Quail Farming Profitability: Calculating Costs and Revenue

Quail farming can be a profitable livestock enterprise for small-scale producers, but profitability depends on accurate cost accounting, realistic revenue projections, and disciplined record keeping. This article provides a financial analysis framework for quail farming, including startup costs, operating expenses, and revenue projections, with a sample profit calculation that farmers can adapt to their own operations. The framework draws on published economic analyses of quail enterprises in multiple countries and is intended for farmers, farm employees, veterinarians, advisers, students, and farm planners evaluating whether quail production makes financial sense for their situation.

At a Glance: Key Financial Considerations for Quail Farming

Before investing in quail production, farmers should understand the core financial variables that determine whether an operation will generate profit. The table below summarizes the primary cost categories, revenue streams, and financial metrics that appear consistently in published analyses of quail farming enterprises.

Understanding the Quail Farming Business Context

Quail farming operates differently from chicken production in several ways that affect financial planning. Quail reach market weight faster than most poultry, begin laying eggs at a younger age, and require less space per bird. These biological characteristics create opportunities for rapid production cycles but also require farmers to manage cash flow carefully because production cycles are short.

Published research from Bangladesh provides a picture of typical quail farm operations. A survey of 52 quail farms across 14 districts found that most farms were mixed operations with up to 5,000 birds of two or three varieties. About 81% of farms operated separately year-round with no other poultry, and 83% of farmers wanted to expand their farming operations. The same study reported that 67% of farmers had not received any training and 92% had no earlier experience with quail farming, even though 58% reported quail farming as their primary occupation. This suggests that many farmers enter quail production without formal preparation, which increases the importance of sound financial planning.

The South African experience highlights market challenges that farmers should consider before starting. Commercial quail farming has gained recognition as a potential protein source, with over six large-scale and over one hundred small-scale farmers producing quail commercially. However, these farmers face high feed costs, disease pressures, limited health care access, low demand for quail meat and eggs, and restricted market access. The lack of a pre-existing local market has led many farmers to export products, often with low profit margins. Consumer preference for chicken products and the small size of quail relative to market price have caused some quail businesses to collapse.

A socio-technical analysis of small-scale quail farming in the Philippines found that while farmers demonstrated operational competence and infrastructure adequacy, significant constraints existed in financial record keeping, market access, and external institutional linkages. Weaknesses in cost monitoring limited enterprise scalability. These findings reinforce that financial management skills are as important as bird husbandry skills for profitable quail farming.

Startup Costs: Planning Your Initial Investment

Startup costs for a quail farm include housing, equipment, birds, and initial feed. The scale of investment depends on whether the farmer is starting with a small flock for local egg sales or a larger operation intended to supply regional markets.

Housing and Equipment

Quail housing can range from simple converted structures to purpose-built facilities. Key housing considerations include space per bird, ventilation, temperature control, lighting, and predator protection. Equipment needs include feeders, waterers, egg collection trays, and waste management systems. Farmers should also budget for biosecurity measures such as footbaths, disinfectants, and separate clothing for different production areas.

The cost of housing varies widely by region and construction method. Farmers should obtain multiple quotes from local suppliers and consider whether existing buildings can be adapted. A common mistake is underestimating the cost of environmental control, particularly in regions with extreme temperatures. Quail are sensitive to heat stress, and inadequate ventilation can increase mortality and reduce egg production.

Stock Acquisition

Farmers can start with day-old chicks, started pullets, or breeding stock. Day-old chicks are less expensive but require brooding equipment and careful management during the first weeks of life. Started pullets are more expensive but reduce the risk of early mortality and shorten the time to first egg production. Breeding stock is necessary for farms that plan to hatch their own chicks.

The Bangladesh survey reported average pullet weights ranging from 110 to 145 grams depending on farm type, with age at first lay ranging from 42 to 46 days. Rearing periods ranged from 12 to 15 months, and culling periods ranged from 13 to 15.5 months across layer, parent stock, hatchery, and mixed farm types. These figures provide a biological timeline that farmers can use to project when revenue will begin and when flock replacement will be needed.

Initial Feed Inventory

Feed is the largest recurring cost in most quail operations, and farmers need sufficient feed on hand from the first day. Feed costs vary by region and by ingredient availability. Some farmers reduce feed costs by formulating their own rations, but this requires nutritional knowledge and access to quality ingredients. Others purchase complete feeds from commercial mills, which is simpler but often more expensive.

