Dairy cattle management

Dairy cattle management Reproductive performance in both beef cow/calf and dairy operations can be improved by the following

This study attempted to investigate the beef cattle production system and opportunities for market orientation in southern Ethiopia, Borena Zone. The specific objectives of the study were to characterize cattle production systems, assessment of marketing systems, assess seasonality of domestic cattle meat consumption; and assess potentials and constraints of export abattoirs in Ethiopia. To achiev

e these objectives, secondary and primary data were used. Export abattoirs, producers, and butcheries interview were sources of primary data. Export abattoirs survey was undertaken on ELFORA Agro- Industries PLC and LUNA export slaughter house PLC. Producers’ survey was done the pastoral areas of Borana Zone of Oromiya Regional State in three Pastoral Associations (PAs) and these were Surupha, Dida Yabello and Dubluk. Producers from each PA were selected using Proportional Probability to Size (PPS) approach for each PA. A total of 150 producers were selected based on the number of households in the PAs. To see the marketing system, four markets were covered from Borena pastoral area (Surupha, Haro Beke, Yabelo, and Dubluk). Butcheries survey was done on the purposively selected areas and these were Kara, Sululta, Dukem and Burayu. Butchery’s from each direction of Addis Ababa were selected using Proportional Probability to Size (PPS). A total of 50 butcheries were selected based on their availability in each of the four areas. To see the seasonality of cattle meat consumption, slaughterhouses which give services to the respective butcheries were covered. According to results of the study, 52.7% of the herd owners keep beef cattle to generate cash income and farming purposes. The major feed resources for 147 (98.6%) of the respondents rely on grass from grazing as a basal feed for their cattle, out of which 54 (36.2%) of them used salt as a supplement. Deep wells are the major sources of water in the study areas. According to the sample households the constraints to cattle production system were shortage of grazing land, water, disease, lack of technical supports, lack of security, labor shortage and conflict. Regarding the market information sources, the majority of the respondents 138 (92%), got market information before they went out to sell their cattle. However, the major sources of market information in the study area were informal. Technical supports on cattle marketing issues were obtained from development/extension agents. For 63.3% of the respondents, the determination of the price at the market places were through negotiation between the sellers/producers and the buyers. About 33% (N=149) of the respondents stated that cattle prices increase during the rainy (wet) seasons, mostly from July to August. The major reasons for the cattle price variation across months/seasons as stated by 114 (76.5 %) of the respondents were the seasonal feed and water availability. The major countries that import beef from Ethiopia are Yemen, Egypt, Congo Brazzaville and Cote D’Ivoire, and the export of beef cattle were either in the form of live or processed meat (chilled or frozen carcass). Thus breed, s*x, age, weight and sometimes color of the animal for the live export are the major criteria considered by the live animal exporters xix and export abattoirs during purchase. The major constraints of the export abattoirs were frequent occurrence of livestock diseases, feed and water shortage along export trade routes, market intelligence and transportation. About 84% of the butcheries purchase beef cattle for slaughtering and retailing meat in their butchers. On average, carcass weight of 143.33 ± 5.27 (Mean ± SE) kilogram per head was reported by butcheries, the selling price of a kilogram of beef was 19.36 ± 0.423 ETB (Mean ± SE). However, the price of meat were significantly (P≤ 0.05) higher 26.00 ±2.041 (Mean ± SE) at Dukem and cattle meat yield were significantly (P≤ 0.05) higher 164.00 ± 8.95 (Mean ± SE) at Kara as compared to the other locations. The low demand periods for cattle meat correspond with the period of religious fasting periods by the Ethiopian Orthodox Church followers, the slaughter houses cease or minimize their services due to the fact that butcheries stop ordering cattle slaughter services. The constraints of the butcheries were high tax rates, slaughterhouses problems, high price of cattle at the markets and the illegal backyard slaughtering practices. The overall finding of the study underlined the high importance of institutional support in the areas of market oriented cattle production system, market extension, animal health services and range development in the pastoral area, development of export abattoirs facilities, reducing multiple taxes. Therefore, development interventions should give emphasis to improvement of such institutional support system between exporters, butchers and producers, so as to achieve income to these market actors.

Despite considerable research, nothing definite is known as to the actual origin of the cattle first brought to Jersey I...
23/12/2022

Despite considerable research, nothing definite is known as to the actual origin of the cattle first brought to Jersey Island. Most research agrees, that the Jersey probably originated from the adjacent coast of France, where in Normandy and Brittany cattle resembling Jerseys are found.

Whatever the correct phylogenetic form of the Jersey might be, it would appear, when analysing the available data, that the domesticated fore-father of the Jersey came from Asia, belonged in all probability to Bos brachyceros, was probably tamed during the Stone Age, some 10 000 years ago or more and migrated to Europe through Central and Southern Europe and North Africa to Switzerland and France. In Northern France some cross-breeding undoubtedly took place between the pure Bos brachyceros and Bos primigenius herds (which mostly came down the North Coast of Europe to as far down as Northern France).

