Feed Efficiency: Getting More From Every Pound of Feed

Feed Efficiency: Getting More From Every Pound of Feed 

By Jessica Graham 

Feed is one of the biggest costs in a beef cattle herd. In fact, according to a 2024 analysis “Exploring Feed Efficiency in Beef Cattle: From Data Collection to Genetic and Nutritional Modeling by Ayooluwa O. Ojo et al., feed can make up as much as 75% of the total cost of beef production. That makes feed efficiency a key part of profit. When cattle can grow, stay healthy and breed while eating less feed, the savings can add up fast. 

Feed efficiency is not just about making cattle eat less. The goal is to get the most value from every pound of feed the animal eats. A good feed plan must meet the animal’s needs for growth, body repair, breeding, pregnancy and milk. It must also account for the age of the animal, the weather, the type of feed and the stage of the production cycle. 

Why Feed Efficiency Matters 

Small gains in feed efficiency can have a big effect on the bottom line. The “Exploring Feed Efficiency in Beef Cattle” study found that a 5% gain in feed efficiency could have about four times the return on that investment as a 5% gain in average daily gain. In feedlot cattle, a 10% gain in average daily gain was linked to an 18% rise in profit. A 10% gain in feed efficiency was linked to a 43% rise in profit. 

That is why feed efficiency is getting more focus from cattle breeders, feedlot managers and cow-calf producers. The goal is to raise cattle that can do well without wasting feed. If cattle can make the same amount of beef with less feed, fewer acres, less water and other inputs may be needed to produce that beef, according to Ojo and co-researchers. So, the goal is to make more on the same land. 

It Is More Than Rate of Gain 

It may seem that the best way to find an efficient cow is to find the one that gains the most weight. In the feeder industry, we often get tunnel vision on rate of gain. The reality is we need to expand that tunnel vision to look at the bigger picture.  

Cattle need change as they age. The 2024 review notes that about 70% to 75% of the nutrients consumed by beef cattle may be used just for maintenance, which means a large share of feed is used to keep the animal alive before it adds any weight or produces a calf. 

This is one reason mature cows deserve more study. Much of the past work on feed efficiency has focused on growing and finishing cattle. A cow that needs less feed to maintain her body, breed back and raise a calf could have a big value to a cow-calf herd. 

Better Data and New Technology 

One of the key tools used to study feed efficiency is called residual feed intake, or RFI. RFI looks at how much an animal eats compared with how much it should eat based on its size and growth. RFI helps separate feed use from growth rate. It gives breeders a way to look for cattle that can perform well while using less feed. There is also a genetic side to feed efficiency. The review from 2024 by Ojo and colleagues, found that RFI has a heritability range of about 0.08 to 0.49 in different cattle groups. This means genetics play a role in why some cattle are more efficient than others. 

For years, measuring how much feed an individual cow consumed was hard and costly. New tools are changing that. Automated feed bunks and electronic systems can track how much feed individual cattle eat. This gives researchers and breeders much better data. They can compare feed intake with weight gain and other traits to find cattle that use feed well. 

DNA testing may also help. Genomic data can be used to estimate the genetic value of an animal for traits such as RFI and dry matter intake. This can allow breeders to make choices at a younger age. The future may be a mix of feed data, DNA data and good ration plans. No single tool tells the whole story. Together, they can help producers find cattle that make better use of feed. 

Feed Testing 

Genetics are only part of feed efficiency. The feed itself must also be right. A feed test is one of the best tools a producer can use. Hay and other forages can vary a great deal in protein, energy, fiber and minerals. A hay field may look good, but the true feed value can change based on plant age, weather and when it was cut. Brome hay, for example, may range from about 6% protein to 12% protein depending on when and how it was harvested. 

Without a feed test, a producer may give cattle a supplement they do not need. Feed tests can look at moisture, dry matter, crude protein, fiber and energy. They can also test minerals such as calcium, phosphorus, copper, zinc and selenium. Mineral levels can vary by soil and region, so testing can help show where a herd may have a gap. 

