Cow-Calf Operation Layout: Planning for Efficiency and Animal Welfare

A cow-calf operation layout determines how cattle move through handling facilities, how pastures connect to working areas, and how daily tasks such as feeding, health checks, and breeding are completed. The physical arrangement of pens, alleys, gates, and handling equipment directly affects labor efficiency, animal stress levels, and the ability to maintain biosecurity. This article provides a practical framework for planning or improving a cow-calf operation layout, with attention to cattle behavior, worker safety, and record keeping.

Scope of Layout Planning for Cow-Calf Operations

Layout planning for a cow-calf operation covers the arrangement of pastures, corrals, working chutes, calving areas, and support facilities such as feed storage and water sources. The goal is to create a system where cattle move willingly, workers complete tasks safely, and disease transmission is minimized. A well-planned layout reduces the time needed for routine procedures like vaccination, pregnancy checking, and weaning, and it supports better observation of cow and calf health.

The planning process applies to new operations being designed from scratch and to existing operations where bottlenecks, safety hazards, or animal handling problems have emerged. For existing operations, layout changes may be incremental, such as repositioning a gate, widening an alley, or adding a catch pen. For new operations, the layout should be planned before any concrete is poured or fencing is installed.

Core Principles of Cow-Calf Facility Design

Cattle Behavior Drives Facility Shape and Flow

Cattle have natural behavioral patterns that influence how they move through facilities. They prefer to move from darker areas toward lighter areas, they tend to follow the lead of other cattle, and they become agitated when they can see movement outside the working area. A layout that uses solid fencing, curved alleys, and proper lighting reduces the likelihood of cattle balking or attempting to turn back.

The working facility should be designed so that cattle enter willingly and move forward without excessive force. This means avoiding sharp corners, eliminating distractions such as dangling chains or puddles that reflect light, and ensuring that the crowd pen is sized appropriately for the number of cattle being worked at one time. Overcrowding the crowd pen creates stress and increases the risk of injury to both cattle and handlers.

Separation of Functional Zones

A cow-calf operation should be divided into distinct functional zones that support different stages of production. These zones include the calving area, the cow herd working area, the calf working area, the breeding area, and the quarantine or isolation area. Each zone should have clear boundaries and controlled access points so that cattle movement between zones is deliberate instead of accidental.

The calving area requires the most careful planning because it must allow frequent observation while providing shelter from weather. The working area for the cow herd needs a handling system that can process mature cows safely, including a chute, head gate, and sorting pens. The calf working area should be separate enough to reduce stress on calves during processing but close enough to the cow working area that calves can be reunited with their dams quickly after procedures.

Biosecurity as a Layout Constraint

Biosecurity considerations should shape the layout from the beginning. The arrangement of facilities can either support or undermine efforts to prevent disease introduction and spread. A layout that separates new arrivals from the resident herd, controls traffic flow, and allows for cleaning and disinfection between groups is easier to manage than one where all cattle share the same alleys and pens.

Research on disease transmission in cattle operations highlights the importance of management routines in controlling pathogens. A study of Mycoplasma bovis in Swedish dairy herds found that affiliation with a national biosecurity program was associated with antibody-negative herd status, indicating that structured biosecurity practices matter for disease control. While that study focused on dairy herds, the principle applies to cow-calf operations as well. The layout should make it practical to follow biosecurity protocols, such as changing boots between groups, using dedicated equipment for sick animals, and maintaining a designated isolation area.

At a Glance: Layout Planning Decision Table

Handling Facility Design and Placement

Choosing a Site for the Working Facility

The working facility should be located on well-drained ground with enough space for the chute, head gate, squeeze, sorting pens, and a loading ramp. The site should be accessible by truck and trailer for cattle transport, and it should be close enough to pastures that cattle do not have to travel long distances for processing. A central location reduces the time spent gathering cattle and limits the stress of moving cows and calves from distant pastures.

The orientation of the facility matters for worker comfort and cattle behavior. The working chute should be oriented so that handlers are not looking into the sun during typical working hours. The facility should also be positioned to take advantage of natural windbreaks or to provide shade during hot weather. In cold climates, the working area should be protected from prevailing winds to reduce stress on cattle during winter processing.

Components of a Functional Handling System

A complete handling system for a cow-calf operation includes a crowd pen, a working alley or chute, a head gate or squeeze chute, sorting pens, and a loading ramp. The crowd pen should be circular or semicircular with solid sides and a radius that allows cattle to move freely toward the alley entrance. The working alley should be curved instead of straight, because cattle move more willingly around a curve and are less likely to see the handler or the chute ahead.