Photo courtesy of Covington Jerseys, www.covingtonjerseys.comJersey Island being joined to France until about A.D. 709 by a narrow isthmus, it stands to reason that cattle from Normandy and Brittany were brought over regularly in the early days to Jersey Island and must have played a very important role in the origin and development of the present day Jersey.

Jerseys are known to exist in the UK mainland since 1741 and probably well before. At that time they were known as Alderneys.

The flourishing times for the breed was the period from the 1860s to the First World War when the Jersey cow enjoyed the greatest period of development for the breed worldwide. For many years, thousands of animals were shipped to the USA annually, but records show that early settlers took Jerseys there in 1657. Canada imported her first Jerseys in 1868. Jerseys first went to South Africa in 1880, and in 1862 New Zealand imported her first cattle.

Although records of earlier importations into Australia are not available, it is believed that the first Jerseys arrived as "ship cows." The first reference of a Jersey dates back to 1829 when Mr. J. T. Palmer of Sydney advertised the sale of 200 pure bred Jerseys.

Latin America imported its first Jerseys before the turn of the century. Records show that around 1892, the first cattle went to Guatemala. Brazil had its first Jerseys four years later. But it was probably Costa Rica that first imported the breed to Central and South America in 1873.

Today, the Jersey breed is the second largest breed of dairy cattle in the world. On Jersey itself there are fewer than 6000 Jerseys in total with nearly 4000 of these being adult milking cows. The purity of the breed on the island is maintained by a strict ban on imports. This ban has been in place for some 150 years. There are no other breeds of the cattle on the island.

Jerseys are well known for their milk which is noted for its high quality - it is particularly rich in protein, minerals and trace elements. It is also rich in colour which is naturally produced from carotene, an extract from grasses. The Jerseys has an ability to adapt to many kinds of climates, environments and management practices.
Characteristics

It is typically light brown in colour, though this can range from being almost grey to dull black, which is known as Mulberry. They can also have white patches which may cover much of the animal. A true Jersey will however always have a black nose bordered by an almost white muzzle.

The Jersey hard black feet are much less prone to lameness.
The Jersey is relatively small in size - about 400 to 450kgs in weight and have a fine but strong frame.
Statistics

Jerseys produces a pound of milk components at a lower cost compared to the other major breeds.
She has little or no calving problems, greater fertility, a shorter calving interval, and earlier maturity.
Jerseys stay in the herd longer than any other dairy breed.
Jersey milk has greater nutritional value, plus the highest yield and greater efficiency when processed into cheese and other value-added products.
Jersey milk commands a premium price in many markets.
Jerseys perform well under a wide range of systems and are well-known for their high feed conversion efficiency
Jersey milk is in many ways unique. As a product it contains:- 18% more protein, 20% more calcium, 25% more butterfat than "average" milk.
Jerseys are well-known to be less susceptible to lameness because of their black hoof colour which makes their hooves very hard. Because Jerseys are a lighter breed this may also give them less problems with lameness.
Good Temperament is important in a dairy cow. In today's modern parlours rapid throughput is of top priority. An animal misbehaving by continually kicking, off the units will cause unwanted delays and even damage to the expensive equipment. Jerseys are thought to have the one of the best temperaments among, the dairy breeds, although a lot of this depends on the handling the animals receive.

23/12/2022

We want to buy more Holstein friesian heifers from Adama city or near rural area to adama city.
any person or company or organization who have holstein heifers if possible 100% can contact and sell us
our site is infront of Adama rail station
sellers contact us through inbox by sending us their heifers picture and selling amount

Genetic ImprovementTo make dairying profitable, Productivity (milk production per animal) needs to be increased. Product...
14/09/2022