Next, you want to develop a plan. A good feed plan does not need to be hard. In fact, a simple ration is often the best place to start. This is also where developing a relationship with a feed nutritionist can help. They can help you interpret your results and get an initial plan. Remember, you can tailor it to fit your goals and needs. 

The basic plan is to start with good forage and then add supplements to fill the gaps. Forage is one of the most cost-effective feeds for cattle, but its value depends on its quality. Two key measures are neutral detergent fiber (NDF) and total digestible nutrients (TDN). NDF helps show how much of the plant is made up of hard-to-digest fiber. TDN gives an idea of how much of the feed can be used by the animal. 

Cattle should have a steady feed plan. Sudden changes in the diet can hurt the rumen. This is especially true when cattle move from a forage-based diet to a high-energy grain diet. The change should be made with care so cattle have time to adjust. 

The animal also matters. A dry cow does not need the same ration as a cow in late pregnancy or a cow raising a calf. Young cattle have high needs for protein because they eat less feed each day. As cattle grow, their intake rises and the balance between protein and energy changes. 

Plan for Fall and Winter 

We are approaching winter, and winter is often when feed efficiency becomes more difficult. 

After a hard frost, pasture growth drops. Warm season grasses stop growing as the soil gets cold while cool-season grasses slow as air and soil temps fall. There may still be plenty of grass in the field, but the feed value may not be high enough to meet the cow’s needs. 

Protein is often the key need when cattle are eating poor, mature forage. The rumen bugs that break down fiber need protein to work. If the cow does not get enough protein, she may not be able to eat and digest enough low-quality forage to meet her needs. 

Protein can come from alfalfa, soybean meal, cottonseed meal, protein tubs, blocks or liquid feeds. Research found that protein supplements can boost forage intake and digestion. In some cases, protein can raise forage intake by 10% to 25%. The goal is not always to replace forage with expensive feed. Sometimes a small amount of the right supplement helps the cow get more value from the forage she is already eating. 

Feed efficiency matters long before cattle reach the feedlot. For spring-calving herds, the last third of pregnancy often falls during winter. This is a key time for the cow and calf. Poor cow nutrition can lead to a weaker calf and poor calf health. It can also hurt the cow’s chance to breed back. 

Feeding Best Practices 

Feed efficiency also depends on how feed is prepared. Grains such as corn, barley and oats are high-energy feeds. Processing grain can help cattle use the starch inside the grain. Steam flaking, for example, has been shown to improve feed efficiency when compared with dry rolling. On the other hand, grinding or processing grain too much can raise the risk of rumen acidosis. The goal is to find the right level of processing for the feed and cattle. 

Even the right feed will not work as well if it is not fed in the right way. A balanced ration can help cattle gain more while lowering the cost per pound of gain. The type of grain, the amount of forage, protein, vitamins and minerals all play a role. 

Make Every Pound Count 

Feed efficiency is not one thing. It is the result of many small choices. It starts with the cow. Genetics can help identify cattle that use less feed. Feed tests can show what nutrients are in the hay and pasture. Ration plans can fill the gaps. Protein can help cattle make better use of poor forage. Minerals can help meet key needs. Good feed timing and sound changes in the diet can protect the rumen. 

The best plan is not always the one with the least feed or the lowest feed bill. The goal is to spend money where it will give a return. That may mean testing hay instead of guessing. It may mean feeding a protein supplement instead of buying more hay. It may mean keeping a cow in the right body condition so she breeds back on time. It may mean using genetic data to keep more efficient cattle in the herd. 

The future of feed efficiency will likely bring all of these tools together. Feed intake data, genetics, DNA tests and nutrition plans can help producers make better choices. The goal is simple: get more beef, more calves and more value from every pound of feed. 

For cattle producers, that is what feed efficiency is all about. 

 

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Low-Stress Weaning for Calf Success

Set Calves Up for Success with Low-Stress Weaning 

Weaning is no doubt one of the toughest times in a calf’s life. How it’s managed can shape performance – positively or negatively – for months afterward.  

Other stressors can compound the issue. This includes moving to new pens, vaccinations, navigating new water and feed sources and sometimes transportation. Collectively, this suppresses immune function when calves need it the most, when they come of age to be commingled with other livestock and enter new environments. 

