Upkeeping Your Cattle Handling System

By Jaclyn Krymowski

Having a system to effectively move and handle cattle, no matter how basic or complicated, can make a world of difference on any ranch. There are many reasons why a good system is worth your investment in time and money. Not only does it keep your team and animals safe, but it can also make a difference on the stress load, health and productivity of your animals. And, of course, it saves valuable time. 

A handling system is like any other piece of specialized equipment – there is no substitute for the real thing. That said, what works best for you could be completely homemade or manufactured. Either way, it does demand attention to detail and forethought.

The How and Why of Handling 

No matter the operation style, if you own cattle, at some point in some way, they are going to have to be handled as part of a routine or diagnostic protocol. The safety and ease of this task depend largely on your facilities.

A focus on a system that prioritizes minimal labor and allows for standard safe handling practices are essential basics. If you have one in place, periodically ask yourself if it is still serving its purpose. Is the flooring worn, creating a slipping hazard? Are panels loose or damaged? Do you notice patterns of animals balking or becoming spooked at certain points as they move through? Keeping a mind on these and similar details can help you keep what you have in good shape and avoid serious accidents. 

Beyond chutes and alleyways, consider all points in your operation where you handle animals. This includes shipping and receiving points, headgates, various holding pens, scales and designated hospital spaces. If you have limited facilities, consider whether adding dedicated workspaces like these could improve efficiency and animal handling.

“Producers generally agree that some minimal accommodation for corralling, sorting, doctoring and loading cattle for transport is required,” says Troy Smith in his Angus Beef Bulletin article Working Cattle? “Differences in facility size, shape and features relate to the number of cattle routinely handled, various processes performed and labor availability. However, producers often disagree on whether certain kinds of facility ‘equipage’ are necessary, or merely convenient.” 

Each operation should find what works best for them, because every setup is going to be different. Depending on the size of the herd, requirements are going to vary as well.

Systems for Handling Cattle

Most handling facilities share a few components in common – a working alley, holding or crowd pen and a chute with a head catch. This may include a series of sorting pens and/or a load-out area. 

Layouts and floor plans, however, can vary quite widely and should be customized to fit your setup. The scope of what your system can handle and process should be considered in light of your workload. As a general rule of thumb, a holding pen should be able to hold approximately 40-50 head, which should work for operations with up to 250 cattle.

Most systems come in two general styles – tubs and Bud Boxes.

“Tub style systems have a large circular gathering area, or crowding pen, behind the alley, referred to as ‘the tub,’” write Tara Felix and Alfredo DeCostanzo in the Penn State extension bulletin Beef Cattle Facilities: Handling Systems. “This tub allows the handler to gather cattle in an area that will allow them to circle until they find the alleyway. The working alley in a tub system is often, although not always, also curved to allow cattle to follow that instinct to circle or follow the curve. Cattle follow this natural curve up to the squeeze chute where the handler can then restrain individuals to conduct whatever process is needed.” 

A Bud Box system also leverages cattle’s natural instinct to move in a circular pattern but features a simpler design that is easier to build at home compared to a tub system. It consists of a rectangular holding or crowding pen, commonly referred to as “the box,” where cattle are gathered before moving through the handling system.

“The size of the box should be appropriately scaled for the number of cattle,” write Felix and DeCostanzo, “but most are 14 feet by 20 feet (figure 3), the handler will move into the working alley.”

Flooring and footing are critical yet often overlooked aspects of a handling system and facility. Improper footing can lead to safety hazards for both cattle and handlers. While dirt floors are common, they can become muddy or dusty, creating potential issues. Mud can harbor bacteria, while excessive dust will lead to respiratory health. Concrete is another option, but it must be properly textured to ensure adequate traction and prevent slipping.

Care and Management

While they may not be subject to the harsh wear and tear of daily use, handling facilities require solid upkeep to keep them functional and safe. In advance of each handling session, it is a good practice to manually walk through and ensure you are set to go so stress is minimal and movement is smooth. This also gives you a good opportunity to have all the tools you need on hand to avoid rushing and wasting time when you have an animal in the chute. You’ll want to make sure weight scales, taggers, and other equipment are working properly (and even having a backup ready to go) to avoid any roadblocks that day. 

Walk in and outside the system, to observe the set up from the perspective of your team and the cattle. Look out for repair opportunities, gaps, obstacles and other safety concerns. Pay extra attention to gates and latches to make sure they’re operating smoothly.

In a similar vein, make sure that your entire team is familiar with the movement and handling process. There are several resources out there from groups like the National Cattlemen’s Beef Association for employee training on best handling practices.