The squeeze chute and head gate are the central pieces of equipment for processing mature cows. The chute should be sturdy enough to restrain a mature beef cow safely, and it should allow access to the neck, back, and rear for vaccinations, pregnancy checks, and other procedures. The sorting pens should be arranged so that cattle can be directed to different pastures or groups after processing without being handled a second time.

Loading Ramp and Transport Considerations

The loading ramp should be designed for safe and efficient cattle movement onto trailers. The ramp should have solid sides, a non-slip surface, and a slope that cattle can climb without difficulty. The approach to the ramp should be level and wide enough for cattle to move without hesitation. A loading area that is separate from the main working chute allows cattle to be loaded without disrupting other processing activities.

Pasture Layout and Grazing System Design

Water Distribution and Pasture Size

Water is the most important factor in pasture layout. Cattle need access to clean water at all times, and the distribution of watering points affects how cattle use the pasture. In large pastures, a single water source may cause cattle to congregate in one area, leading to overgrazing near the water and undergrazing in distant areas. Multiple watering points distributed across the pasture encourage more uniform grazing and reduce the distance cattle travel to drink.

The size and shape of pastures should match the number of cattle in each group and the grazing system being used. Rotational grazing systems require smaller paddocks with controlled access, while continuous grazing systems allow cattle to range over larger areas. The layout should include lanes or alleys that allow cattle to move between paddocks without passing through other groups or through the working facility.

Fencing and Gate Placement

Fencing should be planned to support the grazing system and to control cattle movement. Permanent perimeter fencing defines the boundaries of the operation, while interior fencing creates paddocks and lanes. Gates should be placed at corners or at points where cattle naturally change direction, and they should be wide enough for equipment to pass through.

Gate placement affects daily labor. Gates that are difficult to open or that are located in muddy areas create bottlenecks and increase the time spent moving cattle. Gates should be hung on sturdy posts, should swing freely, and should be positioned so that cattle can see the opening clearly. In high-traffic areas, a gate that can be opened and closed from horseback or from a vehicle saves time and reduces the risk of cattle escaping.

Sacrifice Areas and Confinement Pens

Every cow-calf operation needs a sacrifice area or dry lot where cattle can be held during wet weather, drought, or pasture renovation. The sacrifice area should be on well-drained ground and should have access to water and feed. It should be located away from sensitive areas such as streams or wells, and it should be large enough to prevent overcrowding.

Confinement pens for sick cattle or for cattle being treated should be separate from the main working facility. These pens should provide shelter, clean bedding, and easy access for observation and treatment. The isolation area should be located so that runoff from the pens does not contaminate water sources used by the rest of the herd.

Calving Area Design and Management

Location and Layout of the Calving Area

The calving area should be located where cows can be observed frequently, especially during the calving season. For many operations, this means placing the calving area close to the farmstead or in a pasture that is visible from the house or barn. The area should provide shelter from wind, rain, and cold, and it should have a clean, dry surface for cows and newborn calves.

The calving area should be divided into smaller pens or paddocks so that cows can be grouped by calving stage. Cows that are close to calving can be moved into a maternity pen, while cows that have already calved can be moved to a cow-calf pair pen. This arrangement allows for better observation and reduces the risk of disease transmission between newborn calves.

Calf Processing and Colostrum Management

The layout of the calving area should support early calf care, including colostrum feeding, navel treatment, and identification. A small handling area within the calving barn or shelter allows calves to be processed quickly and returned to their dams. The area should be clean and well-bedded, and it should have good lighting for nighttime calving checks.

The importance of early calf health is well documented. Research on Cryptosporidium parvum and bovine coronavirus in calves found that calves with double infections showed more clinical signs over a longer period compared with calves infected with a single pathogen. The peak shedding period of Cryptosporidium correlated with the days when calves displayed the most clinical signs. This finding underscores the need for a calving area layout that supports cleanliness and reduces the buildup of pathogens in the environment.

Weather Protection and Ventilation

Calving areas need to protect newborn calves from extreme weather while providing adequate ventilation. In cold climates, the calving area should have a windbreak and a dry, bedded surface. In hot climates, the calving area should provide shade and good airflow. The layout should allow for cleaning and rebedding between calving events, and it should have a drainage system that keeps the area dry.