The payoff for getting weaning right is a big one. It contributes directly to better weight gain, fewer treatment costs, stronger immunity and an overall smoother transition into the next production phase. Producers who plan ahead stand to see the difference in the scale house. 

Start with preparation 

No matter what weaning method you prefer, one of the keys to implementing a low-stress process is starting gradually. Simple acts leading up to the big day could include getting calves accustomed to human presence and moving them into corrals and holding pens with their mothers just prior to weaning.  

Other good practices include staggering management practices so calves are not hit with every stressful event too closely. Mark your calendar to ensure you have adequate space between weaning, vaccinations, branding, tagging, castration and similar events can promote immune response.  

Building a low-stress environment 

Before calves ever move through a chute, it is a good idea to walk the facility. Check fences, gates and latches, repair sharp edges and broken boards, and make sure alleys and pens offer solid footing. A properly maintained handling system, working with small groups, patience, and respecting flight zones all cut down on balking and injury. 

Fenceline and two-step weaning are two low-stress alternatives to abrupt separation that have gained traction in extension research.  

According to South Dakota State University (SDSU), extension-fenceline weaned calves in Utah studies vocalized less, ate more and gained more weight than calves abruptly separated from their dams. That advantage held for 10 weeks post-weaning. Two-step weaning, which uses anti-suckling nose flaps before physical separation, showed similar benefits. The calves fitted with nose tags gained nearly 1.5 pounds more per day than untagged calves during the pre-separation period in SDSU trials. 

Mabry Bruhn, writing for the University of Illinois extension’s Cattle Connection blog, outlined the same three broad approaches categorized as two-step, fenceline, and hard weaning. She notes that hard weaning “consolidates what could be a few stressful workings into just one big event” but trades that convenience for higher stress.  

Bruhn also pointed to appeasing pheromone as a newer tool in the handling toolbox, since applying a synthetic maternal scent near a calf’s nose can help lower cortisol at working time. 

Research on one such product, FerAppease, backs that up in the feedyard setting. In a commercial feedlot trial summarized in the Nebraska Beef Cattle Report, researchers Loseke, Erickson, and Sperber found that steers administered FerAppease “tended to have improved feed conversion on a carcass-adjusted basis” when applied at arrival and reimplant, though intake, gain, and carcass traits were not significantly affected. 

Feed and water management 

Water intake is easy to overlook and hard to recover from once it slips. Clean tanks before weaning and verify flow and capacity. You want it to be as easy as possible for calves to access, so make sure the tank is an appropriate type and has no mud build up that makes it difficult for calves to drink. Water intake should be watched closely during the first several days after separation. 

Introducing feed bunks and starter ingredients before weaning day means calves are not learning two new things – both where the feed is and how to eat it – all at once. After separation, a high- quality forage base and balanced starter ration, fed consistently and without abrupt changes, keeps intake steady. Bunks should stay clean and free of overcrowding, with daily monitoring so amounts can be adjusted before waste or refusal becomes a pattern. 

Vaccination and other veterinary work 

Administering core vaccines ahead of weaning rather than during or after gives calves time to build immunity before the stress of separation hits. Julia Herman, DVM, writing for the Beef Quality Assurance program, described preconditioning under the U.S. Department of Agriculture’s National Animal Health Monitoring System framework as practices that help a calf adjust.  

She notes that weaning at least 45 days before sale, alongside castration, dehorning, and a full vaccination protocol, should all be part of a preconditioning program. Herman says that working with a herd veterinarian to build the protocol rather than defaulting to a generic schedule, is a wise choice since operation specific risk factors all shape the right timing. 

Remember that low-stress weaning isn’t one single technique or method. Truly low-stress practices consider the before, after and during for the animals involved. Everything works towards the end goal of keeping things familiar and calm for the calves so that they can recover quickly. Producers who spread those decisions out, rather than loading them all onto separation day, consistently see it pay off in fewer treated calves and a stronger start into the next phase of production. 

