Скачать с ютуб 9000 ब्रॉईलर ब्रीडर और महीने का 1 करोड़ रुपए !! Fully automatic poultry farm By Gartech в хорошем качестве

9000 ब्रॉईलर ब्रीडर और महीने का 1 करोड़ रुपए !! Fully automatic poultry farm By Gartech

Thanks for watching farming engineer #poultry #poultryfarming #chicken Broiler, layer, and breeder bird farming are three distinct types of poultry farming, each geared towards specific purposes and production goals. 1. **Broiler Farming**: - Broiler farming focuses on raising chickens specifically for meat production. These chickens are bred to grow rapidly and efficiently convert feed into muscle. The primary goal of broiler farming is to produce large, healthy birds that reach market weight quickly. - Broiler farms typically raise chickens in large, temperature-controlled houses equipped with proper ventilation, lighting, and feeding systems to ensure optimal growth conditions. - The birds are usually harvested for meat at around 6-8 weeks of age, depending on the breed and desired market weight. 2. **Layer Farming**: - Layer farming involves raising chickens primarily for egg production. These birds are bred specifically for their ability to lay a high volume of eggs over an extended period. - Layer farms usually house hens in cage systems or free-range setups, providing them with appropriate nutrition, housing, and lighting to promote egg-laying. - Hens begin laying eggs at around 18-20 weeks of age and continue producing eggs for up to 12-14 months, after which their productivity declines, and they are typically replaced with younger birds. 3. **Breeder Bird Farming**: - Breeder bird farming involves raising birds specifically for the purpose of breeding. These birds are selected for desirable genetic traits, such as high egg production, good fertility, and strong offspring. - Breeder farms may focus on either broiler breeder or layer breeder birds, depending on the market demand and the farm's specialization. - Breeder birds are typically housed in controlled environments to optimize breeding conditions, and their eggs are collected for incubation in hatcheries. - The offspring of breeder birds are raised either as broilers or layers, depending on the farm's specialization and market demands. Each type of poultry farming requires specific management practices, including nutrition, housing, disease prevention, and biosecurity measures, to ensure the health and productivity of the birds. Additionally, regulatory standards and industry best practices vary depending on the region and market requirements. Artificial insemination (AI) in breeder birds is a technique used to improve genetic traits and increase breeding efficiency in poultry farming. It involves manually collecting semen from male birds and then depositing it into the reproductive tract of female birds to fertilize their eggs. Here's how the process generally works: 1. **Selection of Breeding Stock**: - High-quality breeding stock is selected based on desired genetic traits such as egg production, growth rate, disease resistance, and other economically important characteristics. - Male birds (roosters) and female birds (hens) with desirable traits are chosen as breeding candidates. 2. **Semen Collection**: - Semen is collected from male birds through manual stimulation or by using specialized equipment. - The collected semen is evaluated for volume, sperm concentration, motility, and morphology to ensure quality. 3. **Semen Processing**: - After collection, the semen is processed to remove any impurities and to concentrate the sperm cells. - Extenders, which are solutions containing nutrients and protective substances, may be added to the semen to extend its viability and improve fertility. 4. **Insemination**: - Female birds are typically inseminated using specialized equipment such as insemination guns or catheters. - The semen is carefully deposited into the reproductive tract of the hen, usually into the uterovaginal junction, where fertilization occurs. 5. **Post-Insemination Care**: - After insemination, hens are monitored for signs of fertility and egg production. - Proper nutrition, lighting, and environmental conditions are maintained to support optimal reproductive performance. Overall, artificial insemination plays a crucial role in modern poultry breeding programs, helping to accelerate genetic progress and improve productivity in the poultry industry. Click to Subscribe to my channel: https://bit.ly/3m6FH42 You can follow me on Facebook :   / farmingengineer   You can follow me on Instagram:   / farmingengineerarun   For advertising Email me at [email protected] Your host Arun Yashwant Chavan