Research on South African quail production has identified high feed costs as a primary challenge and has called for identification and evaluation of non-conventional feed ingredients and phytogenic feed additives that are inexpensive, locally available, and readily accessible. Farmers should investigate local feed ingredient options and compare prices before committing to a feeding program.

Operating Expenses: Tracking Recurring Costs

Operating expenses are the costs incurred continuously during production. Accurate tracking of these costs is essential for calculating true profitability.

Feed Costs

Feed represents the largest single operating expense in most quail operations. Feed consumption varies with bird age, production stage, and environmental conditions. Laying hens require more calcium and protein than birds in other production stages. Broiler quail require high-protein diets to support rapid growth.

Farmers should calculate feed cost per dozen eggs or per kilogram of live weight gain, beyond total feed cost. This allows comparison of feed efficiency across different flocks and feeding programs. Feed conversion ratios should be recorded for each flock and compared to published benchmarks.

Labor Costs

Labor costs include owner labor, family labor, and hired workers. Many small-scale farmers do not charge their own labor as a cost, which can make the enterprise appear more profitable than it actually is. For accurate financial analysis, farmers should assign a value to all labor, including their own, based on what they could earn in alternative employment.

The Bangladesh survey found that 58% of quail farmers reported quail farming as their primary occupation, suggesting that many farmers devote substantial time to the enterprise. Farmers should estimate the hours spent on feeding, cleaning, egg collection, record keeping, and marketing, and multiply by an appropriate hourly wage to calculate true labor costs.

Health Care and Medications

Health care costs include vaccines, medications, disinfectants, and veterinary services. Quail are susceptible to several diseases, and prevention is generally more cost-effective than treatment. Farmers should establish a health management plan with a veterinarian who has experience with poultry.

The World Organisation for Animal Health provides guidance on animal health and welfare standards that can help farmers prevent disease outbreaks. The USDA National Agricultural Library offers resources on animal health and welfare, and the FDA provides information on animal veterinary resources including medication use. Farmers should consult these sources and work with local veterinary professionals to develop appropriate health protocols.

Utilities and Miscellaneous Expenses

Utilities include electricity for lighting and ventilation, water, and fuel for heating or cooling. Miscellaneous expenses include bedding material, egg cartons, packaging, cleaning supplies, and equipment maintenance. These costs are often underestimated in financial plans but can be significant, particularly in regions with high energy costs.

Depreciation and Capital Costs

Depreciation accounts for the gradual loss of value of housing and equipment over time. Farmers should estimate the useful life of each asset and allocate a portion of its cost to each production cycle. Capital costs include interest on loans or the opportunity cost of using savings for the enterprise.

A financial comparison of small-scale quail and laying hen enterprises in the United States evaluated costs and returns over a 10-year period. This long-term perspective is important because it captures the full life cycle of equipment and housing and smooths out year-to-year variations in production and prices.

Revenue Projections: Estimating Income from Quail Products

Revenue from quail farming comes primarily from egg sales and meat sales. Some farms also generate income from hatching eggs, day-old chicks, breeding stock, and manure.

Egg Revenue

Egg production is the primary revenue source for layer operations. The Indonesian study of a laying quail group with 4,500 productive quails reported average egg production of 82%. This figure provides a useful benchmark for projecting egg revenue, though actual production will vary with breed, age, nutrition, and management.

Egg prices vary significantly by market channel. The US study comparing small-scale quail and laying hen enterprises found that raising quail had the highest net present value when farmers market egg prices were used. When farm gate prices were used, only quail had a positive net present value. This finding suggests that quail eggs can be more profitable than chicken eggs at both farm gate and retail price levels, but the advantage is greater when farmers can access premium markets.

The same study noted potential marketing difficulties based on producer location. Producers located near cities or Asian populations where quail eggs are more popular may be more successful with small-scale quail operations. Farmers should assess local demand for quail eggs before investing.

Meat Revenue

Meat revenue comes from selling broiler quail, culled laying hens, and breeding stock. The marketing age for broiler quail significantly affects profitability. A study of genetically enhanced white quail chicks compared slaughter at 28, 31, and 34 days of age. Body weight increased with marketing age, but the profit index decreased as birds aged. Delaying marketing to 31 days decreased profit by 5.7%, and delaying to 34 days reduced the profit index to 26.36% compared to marketing at 28 days. The study concluded that 28 days was the ideal marketing age for these birds because it yielded the highest economic return.

This finding has important implications for farmers. While older birds are heavier and may command higher prices per bird, the additional feed and labor costs of extended rearing can reduce overall profitability. Farmers should calculate the marginal cost of each additional day of rearing and compare it to the additional revenue from increased body weight.

