain as a feed ingredient for broilers. The researcher will determine the optimum inclusion level of treated spent grain that can replace maize without affecting broiler performance. Data on intake, growth, and economics will be collected and analyzed. 240 birds will be fed diets with 0%, 10%, 20%, or 30% inclusion of treated spent grain from weeks 2 to 10. The results may identify cost-effective feed alternatives and inclusion levels to support the local poultry industry.
This document provides an outline for a research proposal on using alkali-treated sorghum spent grain as a feed ingredient in broiler diets. The objectives are to determine the optimal inclusion level of treated sorghum spent grain that can replace maize without affecting broiler performance or growth. 240 birds will be fed one of four treatment diets containing 0%, 10%, 20%, or 30% inclusion of treated spent grain to analyze effects on intake, growth, and economic feasibility. Data on feed consumption, weight gain, and processing yields will be collected and analyzed to evaluate results and make recommendations.
Hematology and Serum Biochemistry of Growing West African Dwarf Goats Fed Cas...BRNSS Publication Hub
A 60-day feeding trial was conducted with 40 growing West African Dwarf bucks aged 5–7 months with
an initial average weight of 5.25 kg ± 0.35 to determine their hematological and serum biochemical
parameters. The goats were randomly allocated to five treatments namely: T1 (100% urea-treated cassava
peel), T2 (60% untreated cassava peel + 40% cassava foliage), T3 (60% untreated cassava peel + 40%
poultry manure), T4 (60% untreated cassava peel + 20% cassava foliage + 20% treated cassava peel), and
T5 (60% untreated cassava peel + 20% cassava foliage + 20% poultry manure) in a complete randomized
design. Each treatment was split into eight replicates. At the end of the feeding trial, blood samples were
collected from four goats per treatment to evaluate the following hematological indices: packed cell volume
(PCV), red blood cell (RBC), white blood cell (WBC), hemoglobin, mean corpuscular volume (MCV), mean
corpuscular hemoglobin (MCH), and MCH concentration (MCHC). Serum parameters determined were
total protein (g/dL), albumin (g/dL), globulin (g/dL), creatinine (mg/dL), alkaline phosphatase (ALP) (iu/L),
alanine transaminase (ALT) (iu/L), aspartate aminotransferase (AST) (iu/L), and urea (iu/L). PCV, RBC
and WBC showed significant (P<0.05) difference among the treatment groups while other haematological
parameters examined showed no significant differences (P>0.05). Serum biochemical parameters indicated
that total protein ranged from 4.10 to 5.18 g/dL, albumin: 1.90–2.55 g/dL, creatinine: 0.08–1.28 mg/dL,
ALP: 53.18–96.95 iu/L, ALT: 138.75–176.50 iu/L, globulin: 2.20–3.03 iu/L, AST: 16.18–17.58 iu/L, and
urea: 17.60–23.75 iu/L. All the values obtained for hematological and serum biochemical parameters were
within the normal ranges for growing goats. This indicates that feeding of cassava peel with supplemental
nitrogen sources had no deleterious effect on the body physiology and health of the animals.
This document summarizes the nutritional needs and feeding practices for beef breeding cows. It discusses that cows have varying nutrient needs depending on factors like stage of production and environment. The most important period is 30 days before calving until 70 days after, when extra energy and protein is needed. Feeding varies by season - pasture provides most nutrients in summer, while winter diets rely on harvested forages and may require protein and energy supplements. The goal is for cows to lose no more than 15% of fall weight through calving until spring pasture is available.
This document provides information about swine production systems in the Philippines. It discusses the different types of swine operations including farrow to wean, farrow to feeder, and farrow to finish. It also outlines the typical reproductive cycle of sows and various performance metrics like litter size, farrowing interval, and pigs weaned per sow per year. The document reviews common swine breeds found in the Philippines including native, purebred, hybrid and crossbred varieties. Breeder management topics are covered such as characteristics of replacement boars and gilts, boar semen quality, and best practices for breeding herd nutrition and performance.
This document provides information about swine production systems in the Philippines. It discusses the different types of swine operations including farrow to wean, farrow to feeder, and farrow to finish. It also outlines the typical reproductive cycle of sows and various performance metrics like litter size, farrowing interval, and pigs weaned per sow per year. The document reviews common swine breeds found in the Philippines including native, purebred, hybrid and crossbred varieties. Breeder management topics are covered such as characteristics of replacement boars and gilts, boar semen quality, and best practices for breeding herd nutrition and performance.
