# Feedlot Worker Safety and Facility Ergonomics ## Key Takeaways - Cattle handling poses the highest risk for severe injuries, with kicks and crush incidents being common; mitigation involves low-stress handling techniques and facility design that utilizes cattle's natural movement patterns, such as curved alleys and solid-sided chutes. - Repetitive motion injuries, primarily affecting the lower back, shoulders, and knees, result from tasks like lifting, shoveling, and twisting; reducing these risks requires task rotation, mechanical aids, and ergonomic workstation design that minimizes bending and reaching. - Slips, trips, and falls are frequent, exacerbated by wet, icy, or manure-covered surfaces; improving traction through grooved concrete, non-slip materials, and prompt ice/snow removal is critical for prevention. - Respiratory hazards like dust and ammonia, along with noise, necessitate engineering controls (ventilation, dust collection) and consistent use of appropriate Personal Protective Equipment (PPE), including N95 respirators and hearing protection. - Facility design plays a crucial role in worker safety, with specific attention to non-slip surfaces in high-traffic areas, adequate and diffuse lighting in handling zones, and well-ventilated enclosed spaces like feed mills and chute sheds. - Comprehensive training, including new worker orientation, task-specific instruction, and regular refresher sessions, is fundamental to reducing incidents by ensuring workers understand hazards and safe operating procedures. --- Working in a cattle feedlot is physically demanding and carries real risk. Every year, feedlot workers are injured by cattle handling, heavy machinery, repetitive motion, slips and falls, and hazardous materials. This guide covers the most common injury patterns in feedlots and provides practical, step-by-step methods for reducing those risks. You will learn how to design or modify facilities for safer cattle handling, how to protect your body during daily tasks, how to train workers effectively, and how to track safety performance so you can see what is working. This guide is written for feedlot owners, managers, crew leads, and workers who want to make their operation safer without sacrificing productivity. ## At a Glance - Cattle handling causes the most severe feedlot injuries. Use low-stress handling techniques and well-designed facilities to reduce risk. - Repetitive lifting, shoveling, and twisting cause the most chronic pain and lost workdays. Rotate tasks and use mechanical aids. - Slips and falls are common in wet, icy, and manure-covered areas. Keep walking surfaces clean and install nonslip materials. - Dust, ammonia, and noise are serious health hazards. Use respiratory protection, ventilation, and hearing protection. - Every worker needs task-specific training before they work alone. Written safety procedures and regular refresher training reduce incidents. - A simple injury log helps you spot patterns. Track near misses as well as actual injuries. - Call a veterinarian when cattle behavior or health problems put workers at risk. Call an extension agent for facility design advice and safety program planning. ## Understanding Feedlot Worker Injury Risks Feedlot workers face a combination of hazards that are not all present in other types of farming. The density of animals, the volume of feed and manure handled daily, and the heavy equipment in constant motion create a unique risk profile. Understanding the specific injury patterns is the first step toward preventing them. ### Cattle-Related Injuries Cattle handling is the most dangerous part of feedlot work. A mature beef animal weighs 1,200 to 1,500 pounds or more and can move faster than a person over short distances. A kick, a step, or a sudden turn can break bones or cause crushing injuries. Workers are most at risk when they are in the pen with cattle, moving cattle through alleys, working in the chute area, or treating sick animals. Kicks are the most common cattle-related injury. A cow can kick forward and sideways with tremendous force. The front legs can strike too, especially when an animal is restrained and agitated. Most kicks cause bruises and contusions, but they can also fracture ribs, arms, and facial bones. Head injuries occur when a worker bends down near an animal and the animal swings its head. Crush injuries happen when a worker is pinned between an animal and a gate, wall, or rail. The risk of cattle-related injury increases when cattle are frightened, when dogs are present, when workers are rushed, and when facilities are poorly designed. Cattle that have been handled roughly learn to fear people, which makes them harder to move and more likely to react aggressively. This creates a dangerous cycle that puts everyone at risk. ### Machinery and Vehicle Hazards Feedlots rely on tractors, loaders, feed trucks, skid steers, and manure-handling equipment. These machines are essential, but they cause many of the most serious feedlot injuries. Workers can be struck by moving vehicles, caught in power take-off shafts, crushed under overturned equipment, or injured during maintenance work. The biggest machinery risks in feedlots include backing accidents, where a worker is not visible to the equipment operator, and pinch points on augers and conveyor systems. Falls from equipment are also common, especially when workers climb onto tractors or trucks in wet or icy conditions. Hydraulic systems on loaders and chutes can fail suddenly, dropping heavy components