Working Areas for Herd Health Procedures

Processing Flow for Routine Herd Work

Routine herd work such as vaccination, pregnancy checking, and parasite treatment should follow a logical flow through the handling facility. Cattle enter the crowd pen, move through the alley into the chute, are processed, and then exit into sorting pens that direct them to the appropriate pasture or group. The layout should minimize the distance cattle walk and should allow one person to manage the flow with minimal assistance.

The processing area should include a table or shelf for supplies, a clean area for needles and vaccines, and a place to record data. The layout should allow the person working the chute to see the cattle clearly and to communicate with the person operating the head gate. A well-designed processing area reduces the time cattle spend in the chute and reduces the risk of injury to both cattle and handlers.

Records and Identification at the Working Area

The working area should be designed to support record keeping. A mounted computer or a weatherproof notebook holder allows the person recording data to see the animal clearly and to record identification numbers, treatments, and observations without leaving the area. The layout should include a place to store ear tags, applicators, and other identification supplies.

Records from the working area support herd health decisions and provide a basis for evaluating the effectiveness of management practices. For example, tracking fecal egg counts and treatment responses over time helps determine whether parasite resistance is developing in the herd. A study evaluating parasite resistance in a beef cattle operation after three years of extended-release eprinomectin use found that parasite resistance was not present based on a fecal egg reduction test. This type of monitoring requires accurate records of treatment dates, products used, and animal identification.

Sorting Pens and Group Management

Sorting pens should be arranged so that cattle can be divided into groups based on treatment status, body condition, or destination. The pens should be visible from the working chute so that the handler can direct cattle without leaving the processing area. Each sorting pen should have access to water, and the pens should be large enough to hold the number of cattle being processed at one time.

The layout of sorting pens should also support the movement of cattle to different pastures. A lane or alley that connects the sorting pens to the pasture system allows cattle to be released directly into their assigned pasture after processing. This reduces the need for additional handling and prevents cattle from mixing with other groups.

Feed Storage and Feeding Areas

Feed Storage Location and Design

Feed storage should be located close to the feeding areas to reduce the time and labor required for feeding. Hay storage should be on well-drained ground with good air circulation to prevent spoilage. Grain and supplement storage should be in a dry, rodent-proof building that is accessible to the feeding equipment.

The location of feed storage affects biosecurity. Feed that is contaminated with manure or wildlife waste can introduce pathogens to the herd. Feed storage areas should be fenced to exclude cattle and wildlife, and spilled feed should be cleaned up promptly to avoid attracting rodents and birds.

Feeding Areas and Bunk Management

Feeding areas should be designed to allow all cattle to eat at the same time without excessive competition. Bunk space should be adequate for the number of cattle being fed, and the feeding area should be on well-drained ground to prevent mud buildup. In pasture-based systems, feeding areas may be moved periodically to distribute manure and reduce the buildup of pathogens in the soil.

The layout of feeding areas should also consider the movement of feed equipment. Trucks, tractors, and feed wagons need enough space to maneuver safely, and the feeding area should be accessible in wet weather. A feeding area that becomes muddy and difficult to access creates safety hazards for workers and increases the risk of cattle slipping and injuring themselves.

Water Systems and Placement

Water Source Protection

The water system is a critical component of the cow-calf operation layout. Water sources should be protected from contamination by cattle manure, runoff from feedlots, and agricultural chemicals. Wells should be capped and located away from corrals and manure storage areas. Surface water sources such as ponds and streams should be fenced to limit cattle access to designated watering points.

The layout should include a plan for water distribution during power outages or equipment failures. A backup water source or a generator for the water pump ensures that cattle have access to water during emergencies. The water system should be inspected regularly, and records of maintenance and water quality testing should be kept.

Watering Point Design

Watering points should be designed to accommodate the number of cattle using them and to minimize mud and erosion. Concrete pads or gravel aprons around water tanks provide a firm surface and reduce the amount of mud that cattle track into the pasture. The watering point should be located so that cattle do not have to walk through mud to reach water, and the area should be graded to drain away from the tank.

The number and location of watering points should be planned based on pasture size and cattle distribution. In large pastures, multiple watering points reduce the distance cattle travel and encourage more uniform grazing. In rotational grazing systems, each paddock should have access to water, or the lane system should allow cattle to reach a central water source.