Livestock Production Research Institute Okara, Pakistan |Internship ReportDr. Fakhar
The document summarizes an internship report at the Livestock Production Research Institute in Okara, Pakistan. It describes the different sections of the institute including cattle, buffalo, calf, laboratories, and fodder/feed sections. Standard management practices are outlined such as housing, feeding, deworming, vaccination, milking, and record keeping. Key production parameters and breeding efficiencies are provided for Sahiwal cattle and Nili-Ravi buffalo at the institute.
This study evaluated the effects of fermented and unfermented cocoa pod husk meal on the growth performance and nutrient digestibility of weaned rabbits. Twenty weaned rabbits were assigned to one of five dietary treatments: a control diet without cocoa husk meal, or diets containing unfermented cocoa husk meal or cocoa husk meal fermented for 5, 10, or 15 days. Growth parameters like weight gain and feed intake were measured weekly for 12 weeks, and a digestibility trial was conducted at the end to determine apparent nutrient digestibility. The results showed significant differences in growth performance and nutrient digestibility across the dietary treatments. The control diet resulted in better growth but was more expensive, while the 10-day fer
The document defines key nutrition terms and discusses the six major nutrients needed by chickens: carbohydrates, lipids, proteins, vitamins, minerals, and water. It notes that the development of a chicken's gizzard can be affected by diet type and that oyster shell, limestone, or grit are sometimes included in feed but are not necessary if mash or pellets are fed alone. The best way to determine if chicks are eating after placement is to check the percentage of chicks with filled crops at various time intervals.
Feeding standards provide tables indicating nutrient quantities required by livestock for different physiological functions. There are two terms used - nutrient allowance and nutrient requirements. Nutrient requirements define the specific nutrients and amounts needed in a complete balanced diet for healthy animals. Feeding standards include comparative, digestible-nutrient, and production-value types. Nutrient requirements vary depending on factors like mature size, gestation stage, and milk production potential. Requirements also differ between dairy cattle and buffalo due to differences in feed utilization efficiency, rumen volume and motility, dry matter intake, and other digestive traits.
This document provides an overview of pig production. It discusses the history and origins of pig farming, important pig breeds, and pig breeding systems. It also covers the pig production cycle and management considerations for young pigs. Some key points:
- Pig farming has a long history and was an important part of medieval agriculture. Modern pig production has become highly specialized and intensive.
- Important pig breeds include Large White, Landrace, Hampshire, and Duroc. Breeding systems like inbreeding and crossbreeding can be used to improve certain traits.
- The pig production cycle includes gestation, farrowing, suckling, and growing periods. Good management is important for young piglets' health and survival.
The document discusses nutrients and how the body uses them, explaining that proteins, fats, carbohydrates, vitamins, minerals, and water are the six major nutrients needed for growth, energy, and cell function. It provides details on what each nutrient is used for in the body and recommends a balanced diet that includes grains, vegetables, fruits, milk, and meat to obtain all necessary nutrients. The chapter also covers calories and achieving the right calorie intake based on one's activity level to maintain a healthy weight.
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.
The document provides guidance on starting and managing a quail production operation, including selecting stock, housing and equipment needs, brooding and rearing management, layer management, feeding management, health maintenance, and marketing considerations. It outlines the specific space, temperature, lighting and feeding requirements at different stages of growth. Proper management can result in low mortality rates and high egg production efficiency over 300 days.
The document discusses breeding and seed production techniques for various aquaculture species in Southeast Asia. It covers the life cycles, sexual maturity sizes, spawning seasons and methods, larval rearing protocols, and hatchery management practices for marine fish, tilapia, crustaceans, and abalone. Constraints to sustainable aquaculture development in the region include the availability of technology, seed supply, suitable feeds, disease management, and trained personnel.
Job Finding Apps Everything You Need to Know in 2024SnapJob
SnapJob is revolutionizing the way people connect with work opportunities and find talented professionals for their projects. Find your dream job with ease using the best job finding apps. Discover top-rated apps that connect you with employers, provide personalized job recommendations, and streamline the application process. Explore features, ratings, and reviews to find the app that suits your needs and helps you land your next opportunity.
