Cattle herd continues to shrink; Milk cows flat, dairy heifers down 1%

Editorial AnalysisTumultuous 2024 spills over into 2025 – Part Three

By Sherry Bunting, Farmshine, February 7, 2025 (updated with additional information after print edition published)

EAST EARL, Pa. – A tumultuous dairy and beef market in 2024 is bound to be even more so in 2025. The long-awaited Jan. 1 Cattle Inventory Report is in, and we all saw the kerfuffle about tariffs and trade this week.

The bottom lines are…

— The U.S. beef cow herd continues to shrink, while both the beef and dairy heifer replacement numbers are notably smaller, signaling less domestic beef production and stable, if not reduced milk production in the face of strong domestic demand for beef and dairy products.

— U.S. import volumes of live feeder cattle as well as beef and dairy products have climbed over the past five years.

— Uncertainty prevails about U.S. trade policy, but export volumes of beef and dairy have leveled off already in the past several years. Dairy exports are bound to get a boost in the short-term as U.S. prices are mostly trailing current global prices. Tariffs on Canada and Mexico and potential retaliations are paused.

— Will the dairy herd continue maintaining itself at these shrinking heifer ratios now that we are five years out from the time of plentiful heifers.

Report highlights include…

Milk cow inventory has remained relatively stable over the past five years, ranging from 9.34 million head on Jan. 1, 2020 to the 5-year high of 9.45 million head on Jan. 1, 2021, then back down to just shy of 9.35 million head on Jan. 1, 2024 and Jan. 1, 2025. However, the number of dairy replacement heifers has dropped by 16% over the past five years from 4.61 million head on Jan. 1, 2020 to 3.91 million head on Jan. 1, 2025. This number is down almost 20% — or nearly 1 million head — from the record high 4.81 million dairy replacement heifers recorded on Jan. 1, 2016.

Are milk cows milking longer? Is the average dairy cow getting 16 to 20% more productive life (an additional half lactation)? Is the age at first calving continuing to decline, and are herd culling rates also declining significantly enough to maintain the current cowherd size on 16 to 20% fewer heifers expected to calve vs. 5 and 10 years ago?

According to the Jan. 1, 2025 Cattle Inventory Report, there are not quite 27 heifers expected to calve this year for every 100 cows in the current U.S. dairy herd, and a national cull rate of 29% based on January through December 2024 dairy cow slaughter totals. Five years ago, there were just over 31 heifers expected to calve for every 100 milk cows in the similarly-sized U.S. dairy herd.

Will these trends collide at the 5-year mark this year, given the average productive life of a dairy cow based on the most recent data (2020) is not quite three lactations or roughly 5 years of age? How will the $5 to $10 billion in new processing capacity be filled, or will we see existing plant closures in their stead? Are the investor dairies that put up 10, 20, and 30,000 cow facilities each year filling new barns with milking animals raised on their own calf ranches coming in under the reporting-radar of USDA NASS? Or is the pace of dairies exiting the business on one end mirroring the growth on the other end?

One inescapable conclusion is that the milk cow herd remains relatively stable, while the dairy replacement heifer numbers have shrunk by 16% vs. five years ago and by 20% vs. 10 years ago, and the record-high prices paid for dairy replacements is proof of tight supplies.

This is part three in a four-part series. Part one was published Jan. 3, 2025; Part two on Jan. 17, 2025.

CME graph using USDA NASS Inventory data

U.S. cattle herd down… again

U.S. total cattle numbers on Jan. 1, 2025 are down 1% year-over-year (YOY), according to the All Cattle and Calf Inventory Report released by USDA on Fri., Jan. 31st.

At 86.66 million, the report counted 500,000 fewer head than last year’s total, which was already the smallest in 74 years (Jan. 1, 1951).

The total number of all cows and heifers that calved is down 0.4% YOY at 37.21 million head. That is 147,000 fewer beef and dairy cows on farms as compared with the revised-lower totals a year ago, which were already the smallest in 84 years (Jan. 1, 1941).

The total number of all heifers over 500 pounds on Jan. 1, 2025 (including heifers destined to become beef) was down 1% YOY at 18.18 million head. That’s 140,000 fewer head counted than on Jan. 1, 2024, which was already the smallest total heifer number in 34 years (Jan. 1, 1991).