 

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Feeding Cows When Feed Sources are Expensive

Feeding Cows When Feed Sources are Expensive 

When traditional feeds are scarce or expensive, stockmen must be innovative to find cost-effective ways to balance a ration and get cows fed. Janna Block, PhD, has done research on cattle feeds and was a Livestock Systems Specialist at the Hettinger Research Extension Center, North Dakota State University before she transitioned to the private sector, working as a Beef Cattle Nutritionist at Hubbard Feeds from 2023 until 2025. She is currently a Technical Services Manager at New Generation Supplements. 

She says this year’s drought conditions may make it more challenging to get cows through winter and feed them adequately. “It helps to get a good inventory of the feeds you have on hand, their nutritional values, and try to complement those with what you purchase. Usually, the base ration will be hay—or forage of some kind. Figure out what you have on hand, and get a lab analysis if possible. You can use those forages more efficiently when you know exactly what you have,” she says. If growing and/or harvesting conditions were abnormal (too dry or too wet) the quantity and quality may be different than other years. 

She has talked to many producers who had to deal with low-quality forages—with TDN about 50% and minimal crude protein level between 6 and 7%. If protein gets below 7%, the rumen microbes can’t function. “If a producer hasn’t had feed tests done in the past, this might be the year to start,” she says. Hay quality can’t be determined on visual inspection. It is important to evaluate hay by looking at condition of the bales, color, odor and other characteristics, but it won’t tell you everything. It might be green but still low in protein.  

When hay is scarce, you can feed straw and a protein supplement, but some years straw is also scarce and expensive. “The rule of thumb: you can have up to 50% of the diet as straw for a mature cow in mid-gestation but still need something else to go with it and adequate protein to utilize the straw. The amount of straw cows can digest depends on several factors,” she says. It makes a difference whether it’s oat, barley of wheat straw, and how mature it was when harvested. 

“About half the ration is the amount of straw a cow can digest in a 24-hour period. Make sure you are not overloading them with low-quality forage that won’t go through the digestive tract quickly. We want to avoid impaction; if cows don’t have enough protein, they can’t eat enough to meet their needs because it won’t be digested fast enough.” The gut stays full and they can’t eat more. This can also happen on low-quality dry, mature forage; cows can become impacted (sometimes fatal blockage) when they don’t have enough protein, especially if they are short on water. 

Some people feel that after calves are weaned, they can coast dry cows through winter because their requirements are not as high, but this year they may need to feed higher-quality forages (especially if they’ve lost weight during grazing season) to provide some cushion going into winter – while their requirements are low. It’s hard to make up lost weight during cold weather. 

Even if a rancher doesn’t have high-quality feed, strategic supplementation may help get cows into better shape and handle the effects of wind chill and wet, cold weatherWe are not just thinking about the cow, but also the calf she is carrying. It’s not only protein that’s important, but also vitamins and minerals for the health of the fetus.  

“Vitamin A is deficient in drought-affected forages. There’s not a very consistent or inexpensive way to test vitamin A levels; we just assume the cows are deficient and provide a vitamin-mineral supplement or injection—particularly during the last couple months of gestation. Then it will transfer to the newborn calf through colostrum. If the cow has inadequate levels, the calf will be deficient. In severe cases, we may end up with weak calves, blind calves, retained placentas and other problems,” she explains. 

Some of the traditional supplemental feeds are in short supply or more expensive. “It’s not always easy to source distillers’ grains and other co-product feeds. Most suppliers want steady customers rather than someone who only occasionally wants to purchase those products.”  

Dr. Karl Hoppe (NDSU Livestock Systems Specialist, Carrington Research Extension Center) maintains a website with a list of co-product suppliers across the state. This includes corn gluten feed, beet pulp, wheat midds, distillers grains, etc. “He tries to get prices and contact information so producers can know where to look for some of these co-products,” says Block. Producers can check with local Extension Agents to access this resource. Other states have similar resources for people to check. 

When thinking about using a supplement, figure out the cost per pound of the nutrient you are trying to supply. “In a drought, we may be looking at all the nutrients (not just the protein) because some of our feeds are deficient in everything—energy, vitamins, etc. You can still look at the primary component and figure cost per pound of that nutrient. Add transportation cost, feed delivery costs, etc. when comparing various products. There are good calculating systems for this; just about any extension service will have a good feed-cost calculator that can help you look at this,” she says.  

