Sheep Farming Profit: Budgeting and Financial Planning

Sheep farming profitability depends on the gap between total costs and total returns across breeding, feeding, health care, and marketing. A small flock can generate positive returns when the operator tracks expenses per ewe, monitors lamb survival and growth, and adjusts stocking rates to match pasture availability. This article provides a budget worksheet for a small flock, explains the main cost and revenue categories, and describes how to use partial budgets to test management changes before committing money.

At a Glance

The table below summarizes the main financial components of a small sheep enterprise. Use it as a starting point for building a farm-specific budget.

A partial budget analysis of electronic identification and genetic testing in western range sheep flocks showed a return on investment greater than 7 to 1 over five years when the system included an autodrafter, scale, and sheep flip chute. That result came from improved labor efficiency, individual weight collection, and better sire selection based on carcass data. The same study found that almost 91% of lambs were matched to their sire and that lamb groups sired by different rams differed by as much as $80 in average edible product from camera-graded carcasses. For a small flock, the lesson is that investment in identification and weighing equipment can pay for itself when it improves culling decisions and marketing accuracy.

Why Profitability Varies Between Sheep Farms

Sheep farming returns differ widely because of three interacting factors: biological performance, price levels, and cost control. Biological performance includes lambing percentage, lamb survival to weaning, growth rate, and ewe longevity. Price levels depend on local market demand, carcass grading, wool quality, and timing of sales. Cost control covers feed efficiency, veterinary spending, labor use, and overhead allocation.

A study of sheep farming in Latvia found that the number of sheep and the number of farms both declined over a five year period, while sheep meat prices rose. Despite higher prices, the ability of farms to cover variable costs remained at the break-even point or negative for many operations. The gross margin for fattening lambs and breeding lambs increased, but the gross margin for ewes decreased. This pattern shows that a rising sale price does not guarantee profit when ewe maintenance costs climb faster than returns.

Climate variability adds another layer of uncertainty. A modelling study of pasture growth in New Zealand found that inter-annual variation in dry matter yield reached coefficients of variation up to 20%. Irrigation increased income by $831 to $1,195 per hectare with unlimited water, but only $525 to $883 per hectare when water was limited to 250 millimeters per year. When the analysis used individual years instead of a 20 year average, the financial benefit of irrigation was 10% to more than 20% lower. For sheep farmers, this means budgets built on average pasture yields will overstate profit in dry years and understate it in good years.

Building a Sheep Farm Budget

A sheep farm budget is a written plan that lists expected income and expenses for a defined period, usually one production year. The budget should cover the full cycle from breeding through lambing, weaning, and sale. Build the budget in four steps.

Step 1: Define the Production System

State the number of breeding ewes, the breed or cross, the lambing season, and the target market. A small flock might have 50 ewes lambing in spring with lambs sold at weaning. A larger operation might lamb in multiple groups and finish lambs on pasture or in a feedlot. The production system determines which costs matter most and which revenue streams are available.

Record the expected lambing percentage based on past performance or breed averages. Use a conservative figure for the first budget. If the flock has lambed at 140% for three years, use 130% in the budget to build in a safety margin.

Step 2: List All Costs

Separate costs into startup and annual categories. Startup costs include fencing, shelter, water systems, handling equipment, and the purchase of initial breeding stock. These are one-time expenses that should be spread over the expected life of the asset.

Annual costs include:

• Feed and pasture management, including hay, grain, minerals, and pasture renovation
• Veterinary products and services, including vaccines, dewormers, and foot care
• Shearing and wool preparation
• Marketing and transport to sale yards or processors
• Fuel, electricity, and water
• Repairs and maintenance on fences, buildings, and equipment
• Insurance and interest on loans
• Labor, including the value of family labor

A study of sheep farming constraints in economically poor districts identified inadequate access to veterinary facilities, reliance on unimproved breeding stock, unavailability of quality inputs, and restricted access to credit as major barriers to profitability. The same study noted that labor constraints, particularly dependence on elderly, women, and children for animal care, and the absence of organized marketing systems limited productivity. A budget should account for the real cost of labor even when the work is done by family members.

Step 3: Estimate Revenue

List all sources of income. Lamb sales are usually the largest item. Cull ewes and rams add income at the end of their productive lives. Wool, manure, and breeding stock sales can contribute smaller amounts.