In the Jan. 1, 2025 report, USDA NASS revised-lower its Jan. 1, 2024 and July 1, 2023 estimates of total animals that had calved, as well as the calf crop in those 12 to 18 month prior Inventory Reports. Statisticians went back and compared the prior estimates to the official slaughter data, the import and export data, and the relationship of this new survey information to the prior surveys.

This means the Jan. 1, 2025 numbers are now estimated at levels below the revised-lower prior reports that had already set records! (A mid-year 2024 inventory would have been helpful, but was canceled by former Ag Secretary Tom Vilsack, claiming insufficient USDA funds).

Chart compiled by S. Bunting with USDA NASS Inventory data

Milk cows flat, heifers shrink

The number of milk cows on Jan. 1, 2025 was essentially unchanged vs. year earlier, up only 2,500 to just shy of 9.35 million head.

However, the dairy replacement heifer total is down 1% YOY at 3.91 million head. At this rate, the number of heifers heading to careers as milk cows is 16% below the 5-year comparison on Jan. 1, 2020.

At 3.91 million head, there are 37,000 fewer dairy replacement heifers than a year ago, which was already the smallest number of dairy replacement heifers in 47 years (Jan. 1, 1978). 

As the graph above illustrates, milk cow numbers have held relatively stable over the past five years, while the number of dairy replacement heifers has significantly declined. Are cows experiencing longer productive life? Or are the multi-site investor dairies filling their own expansion sites via their own calf ranches, and escaping the USDA reporting radar?

According to the most recent data (2020), average dairy cow productive life in the U.S. is just shy of three lactations, roughly five years of age. With the number of dairy replacement heifers declining 16% over the past five years, will these two trends collide in the next 12 to 24 months to reduce the U.S. milking herd while escalating the already record high dairy replacement cattle prices? And, what role might HPAI H5N1 play as longer term impacts emerge?

USDA NASS reports that the average auction value of ‘average’ milking cows has increased by nearly $800 per head to $2650 for 2024 vs. $1890 for 2023; $1100 per head higher vs. the $1720 average for 2022; and double (+$1300) the average value reported at $1350 and $1300 per head four and five years ago for 2021 and 2020, respectively.

The average cost to raise dairy replacements has been estimated at $1700 to $2400 per head, which means the value of ‘average’ replacement heifers at $1720 to $2660 from 2022 to 2024 is finally starting to mirror the cost to raise them — on average.

Many dairy producers continue producing only the heifers they need, which is reducing the availability of heifers in the marketplace for those wanting to expand.

Producers continue to respond to the lure of the 3-day-old dairy-on-beef crossbred calves offering substantial margins of $800 to $1000 per head — with no investment, no rearing, no revenue-wait, and no risk.

Basically, a dairy cow can produce $800 to $1000 in revenue for the dairy as soon as she drops a live crossbred calf, no matter what the milk price or margins are doing, and with her whole lactation in front of her.

The Jan. 1 Inventory Report shows the U.S. beef herd continues to shrink, suggesting beef-on-dairy crossbreds will continue to offer bigger per-head margins than growing extra dairy heifers to sell as herd replacements — unless they are premium dairy heifers.

Expanding dairies are having to really plan ahead to raise the animals they need for growth or scramble to get them. Additional upward price momentum may be seen on dairy replacements in the next 12 to 24 months as the more abundant heifers available five years ago ‘age-out’ of the system, statistically speaking, at five years old, which is the industry average age of a milking cow in the U.S.

With the Jan. 1, 2025 U.S. milking herd holding steady at a level that is 1.1% smaller than it was in 2021, the expanding dairies are buying up the herds of the exiting dairies at high prices that make dairy farmers think about selling the cows and hanging on to the heifers, for now, if they do not have a next generation to continue the dairy.

Turnover of existing Holstein herds to include other breeds is also occurring, along with genetic improvement within the Holstein breed, as producers work to raise heifers that calve into the milking herd at younger ages, produce more component yield per hundredweight of milk, have improved productive life traits and fewer days open for a tighter average calving interval.