Worker Safety and Ergonomic Considerations

Designing for Safe Cattle Handling

The layout of the handling facility directly affects worker safety. A well-designed facility reduces the need for workers to enter the pen with cattle, and it provides escape routes and protected areas where workers can stand safely. The working chute should be designed so that the handler can access the animal's head, neck, and rear without entering the chute.

The crowd pen and alley should be designed so that cattle move forward willingly, reducing the need for prodding or force. A curved alley with solid sides prevents cattle from seeing the handler and reduces the likelihood of balking. The handler should have a clear view of the cattle in the alley and the chute, and the facility should be well-lit for work in low-light conditions.

Ergonomic Design of the Processing Area

The processing area should be arranged to reduce physical strain on workers. The chute and head gate should be at a height that allows the worker to reach the animal without bending or stretching. The area around the chute should have a non-slip surface, and the work area should be protected from weather.

The layout should also consider the flow of supplies and equipment. Needles, vaccines, ear tags, and other supplies should be within easy reach of the person working the chute. A clean area for preparing vaccines and a separate area for disposing of used needles and other sharps should be clearly designated.

Communication and Team Coordination

The layout of the working facility affects communication between workers. The person operating the head gate, the person administering treatments, and the person recording data need to see each other and to communicate clearly. The facility should be designed so that workers can maintain visual contact without shouting or leaving their positions.

Communication failures in food animal practice can lead to errors in treatment and record keeping. A study on communication in food animal practice highlighted the importance of clear communication between veterinarians, producers, and farm staff. The layout of the working facility should support this communication by keeping workers in close proximity and by providing a clear line of sight between the chute, the sorting pens, and the record-keeping area.

Biosecurity and Disease Control Layout

Isolation and Quarantine Areas

Every cow-calf operation should have a designated isolation area for sick cattle and a quarantine area for new arrivals. These areas should be located away from the main herd and should have separate water and feed supplies. The isolation area should be downwind and downhill from the main herd to reduce the risk of airborne and runoff transmission of pathogens.

The quarantine area should be used for all cattle entering the operation, including purchased cows, bulls, and replacement heifers. The length of the quarantine period should be determined by the veterinarian based on the health status of the incoming cattle and the disease risks in the area. The layout should allow for the quarantine area to be cleaned and disinfected between groups.

Traffic Control and Visitor Management

The layout of the operation should control the movement of vehicles, equipment, and people to reduce the risk of disease introduction. A designated parking area for visitors and service vehicles should be located away from the cattle areas. Feed delivery trucks should have a route that does not pass through the calving area or the isolation area.

The layout should also support the use of biosecurity practices such as boot washing and equipment disinfection. A boot wash station at the entrance to the cattle areas and a designated area for cleaning and disinfecting equipment between groups help reduce the spread of pathogens within the operation.

Manure Management and Runoff Control

The layout should include a plan for managing manure and controlling runoff from cattle areas. Manure from corrals, calving pens, and feeding areas should be stored away from water sources and should be applied to fields at appropriate rates. Runoff from cattle areas should be directed away from streams, ponds, and wells.

The importance of environmental management in cattle operations is supported by research on pathogen persistence. A study of Salmonella enterica on a dairy farm found that Salmonella was highly prevalent in both cattle and the farm environment, with environmental samples ranging from 40 to 90% positive. The study identified niche specificity for different serogroups in different locations, highlighting the role of the farm environment in pathogen transmission. While this study was conducted on a dairy farm, the principle applies to cow-calf operations, where the layout should minimize the buildup of pathogens in the environment.

Common Failure Patterns in Cow-Calf Layouts

Poor Cattle Flow and Balking

One of the most common failures in cow-calf facility design is poor cattle flow. Cattle that balk at the entrance to the alley, refuse to enter the crowd pen, or turn back in the chute create delays and increase stress. These problems are often caused by sharp corners, poor lighting, or distractions in the working area.

Correcting poor cattle flow may require changes to the facility, such as adding solid sides to the alley, changing the angle of the crowd pen, or improving the lighting. In some cases, the problem is caused by the way cattle are handled instead of by the facility itself. Training workers in low-stress cattle handling techniques can improve cattle flow without major facility changes.

Inadequate Drainage and Mud Problems

Mud is a common problem in cow-calf operations, especially in calving areas, feeding areas, and around water sources. Mud increases the risk of injury to cattle and workers, contributes to hoof problems, and makes it difficult to maintain cleanliness. The layout should include measures to improve drainage, such as grading, gravel surfacing, and the use of geotextile fabric in high-traffic areas.