Hatching Egg and Chick Revenue

Farms with breeding stock can generate revenue from hatching eggs and day-old chicks. The Bangladesh survey reported average hatchability of 76.8% in hatchery operations and net profit of BDT 2.75 per day-old chick. Hatching egg and chick sales can diversify revenue streams but require additional equipment, skills, and biosecurity measures.

Manure and Byproduct Revenue

Some farms generate additional income from selling manure as fertilizer. The Philippines study identified manure valorization as a recurring need among quail farmers, suggesting that many farmers are not currently capturing this revenue stream. Manure sales can provide a modest but useful supplement to egg and meat revenue.

Sample Profit Calculation: A Working Example

The following sample calculation demonstrates how farmers can project profitability for a small-scale quail layer operation. The figures are illustrative and should be replaced with local prices and production data.

Assumptions

Consider a farm with 1,000 laying quail. Assume the following:

• Average egg production of 82% means 820 eggs per day
• Egg price of USD 0.10 per egg at farm gate
• Feed cost of USD 0.30 per kilogram
• Daily feed consumption of 25 grams per bird
• Mortality of 5% per production cycle
• Production cycle of 12 months before culling
• Cull hen price of USD 0.20 per bird

Monthly Revenue Calculation

Daily egg production of 820 eggs multiplied by 30 days equals 24,600 eggs per month. At USD 0.10 per egg, monthly egg revenue is USD 2,460.

Monthly Feed Cost Calculation

Daily feed consumption of 25 grams per bird multiplied by 1,000 birds equals 25 kilograms per day. Monthly feed consumption is 750 kilograms. At USD 0.30 per kilogram, monthly feed cost is USD 225.

Other Monthly Costs

Assume labor costs of USD 300 per month, utilities of USD 50 per month, health care of USD 30 per month, and miscellaneous costs of USD 40 per month. Total other costs are USD 420 per month.

Monthly Profit Calculation

Monthly revenue of USD 2,460 minus feed costs of USD 225 minus other costs of USD 420 equals a monthly profit of USD 1,815 before depreciation and capital costs. This represents a return on cost ratio of approximately 2.8, meaning revenue is 2.8 times operating costs.

Full Cycle Calculation

Over a 12-month production cycle, egg revenue would be approximately USD 29,520. Feed costs would be approximately USD 2,700, and other costs would be approximately USD 5,040. Total operating costs would be approximately USD 7,740. Gross profit before depreciation would be approximately USD 21,780.

Cull hen revenue would add approximately USD 190, assuming 950 surviving birds sold at USD 0.20 each. Total revenue for the cycle would be approximately USD 29,710.

Depreciation on housing and equipment depends on the initial investment. If startup costs were USD 5,000 and equipment has a 10-year useful life, annual depreciation would be USD 500. Net profit for the first year would be approximately USD 21,280.

This sample calculation shows that quail farming can be profitable at small scale, but the figures depend heavily on local prices and production performance. Farmers should create their own projections using local data.

Financial Metrics for Evaluating Quail Farm Performance

Several financial metrics help farmers evaluate whether their quail enterprise is performing well and whether expansion is justified.

Return on Cost Ratio

The return on cost ratio, sometimes called the R/C ratio, compares total revenue to total costs. A ratio above 1.0 indicates that revenue exceeds costs. The Indonesian study of a laying quail group reported an R/C value of 1.18, meaning revenue was 18% above costs. This is a modest but positive return.

Break-Even Analysis

Break-even analysis identifies the production level or price at which revenue equals costs. The Indonesian study reported a break-even unit of 16,791 eggs and a break-even price of IDR 402 per egg. Farmers can use break-even analysis to understand how much production must decline or how much prices must fall before the enterprise becomes unprofitable.

Net Present Value

Net present value calculates the current value of future cash flows, accounting for the time value of money. The US study of small-scale quail and laying hen enterprises used net present value to compare profitability across production systems and price scenarios. Raising quail had the highest net present value under both farm gate and farmers market price conditions.

Internal Rate of Return and Payback Period

Internal rate of return measures the annualized return on investment, and payback period measures how long it takes to recover the initial investment. A study of a quail farm expansion in Indonesia reported an internal rate of return of 21% without development and 44% with development, with payback periods of 7 years and 5 months without development and 3 years and 9 months with development. The expansion increased net benefits by 53.15%.