Price assumptions should come from recent local sales records, not from distant market reports. If the farm has no sales history, use conservative prices from the nearest reliable market and reduce them by 10% for the budget.

Step 4: Calculate Gross Margin and Net Profit

Gross margin is revenue minus variable costs. Variable costs change with flock size and include feed, veterinary products, shearing, and marketing. Fixed costs continue regardless of flock size and include land charges, depreciation, insurance, and interest.

Net profit is gross margin minus fixed costs. A positive net profit means the enterprise covers all costs and contributes to family living expenses or debt reduction. A negative net profit means the operation is losing money or is being subsidized by off-farm income.

Using Partial Budgets for Management Decisions

A partial budget examines only the costs and returns that change when a management practice is altered. It is a useful tool for testing a single change without rebuilding the entire farm budget.

The partial budget has four sections:

• Additional returns from the change
• Reduced costs from the change
• Reduced returns from the change
• Additional costs from the change

If additional returns plus reduced costs exceed reduced returns plus additional costs, the change is financially attractive.

A study of anthelmintic treatment and supplementation in Ethiopian sheep used partial budget analysis to compare management strategies. Supplemented sheep had significantly higher marginal profit per sheep than non-supplemented sheep, and anthelmintic treated sheep performed significantly better than untreated contemporaries. The 75% Awassi crosses were the least profitable genotype. This example shows how partial budgets can rank management options using actual market prices.

Another partial budget study of anthelmintic strategies in lambs with benzimidazole resistant nematodes found that control with an effective anthelmintic provided the highest net returns, yielding a margin over ineffectively treated lambs of A$114 per 100 lambs on average. Suppressive treatment with controlled-release capsules and monthly moxidectin resulted in an average loss of A$131 per 100 lambs compared with animals treated with an ineffective anthelmintic. The analysis did not include the unmeasured benefits of less pasture contamination from capsule treated lambs. Sensitivity analysis showed that variation in carcass price greatly influenced the profitability of all parasite control programs.

A study of concentrate supplementation in Arsi-Bale rams found that 300 grams of concentrate per day optimized growth and economic efficiency. Rams fed 300 and 400 grams per day showed the highest body weight gain, but the difference between those two levels was not statistically significant. The partial budget analysis revealed higher economic returns with moderate supplementation levels of 200 to 300 grams per day. The authors noted that on-farm validation is necessary to tailor the strategy for different breeds and production environments.

Startup Costs for a Small Flock

Startup costs for a small sheep flock depend on existing infrastructure and the condition of the land. A farm with secure fencing, water, and handling facilities will have lower startup costs than a bare property.

Fencing and Handling

Sheep require fencing that keeps them in and predators out. Permanent perimeter fencing with woven wire or high tensile electric wire is the standard. Interior fencing can be temporary electric netting for rotational grazing. Handling facilities include a race, a drafting gate, and a foot bath. A sheep flip chute improves worker safety during foot trimming and other procedures.

The electronic identification study in western range sheep flocks included a sheep flip chute to improve worker safety during foot trimmings as part of the partial budget analysis. The investment in handling equipment was justified by labor savings and reduced injury risk.

Shelter and Water

Sheep need protection from extreme weather. A three sided shed or a grove of trees can provide adequate shelter in most climates. Lambing sheds are needed for intensive lambing systems. Water systems should deliver clean water to every paddock. The cost of piping water to distant paddocks can be significant.

Initial Breeding Stock

The cost of initial breeding stock varies with breed, age, and genetic merit. Ewe lambs are cheaper than mature ewes but delay the first lamb crop. Mature ewes produce lambs in the first year but cost more to purchase. Rams should be selected for structural soundness, fertility, and the traits that match the target market.

A study of reproductive synchronization in sheep farming systems in the Balkans found that experimental farms using hormonal induction achieved an average of 3.25 lambs per ewe over two years compared with 2.12 lambs in control groups. Milk production remained stable between the two groups, and total income increased by 36% for experimental farms. The study suggests that reproductive management can improve lamb output without reducing milk yield in semi-intensive systems.

Ongoing Expenses and How to Control Them

Ongoing expenses determine whether a sheep enterprise survives a period of low prices. Feed is usually the largest variable cost. Veterinary products and shearing follow. Labor can be significant if the operation is not mechanized.

Feed and Pasture Management

Feed costs can be controlled by matching stocking rate to pasture growth. Overstocking forces the purchase of hay or grain. Understocking wastes pasture and reduces income per hectare.