onto workers. ### Slips, Trips, and Falls Slips and falls are the most frequent feedlot injuries. They happen year-round but spike in winter when ice forms on walking surfaces and in wet conditions when manure and mud create slick footing. Workers slip on feed apron edges, wet concrete, icy alleyways, and muddy pen surfaces. Falls from height occur when workers climb on fences, gates, feed bunk walls, or equipment. The consequences of slips and falls range from minor bruises to serious fractures and head injuries. A fall from even a modest height can be disabling, especially for older workers. Sprains and strains from slips put significant stress on the lower back, knees, and ankles. ### Repetitive Motion and Overexertion Chronic injuries from repetitive work are less dramatic than acute injuries but cause more lost workdays over time. Feedlot work involves constant lifting, pushing, pulling, shoveling, and twisting. Workers who scoop feed, clean pens, open and close gates, and handle cattle all day stress their muscles, tendons, and joints in predictable patterns. The lower back is the most commonly injured body part in feedlot work. Lifting bags of feed, moving heavy gates, and shoveling manure all put compressive force on the spine. Shoulder injuries come from throwing hay, operating levers, and pushing heavy objects. Knee problems develop from kneeling, squatting, and climbing on and off equipment. Overexertion injuries happen when workers lift something too heavy, twist while lifting, or work beyond their physical limits. Fatigue makes these injuries more likely. Workers who are exhausted at the end of a long shift have slower reflexes and poorer judgment, which increases all injury risks. ### Respiratory and Environmental Hazards Feedlot air contains dust, mold spores, ammonia, and other irritants. In confined areas like feed mills, barns, and chute sheds, these contaminants can reach harmful levels. Grain dust is particularly problematic because it can cause respiratory irritation and, with repeated exposure, chronic lung disease. Mold spores from spoiled feed can trigger allergic reactions and severe respiratory distress. Ammonia fumes from manure are a constant presence in feedlots, especially in enclosed areas with poor ventilation. High ammonia levels irritate the eyes, nose, and throat and can damage lung tissue over time. Hydrogen sulfide gas can accumulate in manure storage areas and is extremely dangerous, capable of causing unconsciousness and death at high concentrations. Noise is another environmental hazard. Feed trucks, tractors, grinding equipment, and pneumatic systems can produce noise levels above 85 decibels, the level at which hearing damage begins with prolonged exposure. Workers who do not wear hearing protection develop permanent hearing loss that worsens with each year of exposure. ### Heat and Cold Stress Feedlot work happens outdoors in all weather. Heat stress is a serious risk in summer, especially in southern regions where temperatures and humidity are high. Workers doing physical labor in the heat can develop heat cramps, heat exhaustion, or heat stroke. Heat stroke is a medical emergency that can be fatal. Cold stress is equally dangerous in northern climates. Hypothermia and frostbite are risks when workers spend long hours outside in freezing temperatures, especially when wind chill is severe. Cold hands reduce grip strength and dexterity, which increases the risk of handling accidents and equipment injuries. ## Designing Facilities for Worker Safety Good facility design prevents injuries before they happen. The layout of pens, alleys, gates, and working areas determines how safely cattle can be handled and how much physical strain workers experience. Many feedlots operate with facilities that were built decades ago, but even older facilities can be improved with targeted modifications. ### [Cattle Handling Facility Design](/knowledge/animal-farming/beef-cattle/cattle-handling-facility-design-layout-and-safety) The goal of [cattle handling facility design](/knowledge/animal-farming/beef-cattle/cattle-handling-facility-design-layout-and-safety) is to move cattle calmly and predictably while keeping workers out of the danger zone. Well-designed facilities use the natural behavior of cattle to guide them where they need to go. Cattle prefer to move from darker areas toward lighter areas, they move more easily along curved paths, and they balk at sharp turns, shadows, and sudden changes in surface. A good handling system includes a forcing pen, a single-file alley, a crowding tub, and a chute or squeeze. The forcing pen should hold cattle comfortably without overcrowding. The single-file alley should be wide enough for the largest animal to pass but narrow enough that cattle cannot turn around. The chute should have solid sides so cattle cannot see people approaching from the side, and it should have a non-slip floor. Critical design features for worker safety include: - A palpation cage or side access door on the chute so workers can reach the animal without entering the chute - A quick-release mechanism on the head gate so a trapped animal can be freed immediately - Non-slip flooring throughout the handling area - Solid fencing between workers and cattle wherever possible - Clear sight lines so workers can see approaching cattle and equipment - Emergency exits from the chute area and crowding tub The working area around the chute should have enough space for workers to move freely without being trapped against walls