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1. Course : AHDS 364 Credit: 2(1+1) Semester-VI
Course Title:- Sheep, Goat and Poultry
Production
(Note :- Please Cross-check All the answers of following questions yourself.)
1. It is essential to study the external parts of animals to distinguish the
species, breed and ------------------ phenotype.
A. A.Group phenotype
B. Individual phenotype
C. A and B
D. None of these.
2. Tie the animal with the help of rope to a ---------.
A. Stone
B. Chain
C. Peg
D. Green grass
3. Which is the precautions to handal an animals.
A. Be careful and cautious while approaching the animal.
B. Carefully restrain the animal before handling
C. Do not excite the animal
D. All of these
4. Poulty feed cost represents ---------% of the total cost of egg production.
2. A. 70-75 %
B. 65-70 %
C. 55-60 %
D. 80-85 %
5. Quarter Region is further classified into ------- quarters
A. 2
B. 4
C. 6
D. 8
6. Which body part are include in goat hind quarters .
A. Eyes
B. Neck
C. Hock joint
D. Fore arm
7. The domestic fowl possess feathers. The feathers are characteristics feather
of this class.
A. Running birds
B. Flying birds
C. A and B (Not Sure)
D. None of these
8. ---------- is the anterior extremity of the body all these sense organs are
situated in this region.
3. A. Spur
B. Trunk
C. Neck
D. Head
9. In fowl---------- is the fleshy outgrowth of the top of the skull .
A. Comb
B. Sickles
C. C.Went
D. Lobes
10. Stall fed animals with minimum activity needs a basic maintenance level in
the diet and light activity requires about ------- % mare energy
A. 10 %
B. 25 %
C. 40 %
D. 60 %
11. In fowl front portion of the body is called
A. Neck
B. Wings
C. Chest (Breast)
D. All of these
12. Muscular part of leg above shank is--------
4. A. Losse
B. Thigh
C. A and B
D. None of these
13. Dairy goats have dry matter intake of ---------% of their live weight
A. 3-4 %
B. 5-7 %
C. 6-8 %
D. 8-10 %
14. Which body parts of fowl is include in head region
A. Wattle
B. Nostrils
C. Comb
D. All of these
15. --------- external opening of the digestive system.
A. Toe
B. Chest
C. Vent
D. Fluff
16. Chromosome number of sheep (2n)--------
A. 54
B. 44
5. C. 50
D. 60
17. Who was the organizes the various activities on the farm as a routine. A.
Labour.
A. Farmer
B. Farm manager ( Not Sure)
C. None of these
18. In management practices of sheep and goat is key to good health.
A. Sanitation
B. Cleanliness.
C. Pouring
D. Both a and b.
19. Annual Growth rate (%) of sheep
A. 3.17
B. 2.34
C. 1.34
D. 3.39
20. Which body part is absent in goat.
A. Face gland
B. Flesh
C. Thoex
D. Radius
6. 21. Breeding life span in goat
A. 5 – 8 years
B. 6-10 years
C. 1-5 years
D. None of these
22. How many methods of identification in sheep and goat.
A. 3
B. 6
C. 8
D. 5
23. Side ear notches must be --------- shaped.
A. ( C ) shape
B. ( L ) shape
C. ( V ) shape
D. None of these
24. Neck tags prefer -----------tags.
A. Metal tag
B. Plastic tag
C. A and B
D. None of these
25. Which is the method of identification marks in poultry.
7. A. Nose marking
A. Toe punching
B. Leg bands
C. All of these
26. In fowl which body part helps the positioning of the leg on the ground.
A. Toe
B. Chest
C. Vent
D. Fluff
27. ---------are very sensitive and extremely fast growing .
A. Goat
B. Sheep
C. Broiler
D. All of these.
28. Chromosome number of goat (2n)--------
A. 54
B. 60
C. 50
D. 56
29.Which are the management practices for broiler. A.
A.Preparation for arrival of chicks
8. B. B.Care after arrival of chicks.
C. Brooding chicks.
D. All of these.
30. Perform of sheep and goat depends on, how they are fed during the period
of
A. Growth,
B. Pregnancy
C. Lactation
D. All of these
31. ---------are very good climbers in addition to their browsing habit.