Mud problems are often worse in areas where cattle congregate, such as around feeders and water tanks. Moving feeders periodically, providing multiple watering points, and using concrete or gravel pads can reduce mud buildup. The layout should also include a plan for managing runoff from these areas to prevent erosion and water contamination.

Biosecurity Gaps in Facility Design

Biosecurity gaps in the layout can undermine disease control efforts. Common gaps include shared alleys that allow cattle from different groups to mix, isolation areas that are too close to the main herd, and water sources that are shared between groups. These gaps are often the result of facilities that were designed without biosecurity in mind.

Identifying biosecurity gaps requires a careful review of the layout and the movement of cattle, people, and equipment. A veterinarian or extension specialist can help identify risks and recommend changes to the layout or to management practices. The layout should be reviewed regularly and updated as the operation grows or as new disease risks emerge.

Limitations and Constraints in Layout Planning

Site and Topography Constraints

The physical characteristics of the site constrain the layout options. Steep slopes, wetlands, rocky ground, and flood-prone areas limit where facilities can be built. The layout should work with the natural features of the site instead of trying to overcome them with expensive earthmoving or drainage projects.

The site should be evaluated for soil drainage, water table depth, and the location of utilities such as electricity and water. A site that requires extensive grading or drainage improvements may not be the best location for the working facility, even if it is centrally located. The cost of site preparation should be included in the planning process.

Budget and Phasing Considerations

The budget for facility construction or improvement is a major constraint in layout planning. A complete handling system with a squeeze chute, sorting pens, and loading ramp represents a significant investment. The layout should be planned so that the most critical components are built first and additional components are added as the budget allows.

Phasing the construction allows the operation to continue functioning while improvements are made. For example, the working chute and head gate might be installed first, with sorting pens and the loading ramp added in a second phase. The layout plan should identify the priorities and the sequence of construction.

Regulatory and Environmental Requirements

The layout must comply with local, state, and federal regulations related to animal welfare, environmental protection, and worker safety. These regulations may affect the location of facilities, the management of manure and runoff, and the design of handling equipment. The planning process should include a review of applicable regulations and a consultation with the appropriate agencies.

Animal welfare standards are an important consideration in facility design. The World Organisation for Animal Health provides guidance on animal health and welfare that can inform facility design decisions. The layout should support the Five Freedoms framework, which includes freedom from hunger and thirst, freedom from discomfort, freedom from pain, injury, and disease, freedom to express normal behavior, and freedom from fear and distress.

Professional Escalation Criteria

When to Consult a Veterinarian

The layout of the cow-calf operation should be reviewed by a veterinarian, especially when disease problems are recurring or when new cattle are being introduced to the herd. A veterinarian can assess the biosecurity risks in the layout and recommend changes to reduce disease transmission. The veterinarian should also be consulted when designing the isolation and quarantine areas.

A veterinarian should be involved in the design of the working facility to ensure that it supports safe and effective herd health procedures. The veterinarian can advise on the type of chute and head gate that will work best for the operation, the layout of the processing area, and the equipment needed for specific procedures.

When to Consult an Agricultural Engineer or Extension Specialist

An agricultural engineer or extension specialist can provide expert advice on facility design, drainage, and waste management. These professionals can help with site evaluation, facility layout, and the selection of materials and equipment. They can also help identify potential problems in the layout before construction begins.

The USDA Agricultural Research Service provides resources on animal production and protection that can inform facility design decisions. Extension specialists at land-grant universities can also provide guidance on cow-calf facility design and management.

When to Consult a Safety Professional

The layout of the working facility should be reviewed by a safety professional to identify hazards and to ensure compliance with worker safety regulations. The review should cover the handling facility, the feeding areas, and the equipment used in daily operations. The safety professional can recommend changes to reduce the risk of injury to workers and cattle.

Worker safety is a critical consideration in cow-calf operations, where workers are frequently in close contact with large animals. The layout should provide escape routes, protected areas, and clear sight lines to reduce the risk of injury. A safety review should be conducted regularly and after any significant change to the facility.

Frequently Asked Questions

What is the best location for a working facility on a cow-calf operation?

The working facility should be centrally located relative to the pastures, on well-drained ground, and accessible by truck and trailer. A central location reduces the time spent gathering cattle and limits the stress of moving cattle long distances. The site should be protected from prevailing winds and should have access to utilities such as electricity and water.