A modelling study of diverse pasture swards for sheep and beef farming in Canterbury, New Zealand found that pasture growth was similar for simple and diverse swards in an average year, with annual yields of 8.98 and 9.23 tonnes of dry matter per hectare. The simple pasture had slightly higher growth in winter, while the diverse pasture showed higher growth in summer. In the best year modelled, pasture growth and profit were higher for the simple sward. Pasture nitrogen concentrations ranged from 2.5% to 3.5% of dry matter in the simple pasture and from 2.2% to 3.1% in the diverse sward. The choice of pasture mix should be based on local climate and the timing of feed demand.

Veterinary Costs

Veterinary costs include vaccines, dewormers, foot care products, and professional services. These costs are an investment in flock health. A disease outbreak can destroy the profit of an entire year.

A study of lameness management in UK sheep flocks found that culling and prompt treatment were the only tools used by all participating farmers. Culling practices did not always follow recommended advice. Factors that influenced behavior included records kept by farmers, space available, and market prices. The study recommended interventions to encourage good record keeping, collective industry action against lameness, and opportunities for veterinarian farmer interaction.

The economic impact of disease can be estimated using gross margin models. A study that developed a tool for estimating economic impacts of livestock diseases in New Zealand built gross margin models for 16 beef and sheep farm types. Disease parameters including changes in mortality, reproduction performance, price of animals, and culling rate were applied to the infected portion of the flock. The baseline gross margin models demonstrated reasonable accuracy with a mean percentage error of less than 14% when compared with industry reports.

Shearing and Wool Preparation

Shearing costs include the shearer's wage, shed hands, and wool preparation. Wool income varies with fiber diameter, staple length, and market conditions. In some years, wool income covers the cost of shearing. In other years, it does not. The budget should treat wool income as a variable that can be near zero.

Revenue Streams for Sheep Farms

Lamb sales are the primary revenue stream for most sheep farms. The price per lamb depends on live weight, carcass grade, and market timing. Lambs sold at heavier weights do not always return more profit if the extra weight costs more in feed than it returns in price.

Lamb Sales

Lamb prices vary by season and market. A budget should include a range of possible prices and a break-even calculation. The break-even price is the total cost of producing a lamb divided by the number of lambs sold. If the break-even price is above the expected market price, the operation needs to reduce costs or increase output.

Cull Ewe and Ram Sales

Cull ewes and rams are sold when they are no longer productive. Culling decisions affect both income and flock performance. A study of lameness management found that culling was one of the only tools used by all participating farmers, but culling practices did not always follow recommended advice. Records of lameness, body condition, and reproductive performance support better culling decisions.

Wool

Wool income depends on the breed and the market. Fine wool breeds produce higher value wool but may have lower lamb growth rates. Meat breeds produce lower value wool but grow faster. The budget should reflect the actual wool value for the breed on the farm.

Breeding Stock Sales

Registered flocks can sell breeding stock at a premium. Commercial flocks can sell surplus ewe lambs as replacements. The market for breeding stock is smaller than the market for slaughter lambs, so sales may be irregular.

Manure and Other Products

Manure has value as a soil amendment. Some farms sell manure to gardeners or neighboring crop farmers. The income is usually small but should be recorded.

Records and Measurements That Support Profitability

Accurate records are the foundation of financial planning. Without records, the farmer cannot know which ewes are profitable, which pastures produce the most feed, or which management changes are working.

Individual Ewe Records

Record each ewe's identification, age, breed, lambing date, number of lambs born, number of lambs weaned, and lamb weights at weaning. These records support culling decisions and genetic improvement.

The electronic identification study in western range sheep flocks demonstrated the value of individual animal data. Tissue samples were collected from and electronic identification ear tags were placed in 2,936 rams and their potential lambs. A commercial packing company genotyped the animals and assigned parentage, linking individual identification to camera graded carcass measurements. Almost 91% of lambs were successfully matched to their sire, and prolificacy ranged from 0 to 135 lambs per ram. The data provided insight into sire performance and identified prolific sires producing lambs with significantly more saleable meat.

Flock Level Records

Record total lamb crop, lamb mortality, ewe mortality, feed purchases, veterinary expenses, and sales income. These records support the annual budget and the partial budget analysis of management changes.

