Forum Replies Created

Page 53 of 4534
  • Mohamed Hamada Nasser

    Member
    October 16, 2025 at 9:56 am in reply to: Economic differences

    <strong data-start=”0″ data-end=”12″>Broilers give <strong data-start=”18″ data-end=”35″ data-is-only-node=””>quick returns from meat sales (within 6–8 weeks) but carry <strong data-start=”81″ data-end=”103″>higher market risk and need tight cost control.<br data-start=”132″ data-end=”135″> <strong data-start=”135″ data-end=”145″>Layers, on the other hand, provide a <strong data-start=”176″ data-end=”193″>steady income over a longer period (up to 2 years) through <strong data-start=”239″ data-end=”252″>egg sales, with lower short-term risk but slower payback.Broilers give quick returns from meat sales (within 6–8 weeks) but carry higher market risk and need tight cost control.
    Layers, on the other hand, provide a steady income over a longer period (up to 2 years) through egg sales, with lower short-term risk but slower payback.

  • Mohamed Hamada Nasser

    Member
    October 16, 2025 at 9:54 am in reply to: pathogens

    Pathogens can sometimes be found in feed samples — especially if <strong data-start=”65″ data-end=”113″>raw materials or storage conditions are poor. Common ones include <strong data-start=”135″ data-end=”149″>Salmonella, <strong data-start=”151″ data-end=”162″>E. coli, and <strong data-start=”168″ data-end=”183″>Clostridium species. Regular <strong data-start=”201″ data-end=”264″>feed hygiene checks, proper heat treatment, and dry storage help prevent contamination and ensure feed safety.Pathogens can sometimes be found in feed samples — especially if raw materials or storage conditions are poor. Common ones include Salmonella, E. coli, and Clostridium species. Regular feed hygiene checks, proper heat treatment, and dry storage help prevent contamination and ensure feed safety.

  • Muhammad Ahmad

    Member
    October 16, 2025 at 9:52 am in reply to: Economic differences

    Good

  • Mohamed Hamada Nasser

    Member
    October 16, 2025 at 9:50 am in reply to: ostrich

    Although ostriches grow fast and produce valuable meat, leather, and feathers, they aren’t raised worldwide mainly because of <strong data-start=”126″ data-end=”172″>climate, management, and market challenges. They need <strong data-start=”184″ data-end=”210″>warm, dry environments, <strong data-start=”212″ data-end=”233″>large open spaces, and <strong data-start=”239″ data-end=”259″>special handling that many regions can’t provide efficiently. Also, <strong data-start=”311″ data-end=”392″>high startup costs, limited processing facilities, and unstable market demand make large-scale ostrich farming less feasible outside Africa.Although ostriches grow fast and produce valuable meat, leather, and feathers, they aren’t raised worldwide mainly because of climate, management, and market challenges. They need warm, dry environments, large open spaces, and special handling that many regions can’t provide efficiently. Also, high startup costs, limited processing facilities, and unstable market demand make large-scale ostrich farming less feasible outside Africa.

  • Muhammad Ahmad

    Member
    October 16, 2025 at 9:47 am in reply to: ostrich

    While ostriches are indeed farmed commercially in a few non-African countries like Iran and parts of the United States and Australia, they are not raised commercially worldwide due and South Africa’s dominance.

    The primary reasons for the lack of widespread commercial ostrich farming outside of Africa are related to infrastructure, market development, and biological challenges.

    1. Lack of Established Infrastructure and Market

    The biggest hurdle for the ostrich industry outside of Africa is the absence of a vertically integrated supply chain, which South Africa spent decades developing.

    * Processing Infrastructure: There is a severe lack of specialized, EU-approved abattoirs and processing facilities dedicated solely to ostriches. Ostrich processing is complex due to the size of the bird and the need to preserve the valuable hide, meat, and feathers separately and hygienically for export.

    * Market Development: The global market for ostrich products (meat, leather, and feathers) is small and niche. Producers in new regions struggle to find reliable, high-volume buyers. The market is often production-led (farmers produce and then seek buyers) rather than demand-led (producers supply a known contract), leading to volatile prices and fierce competition.

    * South African Monopoly: South Africa has a near-monopoly on the global ostrich market, particularly for high-end leather. They have controlled the genetics and the processing chain for over a century, making it incredibly difficult for smaller, international competitors to gain market share.

    2. Biological and Technical Challenges

    While ostriches are hardy birds, raising them efficiently for commercial slaughter is technically demanding, especially for new producers.