or gates. A worker should never have to stand in the path of an animal that is being released from the chute. Install release gates that let cattle exit forward, away from the worker position. Curved alleys are safer than straight alleys because they keep cattle moving and reduce the need for workers to enter the alley to encourage reluctant animals. The curve should be gradual, not sharp, and the walls should be solid so cattle cannot see distractions outside the alley. A well-designed curved alley reduces the need for electric prods and other pressure devices that agitate cattle and increase injury risk. ### Non-Slip Surfaces Slips and falls are the most common feedlot injuries, and most of them happen on wet or icy surfaces. Improving traction is one of the most cost-effective safety investments a feedlot can make. Concrete floors in chutes, alleys, and handling areas should be grooved or scored to provide traction even when wet. The grooves should be cut in a diamond or herringbone pattern that provides grip in all directions. Deep grooves are more effective than shallow ones and last longer under heavy traffic. The feed apron and walkways along feed bunks should be constructed with a rough finish or coated with a nonslip material. Rubber matting is an excellent option for areas where workers stand for long periods, such as chute areas and treatment stations. Rubber mats reduce fatigue as well as slip risk. In winter, ice is the primary hazard. Stockpile sand or coarse gravel near the handling area so workers can spread it on icy surfaces quickly. Heated walkways are an option for the most critical areas, but they are expensive to install and operate. A simpler approach is to keep snow cleared promptly and apply sand or deicing material before surfaces become slick. ### Lighting Good lighting serves two safety functions. It helps workers see hazards like uneven ground, ice, and animal movement, and it helps cattle move more calmly through handling facilities. Cattle balk at shadows and bright spots, so lighting should be even and diffuse. The handling area, chute, and treatment areas should be well lit at all times, including at night. Install lighting that illuminates the full working area without creating harsh shadows. Lights should be positioned so they do not shine directly into the eyes of workers or cattle. Consider using lights on poles rather than mounted on low buildings, which can create dangerous shadow zones. ### Ventilation and Air Quality Enclosed areas where workers spend significant time, such as feed mills, chute sheds, and treatment rooms, need adequate ventilation. Poor ventilation allows dust, ammonia, and other contaminants to build up to harmful levels. Natural ventilation works well in many feedlots. Open ridge vents, side wall openings, and adjustable curtains allow fresh air to move through the building and carry contaminants out. In areas where natural ventilation is not sufficient, install mechanical ventilation systems with fans sized for the building volume. For dusty operations like feed grinding and mixing, consider installing dust collection systems or using water misting to suppress dust at the source. Workers in these areas should wear appropriate respiratory protection as a backup to engineering controls. ### Equipment Storage and Maintenance Areas The area where equipment is serviced and stored needs its own safety considerations. Keep the area clean and organized, with clear walkways and no trip hazards. Store tools in designated locations and return them after use. Keep flammable materials in approved containers and store them away from ignition sources. Battery charging areas need ventilation to disperse hydrogen gas, which is explosive. Charging stations should be in well-ventilated areas with no smoking signs posted. Keep acid neutralizers and eyewash stations accessible. ## Safe Cattle Handling Practices Cattle handling is a skill that can be learned and improved. The principles of low-stress cattle handling reduce injury risk to workers because calm cattle are predictable cattle. When cattle are calm, they move where you want them to go without sudden movements that catch workers off guard. ### The Flight Zone and Point of Balance Understanding the flight zone is the foundation of safe cattle handling. The flight zone is the personal space of the animal. When a person enters the flight zone, the animal moves away. The point of balance is at the animal's shoulder. Moving into the flight zone behind the point of balance pushes the animal forward. Moving into the flight zone ahead of the point of balance pulls the animal backward. To move cattle forward, position yourself behind the point of balance and move into the flight zone gradually. To stop cattle or move them backward, move ahead of the point of balance. The key is to use the minimum pressure needed to get the desired response. Too much pressure causes cattle to turn back, bunch up, or become agitated. The flight zone is smaller when cattle are accustomed to people and larger when they are wild or frightened. A calm animal has a flight zone of a few feet. A frightened animal can have a flight zone of 50 feet or more. Learn to read the animals in your care and adjust your approach accordingly. ### Handling Techniques That Reduce Risk Approach cattle slowly and predictably. Do not shout, wave your arms, or make sudden movements. Speak in a low, calm voice. Cattle can hear higher frequencies better than lower ones, so a low voice is less startling than a