With a 2024 national dairy herd of 9.35 million milk cows and a 2024 national dairy cow slaughter of 2.726 million, the national culling rate last year was 29%. At that rate, even if the average age at first calving is 22-months, the U.S. dairy industry would need 28 dairy heifers to calve successfully in the next 12 months for every 100 milk cows — just to maintain the current size of the U.S. dairy herd.

According to the Jan. 1 Inventory Report, there are 2.5 million dairy heifers expected to calve in 2025 (down 0.4% or -9000 head). This calculates to 27 (actually 26.75) dairy replacement heifers expected to calve in 2025 for every 100 cows in the U.S. dairy herd as of Jan. 1st.

In 2016, when dairy replacement heifer numbers reached their peak at 4.81 million head, 3.11 million head were expected to calve that year, and the total U.S. dairy cow inventory was 9.31 million head, meaning there were 31 heifers expected to calve for every 100 cows in 2016. This has steadily eroded in part because dairy producers have stopped spending the money to grow extra heifers that were worth less than the cost to grow them until this year. They also worked to reduce age at first-calving, days open across the herd, higher component levels in the milk, reduced death loss, longevity, and began gradually re-introducing beef crossbreeding, which has become a pretty big deal over the past five years.

Some parts of the country are down significantly in heifer replacements as of Jan. 1, 2025, while others are up. For example, Pennsylvania has 15% more dairy replacement heifers on farms vs. year ago.

These estimates indicate milk production will be flat to lower for the next 12 to 24 months.

What this does not account for is the increasing milk component levels generating more dairy products per 100 pounds of milk and the increasing volume of dairy imports, particularly cheese, butter, and whole milk powder. But those increases can only do so much in the face of $5 to $10 billion in new processing assets coming online in the next 6 to 18 months.

CME graph using USDA NASS Inventory data shows continued overall contraction of total cattle inventory as new cycles mostly fail to breach prior cycle ceilings, floors, and midpoints.

Beef herd shrinks more

The Jan. 1 Inventory shows the U.S. beef herd continues to shrink. At the national level, there are no signs of rebuilding, as the total number of heifers heading to careers as beef mama cows is down 1% YOY. However, in some parts of the country, such as Virginia, more heifers were retained as beef cow replacements and fewer were earmarked for feedlots.

At 4.67 million head, there are 46,000 fewer beef replacement heifers in the U.S. vs. year ago, setting another record low as the smallest number since 1948.

Even more striking is the beef replacement heifers that are expected to calve in 2025 are down a whopping 2% YOY (-50,000) nationally.

Meanwhile, the beef-on-dairy feedlot placements, while a growing segment of the beef industry, are not enough to reverse the downward beef production trend as evidenced by declines in the number of animals over 500 pounds on Jan. 1st heading to feedlots: Steers and bulls are both down 1% (-157,000 and -21,000 head YOY, respectively). Heifers over 500 pounds heading to feedlots are down 0.6%, and the number of cattle on feed as of Jan. 1, 2025 is down 1% YOY at 14.3 million head (-130,000 head).

The Inventory Report came on the heels of the January Cattle on Feed Report, which showed 3% fewer feedlot placements as of Jan. 1, perhaps because of the Mexican border closure to the live cattle imports, due to concerns about transmission of the screw-worm parasite.

Even the total number of all calves (heifers, bulls and steers) weighing under 500 pounds dropped 1% lower YOY at 13.46 million head (-30,000).

These estimates suggest domestic beef production will decline for at least the next 12 to 24 months, maybe longer.

What this does not account for are the number of live cattle crossing the border into U.S. feedlots from Mexico and Canada and the increasing amounts of beef the U.S. imports from other countries, including from Canada, Mexico and South America.

Map compiled by S. Bunting with USDA NASS Inventory data

Significant geographic dairy shifts

Breaking the dairy inventory numbers apart, we see big geographic shifts.

The West added 78,000 more milk cows in 2024 vs. 2023, except for California’s numbers being unchanged. On the other hand, the East and Upper Midwest had equal or fewer milk cows, down collectively more than 75,000 head YOY, except Michigan was up just 1000 head.

The biggest 2024 gains were tallied in Texas, up 35,000 head, and Idaho, up 17,000 head. Colorado grew by 8,000 head; Iowa, Kansas and South Dakota by 5,000 each; and Oklahoma by 2,000.