While you may not need to handle cattle every day, make sure you have the proper tools and equipment and a prepared team to do so. This can prevent headaches and help the team wrap up one of your busiest days smoothly, easily and efficiently. 

Dystocia Prevention and Control

Dystocia Prevention and Control

By Maura Keller

When cattle ranchers hear the word “dystocia,” they understand the significant impact this condition can have on both cow and calf alike. American Cattlemen connected with Dr. Travis White, DVM, director of veterinary technical services at Saskatoon Colostrum Company, to provide ranchers with a betting a better understanding of dystocia and how they can control and prevent dystocia in their own herds.

American Cattlemen: What is dystocia and how prevalent is it?
Travis White: Dystocia is a term used to describe difficulty during calving, which is a key concern for cattle ranchers. It happens when the dam is unable to deliver a calf naturally, often due to factors like fetal-maternal size mismatch or improper positioning. For instance, a calf that’s too large for the cow’s pelvis, or one that’s positioned backwards or with the head turned to the side, can lead to a difficult birth. This is especially common in heifers, who may have a smaller pelvic area and less birthing experience.

As far as prevalence, dystocia is fairly common, particularly among heifers. The prevalence in heifers can range from 10% to 25%, meaning about one in four may experience difficulty during calving. In contrast, mature cows typically have lower rates of dystocia, around 2% to 5%.

However, these numbers can vary wildly depending on factors like breed, nutrition, and management practices.

AC: What are some of the key ways of controlling dystocia?
TW: Managing dystocia requires a combination of good breeding decisions, careful nutrition, and close monitoring during calving.

One of the most important factors is choosing the right bulls. Ranchers should select sires that are known to produce calves with moderate to low birth weights, especially when breeding heifers. There’s a strong genetic component to calf size, so selecting bulls with good calving ease scores can significantly reduce the likelihood of dystocia.

First-calf heifers are at the highest risk for dystocia. Ranchers should pay special attention to heifer selection by choosing females with larger pelvic areas and better reproductive traits. Monitoring body condition is also key, as overfeeding heifers can lead to oversized calves, increasing the chance of calving difficulty.

Proper nutrition during gestation also is critical. Overfeeding, especially in the later stages of pregnancy, can lead to excessive calf growth, which increases the risk of dystocia. On the other hand, underfeeding can weaken cows, making it harder for them to give birth. Striking the right nutritional balance helps ensure both the cow and calf are in optimal condition for calving.

Close monitoring of cows during calving season, particularly heifers, is essential. Ranchers should be prepared to assist when needed. Early intervention when a cow is showing signs of dystocia – like prolonged labor without progress – can prevent serious complications. Using calving pens and having experienced hands on deck can help ensure a safe delivery.

In some operations, measuring the pelvic area can be a useful tool when selecting replacement heifers prior to breeding. This helps identify those with small pelvic sizes that may have trouble calving and can be excluded from breeding or bred to bulls known for small calves.

By combining these strategies, ranchers can effectively manage and reduce the incidence of dystocia, leading to healthier cows and calves, and ultimately a more productive herd.

AC: Are there tell-tale signs of dystocia early on that ranchers can watch for?
TW: Yes, there are definitely a few key signs that ranchers can watch for, especially during the critical calving season. Recognizing these early can make a big difference in providing timely assistance and avoiding complications.

One of the clearest indicators is when labor goes on longer than expected. Typically, once a cow or heifer’s water breaks, she should deliver the calf within 30 minutes to an hour. If more than an hour passes without significant progress, it’s a strong sign that she may be experiencing dystocia and needs help.

Normally, the calf should come out headfirst with both front feet forward. If you see a single foot, the tail, or no visible part of the calf after a period of labor, it suggests that the calf is in an abnormal position, which can cause dystocia.

If the cow is straining or pushing hard but nothing is happening, it’s likely there’s an obstruction or the calf is too large to pass through. Continuous straining with no progress is a key red flag for producers. Sometimes, cows will show signs of distress or discomfort before labor begins. If a cow isolates herself, lies down and gets up repeatedly, or seems restless for an extended period without starting active labor, it may indicate that something is off.

In normal deliveries, once the front feet or head are visible, the rest of the calf should follow fairly quickly. If there’s a long gap between the visible parts of the calf emerging or if progress seems stalled, it could signal dystocia.

Being attentive to these signs allows ranchers to step in early, which can reduce stress on both the cow and calf. If any of these signs are observed, it’s often best to intervene quickly or call for veterinary assistance to prevent further complications.

AC: What type of long-term effects may occur in cows as a result of dystocia?
TW: One of the biggest concerns is the impact on the cow’s future fertility. Cows that experience severe dystocia are more likely to have delayed return to estrus, which can extend the time between calvings. In more serious cases, uterine damage or infections can develop, reducing the cow’s ability to conceive again. This can lead to lower reproductive efficiency and higher costs for the producer.