Genetic Improvement
To make dairying profitable, Productivity (milk production per animal) needs to be increased. Productivity of dairy animals can be increased by:
Better feeding and management of the existing animals. However, by this, milk production cannot be increased beyond the animal’s genetic potential
Improving Genetic potential for milk production in future generation of animals by using animals with high genetic potential for milk production as parents
Selecting parents with high genetic potential is a highly complex and scientific process and requires collaborative efforts with farmers, breeding services providers, semen production centers and research institutes.
For a successful genetic improvement programme it is essential to
Identify and performance record of large number of animals of the selected breed in an area.
Identify best performing animals (Bulls and Cows/ buffaloes) for producing next generation of bulls and heifers – called “Selection”
Maximise use of these ''Selected" animals in breeding programme to produce all the replacement heifers – called “Multiplication”
Identification and Performance Recording
It is important to measure and record the relevant traits/ characters along with the pedigree details of large number of animals in an area. From this pool of recorded animals, best animals can be identified and selected.
Efforts are made to measure and record all traits, which affect milk production, milk quality and reproduction of animals such as milk volume, important milk components, body conformation, growth rates, age at first calving, fertility etc.
For maintaining complete records of individual animals in computerised data base for further analysis, it is necessary that each animal is identified with a 12-digit ear tag digit number which is unique to each animal in the country i.e., no other animal in the country will have the same number. Every service (AI, Treatment, Vaccination etc.) received by the animal needs to be recorded against this tag number. Official milk recorders visit farmer’s house at the time of milking on designated days and measure amount of milk produced by the identified animal. The milk recorder also takes a sample of the milk for testing of Fat per cent, Protein per cent, SNF per cent etc.
Data from across the country is collected through INAPH. This data is used for analysis of animal information. All these information is collected in INAPH and used for recording the individual animal wise information. INAPH also generates useful information for use of Managers of the services, AI Technicians and even farmers to help them take informed decisions.
Selection
The challenge is to accurately identify animals with higher genetic capacity to produce more and not just physical appearance. Selecting animals for traits which are expressed by them is easy – such as selecting cows/ buffaloes for milk production.
However, it is difficult to select animals for traits which they themselves do not express. For example selecting bulls for their milk production potential. For such traits, animals are selected based on the performance of their relatives which express that trait (Mother, Sisters or Daughters). Selection based on the performance of large number of daughters of the bull will be much more accurate than just based on mother’s, sisters’ or grand parents’ performance. Records of grand-parents, mother’s and sisters’ would additionally add to the accuracy of selection based on daughters’ record.
Multiplication
Multiplying Best Bull
Genetic contribution of a bull to next generation can be maximized through use of Artificial Insemination (AI). A good bull, if used in natural service can produce on an average around 450 - 500 calves in its life time (5 years) whereas, if we produce frozen semen doses from the bull and use in AI, it can produce approximately 45 – 50 thousand calves in its lifetime.
Multiplying best animals
For producing future bulls, we should only use the best few bulls of the selected lot on best performing cows/ buffaloes from the recorded population. However, care should be taken to avoid breeding of close relatives to avoid deleterious effects of inbreeding. The genetic merit of the bulls thus produced will improve over generations. The use of elite cows/ buffaloes can be intensified further through use of embryo transfer, which help to produce more number of calves from top cows/ buffaloes in a shorter period.
Breeds
Bull Production
Latest Sire Proofs
Breeding Policy
It is desirable that every state has a defined breeding policy based on geographical and climatic conditions of the state and distribution of different breeds in the state. Breeding policy is a guideline to indicate what breed and breed combination or exotic blood level would be most suitable in the given agro climatic condition of the state. It should be followed to get the optimum output from your animals and to conserve the native breed available in the state.

1. Increase production and cow health through data and insightsNedap’s SmartFlow milk meter is a powerful tool that coll...
14/09/2022

1. Increase production and cow health through data and insights
Nedap’s SmartFlow milk meter is a powerful tool that collects accurate milk yield and flow data for each cow during every milking, providing valuable insight into her productivity and health. This allows you to make smart management decisions to reach the highest attainable condition and production of each cow and the entire herd.
2. Optimize cow comfort, udder health and milk quality
Due to the unique and completely free milk and air flow through the meter, no (teat-end) vacuum fluctuations or flow obstructions are caused. This way, the cow experiences the highest possible comfort during milking, her udder health remains optimal and the milk quality stays intact.
3. Milk faster and more efficient
A 100% free flow, even with fast milking cows, ensures the fastest possible milking process. For maximum efficiency, the MilkingControl solutions accurately monitor the milk flow and milking process to smartly automate cluster take-off, adaptive pulsation, stimulation and more.
4. Get insight at the blink of an eye. Have full control at the touch of a button
Through the InTouch and software, you get the insights needed at the blink of an eye and control vital milking and parlor processes at the touch of a button. This makes milking as easy, fast and enjoyable as possible.

Healthier cows, better productionWhen your cows are healthy, so is your production. Not only can you save money by detec...
14/09/2022

Healthier cows, better production
When your cows are healthy, so is your production. Not only can you save money by detecting and correcting mastitis issues sooner, your healthy cows can high milk yielding cows. Your farm can benefit in the following ways:
Increased production per cow
More milk in the tank
Higher premiums on your milk

Accurately identifying individual-cow milk production and components can help you better understand the performance of y...
14/09/2022

Accurately identifying individual-cow milk production and components can help you better understand the performance of your herd and identify opportunities to adjust management areas on your farm. Nedap understands farmers are faced with the struggle of mastitis incidences and continuously looking for ways to improve cow milk production. We want you to win at both.
Reduce impacts of mastitis
Mastitis costs the dairy industry nearly $2 billion annually. Roughly two-thirds of that cost is the result of reduced milk production in cows affected with subclinical mastitis. Reducing the incidence of mastitis and treating it sooner gives you the opportunity to save money with the following:
Avoiding discarded abnormal milk or milk withheld from treated cows
Having to replace affected cows early in lactation
Decreasing costs of drugs and veterinary services
Eliminating increased labor costs

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