Pasture Records

Record pasture growth, grazing dates, and stocking rates for each paddock. These records support feed budgeting and stocking rate decisions. A farm system modelling study found that linking geospatial land resource information with individual farm scale simulation and nutrient budgeting models provided a framework for evaluating different systems and levels of farming performance.

Financial Records

Record all income and expenses in a format that supports the annual budget. Separate variable costs from fixed costs. Track debt levels and the debt to equity ratio.

A study of drought shocks and gearing impacts on the profitability of sheep farming in South-Eastern Australia tested five starting debt to equity ratios. Farms with higher gearing were increasingly worse off, highlighting the implications of debt accumulating over time due to drought shocks. The study concluded that financial risk should be included in the analysis and planning of farm production to identify optimal management strategies.

Common Failure Patterns in Sheep Farm Budgets

Several recurring mistakes undermine sheep farm profitability. Recognizing these patterns helps the farmer avoid them.

Overestimating Lambing Percentage

Budgets built on optimistic lambing percentages fail when the actual lamb crop falls short. Use conservative figures and build in a safety margin. If the budget does not work at a 120% lambing percentage, it will not work at 140%.

Underestimating Feed Costs

Feed costs are often underestimated, especially in dry years. A modelling study of pasture growth found that inter-annual variation in dry matter yield reached coefficients of variation up to 20%. A budget based on average pasture growth will understate feed costs in dry years.

Ignoring Labor Costs

Family labor is often not counted in the budget. The real cost of labor should be included, even if the cash does not leave the farm. A farm that cannot cover the value of family labor is not profitable in economic terms.

Failing to Adjust Stocking Rate

Stocking rate should match pasture growth and feed demand. Overstocking forces feed purchases. Understocking wastes pasture. A study of free-range livestock farming in Estonia found that the most commonly cited constraints preventing herd expansion were the lack of additional pastures and the inability to manage larger herds.

Neglecting Health Management

Disease reduces growth, increases mortality, and raises veterinary costs. A study of anthelmintic strategies in lambs found that control of nematode parasites with an effective anthelmintic provided the highest net returns. The economic benefit of parasite control varied substantially due to uncertainty in the factors influencing economic return.

Carrying Unproductive Ewes

Ewes that fail to lamb, lose lambs, or produce light lambs should be culled. Records of individual ewe performance support culling decisions. A study of lameness management found that culling practices did not always follow recommended advice, and the study recommended interventions to encourage good record keeping.

Welfare and Safety Context in Financial Planning

Animal welfare and worker safety affect profitability through productivity, mortality, and legal compliance. Poor welfare reduces growth and reproduction. Poor worker safety increases injury risk and labor costs.

Welfare as a Production Input

Sheep that are lame, parasitized, or underfed do not grow or reproduce well. A study of lameness management in UK sheep flocks found that lameness remains an ongoing challenge to the health and welfare of flocks. The study identified the five point plan as effective recommended practice, but noted that it is not always used or used effectively, particularly in relation to culling.

The World Organisation for Animal Health provides guidance on animal health and welfare standards. The USDA National Agricultural Library maintains resources on animal health and welfare. The FDA provides information on animal veterinary products. These sources support the development of flock health plans that protect both welfare and profitability.

Worker Safety

Handling sheep involves risk of injury from lifting, kicking, and repetitive tasks. A sheep flip chute improves worker safety during foot trimmings. The electronic identification study in western range sheep flocks included a sheep flip chute in the partial budget analysis, and the investment contributed to the favorable return on investment.

Biosecurity

Biosecurity protects the flock from infectious disease introduction and spread. A scoping review of farm level biosecurity measures against foot and mouth disease found that quantitative data supporting the effectiveness of many recommended measures is limited. No biosecurity measures that appeared in more than one report were identified as being consistently effective. The review noted that handwashing, showering, and changing outerwear had variable efficacy.

Another scoping review of foot and mouth disease biosecurity in auction markets found an association between livestock movement through auction markets and disease introduction risk. The review noted that auction markets have the potential to contribute to widespread dissemination of foot and mouth disease in the absence of biosecurity strategies. For sheep farmers, this means biosecurity planning should consider the risks of buying and selling through auction markets.

A simulation study of foot and mouth disease outbreaks in the United States found that improved tracing showed the largest potential for decreasing outbreak size when outbreaks were detected on day 21. Electronic identification and digital tracing could improve the speed and accuracy of tracing efforts. The study found that improved tracing decreased the distribution of infected premises consistently at the median and beyond in some scenarios.