high-pitched shout. Work at the edge of the flight zone, not deep inside it. When you are deep in the flight zone, cattle will try to escape, and their escape attempts are unpredictable. Working at the edge keeps cattle moving in the desired direction with less agitation. Use the natural following behavior of cattle. Cattle want to follow the animal in front of them. Once cattle are moving in a single file, they will often continue moving without additional pressure. Avoid breaking the flow of moving cattle by stepping in front of them or making sudden movements. Never work alone with cattle in a chute or handling facility. A second person is essential for safety. If a worker is injured or trapped, the second person can free them and call for help. In larger operations, always have at least two workers in the handling area. ### Avoiding Dangerous Positions Certain positions relative to cattle are always dangerous. Never stand directly behind a cow or steer. The rear legs can kick with tremendous force, and a cow that cannot see you may not know you are there. Stand to the side of the animal, near the shoulder, where you are visible and where the animal cannot kick you directly. Never stand between an animal and a wall, fence, or gate. If the animal moves suddenly, you will be crushed. Keep a clear escape route available at all times. When entering a pen, position yourself so you can retreat quickly if needed. Never put your hand or arm through a fence or gate to touch or feed an animal. The animal may bite, or the gate may move and trap your arm. Use tools to reach through fences, and keep your body on the safe side of the barrier. When releasing an animal from a chute, stand clear of the exit path. The animal may bolt forward, and you do not want to be in the way. Open the gate fully so the animal does not have to squeeze through a partial opening, which can cause it to panic. ### Using Tools Safely Cattle handling tools can reduce risk when used correctly and increase risk when used improperly. The most common tools are sorting sticks, paddles, flags, and electric prods. Sorting sticks and paddles are used to apply pressure at the edge of the flight zone. They extend your reach so you do not have to get as close to the animal. Use them to tap the animal on the side or rump, not to hit or poke with force. A flag on the end of a stick is an effective visual tool that cattle respond to without physical contact. Electric prods should be a last resort, used only when an animal will not move by other means and when moving it is essential. Cattle that have been shocked learn to fear the handling facility, making future handling more dangerous. If you use an electric prod, use it briefly and only on the hindquarters, never on sensitive areas like the head, genitals, or udder. Hot shots and other noxious stimuli have no place in a professional feedlot. They cause pain and fear, which makes cattle more dangerous to handle. They are also illegal in some jurisdictions. If your operation relies on these tools, the solution is better facility design and better handling technique, not stronger stimuli. ## Ergonomics for Feedlot Workers Ergonomics is the science of fitting the work to the worker rather than forcing the worker to fit the work. In a feedlot, good ergonomics reduces the physical stress of daily tasks and prevents the chronic injuries that accumulate over years of work. ### Proper Lifting Technique Lifting is a daily task in feedlot work. Feed bags, equipment parts, and supplies all need to be moved. The proper lifting technique protects the lower back and prevents one of the most common feedlot injuries. Before lifting, assess the load. If a bag or object is too heavy to lift comfortably, get help or use a mechanical aid. There is no shame in asking for help. A moment of extra effort to find help is far better than a back injury that lasts a lifetime. When you lift, stand close to the object with your feet shoulder-width apart. Bend at the hips and knees, not at the waist. Keep your back in a neutral position, not arched or rounded. Grip the object firmly and lift with your leg muscles, keeping the object close to your body. Do not twist while lifting. If you need to turn, move your feet to turn your whole body. Set loads down using the same technique in reverse. Lower the object by bending at the hips and knees, keeping your back neutral. Do not drop loads, which can cause objects to bounce or shift and can strain your back from the sudden stop. ### Reducing Repetitive Strain Repetitive tasks like shoveling, raking, and scooping put repeated stress on the same muscles and joints. Over time, this stress causes inflammation, pain, and tissue damage. The solution is to change the way the work is done, not just to tell workers to be careful. Vary tasks throughout the day. A worker who spends four hours shoveling manure should take breaks to do other tasks that use different muscle groups. Rotating tasks among workers spreads the physical load across more people and reduces the repetitive strain on any one worker. Use the largest muscles available for the task. When shoveling, use your legs to push the shovel into the material and your whole body to lift, rather than just your arms and back. Keep the load on the shovel as small as is practical. A lighter load moved more frequently puts less stress on the body than a heavy load moved rarely. Use mechanical aids wherever possible. A skid steer with a bucket attachment can move more manure in one pass than a worker