The biggest milk cow declines were in Minnesota and New Mexico, down by 10,000 head each; Oregon down by 9,000; Arizona by 8,000. Wisconsin, Ohio, and Nebraska by 5,000 each; Missouri by 4,000; Florida and Georgia by 3,000 each; Illinois, Kentucky, and Washington by 2,000 each; and Tennessee by 1,000. Smaller unranked states collectively accounted for the remainder of milk cow losses.

Interestingly, USDA pulled three Top-24 Milk Production States into the ‘Other States’ category, choosing not to report their cow and heifer numbers for proprietary reasons. They are Indiana (#16), Vermont (#18) and Utah (#20). Thus the ‘Other States’ category saw an increase of 195,000 cows simply because these three Top-24 states were included anonymously in the total.

The geographic breakdown is interesting when it comes to dairy replacement heifers as the growth is noted in the areas where the cow numbers have declined and vice versa. These shifts could reflect changes in the way heifers have tended to move across state lines for rearing, especially in light of the dairy-adapted B3.13 strain of HPAI H5N1.

Pennsylvania is the biggest outlier as the cow numbers are unchanged YOY, but farmers reported 30,000 more dairy heifers in the Commonwealth on Jan. 1, 2025 vs. year ago.

Elsewhere in the East, Virginia dairy heifer replacements are up 2,000 head; Tennessee up 1,000 head; New York and Kentucky unchanged; Georgia and Florida down 5,000 head each. Again, the ranked states of Indiana, Vermont and Utah had their replacement heifer numbers lumped into the ‘Other States’ category, which consequently showed a gain of 7,000 heifers vs. year earlier when those states were not included in that category.

Beef replacement heifers and feedlot heifers are down a combined 10,000 head in Pennsylvania, while Virginia showed signs of beef herd rebuilding, reporting 4,000 more beef replacement heifers and 4,000 fewer heifers heading to feedyards.

Looking at the Mideast, Michigan had 5,000 more dairy heifer replacements, while Indiana’s numbers were unreported. Ohio is down in dairy heifers by 5,000 head. Beef replacement heifers in that region are up by 7,000 head and feedlot heifers are up by 3,000 head.

The Upper Midwest grew their dairy replacement heifer numbers, while the West significantly decreased them. Wisconsin is up by 10,000 head YOY; while Minnesota and South Dakota grew by 5,000 head each.

In the West, the following states with significant growth in milk cow numbers had significant losses in dairy replacement heifer numbers: Kansas down a whopping 35,000 head in dairy replacement heifers; Idaho down by 30,000 head; Texas, Pacific Northwest and Iowa down 10,000 each. Dairies in Kansas, Idaho, Texas, and Iowa contended with avian influenza in 2024.

Meanwhile, in California, New Mexico, and Colorado (all three having dealt with H5N1) the number of dairy replacement heifers was reported as unchanged YOY, but Arizona, which has not had H5N1, grew its dairy heifer numbers by 10,000 head.

USDA Economic Research Service graph

Trade is uncertain (Imports up, Exports leveling off)

Dairy and beef imports are growing, and the industry is responding to ‘tariff talk’ with statements showing fear of trade wars harming farmers or possibly gaining concessions in the context of Agriculture’s current annual trade deficit of $45.5 billion. 

On Friday, Jan. 31, the spot cheese and Class III milk futures markets plunged lower in response to U.S. tariff announcements of 25% on goods from Canada and Mexico and 10% on goods from China.

This fear was short-lived, however, because the planned tariffs on goods from Canada and Mexico were promptly paused three days later on Monday, Feb. 3, when leaders agreed to support and combine efforts on U.S. border security, while putting teams together with the pledge to work through U.S. trade issues over the next 30 days.

The announced 10% tariffs on China went into effect Feb. 4, but discussions between the U.S. and China are said to be resuming for phase one of the trade deal struck in the prior Trump Administration just before the Covid pandemic hit globally.

Meanwhile, the total volume (not value) of dairy exports has leveled off on a total solids basis in the past two to three years as the U.S. exports more cheese and less skim milk powder and much less whey – the latter because we domestically produced less commodity SMP and far less commodity dry whey in 2024. Inventories are down for both, meaning domestic demand is using what is produced. 