    * High Reproductive Problems: Ostrich farming often struggles with low fertility and high embryonic mortality in eggs, meaning fewer chicks per breeding pair compared to poultry.

    * Chicks are Fragile: Ostrich chicks are susceptible to various health issues, including post-hatching leg deformities and digestive problems (starve-out deaths), resulting in a high mortality rate during the first few months of life.

    * High Initial Cost: The initial investment required for breeding stock, secure fencing, and specialized housing is significantly higher than for traditional poultry or livestock.

    3. Economic and Regulatory Issues

    * High Feed Costs: Outside of their native arid environment where they can utilize inexpensive fiber-rich forage, farmers in intensive systems often rely on expensive commercial feed, which dramatically increases production costs and reduces profit margins.

    * Regulatory Fit: In many non-traditional farming countries (like those in the EU), the ostrich does not fit neatly into existing regulatory frameworks for livestock, creating confusion regarding animal welfare, slaughter standards, and health certification for trade.

    * “Fad” Industry: Historically, interest in ostrich farming outside Africa has been driven by speculative “breeder bird” sales (selling birds for their high price rather than their meat/leather production) rather than sustainable commercial meat production, leading to market collapses once the initial excitement wore off.While ostriches are indeed farmed commercially in a few non-African countries like Iran and parts of the United States and Australia, they are not raised commercially worldwide due and South Africa’s dominance.
    The primary reasons for the lack of widespread commercial ostrich farming outside of Africa are related to infrastructure, market development, and biological challenges.
    1. Lack of Established Infrastructure and Market
    The biggest hurdle for the ostrich industry outside of Africa is the absence of a vertically integrated supply chain, which South Africa spent decades developing.
    * Processing Infrastructure: There is a severe lack of specialized, EU-approved abattoirs and processing facilities dedicated solely to ostriches. Ostrich processing is complex due to the size of the bird and the need to preserve the valuable hide, meat, and feathers separately and hygienically for export.
    * Market Development: The global market for ostrich products (meat, leather, and feathers) is small and niche. Producers in new regions struggle to find reliable, high-volume buyers. The market is often production-led (farmers produce and then seek buyers) rather than demand-led (producers supply a known contract), leading to volatile prices and fierce competition.
    * South African Monopoly: South Africa has a near-monopoly on the global ostrich market, particularly for high-end leather. They have controlled the genetics and the processing chain for over a century, making it incredibly difficult for smaller, international competitors to gain market share.
    2. Biological and Technical Challenges
    While ostriches are hardy birds, raising them efficiently for commercial slaughter is technically demanding, especially for new producers.
    * High Reproductive Problems: Ostrich farming often struggles with low fertility and high embryonic mortality in eggs, meaning fewer chicks per breeding pair compared to poultry.
    * Chicks are Fragile: Ostrich chicks are susceptible to various health issues, including post-hatching leg deformities and digestive problems (starve-out deaths), resulting in a high mortality rate during the first few months of life.
    * High Initial Cost: The initial investment required for breeding stock, secure fencing, and specialized housing is significantly higher than for traditional poultry or livestock.
    3. Economic and Regulatory Issues
    * High Feed Costs: Outside of their native arid environment where they can utilize inexpensive fiber-rich forage, farmers in intensive systems often rely on expensive commercial feed, which dramatically increases production costs and reduces profit margins.
    * Regulatory Fit: In many non-traditional farming countries (like those in the EU), the ostrich does not fit neatly into existing regulatory frameworks for livestock, creating confusion regarding animal welfare, slaughter standards, and health certification for trade.
    * “Fad” Industry: Historically, interest in ostrich farming outside Africa has been driven by speculative “breeder bird” sales (selling birds for their high price rather than their meat/leather production) rather than sustainable commercial meat production, leading to market collapses once the initial excitement wore off.

  • Mohamed Hamada Nasser

    Member
    October 16, 2025 at 9:46 am in reply to: Environmental Concerns

    Major <strong data-start=”6″ data-end=”47″>environmental concerns in aquaculture include:

    1. <strong data-start=”63″ data-end=”82″>Water pollution – from uneaten feed, fish waste, and chemicals that increase nutrient loads.

    2. <strong data-start=”165″ data-end=”188″>Habitat destruction – such as mangrove loss from pond construction.

    3. <strong data-start=”242″ data-end=”268″>Escaped farmed species – can compete or interbreed with wild fish.