can move in an hour. A feed cart or conveyor can eliminate the need to carry feed by hand. These investments pay for themselves in reduced injuries and increased productivity. ### Workstation Design The chute area and treatment station are where workers spend the most time in repetitive tasks. These workstations should be designed so workers can perform their tasks with minimal bending, reaching, and twisting. The chute should be at a height that allows workers to reach the animal without bending over. A chute that is too low forces workers to stoop, putting constant strain on the lower back. A chute that is too high forces workers to reach up, straining the shoulders and neck. The ideal height depends on the worker, so consider adjustable platforms or steps. Treatment areas should have a table or surface at a comfortable working height. Workers should not have to bend over to prepare syringes, fill bottles, or organize supplies. A simple workbench at waist height makes these tasks much easier on the body. Tools should be stored within easy reach of where they are used. A worker should not have to stretch, bend, or climb to get a tool. Install tool racks, shelves, and holders at comfortable heights near the work area. ### Stretching and Warm-Up Feedlot work is physical, and the body needs time to warm up before it is ready for heavy exertion. Workers who start shoveling or lifting immediately after arriving are more likely to injure themselves than workers who ease into the day. Encourage workers to stretch before starting work. Focus on the muscles that will be used most: the lower back, hamstrings, shoulders, and neck. Simple stretches like toe touches, shoulder rolls, and trunk twists take only a few minutes and can significantly reduce injury risk. The first 15 minutes of the workday should be lighter work that gradually increases in intensity. Workers can check equipment, inspect pens, and do lighter tasks before moving to heavy lifting and strenuous work. This warm-up period lets the muscles and cardiovascular system adjust to the demands of the work. ## Personal Protective Equipment Personal protective equipment (PPE) is the last line of defense against workplace hazards. Engineering controls and safe work practices are the first line. But in a feedlot, some hazards cannot be fully controlled, and PPE is essential. ### Footwear Feedlot workers need sturdy boots with good traction and ankle support. The soles should be designed for the surfaces the worker will encounter: concrete, mud, ice, and manure. Nonslip soles are essential. Steel toes or composite toes protect feet from being crushed by cattle, equipment, or falling objects. Boots should be waterproof to keep feet dry in wet conditions. Wet feet lead to blisters, fungal infections, and cold injuries in winter. Boots should fit well with room for thick socks in cold weather. Replace boots when the soles wear down or the uppers begin to fail. ### Gloves Gloves protect hands from cuts, abrasions, chemicals, and cold. The right glove depends on the task. Heavy leather gloves protect hands when working with rough materials, fences, and equipment. Nitrile or latex gloves protect against chemicals, medications, and biological materials when treating cattle. Workers should have a selection of gloves available and should use the right glove for each task. Wearing heavy gloves for fine work makes the work harder and less safe. Wearing thin gloves for rough work does not provide enough protection. Change gloves when they become wet, torn, or contaminated. ### Respiratory Protection Dust and ammonia are constant hazards in feedlots. Workers who are exposed to high levels of dust, such as those working in feed mills or grinding operations, should wear N95 respirators or higher-rated protection. Workers in areas with ammonia fumes should use respirators with cartridges designed for ammonia. Respirators only work if they fit properly and are worn consistently. A respirator that is not fitted cannot protect the worker. Workers who wear respirators should be fit-tested to ensure a proper seal. Respirators should be cleaned and stored properly and replaced when they become damaged or clogged. Workers with respiratory conditions like asthma or chronic bronchitis should talk to their healthcare provider about appropriate protection. Some workers may need higher levels of protection than others based on their health status. ### Hearing Protection Noise-induced hearing loss is permanent and progressive. Once hearing is lost, it cannot be restored. The only protection is prevention. Workers who are exposed to noise above 85 decibels should wear hearing protection. Earplugs and earmuffs are the two main types of hearing protection. Earplugs fit inside the ear canal and come in disposable foam or reusable silicone versions. Earmuffs fit over the entire ear and provide consistent protection. Both types are effective when used correctly. The key to hearing protection is consistency. Hearing protection only works when it is worn. Workers should have hearing protection available at all times and should wear it whenever they are in noisy areas. Supervisors should model good hearing protection behavior and enforce its use. ### High-Visibility Clothing Feedlots have moving equipment and vehicles, and workers on foot are at risk of being struck. High-visibility clothing makes workers visible to equipment operators. Vests, jackets, and shirts with reflective strips and bright colors should be standard issue for all feedlot