On the flip-side, the U.S. imported more cheese, butterfat, and whole milk powder during the first 11 months of 2024 YOY.

We will take a closer look at the trends in U.S. dairy farm numbers, production, and trade after final 2024 trade and production data are released in late February, and with more information, perhaps, on how U.S. agricultural trade policy may be shaping up for 2025.

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No ‘snow days’ on the farm

cows6781By Sherry Bunting, columnist, Register-Star, Feb. 21, 2015

There are no ‘snow days’ on the farm. “When it is this cold, the simple every day protocols become enduring days of work,” notes Cody Williams of Wil-Roc Dairy, Kinderhook, where 1500 Holstein dairy cows are milked and cared for.

“We change our teat dip when it’s this cold, for extra moisturizing to the skin,” Cody explains. “We also adjust the cow diets to keep our cows in a positive energy balance as they burn more energy to maintain themselves during weather extremes.”

Operating a dairy or livestock farm in the extreme cold is not for the faint of heart. Veteran beef producer Phil Trowbridge of Ghent observes: “We know how to take care of ourselves. We dress in layers and give each other breaks.”

Frozen pipes, pumps, waterers, and manure — as well as difficulty in starting equipment — are commonly reported concerns. When the snow piles up and the temperatures plummet, concerns turn to keeping rooftops clear of a too-heavy burden and being vigilant about the increased risk of fires.

In closed group discussions throughout social media, farmers exchange ideas and seek support from each other.

When the Polar Vortex gripped the northern half of the country in 2014, farmers were up to the challenge.

Last week the mercury hit -14 at Trowbridge Angus Farm, where it is calving season January through March. The family, and their over 300 beef breeding cows, were navigating two to three feet of snow cover.

Twenty miles away near Schodack Landing, temps of -11 went virtually unnoticed by the over 700 Jersey dairy cows at Dutch Hollow Farm. They are tucked away in their barns with retractable sidewall curtains that stay open more often than not for natural light and ventilation but remain closed when the wind chills get this low.

Cattle are cold weather animals, but they do not like wind or drafts. The difference between beef and dairy breeds is the way their centuries-old partnership with man has adapted through specialized breeding and care.

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Beef breed cattle are kept outside pretty much year-round, coming into the barn only at calving time. Dairy cattle, on the other hand, are typically housed in barns year-round. While beef breed cattle spend more time foraging for their food and seeking the natural and provided windbreaks to lay down, dairy cattle in freestall barns will amble short distances inside from feedbunks and waterers to the deep-bedded stalls that are groomed for them two or three times a day while they are milking.

Dairy cows are accustomed to constant human handling from the time they are calves. 10986660_10206244497857081_5937924373439440151_oThey have a different temperament about the whole calving deal.They aren’t worried about predators and trust the humans they work beside day in and day out to care for them and their offspring.

Beef breeding cows, on the other hand, are more self-sufficient and protective of their young. They raise their offspring for the more hands-off life as a non-milking breeding animal or to spend 80% of their life foraging on pasture with the last 20% of their life in the beef fattening phase.

One thing in common: Both beef and dairy producers focus on the newborns immediately at birth to make sure each calf gets a warm start and enough colostrum for the passive transfer of immunity from its dam.

“When we get real cold weather like we have seen this winter, we spend more time in the calving barn at night. We pretty much sleep here with them when it’s this cold,” says beef producer Phil Trowbridge, who has had 50 calves born since January 1. “The main thing is to get those calves dried off and warmed up as soon as they are born, and to make sure they get enough colostrum. In two or three days, they’re old enough and strong enough to go outside.”

Not only are they prepared for cold weather, they frolic in it. “I took a video with my cell phone of the calves the other day when it was minus-11. We were putting out bedding for the cows, and saw those calves were feeling so good, they were just running through the snow,” Phil relates. “I like seeing that.”

calves

Stockpiled pasture grasses make a nice winter forage as cattle can push off a few inches or a foot of snow to graze it, and they do well getting around in the snow outdoors. But with over two feet of snow cover this winter, the Trowbridge family cuts trails to help the cattle conserve energy. They also put down extra bedding, more often, in the areas with windbreaks and feed more outdoor hay and supplement.