A. Fowl
B. Goat
C. Sheep
D. All of these
32. What type of feed does goat like ?
A. Siratro,
B. Berseem,
C. Lucerne
D. All of these
33. Duration of estrus in sheep
A. 14-20 day
9. B. 17-24 day
C. 24-28 hours
D. 16-50 hours
34. Goat can take of total intake as browse
A. 50 %
B. 60 %
C. 70 %
D. 80 %
35. On dry feed , an about sheep and goat reqires about -------- lit of water par
day during winter
A. 5 lit
B. 2 lit
C. 1 lit
D. 6 lit
36. Sheep in desert area can stand water deprivation up to -------- day
A. 6 day
B. 3 day
C. 1 day
D. 8 day
37. Which body parts of fowl is include in trunk region
A. Wattle
10. B. Nostrils
C. Beak
D. Claw
38. An average meat goats have dry matter intake is --------- % of their live
weight.
A. 3-4 %
B. 5-7 %
C. 6-8 %
D. 8-10 %
39. What are the source of energy for animal body
A. Carbohydrates
B. Fibre
C. Fats
D. All of these
40. --------- is the basic structural material of all the body tissues.
A. Carbohydrates
B. Fibre
C. Fats
D. Protein
41. A minimum level of -------% total protein needs to be provide otherwise feed
intake will be reduced .
11. A. 6 % (Not Sure)
B. 10 %
C. 2 %
D. 15 %
42. Which body part are include in sheep four quarters
A. Tail
B. Sacrum
C. Rump
D. Shank
43. Salt to the exent of --------- % may also be mixed with the daily grain ration
of goats .
A. 6 %
B. 10 %
C. 2 %
D. 15 %
44. Which feedstuff have more TDN
A. Oats
B. Wheat
C. Sorghum
D. Rice bran
45. The information on nutrient requirement OR standards are published by
A. Bureau of Indian Standard
12. B. Indian Council of Agriculture Research (Not Sure)
C. Agriculture Research Council , Landan
D. All of these
46. The Sheep & Goat body has generally ----------regions.
A. 4
B. 3
C. 5
D. 7
TERMINOLOGIES :-
Breed: It is groups of animal that are result of breeding & selection have certain
distinguishable characteristics.
Cow: The adult female of cattle from the date of first calving is called cow.
Calf: Young one of cattle or buffalo below the age of six months is called calf.
Dry period: The period after lactation in which the animal does not produce
milk.
Dam: Female parent of the calf.
Broiler- It is also called as frier, which is young chicken of either sex, usually 6
to 7 weeks of age (40-45 days), weighing 1.25 to 1.40 kg; that is tender meated
with soft, pliable, smooth textured skin and flexible breast bone. Broiler is
suitable for broiling or frying,
13. Egg :- The reproductive body produced by female of birds, more or less oval in
shape, enclosed in hard calcareous shell within which embryo develops on
fertilisation, containing nutrients for development of embryo.
Poultry :- The domesticated species of birds reared for eggs, meat, feathers, etc.
includes chicken, ducks, turkey, quail, geese, guinea fowl, etc.
Hen :- Mature female chicken usually more than 11 to 12 months, with meat
comparatively less tender than roaster having non-flexible chest bone
AHDS-364 (Sheep, Goat & Poultry Production)
Question and Objectives
1. Give the importance of sheep and goat in our national economy?
2. Write the care and management practices for lamb and kid?
3. What is upgrading? Enlists the mating (breeding) system for sheep and
goat explain flock mating?
14. 4. Give the classification of goats on the basis of utility and write about (
Osmanabadi, Sangamneri, Jamunapari, Deccani, Merino, Sannen, Angora,
Black Bengal)
5. Define culling? Which is the different reason for culling of goats?
6. Enlists the factor affecting chemical composition of goat milk? Explain
any two of them?
7. Discuss the care and management practices for breeding buck/ram,
pregnant does/ewes?
[OBJECTIVES OF AHDS-364 SHEEP, GOAT AND POULTRY]
RK.
1
8. Enlists the system of feeding/rearing of sheep and goat explain intensive
system with advantages and disadvantages?
9. Enlists the different methods of slaughtering? Explain hallal method of
slaughtering?