workers. High-visibility clothing is especially important in low-light conditions: early morning, evening, and foggy or dusty weather. Workers who are in areas where vehicles operate should always wear high-visibility clothing. The cost is low, and the protection is significant. ## Feedlot Safety Training Training is the foundation of a safe feedlot. Workers cannot follow safety procedures they have never been taught. A comprehensive training program covers general safety principles, task-specific procedures, and emergency response. ### New Worker Orientation Every new worker should complete an orientation before starting work. The orientation should cover the basic hazards of the feedlot, the safety rules, and the emergency procedures. New workers should be paired with experienced workers for their first days on the job. The orientation should include a tour of the facility with specific attention to hazards: where the danger zones are, where the emergency equipment is located, and where the safe areas are. New workers should be shown how to use the emergency equipment, including fire extinguishers, first aid kits, and emergency contact procedures. New workers should not work alone until they have demonstrated that they understand the safety procedures and can perform their tasks safely. The length of supervised work depends on the job and the worker. A new worker on a feed truck needs more supervision than a new worker doing office tasks. ### Task-Specific Training Each job in the feedlot has specific hazards and specific safe work procedures. Task-specific training covers these procedures in detail. Workers should be trained on the equipment they will operate, the cattle handling procedures they will use, and the specific hazards of their work area. Equipment training should be hands-on. Workers should learn to operate equipment under supervision before they operate it alone. They should learn the safety features of the equipment, the proper maintenance procedures, and what to do if something goes wrong. Cattle handling training should cover the principles of low-stress handling, the specific procedures used in the facility, and the dangerous positions and situations to avoid. Workers should practice handling cattle under supervision before they handle cattle alone. ### Refresher Training Safety training is not a one-time event. Workers forget procedures, develop bad habits, and face new hazards as conditions change. Refresher training keeps safety knowledge current. Schedule regular refresher training sessions. Quarterly sessions are a good starting point. The sessions can be short, 15 to 30 minutes, and focused on one topic. Topics can rotate: cattle handling one quarter, equipment safety the next, ergonomics the next, and emergency response after that. Refresher training is also a good time to discuss any near misses or incidents that have occurred. Workers can learn from these experiences without having to experience the injury themselves. Encourage workers to share their observations and suggestions for improvement. ### Safety Meetings Regular safety meetings keep safety at the front of workers' minds. Weekly or monthly meetings provide a forum for discussing safety concerns, reviewing procedures, and planning for upcoming work. Safety meetings should be interactive, not just a lecture from the supervisor. Ask workers about the hazards they have noticed and the concerns they have. Workers who are doing the job every day often have the best ideas for making it safer. Keep a record of safety meetings, including the topics covered and the workers who attended. This record documents the training that has been provided and can identify gaps in coverage. ## Common Safety Mistakes in Feedlots Even well-intentioned workers and managers make mistakes that lead to injuries. Recognizing these common mistakes is the first step to avoiding them. ### Rushing The most common safety mistake in feedlots is rushing. When workers are behind schedule, they skip safety steps. They move cattle too fast, which agitates the animals. They lift loads too quickly, which strains their backs. They take shortcuts around equipment, which puts them in danger. The solution is to build realistic schedules that allow time for safe work. If the schedule is consistently too tight, the problem is the schedule, not the workers. Managers should monitor workloads and adjust them to match the time available. ### Complacency Workers who have done the same job for years can become complacent. They stop thinking about the hazards because they have done the task so many times without incident. This complacency is dangerous because it leads to carelessness. The solution is to keep safety at the front of workers' minds. Regular safety meetings, refresher training, and safety observations help break the cycle of complacency. Supervisors should watch for workers who are rushing through tasks or skipping safety steps and address the behavior promptly. ### Working Alone Some tasks in a feedlot are done alone, but many should be done with a partner. Cattle handling, equipment operation in remote areas, and work with hazardous materials all carry extra risk when done alone. If a worker is injured while alone, there is no one to help. The solution is to schedule work so that hazardous tasks are done with at least two workers. If a worker must work alone, establish a check-in system. The worker checks in with a supervisor at regular intervals, and the supervisor checks on the worker if a check-in is