Limitations of Budgeting and Financial Planning

Budgets are planning tools, not guarantees. Actual results will differ from the budget because of weather, prices, and biological variation. The budget should be updated as actual results become available.

Price Uncertainty

Lamb and wool prices vary with market conditions. A budget built on a single price assumption will be wrong in most years. Use a range of prices and calculate the break-even price. A study of anthelmintic strategies in lambs found that variation in carcass price greatly influenced the profitability of all parasite control programs examined.

Climate Uncertainty

Pasture growth varies with rainfall and temperature. A modelling study of pasture growth in New Zealand found that inter-annual variation in dry matter yield reached coefficients of variation up to 20%. A study of climate change impacts on sheep farming found that an increase in average annual temperature and an increase in the frequency of extreme weather events have a negative impact on sheep productivity, increase costs, and reduce farm profitability.

Model Limitations

Farm system models are useful for comparing management options, but they have limitations. A study of pastoral farm systems noted that up-scaling representative farm systems to a regional scale with limited input of resource information predicted lower potential regional profit and higher nitrogen leaching from dairy conversion. The study recommended a farm scale framework that could be extended to include different systems, different levels of farming performance, and the use of mitigation technologies.

Data Quality

Budgets are only as good as the data they use. A study that developed a tool for estimating economic impacts of livestock diseases in New Zealand used the most recent production benchmarking data from industry led economic surveys. The baseline gross margin models demonstrated reasonable accuracy with a mean percentage error of less than 14% when compared with industry reports. The tool allows input parameters to be varied interactively to obtain a range of disease impacts for uncertain disease parameters.

Professional Escalation Criteria

Some situations require professional advice beyond the farm budget. Recognize the signs and seek help early.

Financial Distress

If the farm cannot cover variable costs, or if debt levels are rising, seek advice from an agricultural financial adviser. A study of drought shocks and gearing impacts found that farms with higher debt to equity ratios are increasingly worse off, highlighting the implications of debt accumulating over time due to drought shocks.

Disease Outbreak

If mortality rises, lambs fail to grow, or ewes abort, contact a veterinarian immediately. The USDA Agricultural Research Service conducts research on animal production and protection. The FDA provides information on animal veterinary products. The World Organisation for Animal Health provides guidance on animal health and welfare.

Regulatory Compliance

If the farm is subject to new regulations on animal identification, movement, or food safety, seek advice from the relevant authority. The USDA National Agricultural Library maintains resources on animal health and welfare. The FDA provides information on animal veterinary products.

Market Access

If the farm cannot access markets because of disease status, traceability requirements, or processing capacity, seek advice from industry organizations and market representatives. A study of foot and mouth disease biosecurity in auction markets noted that the disease has negative impacts on livestock health and wellbeing as well as international trade opportunities for affected countries.

Frequently Asked Questions

Is sheep farming profitable for a small flock?

Sheep farming can be profitable for a small flock when the operator controls costs, achieves a good lambing percentage, and sells lambs at a favorable price. A study of sheep farming in Latvia found that the ability of farms to cover variable costs was at the break-even point or negative for many operations, despite rising meat prices. Profitability depends on the gap between costs and returns, not on the size of the flock alone.

What are the main costs in a sheep farm budget?

The main costs are feed and pasture management, veterinary products and services, shearing, marketing and transport, fuel and electricity, repairs and maintenance, insurance and interest, and labor. Feed is usually the largest variable cost. A study of sheep farming constraints in economically poor districts identified inadequate access to veterinary facilities, reliance on unimproved breeding stock, and restricted access to credit as major barriers.

How do I calculate the break-even lamb price?

The break-even lamb price is the total cost of producing a lamb divided by the number of lambs sold. If the break-even price is above the expected market price, the operation needs to reduce costs or increase output. A partial budget analysis can help identify which costs to target.

What is a partial budget and how do I use it?

A partial budget examines only the costs and returns that change when a management practice is altered. It has four sections: additional returns, reduced costs, reduced returns, and additional costs. If additional returns plus reduced costs exceed reduced returns plus additional costs, the change is financially attractive. Studies of anthelmintic treatment, supplementation, and concentrate feeding have used partial budget analysis to rank management options.

How does stocking rate affect profitability?