Production and Price Risk

The Indonesian study measured production and price risk using the coefficient of variation. Values below 0.5 indicate small risk. The study reported coefficients of variation of 0.003 for production and 0.01 for price, suggesting that the quail farming business had small production and price risk in that context. Farmers should monitor their own production and price variability to understand their risk exposure.

Records and Measurements: What to Track

Accurate record keeping is essential for calculating profitability and identifying problems before they become serious. The Philippines study found that weaknesses in cost monitoring limited enterprise scalability, highlighting the importance of financial records.

Production Records

Farmers should record daily egg production, mortality, feed consumption, and bird weights. These records allow calculation of key performance indicators such as hen-day egg production, feed conversion ratio, and mortality rate. Production records also help identify trends that may indicate health or management problems.

Financial Records

Farmers should record all income and expenses, including the value of owner labor. Income records should distinguish between egg sales, meat sales, and other revenue sources. Expense records should categorize costs by type so farmers can identify areas where costs are rising.

Flock Records

Individual flock records should include source of birds, breed, hatch date, vaccination history, medication history, and culling dates. These records support health management and help farmers evaluate the performance of different bird sources and breeds.

Market Records

Farmers should record prices received for eggs and meat, quantities sold, and market channels used. This information helps farmers identify the most profitable market channels and negotiate better prices.

Common Failure Patterns in Quail Farming

Understanding common failure patterns can help farmers avoid costly mistakes. Published research and farm surveys identify several recurring problems.

Inadequate Market Assessment

The South African experience demonstrates the danger of starting quail production without confirming market demand. Many farmers found that consumers preferred chicken products and that quail's small size relative to market price lowered demand. Some businesses collapsed as a result. Farmers should conduct market research before investing in quail production.

Underestimating Feed Costs

High feed costs are a commonly reported challenge across multiple countries. Farmers who do not accurately project feed costs may find that their operations are not profitable. Feed cost projections should include price variability and potential for price increases.

Poor Financial Record Keeping

The Philippines study found that weak cost monitoring limited enterprise scalability. Farmers who do not track costs accurately cannot identify problems or make informed decisions about expansion. Financial records should be maintained from the first day of operation.

Inadequate Biosecurity

Disease outbreaks can devastate quail flocks and eliminate profitability. The World Organisation for Animal Health provides guidance on animal health and welfare, and the USDA Agricultural Research Service conducts research on animal production and protection. Farmers should implement biosecurity measures appropriate to their scale and location.

Marketing Age Errors

The study of marketing age in genetically enhanced white quail found that delaying marketing beyond 28 days reduced profitability. Farmers who hold birds too long may incur additional feed and labor costs without corresponding revenue increases. Farmers should calculate the optimal marketing age for their specific birds and market conditions.

Welfare and Safety Considerations

Quail welfare affects both productivity and market access. Consumers are increasingly concerned about the conditions under which food animals are raised, and poor welfare can lead to reduced production and reputational damage.

Environmental Enrichment

A review of quail welfare innovations found that adding naturalistic elements such as perches, dust bathing materials, and varied lighting reduces stress, promotes natural behaviors, and enhances general health. These improvements can also enhance productivity. Farmers should consider enrichment as an investment in flock performance instead of an unnecessary cost.

Nutrition and Health

The same review emphasized the importance of personalized nutritional interventions for welfare improvement. Innovative feeding approaches can influence immunity, gastrointestinal health, and stress resilience. Farmers should work with nutritionists and veterinarians to develop feeding programs that support both productivity and welfare.

Worker Safety

Quail farming involves physical labor, handling of birds, and use of equipment. Farmers should follow safety practices appropriate to their operations, including proper lifting techniques, protective equipment where needed, and safe handling of medications and disinfectants. The FDA provides information on animal veterinary resources that can help farmers use medications safely.

Food Safety

Egg and meat products must be handled and stored properly to prevent foodborne illness. Farmers should follow food safety practices appropriate to their scale and market channels. The FAO provides information on animal production that includes food safety considerations.

Professional Escalation Criteria

Farmers should seek professional assistance when they encounter problems beyond their expertise. The following situations warrant consultation with a veterinarian, agricultural adviser, or financial professional.

Health and Disease Concerns

If mortality increases suddenly, egg production drops sharply, or birds show signs of illness, farmers should contact a veterinarian immediately. Early intervention can prevent disease spread and reduce losses. The World Organisation for Animal Health provides guidance on animal health and welfare that can help farmers recognize when professional assistance is needed.