15. 10. Enlists important management practices for sheep and goat?
Explain in brief deworming?
11. Write the various diseases of sheep and goat? Write the preventive
and curative measures for H.S, FMD, Goat pox
12. What is wool? Give the system of grading of wool and explain
American system
13. Classify The Breeds of Poultry on the basis of Utility? And write
about RIR, White leghorn,Aseel Etc,.
14.Enlists The Types of Housing system for poultry Explain about Cages system
and Litter system of housing with merits and demerits .
14. Enumerate the Poultry Brooder and write about Artificial brooding
for poultry/
15. Draw a well labeled diagram of Digestive system of poultry give the
functions of each body parts.
16. 16. Writ short note on;
1. Flushing of ewes and does
2. Grading and marketing of wool
3. Browsing and grazing habitat of sheep & goats
4. Dressing percentage
5. Sign of healthy animals
6. Vaccination schedule for sheep and goat
7. Sign of estrus cycle in goat
8. Housing of sheep and goat (raised level and ground level housing)
9. Canabolism in Poultry
10. Grading and marketing of Eggs
17. 11. Incubation of eggs
14. Objectives….. Objectives;
Definations;
1. Abattoir; A slaughter house of animal called as Abattir
2. Bleating; A noise or sound produced by goat called as Bleating
3. Buck; A matured male goat
4. Carcass; The dressed body of sheep and goat after offal, pelt feet & head
removed
5. Chevon; it is meat of goat
6. Mutton; it is meat of sheep
18. 7. Creep feeding; system of feeding of kids prior to weaning
8. Docking; Removal of tail of sheep for hygienic reason called as Docking
9. Dressing percentage; ratio of carcass weight to live weight which is
expressed in %
10. Tupping; act of mating in case of sheep
11. Serving; act of mating of goat
12. Kidding; act of giving birth to young one in case of goat
13. Lambing; act of giving birth to young one in case of Sheep
14. Kid; young one of goat
15. Lamb; young one of sheep
19. 16. Goatling; female goat between one to two years of age
17. Shearing; clipping of wool by clipper of power shear
18. Tagging ; removal of wool from around the udder and under of
sheep especially for pregnant ewes prior to lambing
19. Wether; castrated male of sheep older than 6 months
20. Teaser ram; vasectomized male ram used for detection of heat in
female
21. Ringing; removal of hair around the belly region and part of the
reproductive system
22. Culling; removal of unwanted and undesirable animals from the
flock
23. Flock; group of sheep and goat
24. Gestation period; period between conception to the parturition
20. 25. Steaming up; Giving an extra grain ration prior to breeding season
26. Dipping; It is an process of eradication of external worms of
animals dipped at least once in specific formulation of chemical in
provision of dipping tank
27. Cryptorchidism; it is an condition where only single testicle are
present in respect of goat and goat does not response to mating that
condition known as Cryptorchidism
28. Debeaking ; Removal of beaks from poultry
29. Moulting; Removal of old feathers or shedding of feathers from
poultry.
30. Brooding; It is act of providing warm condition by natural or
artificial brooder
31. Hatching; Emergence of chicks from eggs called as Hatching
21. 32. Do as directed;
1. Sannen goat breed- Milk queen of goat
2. Angora- Mohair production
3. Black Bengal- Excellent for meat production
4. Karakul breed of sheep- Fur or Pelt Production
5. Hissrdale- Hissar Govt. farm, Hissar & crsses of bikaneri X Merino
6. Jamunapari- roman nose type breed
7. Sheep- 7.9 % fat in milk and protein- 5.8% and goat milk- 4.2 % fat
8. Gestation period for sheep- 147-148 days and goat-148-152 days
9. Examples of ecto-endo parasite ( Ectoparasite- ticks,mice, mite, maggot
etc. and endoparsite- tapeworm, round worm, fluke etc.)
10. Chormosomes no. of goat and sheep for( goat-60 and sheep-54)
22. 33. Origine and home town of following breed I. Merino- Spain
II. Rambullet- France
III. Karakul- Uzebikisthan
IV. Sannen – Switzarland
V. Toggenberg- Switzarland
VI. Osmanabadi- Latur ( Maharashtra) Sangmaneri- Sangamner ( M.S)
Prof .R.M.Kapgate
.