    4. <strong data-start=”318″ data-end=”351″>Disease and parasite transfer – from farmed to wild populations.

    5. <strong data-start=”392″ data-end=”416″>Overuse of resources – like fishmeal and freshwater.

    6. <strong data-start=”454″ data-end=”490″>Antibiotic and chemical residues – harming aquatic ecosystems.

    Sustainable practices like <strong data-start=”551″ data-end=”615″>recirculating systems, biofiltration, and eco-friendly feeds help reduce these impacts.Major environmental concerns in aquaculture include:

    Water pollution – from uneaten feed, fish waste, and chemicals that increase nutrient loads.

    Habitat destruction – such as mangrove loss from pond construction.

    Escaped farmed species – can compete or interbreed with wild fish.

    Disease and parasite transfer – from farmed to wild populations.

    Overuse of resources – like fishmeal and freshwater.

    Antibiotic and chemical residues – harming aquatic ecosystems.

    Sustainable practices like recirculating systems, biofiltration, and eco-friendly feeds help reduce these impacts.

  • Mohamed Hamada Nasser

    Member
    October 16, 2025 at 9:45 am in reply to: Simple Biosecurity Habits

    One simple but effective habit is <strong data-start=”34″ data-end=”106″>using footbaths and changing footwear before entering poultry houses. It greatly reduces the risk of carrying pathogens between flocks and is easy to apply daily. Consistent <strong data-start=”212″ data-end=”254″>handwashing and equipment disinfection also go a long way in keeping the farm disease-free.One simple but effective habit is using footbaths and changing footwear before entering poultry houses. It greatly reduces the risk of carrying pathogens between flocks and is easy to apply daily. Consistent handwashing and equipment disinfection also go a long way in keeping the farm disease-free.

  • Muhammad Ahmad

    Member
    October 16, 2025 at 9:43 am in reply to: Simple Biosecurity Habits

    Daily shower

    Cleaning

    Spraying of disinfectant

    Cloth changing

  • Mohamed Hamada Nasser

    Member
    October 16, 2025 at 9:42 am in reply to: cooked appearance of meat

    Birds that die from <strong data-start=”20″ data-end=”35″>heat stress often show a “cooked” appearance on the breast because <strong data-start=”91″ data-end=”143″>high body temperature and poor blood circulation cause <strong data-start=”150″ data-end=”174″>protein denaturation in the muscles before or soon after death. This leads to <strong data-start=”232″ data-end=”277″>pale, soft, and exudative (PSE)-like meat, resembling partially cooked tissue due to internal overheating and lack of oxygen in muscle cells.Birds that die from heat stress often show a “cooked” appearance on the breast because high body temperature and poor blood circulation cause protein denaturation in the muscles before or soon after death. This leads to pale, soft, and exudative (PSE)-like meat, resembling partially cooked tissue due to internal overheating and lack of oxygen in muscle cells.

  • Mohamed Hamada Nasser

    Member
    October 16, 2025 at 9:40 am in reply to: Nutritional requirements

    <strong data-start=”0″ data-end=”12″>Broilers need high-energy, high-protein diets for fast growth — typically <strong data-start=”78″ data-end=”96″>protein 20–23%, <strong data-start=”98″ data-end=”140″ data-is-only-node=””>metabolizable energy 3000–3200 kcal/kg, plus balanced amino acids, vitamins, and minerals.

    <strong data-start=”196″ data-end=”206″>Layers require lower protein (16–18%) but higher <strong data-start=”249″ data-end=”269″>calcium (3.5–4%) for strong eggshells, along with adequate phosphorus, vitamins, and trace minerals to maintain egg production and quality.Broilers need high-energy, high-protein diets for fast growth — typically protein 20–23%, metabolizable energy 3000–3200 kcal/kg, plus balanced amino acids, vitamins, and minerals.

    Layers require lower protein (16–18%) but higher calcium (3.5–4%) for strong eggshells, along with adequate phosphorus, vitamins, and trace minerals to maintain egg production and quality.