missed. ### Poor Housekeeping Cluttered work areas cause injuries. Tools left on the ground cause trips and falls. Spilled materials create slick surfaces. Obstructed walkways force workers to take unsafe paths. Poor housekeeping is a sign of a weak safety culture. The solution is to make housekeeping a daily habit. Workers should clean up their work areas at the end of each task and at the end of each shift. Tools should be stored in designated locations. Spills should be cleaned up immediately. ### Ignoring Early Signs of Injury Workers often ignore early signs of injury, like a sore back or a painful shoulder, hoping the pain will go away. Ignoring these signs allows minor injuries to become chronic conditions that require medical treatment and cause long-term disability. The solution is to encourage workers to report pain and discomfort early. Managers should take these reports seriously and adjust work assignments to accommodate the worker's condition. Early intervention, including medical evaluation and modified duties, prevents minor problems from becoming serious ones. ## Monitoring and Recordkeeping You cannot manage what you do not measure. A simple safety monitoring and recordkeeping system helps you identify problems, track progress, and demonstrate the value of safety investments. ### Injury and Incident Logs Maintain a log of all injuries and near misses. For each incident, record the date, time, location, worker involved, task being performed, what happened, and what could have prevented it. This information helps you identify patterns and target your prevention efforts. Near misses are as important as actual injuries. A near miss is an event that could have caused injury but did not. Near misses are early warnings of hazards. If workers report near misses, you can fix the hazard before someone gets hurt. Encourage workers to report near misses without fear of punishment. The goal of the log is to identify hazards, not to blame workers. Workers who are punished for reporting near misses will stop reporting them, and you will lose valuable information. ### Safety Inspections Conduct regular safety inspections of the facility. Walk through the feedlot and look for hazards: damaged fences, worn equipment, slick surfaces, poor lighting, and other problems. Inspections should be systematic, covering the same areas each time so nothing is missed. Document the findings of each inspection and track the resolution of identified hazards. A hazard that is identified but not fixed is a liability. Assign responsibility for fixing each hazard and set a deadline for completion. ### Worker Safety Observations Supervisors should conduct regular safety observations of workers performing their jobs. The observation is not about catching workers doing something wrong. It is about identifying safe and unsafe behaviors and providing feedback. During an observation, the supervisor watches a worker perform a task and notes the safety behaviors used. After the observation, the supervisor discusses the findings with the worker, praising safe behaviors and discussing how to improve unsafe ones. The goal is coaching, not discipline. ### Injury Rate Tracking Track your injury rates over time. The most common measure is the number of injuries per 100 workers per year, but you can also track lost workdays, restricted workdays, and workers' compensation costs. These numbers tell you whether your safety program is working. Set goals for improvement and review progress regularly. If injury rates are not improving, investigate why. The problem may be in your training, your facility, or your safety culture. Use the data to guide your improvement efforts. ## When to Call a Veterinarian or Extension Agent Feedlot safety is primarily a management and training responsibility, but there are times when outside expertise is needed. Veterinarians and extension agents have specialized knowledge that can help you improve safety. ### Call a Veterinarian When Call a veterinarian when cattle behavior or health problems create worker safety risks. Some specific situations include: - Cattle are unusually aggressive or difficult to handle, and you cannot determine the cause - You suspect a disease outbreak that could affect cattle behavior, such as neurological diseases - You need advice on safe handling of sick or injured cattle, especially cattle with conditions that make them unpredictable - You need to review your vaccination and treatment protocols to ensure worker safety - You are designing or modifying handling facilities and want input on cattle behavior and facility design Veterinarians are also a good resource for training workers in safe cattle handling. Many veterinarians have experience with low-stress handling techniques and can provide hands-on training for your crew. ### Call an Extension Agent When Call an extension agent when you need advice on facility design, ergonomics, or safety program development. Some specific situations include: - You are building a new facility or modifying an existing one and want guidance on safe design - You want to improve the ergonomics of your workstations and work processes - You need help developing a safety training program or safety policies - You want to learn about new safety technologies or best practices - You need assistance with regulatory compliance or safety standards Extension agents can also connect you with other resources, such as safety consultants, training materials, and industry organizations. They are a valuable resource for staying current on best practices in feedlot safety. ## Frequently Asked Questions **What is the most common injury in feedlot work?