How much space is needed for a cow-calf handling facility?

The space needed depends on the size of the herd and the type of handling system. A basic system with a crowd pen, alley, chute, and a few sorting pens can be built on a relatively small area, but the facility should be large enough to process the largest group of cattle without overcrowding. The crowd pen should hold one group of cattle at a time, and the sorting pens should hold the number of cattle being processed.

Should the calving area be separate from the main working facility?

Yes, the calving area should be separate from the main working facility. The calving area should be located where cows can be observed frequently, and it should provide shelter and a clean, dry surface for cows and newborn calves. The main working facility is used for processing procedures that are stressful for cattle, and it should not be the location where cows give birth.

How can the layout reduce the risk of disease transmission?

The layout can reduce disease transmission by separating new arrivals and sick cattle from the main herd, controlling the movement of cattle, people, and equipment, and providing separate water and feed supplies for different groups. The isolation and quarantine areas should be located away from the main herd, and the layout should support cleaning and disinfection between groups.

What are the most common mistakes in cow-calf facility design?

The most common mistakes include poor cattle flow caused by sharp corners and distractions, inadequate drainage that leads to mud problems, and biosecurity gaps that allow cattle from different groups to mix. These problems can often be corrected with changes to the facility or to management practices, but they are easier to prevent with careful planning.

How should the layout accommodate rotational grazing?

The layout should include lanes or alleys that allow cattle to move between paddocks without passing through other groups or through the working facility. Each paddock should have access to water, or the lane system should allow cattle to reach a central water source. Gates should be placed at corners or at points where cattle naturally change direction.

What records should be kept related to the facility layout?

Records should include a map of the facility, maintenance records for equipment and water systems, and records of any changes made to the layout. The operation should also keep records of cattle movements, treatments, and health observations that are supported by the layout. These records support herd health decisions and provide a basis for evaluating the effectiveness of the layout.

When should a professional be consulted about the facility layout?

A professional should be consulted when designing a new facility, when disease problems are recurring, when worker safety is a concern, or when the operation is expanding. A veterinarian can assess biosecurity risks, an agricultural engineer or extension specialist can advise on facility design, and a safety professional can identify hazards in the working area.

Related Farming Guides

• Starting a Cow-Calf Operation
• Sheep Farm Layout and Infrastructure: Facilities, Handling, and Workflow Design
• Harvest Planning and Fish Welfare
• Aquaculture Sampling and Handling Welfare
• Backup Power Planning for Animal Farms

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 novel bovine model for training urological surgeons in laparoscopic radical nephrectomy.. Journal of endourology, 2011.
• Assessing community awareness, perceptions, ownership, and challenges of stunting reduction programs in Rwanda: a qualitative study.. 2026.
• Cryptosporidium parvum and bovine coronavirus in naturally and experimentally exposed calves: clinical outcome and pathogen shedding.. 2026.
• Management and biosecurity practices associated with &lt,i&gt,Mycoplasma bovis&lt,/i&gt, seropositivity in Swedish dairy herds: a questionnaire study.. 2025.
• Merging rigor and relevance in grazingland research: a comprehensive social-ecological monitoring approach.. 2026.
• Year-Long Prevalence and Antibiotic Resistance Profiles of Salmonella enterica Serogroups Isolated from a Wisconsin Dairy Farm.. 2024.
• The Cow Paradox-A Scoping Review of Dairy Bovine Welfare in India Using the Five Freedoms.. 2025.
• "I was sure that we'd agreed……." Communication in food animal practice.. 2024.
• Tips on Determining the Cause of Death in the Beef Cattle Operation. EDIS, 2023.
• An integrative bio-physical approach to determine the greenhouse gas emissions and carbon sinks of a cow and her offspring in a beef cattle operation: A system dynamics approach. Agricultural Systems, 2022.
• Evaluation of parasite resistance in a beef cattle operation with use of extended-release eprinomectin for 3 years. 2020.
• Direct whole-farm greenhouse gas flux measurements for a beef cattle operation. 2017.
• Economic evaluation of irrigated forage production in a beef cattle operation in the semi-arid tropics of northern Australia. 2015.
• Agriculture-Environment Schemes Should Consider Farmers’ Socio-Cultural Background: A Case Study of Estonian Beef Cattle Farmers. Agriculture, 2025.
• MILKING CENTER LOCATION AND LAYOUT.. Paper American Society of Agricultural Engineers, 1978.

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