  • Muhammad Ahmad

    Member
    October 16, 2025 at 9:39 am in reply to: Environmental Concerns

    Good explanation

  • Mohamed Hamada Nasser

    Member
    October 16, 2025 at 9:39 am in reply to: Poultry

    Newly hatched chicks need <strong data-start=”26″ data-end=”49″>high protein levels to support rapid growth and muscle development — typically <strong data-start=”109″ data-end=”133″>20–23% crude protein in the <strong data-start=”141″ data-end=”157″>starter diet for the first 2–3 weeks. The protein should come from <strong data-start=”212″ data-end=”248″>high-quality, digestible sources like soybean meal and fish meal, balanced with essential amino acids (especially lysine and methionine).Newly hatched chicks need high protein levels to support rapid growth and muscle development — typically 20–23% crude protein in the starter diet for the first 2–3 weeks. The protein should come from high-quality, digestible sources like soybean meal and fish meal, balanced with essential amino acids (especially lysine and methionine).

  • Mohamed Hamada Nasser

    Member
    October 16, 2025 at 9:38 am in reply to: Anticoccidial effects of oregano and garlic

    That’s a great finding — it shows that <strong data-start=”39″ data-end=”76″>oregano and garlic essential oils can effectively <strong data-start=”93″ data-end=”127″>reduce Eimeria oocyst shedding, likely by <strong data-start=”139″ data-end=”201″>disrupting parasite development and enhancing gut immunity. Such herbal additives offer a promising <strong data-start=”243″ data-end=”294″>natural alternative to synthetic anticoccidials, supporting both <strong data-start=”312″ data-end=”338″>health and performance in broilers.That’s a great finding — it shows that oregano and garlic essential oils can effectively reduce Eimeria oocyst shedding, likely by disrupting parasite development and enhancing gut immunity. Such herbal additives offer a promising natural alternative to synthetic anticoccidials, supporting both health and performance in broilers.

  • Mohamed Hamada Nasser

    Member
    October 16, 2025 at 9:38 am in reply to: Hammer mill sieve size

    The ideal <strong data-start=”10″ data-end=”36″>hammer mill sieve size depends on bird age and feed type:

    <ul data-start=”75″ data-end=”409″>

  • <strong data-start=”77″ data-end=”101″>Broiler pre-starter: 2.0–2.5 mm (fine grind for better digestibility)

  • <strong data-start=”155″ data-end=”167″>Starter: 2.5–3.0 mm

  • <strong data-start=”183″ data-end=”196″>Finisher: 3.0–3.5 mm

  • <strong data-start=”212″ data-end=”234″>Layer phase 1 & 2: 3.0–4.0 mm (coarser to aid gizzard function)

  • <strong data-start=”284″ data-end=”301″>Breeder feed: 3.5–4.0 mm

  • <strong data-start=”317″ data-end=”333″>Pellet feed: Slightly finer (around 2.5–3.0 mm) for better pellet quality and binding.

  • Proper particle size improves <strong data-start=”441″ data-end=”499″>digestibility, pellet durability, and bird performance.The ideal hammer mill sieve size depends on bird age and feed type:

    Broiler pre-starter: 2.0–2.5 mm (fine grind for better digestibility)

    Starter: 2.5–3.0 mm

    Finisher: 3.0–3.5 mm

    Layer phase 1 & 2: 3.0–4.0 mm (coarser to aid gizzard function)

    Breeder feed: 3.5–4.0 mm

    Pellet feed: Slightly finer (around 2.5–3.0 mm) for better pellet quality and binding.

    Proper particle size improves digestibility, pellet durability, and bird performance.

  • Mohamed Hamada Nasser

    Member
    October 16, 2025 at 9:37 am in reply to: Feed

    A sudden drop in feed intake can result from several factors:

    1. <strong data-start=”68″ data-end=”90″>Temperature stress – High heat or cold stress reduces appetite.

    2. <strong data-start=”141″ data-end=”162″>Poor feed quality – Rancid fats, mold, or ingredient changes affect palatability.

    3. <strong data-start=”232″ data-end=”248″>Water issues – Dirty or unavailable water immediately lowers feed intake.

    4. <strong data-start=”315″ data-end=”348″>Disease or vaccination stress – Illness or recent vaccination can suppress appetite.

    5. <strong data-start=”409″ data-end=”444″>Lighting or ventilation changes – Poor air quality or sudden light adjustments disturb feeding behavior.A sudden drop in feed intake can result from several factors:

      Temperature stress – High heat or cold stress reduces appetite.

      Poor feed quality – Rancid fats, mold, or ingredient changes affect palatability.

      Water issues – Dirty or unavailable water immediately lowers feed intake.

      Disease or vaccination stress – Illness or recent vaccination can suppress appetite.

      Lighting or ventilation changes – Poor air quality or sudden light adjustments disturb feeding behavior.

  • Page 53 of 4534