Cows that experience dystocia once, particularly if the cause was pelvic size or anatomical issues, are more likely to have dystocia in subsequent births. This is especially true if the cow’s pelvis is too small or if there were complications like uterine tears.

During a difficult calving, excessive straining or forced extraction can lead to injuries such as uterine prolapse or tearing of the reproductive tract. These injuries often require veterinary intervention and can have long-term effects on the cow’s reproductive system and general health.

Cows that go through a tough birthing process may be more prone to postpartum health issues, such as infections or retained placentas, which can affect their milk production. If a cow struggles to recover after dystocia, her energy may be diverted from lactation to healing, leading to lower milk output and reduced calf growth.

Unfortunately, cows that experience dystocia are at a higher risk of being culled from the herd. Whether due to reproductive issues, long recovery periods, or overall poor health, these cows often struggle to meet the production standards expected in commercial operations. Producers may decide to remove them from the herd if they don’t recover efficiently or become unproductive.

Cows that experience dystocia are at greater risk for conditions like metritis (inflammation of the uterus), retained placenta, and infections. These issues can prolong the postpartum recovery period and make the cow more vulnerable to illness, which may affect her long-term productivity.

And that’s just for the cows! Dystocia can significantly impact calf viability, with the severity of the birthing difficulty playing a major role. When calves face prolonged or difficult births, several outcomes can affect their survival and overall health.

Calves born from dystocia have a higher risk of stillbirth or neonatal death. During a prolonged labor, the calf can suffer from oxygen deprivation, which can lead to complications like brain damage or death before it’s even born. Studies suggest that calf mortality rates are significantly higher when dystocia is involved, particularly if intervention is delayed.

Even if the calf survives the birth, it may be born weak or stressed. Oxygen deprivation during a difficult delivery can result in calves being sluggish or unable to stand and nurse quickly, which is critical in the first few hours of life. These calves are more susceptible to infections, scours (diarrhea), and other health issues.

Calves that struggle during birth may have difficulty nursing right away, which is a critical concern. They need to consume colostrum—the first milk rich in antibodies—within the first few hours to build immunity. If dystocia delays nursing, the calf’s immune system is compromised, leaving it vulnerable to diseases early on.

Calves born from dystocia often face long-term setbacks in terms of growth. They may start out smaller or weaker, and this early disadvantage can translate into slower weight gain and lower weaning weights. This can be costly for producers, as these calves may take longer to reach market weight or may not perform as well overall.

Because dystocia calves often have weakened immune systems and delayed access to colostrum, they’re at a higher risk of respiratory and digestive issues, like pneumonia or scours. This can require extra veterinary care and may lead to higher morbidity rates in the herd.

To mitigate these risks, ranchers need to be vigilant during calving, especially with heifers or cows at higher risk for dystocia. Quick intervention and post-birth care can improve calf outcomes, helping to ensure they have the best chance at survival and healthy growth.

AC: Any other key considerations that producers need to consider as it relates to preventing/controlling dystocia?
TW: I think the biggest impacts we can have on preventing/controlling dystocia come from mitigating risk and being prepared.

To effectively manage dystocia, producers should monitor body condition scores (BCS) to avoid cows being too fat or too thin, ensure heifers calve at an appropriate age (around 2 years old), and select heifers with good pelvic conformation. Proper nutrition and pre-calving vaccinations are essential for maintaining cow health, and using calving ease bulls with favorable genetics can significantly reduce dystocia risks.

Additionally, having well-equipped calving facilities, a dedicated calving watch team, and post-calving care are vital for preventing complications and ensuring both cow and calf health. Get prepared before the fight!

Gather the supplies you will in an emergency long before the first calf is born. Have a dedicated area where this equipment and supplies are readily accessible. Head lamp, bucket, lube, obstetrical chains and handles, disinfectant, OB gloves, latex gloves, and calf puller to name a few. Throw those altogether and have them ready at moment’s notice. Gather your after-care supplies: again another clean bucket, colostrum replacer, esophageal feeder, iodine to dip the navel, bulb syringe to evacuate mucus from the nose, clean towels, and your veterinarians contact information.

Again, managing dystocia is about prevention and preparation.

Ration Balancing Basics

Ration Balancing Basics

By Jaclyn Krymowski

Regardless of your production goals – maintenance, growth or finishing – keeping the ration simple may be your best bet for reaching your target. There is no need to make things difficult and include every ingredient under the sun.

Start with a high quality forage and then add in supplements to fill in the nutritional gaps.