“Most people are familiar with protein supplements but energy must also be adequate. In some cases, we might be feeding the wrong type of supplement. This is where the feed analysis comes in, along with looking at the cows’ requirements.”  

In some situations, energy may be the first limiting nutrient requirement that needs to be met, and then we fill in with protein. “In this situation, we’d feed a different type of supplement than if we were just short on protein. It’s crucial to get the right combination,” says Block. 

If a person is buying low-quality hay (that’s all you could find or afford), it’s important to figure out how to supplement it. “Although corn is expensive, in terms of cost per pound of nutrient, it provides a lot more energy than hay. In some cases, corn might be a better buy. It depends on how much of the ration you need to make up with some type of concentrate.” As long as there is some fiber in the diet to keep the digestive tract functioning normally, you can often make do with something like corn. A nutritionist can help you figure out a balanced ration. 

“I’ve talked with a few producers who decided to dry-lot their cows this winter and limit-feed. The key is good fences and adequate bunk space, because even though the cow’s nutrient needs are met, they won’t be as ‘full’ and want to find something more to eat,” she says. 

One resource that is under-utilized in many farming areas is crop residues. Some farmers don’t realize that cattle can benefit their fields. If you can make arrangements with a nearby farmer to graze crop aftermath, this can be a win-win. A mature dry cow can often do fine on this type of forage, and some late-calving operators (with May-June calves) leave pairs together through winter and wean in late February or early March, and winter the pairs on crop residues. In these situations, you have to make sure their nutrient needs are met. 

One option for supplementation on low-quality forage is ionophores. “These compounds alter rumen fermentation and increase feed efficiency. Most people associate those with feedlot diets, but we also use ionophores with grazing cattle. There is one brand approved for use in mature beef cows. It may be difficult to get cattle to eat the proper amount in a free-choice mineral mix, so it’s often best to utilize it in a pellet or some other commercial feed or a TMR. A person can include it in a custom feed mix that contains the necessary minerals, etc. For a few cents per head per day, you get more feed efficiency with an ionophore; cows can maintain body condition on 5 to 10% less feed.” Additional benefits of feeding ionophores include reduced incidence of coccidiosis and digestive disorders like bloat and acidosis. 

Some producers feed urea, a non-protein source of nitrogen (NPN). “People need to realize that fertilizer urea and feed grade urea are not the same. A note of caution when dealing with low-quality forages—natural protein sources always work a little better. It’s hard for rumen microbes to utilize large amounts of urea when energy isn’t as high as it should be,” says Block. 

“When buying supplements, read the labels. It should tell list amount or percentage of protein supplied by NPN. A rule of thumb is to not have more than 1/3 of the total crude protein supplied by NPN or no more than 15% of the total crude protein in the supplement. The cow needs enough energy to produce protein via the microbes with that ammonia. If energy is too deficient, we get too much urea in the circulatory system and it can become a toxic situation,” she explains. 

 

THINK OUTSIDE THE BOX – There are a number of non-traditional feeds that can be used for beef cattle, according to David Bohnert, Beef Extension Specialist and Ruminant Nutritionist, Oregon State University. A ruminant can digest nearly any edible material. Cull onions, turnips, potatoes, carrots, dry beans and other vegetables are available in some areas. Vegetable waste from food processing can be useful, depending on where you are, and how you might feed it. The biggest factor in whether or not an alternative feed is feasible is how far it has to be hauled.  

Bakery waste and other foods can sometimes be added into cattle rations if you’re near a bread-making factory, or a manufacturer of cookies or candy bars. “Food companies have to get rid of cull products occasionally and stockmen have fed these. You have to be careful how much you feed, and balance the diet appropriately, but these are all things that can be utilized. A nutritionist here in Oregon once created a ration using cherry pies, candy bars, and corn flakes as part of the energy base, and the cattle did fine on it,” says Bohnert. 