** Slips, trips, and falls are the most frequent feedlot injuries. They happen year-round but increase in winter when ice forms on walking surfaces. These injuries range from minor bruises to serious fractures and head injuries. Preventing them starts with good housekeeping, nonslip surfaces, and proper footwear. The most severe injuries, however, are usually cattle-related, such as kicks and crushing injuries. These happen less often but cause more serious harm. **How can I make my existing feedlot safer without rebuilding everything?** Start with the highest-impact improvements. Add nonslip surfaces to the most-used walking areas and handling facilities. Improve lighting in the handling area and around equipment. Install solid sides on chutes and alleys to reduce cattle agitation. Add emergency release mechanisms to head gates. Train all workers in low-stress cattle handling techniques. These changes are relatively inexpensive and can significantly reduce injury risk in an existing facility. **What should I do if a worker is injured by cattle?** First, get the worker to safety and provide first aid. Call for emergency medical help if the injury is serious. Do not move a worker with a suspected head, neck, or back injury unless they are in immediate danger. After the worker is safe, secure the cattle so they cannot injure anyone else. Investigate the incident to determine what happened and how to prevent it from happening again. Document the incident in your injury log and review your handling procedures. **How often should feedlot workers receive safety training?** New workers should receive orientation training before they start work and should be supervised until they demonstrate competency. All workers should receive refresher training at least quarterly. Some topics, such as emergency response and cattle handling, may need more frequent review. The key is to make training ongoing, not a one-time event. Short, focused sessions are more effective than long, infrequent ones. **What type of respiratory protection do feedlot workers need?** The level of protection depends on the specific hazard. For general dust exposure, an N95 respirator provides adequate protection for most workers. For ammonia exposure, use a respirator with cartridges specifically rated for ammonia. For grinding operations with heavy dust, a half-face or full-face respirator with P100 filters is appropriate. Workers must be fit-tested for respirators to ensure a proper seal. Workers with respiratory conditions should consult their healthcare provider about appropriate protection. **How do I get workers to actually follow safety procedures?** Safety procedures are more likely to be followed when workers understand why they matter and when they are involved in developing them. Explain the reason behind each procedure. Ask workers for input on how to make the work safer. Recognize and reward safe behavior. Address unsafe behavior promptly and consistently. The most effective safety programs are those where safety is a shared responsibility, not something imposed by management. **What are the signs of heat stress in feedlot workers?** Early signs of heat stress include heavy sweating, fatigue, dizziness, headache, and muscle cramps. As heat stress worsens, workers may experience nausea, confusion, and fainting. Heat stroke is a medical emergency with signs including hot, dry skin, high body temperature, confusion, and loss of consciousness. Workers showing signs of heat stress should move to a cool area, drink water, and rest. Heat stroke requires immediate emergency medical attention. **Can I be held liable if a worker is injured in my feedlot?** Employers have a legal responsibility to provide a safe workplace. This responsibility includes identifying hazards, providing training, supplying appropriate personal protective equipment, and maintaining safe facilities. If a worker is injured and the employer has not met these responsibilities, the employer can be held liable. Workers' compensation insurance provides coverage for work-related injuries, but premiums increase with claims. The best protection is a comprehensive safety program that prevents injuries from happening. ## Related Farming Guides This section will be populated with links to related farming guides on cattle handling, feedlot management, beef cattle health, and farm safety topics. ## Related Clinical & Scientific Guides * [Cattle Head Gate Selection and Adjustment](/knowledge/animal-farming/beef-cattle/cattle-head-gate-selection-and-adjustment) * [Beef Cattle Handling Facility Flow](/knowledge/animal-farming/beef-cattle/beef-cattle-handling-facility-flow) * [Beef Cattle Maternity Pen Design: Comfort and Monitoring](/knowledge/animal-farming/beef-cattle/beef-cattle-maternity-pen-design-comfort-monitoring) ## References - Beef Cattle Research Council: https://www.beefresearch.ca/ - USDA APHIS Cattle Health: https://www.aphis.usda.gov/livestock-poultry-disease/cattle - WOAH Terrestrial Animal Health Code: https://www.woah.org/en/what-we-do/standards/codes-and-manuals/terrestrial-code-online-access/ - FAO Animal Production and Health: https://www.fao.org/animal-production/en/ - WOAH (World Organisation for Animal Health): https://www.woah.org/en/home/ > This article is educational and is not a substitute for veterinary diagnosis, treatment, public-health guidance, or regulatory reporting.