Meanwhile, on a dairy farm, the cows calve year-round. Calving pens are watched through video monitoring or by walk-throughs. The immediate newborn calf care continues through the first few weeks of life in the calf nursery or individual hutches. Newborns often get time in a heat box or wear calf jackets and sometimes earmuffs when it’s this cold, and they are fed more often for increased energy to maintain their temperature and to grow.

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Tricia Adams pictures one of the heated boxes for newborn calves at Hoffman Farms

“Taking care of the animals is pretty much routine. The feeding is very consistent day to day, and the freestalls are bedded twice a week,” says Paul Chittenden of Dutch Hollow
Farm.

“Clean and dry and plenty to eat are what we focus on — regardless of the weather,” he adds. “Cows always have dry sawdust with extra sawdust stored in the front of the stalls. This allows for plenty of dry bedding to stir around each time we groom the stalls when the cows go to the parlor for milking.”

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Water is critical for drinking and cleaning, so lines are buried underground and drinking tubs are equipped with heaters.

“Cold weather management is really not too complicated,” explains bovine veterinarian and dairy farmer Dr. Tom Troxel. “Cows need to have plenty of feed and water, be out of the wind, and have a dry place to lay down. If they have these things, they can survive an awful lot.”

“No matter the weather, we have our jobs to do here,” notes Cody of Wil-Roc Dairy. “That is itself the reward. Getting our everyday tasks done and looking to see how the stressers of weather and other events can affect our system… That is how we keep improving how we do things all year long.”

Sherry Bunting is a member of North American Agriculture Journalists and has been covering beef and dairy production for 40 years. Before that, she milked cows and graded beef cattle for market reports. She can be reached at agrite2011@gmail.com

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Dairy and beef cattle are adapted differently, but they all depend on their people for great care during the weather extremes we have seen here this winter. Farming is not for the faint of heart. Everyday tasks take longer to complete but it sure is rewarding to see cows thrive and calves frolic after a good start – regardless of the weather! Photos by Sherry Bunting, Tricia Adams and Evelyn Troutman.

Chillin’ with the Meck Bros… How two brothers are building their dairy business in volatile times.

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By Sherry Bunting, reprinted from Farmshine August 22, 2012

Zach and Jeremy lost their father last year just a couple months before this story was published. He would have been proud to read it, and they credit their father with giving them the tools to become first-generation dairymen with their own farm today. Their dad bought them a few project animals for 4-H and FFA and taught them to work hard on the family’s crop and poultry farm where the boys were raised. Here is their story of building a dairy business in volatile times.

WOMELSDORF, Pa. — It was just shy of 100 degrees outside in the shade, but the cows in the barn didn’t mind. Standing in the 170-cow freestall barn at Meck Bros. Dairy near here, was actually comfortable on a visit during the August heat wave.

Despite the extreme temperatures that summer, the Meck brothers say their cows have done better than in previous summers. (Read more about their unique cooling system at the end of this story.)

The Meck Brothers have been farming in Berks County, Pa. since 2008 when they purchased a preserved farm and spent the past four years renovating it. They were attracted to this farm when it came up for sale in 2007 because much of the farmland around it is also preserved.

But their story really begins in Reinholds, Lancaster County, where they grew up on a crop and poultry farm operated by their parents Ronald and Joyce Meck until their father passed away this past spring. Today, they are cropping 340 acres at their own Berks County farm and the 400 acres in Lancaster County that belong to their family.

Why dairy? Zach and Jeremy started their dairy business on their own in a rather unconventional way, but they are quick to point out the impact of their father’s example, and the start he gave them when he bought their first 4-H starter animals.

“We were drawn to cattle in 4-H because of being able to grow the crops to feed the cows and being able to grow our own youngstock,” Jeremy explains.

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In their late father’s poultry business, the pullets were raised off the farm and brought to the farm as layers. “We had a lot of land base for the poultry, so we started grazing our cattle there and growing feed to manage the manure nutrients from the poultry,” Zach notes.

They had been building their own dairy herd on rented farms for several years. They started out milking a small herd of 12 cows for the purpose of feeding veal calves they would buy from area dairy farms and auctions.