“When looking at possibilities, we need to think outside the box. A beef cow has the advantage of a large rumen. As long as there are no toxins in feeds, rumen microbes can ferment and use nearly anything as a source of energy or protein. If a product is fed in appropriate amounts—and not so much that it might cause digestive distress—it can work. We can take advantage of the ruminant’s ability to digest just about anything. Cattle are also wonderful harvesters of low-quality forages that otherwise would never get used, but these often need to be supplemented with protein and/or energy,” he says. 

“Some of the common alternative feeds in our region include grass seed straw, distillers grains (a good energy/protein supplement), and cornstalks. Cornstalks can be grazed, and some people bale them—to transport them—but there is a lot of waste with baled cornstalks,” he says. 

“There are numerous things that can be fed. Some of the liquid (“syrup”) from distillers grains, or from making alcohol, can be useful if you figure out a way to feed it. One producer used old bathtubs. Just because you haven’t done it in the past doesn’t mean it can’t be done.” There are ways to use nearly any kind of feedstuff if you are creative. 

“Alternative feeds can help lower feed costs. The main thing that limits their use is location; you must be fairly close to where they are produced or it will cost too much to transport them to your place, especially the ones that have high moisture content like cull potatoes or onions. Otherwise, you are paying a lot for hauling water,” he says. 

A California rancher has often fed bell peppers during the summer. One of the local pepper processing plants hauled the cores and stems to their ranch to get rid of them. The ranchers were able to pick up whole peppers (culls) from a couple other processers nearby. The cattle readily eat the peppers. Early in the season it’s green peppers, but later they get some reds and yellows. Those must be a little sweeter because the cattle eat the yellow ones first, then the reds, and then the green ones. 

When feeding peppers, they use an old feed truck and two trailers. The truck puts the peppers out in a row behind it. They modified the truck to feed out the back instead of out the side. The trailers dump, and they can spread the peppers in small piles out on the pasture. 

They started using peppers to help stretch the pastures, which were planted to winter forage (a seed mixture that contains wheat, oats and barley) in late fall and then cut and windrowed for the cattle in May or early June. The peppers are fed on top of the windrows—so the cows have a lot of roughage to go along with the peppers which are very moist and palatable. One of their neighbors feeds cull artichokes, and the cows really like those, too. 

 

SIDEBAR: COWS MUST ADAPT – Jay Davison, Crop Specialist, Nevada Cooperative Extension (University of Nevada, Reno), now retired but still consulting, says ruminant animals can eat about anything, once they get used to eating it. They are very adaptable. 

“Cattle are neophobic, however, which means they are afraid of new foods,” he says. They tend to avoid anything they didn’t grow up eating. Calves mimic their mothers, and eat what she eats. If confronted with a feed that mama didn’t teach them to eat, they may refuse to eat it. Cattle preference is a learned behavior. If cattle will try it, and it doesn’t make them sick, they will usually eat a little more. The big thing is simply to get cattle to try a new feed. 

Some people are looking at things they haven’t used for a long time, like kochia. “In most areas, this is considered a weed. Years ago, during the Depression, people in the Midwest grew kochia to graze or harvest early enough that it was fairly good feed. Now we have forage kochia which is different; it’s a perennial and typically planted in the fall. It is an excellent feed source if you already have it planted,” says Davison. 

“Because it’s a perennial, it must become established before you can graze it. It should be part of a long-term plan rather than when looking at options for an emergency. Forage kochia is one of the most drought-tolerant and grazing-resistant plants we can actually buy seed for, so it can be an excellent choice for future, use” he says. 

“Look around to see what options might be available. Some folks in California might be able to get almond hulls. You need to be close to the source so freight isn’t too expensive,” he says. 

Regarding alternative crops, summer annuals are typically water efficient. “The pounds of material produced per inch of water applied are higher in warm season annuals like millets and sudan grass. But they still need water later in the season to get full production–a minimum of 50 days before you can graze them. If you get fall rains, you might try some of the brassicas or grazing turnips. These are usually planted in late summer and need moisture to get going. But if you get lucky and do get moisture, they grow quickly and produce good quality forage.” 

 

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