Financial Distress

If the enterprise is consistently unprofitable, farmers should seek assistance from an agricultural financial adviser. A professional can help identify cost problems, evaluate alternative market channels, and determine whether the enterprise is viable. The Philippines study found that weak financial record keeping limited scalability, and professional assistance can help farmers improve their financial management.

Regulatory Compliance

Farmers should be aware of regulations affecting their operations, including those related to food safety, animal welfare, and environmental protection. The FDA provides information on animal veterinary resources, and the USDA National Agricultural Library offers resources on animal health and welfare. Farmers should consult regulatory authorities when they have questions about compliance.

Market Development

Farmers who cannot find profitable markets for their products should seek assistance from agricultural marketing professionals. The South African experience shows that market access is a critical challenge for quail farmers, and professional assistance can help identify market opportunities and develop marketing strategies.

Limitations of Published Profitability Data

Farmers should interpret published profitability data with caution because conditions vary significantly across regions and operations.

Geographic Variation

Published studies come from Bangladesh, Indonesia, South Africa, the Philippines, the United States, and other countries. Prices, costs, and market conditions vary widely across these locations. Farmers should use published data as a general reference but develop their own projections based on local conditions.

Scale Variation

Published studies cover operations ranging from small farms with a few hundred birds to larger operations with thousands of birds. Costs and revenues do not scale linearly, and small-scale farmers may face different cost structures than larger operations. The US study specifically evaluated small-scale production with 1,000 birds, which provides a useful reference for similar operations.

Temporal Variation

Prices and costs change over time. Studies conducted in different years may not reflect current conditions. The Bangladesh survey was conducted from July 2011 to June 2012, and the South African review was published in 2021. Farmers should update financial projections regularly to reflect current prices and costs.

Breed Variation

Different quail breeds and genetic lines have different production characteristics. The study of genetically enhanced white quail found that 28 days was the optimal marketing age for those specific birds. Other breeds may have different optimal marketing ages and production parameters.

Frequently Asked Questions

How much profit can a quail farm generate per month?

Monthly profit depends on scale, prices, and production efficiency. The Indonesian study of a farm with 4,500 productive quails reported monthly income of IDR 8,212,819 with an R/C value of 1.18. A sample calculation for 1,000 laying quail with 82% production and USD 0.10 per egg projected monthly profit of approximately USD 1,815 before depreciation and capital costs. Farmers should create their own projections using local prices and their expected production performance.

What is the break-even point for a quail farming business?

Break-even analysis identifies the production level or price at which revenue equals costs. The Indonesian study reported a break-even unit of 16,791 eggs and a break-even price of IDR 402 per egg for a farm with 4,500 productive quails. Farmers can calculate their own break-even point by dividing total fixed costs by the contribution margin per unit, which is the price minus variable cost per unit.

How long does it take to recover the initial investment in quail farming?

Payback period varies with scale, investment level, and profitability. A study of a quail farm expansion in Indonesia reported a payback period of 7 years and 5 months without development and 3 years and 9 months with development. Smaller operations with lower startup costs may achieve payback more quickly, while larger operations with higher investment may take longer.

What is the optimal marketing age for broiler quail?

A study of genetically enhanced white quail found that 28 days was the ideal marketing age because it yielded the highest economic return. Delaying marketing to 31 days decreased profit by 5.7%, and delaying to 34 days reduced the profit index to 26.36% compared to marketing at 28 days. Farmers should calculate the optimal marketing age for their specific birds and market conditions.

What are the biggest costs in quail farming?

Feed is typically the largest recurring operating cost in quail farming. High feed costs are a commonly reported challenge across multiple countries. Other significant costs include labor, housing, equipment, health care, and utilities. Farmers should track all costs accurately to identify areas where expenses can be reduced.

How does quail farming compare to chicken farming in profitability?

A US study comparing small-scale quail and laying hen enterprises found that raising quail had the highest net present value under both farm gate and farmers market price scenarios. Raising chickens without molting had the second highest net present value, while raising chickens with molting had the lowest. However, the study noted potential marketing difficulties for quail products depending on producer location.

What market channels are available for quail eggs and meat?

Market channels include farm gate sales, farmers markets, retail stores, restaurants, and export markets. The US study found that farmers market prices made small-scale quail production more profitable than farm gate prices. Producers located near cities or Asian populations where quail eggs are more popular may have better market access. The South African experience shows that lack of local market demand can force farmers to export with low profit margins.

What records should a quail farmer maintain?

Farmers should maintain production records including daily egg production, mortality, feed consumption, and bird weights. Financial records should include all income and expenses, including the value of owner labor. Flock records should document bird source, breed, hatch date, vaccination history, and medication history. Market records should track prices received, quantities sold, and market channels used.