“During those years, we learned an awful lot about calf care and homeopathic remedies,” the brothers say with a smile as they mention the stinging nettles herbal tea they found helps young calves with scours.

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Today, they raise all their own youngstock on area pastures, and are preparing to relocate them to one rented facility nearby. “That will cut down a lot on our run around time,” the brothers relate.

In 2007, they learned of this Berks County preserved farm going up for sale. They bought it and tore down the existing dairy barn, working with Franklin Builders to replace it with a small freestall barn. Zach and Jeremy built the parlor themselves by putting together two used milking systems and buying new stalls from the former Brandt’s Supply. And they did the stonework on the outside with the help of Kurtzcrete.

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The manure pit and sand settling lane were also installed in stages with the help of a friend (Mark Landis), who works in excavating. They engineered a two-stage flush system for the sand-bedded freestall barn, and put in a sand settling lane that has a third “speed bump” for catching sand before the slurry goes into the pit. A second pit is available for future expansion.

The barn flushes from the center to the end while the cows are in the holding area for milking. Sand is pulled from the sand settling lane and reclaimed for reuse as bedding. The brothers estimate they recycle most all of their sand, and buy two loads of fresh sand a year in the winter.

The Meck Bros. Dairy herd has grown slowly. Before buying the Berks County farm, Zach and Jeremy grew the herd from 12 to 40 to 60 to 120 cows on a rented farm. They were intent on keeping their business as manageable as possible.

“We ran the numbers and realized we would have had to go to 600 cows to afford building everything all new,” Zach affirms. “So we would have needed more land base than what is on this farm. So, we built for 170 cows in this phase.”

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They moved into the renovated facilities in 2008 with 120 milking cows, mainly Holsteins, including a few Red and Whites and Brown Swiss. (And the spring 2013 addition of those cute li’l Jerseys.) With high cattle prices that first year in business, they populated the barn by purchasing an economically priced crossbred grazing herd out of West Virginia to get their numbers up to 170.

“Those cows aren’t fancy but they do okay, and we are improving the herd as we breed them and bring in replacements,” Jeremy notes.

Moving the herd to the Berks County farm in 2008 was a welcome relief after the brothers had spent months milking and switching cows at the rented farm in Ephrata at the same time they were working on the new farm and facilities in Womelsdorf.

“We would work down there and then come up here and work some more,” Jeremy reflects. “We worked ahead to get crops in here to have feed here before we moved the cattle.”

Four years later, the brothers have come through some of the worst years in the dairy business. Looking at 2012-13, they have a corn silage crop that looks decent, and they had a terrific harvest of triticale forage this spring, along with hay and haylage. But the coming year will be difficult for them as for all dairy farmers with a moderate milk price trying to cover soaring input costs.

Zach does the nutrition work here, having previously worked for a nutritionist. They feed a high forage ration with 55 pounds of corn silage and 15 to 20 of haylage and five pound of triticale silage. The ration includes less than 12 pounds of total grain per day.  They grow the forages and some of the corn, and buy soybean meal and corn distillers, wheat midds and minerals.

“It’s basically a 65% forage diet,” he says. “We double crop a triticale/Italian rye mix that we harvest before planting the corn. We got six to eight tons per acre with excellent protein this spring, and will do that again this fall for next spring.”

For corn silage, they plant Pioneer hybrids, but keep an open mind and check out the trials. “We planted 30 to 40 acres in BMR to fill one bunk as a summer feed for high digestibility,” Zach explains. “The rest is planted to a mixture to keep our seed costs down.”

Today, the brothers farm over 700 acres and milk 170 cows. The herd produces 75 to 80 pounds of milk per cow per day, with somatic cell counts around 200,000. They share responsibilities on the farm, with Jeremy taking care of the breeding, herd health and the finances, while Zach leans more toward the facilities and crops.

They sit down once a month and go over everything together and talk daily as they go about the chores on the farm.

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“We started small and just worked and worked,” Jeremy relates. “We could not have done it without the foundation laid by our Dad. He bought us our first animals and lent us the barn to do it, and then he stepped away and let us do it.”

“It has been an adventure,” says Zach, who recently married Suzanne (Perdue). She brought her dairy roots in Maryland to Berks County, Pa.