“Ration balancing is a complex topic that can be intimidating but the best designed feed mix (or ration) is the simplest one,” write Dr. Benjamin Wenner and MacKenzie Dore in the Ohio State bulletin Basic Ration Balancing. “Some diets are intended to be a standalone ‘complete mixed feed.’”

Of course, the ration needs to take into account the location of the operation and other factors that influence the diet, like the animals raised, available feeds and facilities. But with these in mind, the rest is about sticking to the nutritional fundamentals built around what works best for you.

Forages First
Forages are one of the most important – and cost effective – bovine dietary staples. But its effectiveness is only as good as its quality.

Neutral detergent fiber, or NDF, is a primary indicator of forage quality, as it measures the amount of indigestible cell wall material. Total digestible nutrients, TDN, are the total nutrients in forage that can be utilized by the animal.

While there are many other ways to measure quality, these are the two most basic, simplest assessments and can pair well with a visual examination.
To calculate the most accurate diet, it’s optimal to have forage sampled before balancing the ration whether you are doing a full total mixed ration, utilizing pasture or offering free choice hay.

Selecting Key Ingredients
When selecting or evaluating the ingredients in any ration, there is always the consideration that each is multifactorial. This is because dry matter intake (DMI) is based on the animal, the environment and the diet.
The main components of a ration often take into consideration ingredient availability, accessibility and affordability.

At times, there will be tradeoffs. For example, cow-calf operations that go with seasonal waves will find that they are always paying more for nutrition in the winter when requirements go up and additional resources are needed.

Feeding programs on the other hand aren’t subject to as much seasonal swings and they rely less on forage.

Providing a Nutritious and Digestible Source
Cereal grains are utilized as concentrated sources of energy, particularly in finishing rations where they comprise up to 90% of the ration dry matter. Additionally, they are an important contribution to the protein needs of growing and finishing cattle.

“Digestibility of grains like corn, barley and oats is improved when grains are processed. Processing methods such as steam flaking have been shown to improve feed efficiency versus dry rolling. By cracking the outer shell of the grain, rumen microbes are better able to utilize grain starch and minerals,” reads a 2023 Beef Cattle Research Council (BCRC) bulletin Optimizing Feedlot Efficiency. “Processing also allows grain to be mixed with supplements, and affects palatability and passage rates. However, processing grains too finely leads to acidosis. Finding the ideal method and level of processing contributes to an improved F:G (Feed to gain ratio).”

About Ionophores
Ionophores are a popular additive to rumen diets. They are antimicrobials that improve the animal’s nutrient availability and include products like monensin, lasalocid, and laidlomycin propionate.
By acting on the rumen microbes, they improve feed efficiency.

“Most rumen microbes convert the complex fiber and starch in forage and grain into simple molecules that can be absorbed into the bloodstream to provide energy and protein to the animal,” reads the BCRC bulletin.

“Ionophores improve feed efficiency and weight gain by selectively inhibiting methanogenic bacteria, and allow the beneficial rumen bacteria to make more feed energy available to the animal.”

All About Timing
Timely feed delivery is crucial, especially on cow-calf operations. Consistent feeding ensures optimal calf growth and cow health, particularly when pasture quality is insufficient.

Typically, the faster the animal is expected to grow, the more it will require dietary energy (from starch, carbohydrates, or fats) and protein. Younger animals consume less feed each day and thus usually require a greater percentage of key nutrients such as proteins in their diet. Younger animals only require a greater concentration of protein because they consume less total feed. It is common to see protein in the diet decrease andbe replaced by more energy as the animal matures and consumption increases.

In finishing situations, cattle should start at a DMI of 1.5-2% of their body weight and create uniform pens to ensure the right rations are being provided to the right group. Intake should never be increased the same day of a diet switch/change.

Starting out,the concentrate: forage ratio will be around 6:4 and as the animals progress the concentrate proportion will increase while the forage decreases.

“Substituting forage with grains in finishing rations can lead to substantial improvement in feed efficiency. Steers fed higher grain diets grow faster, finish sooner, and produce heavier and fatter carcasses,” says BCRC.

“Research also suggests that the type and quality of grains and the balance of essential nutrients, like vitamins, proteins, and trace minerals, significantly impact feed efficiency. Balanced rations increase average daily gain and can decrease feed cost per pound of gain. In order to prevent rumen acidosis and liver abscesses, it is necessary to appropriately adjust cattle from forage-based feed to high-energy grain-based rations.”

If nutrition isn’t your wheelhouse, ration balancing can seem cumbersome and overwhelming. It’s one of the many reasons several operations opt to work with a qualified nutritionist. But whatever the situation, having a rudimentary understanding of ration basics can ensure nothing falls between cracks throughout all stages of production.

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