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References and Further Reading

• FAO Animal Production and Health. Food and Agriculture Organization of the United Nations.
• Animal Health and Welfare. USDA National Agricultural Library.
• Animal and Veterinary Resources. U.S. Food and Drug Administration.
• Animal Health and Welfare. World Organisation for Animal Health.
• Animal Production and Protection. USDA Agricultural Research Service.
• A survey of Japanese quail (Coturnix coturnix japonica) farming in selected areas of Bangladesh.. Veterinary world, 2016.
• A way forward for the South African quail sector as a potential contributor to food and nutrition security following the aftermath of COVID-19: a review.. Agriculture & food security, 2021.
• A financial comparison of small-scale quail and laying hen farm enterprises.. Poultry science, 2023.
• Innovations in Quail Welfare: Integrating Environmental Enrichment, Nutrition and Genetic Advances for Improved Health and Productivity.. Veterinary medicine and science, 2025.
• Does the marketing age impact growth performance, carcass traits, economic feasibility and hemato-biochemical properties of genetically-modified quails?. Poultry science, 2024.
• Comparative analysis of physical, morphological, and mechanical characteristics of eggs from three pheasant subspecies.. Poultry science, 2023.
• Use of Maca Powder (Lepidium meyenii) as Feed Additive in Diets of Laying Quails at Different Ages: Its Effect on Performance, Eggshell Quality, Serum, Ileum, and Bone Properties.. Veterinary sciences, 2022.
• Effect of L-Carnitine and/or Calf Thymus Gland Extract Supplementation on Immunity, Antioxidant, Duodenal Histomorphometric, Growth, and Economic Performance of Japanese Quail (Coturnix coturnix japonica).. Veterinary sciences, 2021.
• Assessing food procurement greenhouse gas emissions and food waste in UK fine dining.. 2026.
• Perspectives approaches using dietary glutamine and L-carnitine toward enhancement of reproductive performance of breeding pigeons and coordination of Genes controlling nutrients transport, lipogenesis and myogenesis in hatched squabs.. 2025.
• Annual trading patterns and risk factors of avian influenza A/H5 and A/H9 virus circulation in turkey birds (Meleagris gallopavo) at live bird markets in Dhaka city, Bangladesh.. 2023.
• Diversification Options in Sugarcane-Based Cropping Systems for Doubling Farmers' Income in Subtropical India.. 2022.
• Limited knowledge of health risks along the illegal wild meat value chain in the Nairobi Metropolitan Area (NMA).. 2025.
• Economic analysis of laying quail farming business in Barangin district Sawahlunto city. IOP Conference Series: Earth and Environment, 2024.
• The Development Strategy of Quail Farming Business in Pesantren Manajer Tholabie, Indonesia. International Journal of Current Science Research and Review, 2024.
• INCREMENTAL QUAIL FARMING BUSINESS AND SWITCHING VALUE IN BUSINESS DEVELOPMENT (CASE STUDY: INTEGRATED WASTE DISPOSAL SITE IN BOGOR CITY). Jurnal AGRISEP, 2023.
• The Business Plan: Al-Amin Living Lab and Industrial Park of Goat Farming. The Eastasouth Management and Business, 2024.
• Dairy Farming Business Plan Report Feasibility Study for Milk Processing Unit at Household for the Agro Pastoral Communities in Jordan Strengthening Innovation and Technology Adoption towards Sustainable Agricultural Productivity in Arab Countries. 2021.
• A Socio-Technical Systems Analysis of Small-Scale Quail Farming: Innovation Barriers and Readiness for Agri-Enterprise Growth. Research on World Agricultural Economy, 2025.
• Research on Innovative Business Plan. Smart Cattle Farming Using Artificial Intelligent Robotic Process Automation. 2021.
• Analysis of the determining factor in profit efficiency of quail farming in Payakumbuh Sub-District, Lima Puluh Kota Regency. Iop Conference Series Earth and Environmental Science, 2019.
• Socio-economic and technical characteristics of quail farming in the central region of Cameroon. Livestock Research for Rural Development, 2015.
• Performance evaluation of quail clusters. International Journal of Economic Perspectives, 2017.
• Business feasibility analysis of quail cattle (Cortunix japonica) in quinsha farm. Iop Conference Series Earth and Environmental Science, 2021.

This article is educational and is not a substitute for veterinary diagnosis, treatment, public-health guidance, or regulatory reporting.