Stocking rate should match pasture growth and feed demand. Overstocking forces feed purchases. Understocking wastes pasture. A modelling study of pasture growth found that inter-annual variation in dry matter yield reached coefficients of variation up to 20%, meaning that a stocking rate that works in an average year may fail in a dry year.

What records should I keep for financial planning?

Keep individual ewe records, flock level records, pasture records, and financial records. Individual ewe records support culling decisions and genetic improvement. Flock level records support the annual budget. Pasture records support feed budgeting. Financial records support the debt to equity ratio and other financial risk indicators.

How does disease affect sheep farm profitability?

Disease reduces growth, increases mortality, and raises veterinary costs. A study that developed a tool for estimating economic impacts of livestock diseases in New Zealand built gross margin models for 16 beef and sheep farm types. Disease parameters including changes in mortality, reproduction performance, price of animals, and culling rate were applied to the infected portion of the flock.

When should I seek professional financial advice?

Seek advice when the farm cannot cover variable costs, when debt levels are rising, or when a major management change is being considered. A study of drought shocks and gearing impacts found that farms with higher debt to equity ratios are increasingly worse off, highlighting the implications of debt accumulating over time due to drought shocks.

Related Farming Guides

• Sheep Farm Financial Planning: Budgets, Records, and Profitability Analysis
• Camel Farm Business Planning: Startup Costs, Profitability, and Market Analysis
• Cervid Enterprise Budgeting: Startup Costs, Revenue, and Profitability
• Beekeeping Enterprise Budget: Startup Costs and Profitability Analysis
• Salmon Farming Business: Startup Costs, Profitability, and Planning

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.
• Field demonstration analyzing the implementation of individual animal electronic identification and genetic testing in western range sheep flocks.. PloS one, 2023.
• Modelling pastoral farm systems--scaling from farm to region.. The Science of the total environment, 2014.
• A field trial of production and financial consequences of helminthosis control in sheep production in Ethiopia.. Preventive veterinary medicine, 2008.
• Development of LIME-NZ: a generic tool for prompt estimation of economic impacts of disease for New Zealand livestock.. New Zealand veterinary journal, 2024.
• Growth and profitability of Arsi-Bale rams using Brachiaria mutica hay and strategic concentrate supplementation.. Veterinary and animal science, 2026.
• Economic evaluation of three anthelmintic strategies for lamb flocks affected by benzimidazole-resistant nematodes.. Australian veterinary journal, 1999.
• Effect of inter-annual variability in pasture growth and irrigation response on farm productivity and profitability based on biophysical and farm systems modelling.. The Science of the total environment, 2016.
• Understanding sheep lameness management in relation to culling and the UK five-point plan.. 2026.
• A scoping review of farm-level biosecurity measure effectiveness against foot-and-mouth disease to inform planning and preparedness efforts in the United States.. 2026.
• Untangling animal-based production narratives: a review of UK’s post-Brexit policy landscape. 2026.
• Foot and mouth disease biosecurity and risk mitigation in auction markets: a scoping review.. 2025.
• Socio-cultural motives drive free-range livestock farming in Estonia.. 2026.
• Animal disease traceability: evaluation of simulated foot-and-mouth disease outbreak metrics with implementation of improved contact tracing of cattle.. 2026.
• Compounding social-ecological crises drive spatial mobility and land abandonment in Morocco's High Atlas.. 2026.
• Potential benefits of diverse pasture swards for sheep and beef farming. 2017.
• Bull beef production on hill country. 1987.
• Profitability of sheep farming in Benin. Journal of Livestock Science, 2024.
• Drought Shocks and Gearing Impacts on the Profitability of Sheep Farming. Agriculture, 2021.
• Addressing field constraints in sheep farming: Pathways to sustainability and economic growth. International journal of agriculture extension and social development, 2025.
• THE EFFECT OF REPRODUCTIVE SYNCHRONIZATION ON LAMBING EFFICIENCY AND MILK YIELDS IN SHEEP FARMING SYSTEMS IN THE BALKANS. XXX Savetovanje o biotehnologiji sa međunarodnim učešćem, 2025.
• The impact of climate change on the economy of sheep farming. Sheep, goats, wool business, 2025.
• Economic aspects of sheep farming in Latvia. Research for Rural Development, 2025.
• Economic models of the Northern Tablelands livestock grazing system for assessing sheep industry technologies in a whole-farm context. International Journal of Sheep and Wool Science, 2006.

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