Jeremy, still single, continues to renovate the old farm house near the milking parlor while living in the house across the road on the other part of the farm. He acknowledges that dairy is a family lifestyle and that being single and tied to the farm has its drawbacks.

“That’s why we both do everything here,” Zach adds. “We both know each other’s jobs so either one of us can take time off. You need to do that.”

With 15 years under their belts dairying since they were teenagers, the adventure for these brothers continues as there is always more work to be done and plans to be made.

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As members of the Land O’Lakes cooperative, Zach has been active as a delegate for a few years. He also served previously as a member of the Dairy Policy Action Coalition (DPAC) board and the Berks/Lebanon County Dairy Farmers Voice.

“It’s time to get the younger generation involved in the leadership of their cooperative,” Zach affirms. “Our futures are at stake in the outcome of the decisions that are made.

“There are no ifs, ands, or buts about it, when you get half or three-quarters of a milk check — whether you are buying feed or considering the value of the crops going in the cows — dairying has to be sustainable. Where am I at the end of the day in terms of gross profit, that’s the relevant question,” he adds.

If producers here have to reduce production under the proposed dairy market stabilization program, Zach believes it would be a hardship for young and beginning farmers like he and Jeremy. “If we make 80 pounds and are paid for 70, but have higher taxes and a higher basis on our corn and soybeans and a smaller land base, how do we make that work?”

He points to the opportunity in the region fueled by the growth of the yogurt industry and other outlets for milk and consumers along the eastern seaboard.

“Why aren’t we focusing on the mechanics of the market?” he asks. “That should be our focus. We should be looking out for our fellow dairy farmers around us… Large or small, we’re all important. We have to focus on creating opportunities and getting the mechanics of the market right.”

Their Unique Cooling System  – www.cowkuhlerz.com

“We love this system,” brothers Zachary and Jeremy Meck agreed as they pointed out the elements of German cooling technology they have trialed in their freestall barn this summer. “It is simple, cost-effective, low-maintenance, and it does a great job of cooling with minimal water use.”

Instead of evaporative cooling by soaking the cow, these intermittent misters are placed in front of the circulation fans to cool the air.

Jeremy points out the conduit are kept high up in the trusses, and the nozzles drop down in front of the fans. This keeps the system out of reach of the cows and equipment so it doesn’t get bumped or broken. It’s also easy to put together and maintain, he says. “It’s a push together system.”

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“Dan McFarland wanted us to try this for Hershey Ag before they start using them in dairy, hog, and poultry barns,” Zach explains. “We like the fact that it produces a light cooling mist to cool the air without getting the cows, feed, bedding, and concrete wet.”

“We put one in the milking parlor, too, for the employees, and they love it,” Zach adds. “It’s just like air conditioning.”

Despite the extreme temperatures this summer, the Meck brothers say their cows have done better than in previous summers. “We have seen heats in our cattle that we would not have seen before, and production did not drop off nearly as hard,” Zach explains. “The cows are up eating. Normally we would have high refusal rates in the summer, but no refusals this year. Dry matter intake has been steady.”

Trialing the Aroto-Asi cooler is just one example of how these two brothers continually look for simple and cost-effective solutions to manage their dairy farm.

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Zach (left) and Jeremy Meck love the new cooling system they’ve been trialing this summer in the 170-cow freestall barn at their Berks County, Pa. dairy farm. They’ve been dairying 15 years since they were teenagers and started out with 12 cows on their parents’ crop and poultry farm in Lancaster County.

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This is a long view of the conduit up in the rafters that brings water to the Arato-Asi cooler nozzles parked in front of each fan. This intermittent mist in front of the fans cools the air without getting the cows, feed, bedding, or concrete wet.

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The thermostatically controlled mist is barely visible (60 seconds on and 60 seconds off), but its cooling effect to the air in the barn and milking parlor is clearly felt by humans and animals, alike. The system uses very little water.

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Zach (left) and Jeremy Meck own and operate Meck Bros. Dairy, milking 170 cows and farming 700 total acres in two counties with the help of three part-time employees at the dairy in Berks County where they bought and renovated a farm in 2008.

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Jeremy (left) and Zach Meck recently completed the stonework, themselves, with the help of Kurtzcrete, on the milking parlor to match the existing bank barn and farmhouse.

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