Archive for Round Oak Rag Apple Elevation

99.84% of Holstein AI Bulls Trace to Just Two Fathers

Two bulls born in the 1960s—Chief and Elevation—sit behind 99.84% of today’s AI sires. The gift: more milk, better udders. The bill: a 9.99% inbreeding tab now in your heifer pen.

Picture every Holstein in North America walking into one barn for Father’s Day dinner.

Millions of black-and-white cows, shoulder to shoulder, in a building the size of a county. They’ve come to toast their fathers, the way families do this time of year. And here’s the part that ought to stop you cold while you’re scraping the parlor this Sunday: almost every animal in that impossible room would be raising a glass to the same two dads.

Not two dozen. Not two hundred. Two.

Their names were Pawnee Farm Arlinda Chief and Round Oak Rag Apple Elevation. One arrived on an Indiana spring morning in 1962. The other showed up in 1965, on a modest Virginia farm nobody had heard of. Neither ever knew the other. And yet a Y-chromosome study that combed through 62,897 bulls born between 1950 and 2013 found that virtually every active North American Holstein AI bull traces its paternal line back to just these two grandfathers. The Bullvine’s own analysis of that work puts the figure at 99.84% of active AI bulls — split almost eerily down the middle, roughly half Chief and half Elevation. 

Read that number again. Ninety-nine point eight four percent. It’s as if the entire breed flipped a coin sixty years ago and has been living with the result ever since.

So, before you pour your coffee and head out to check the fresh pen, let me properly introduce you to the two dads at the head of your herd’s table. Once you know their story, you’ll never look at your milking string the same way again.

The $4,300 gamble that started a dynasty

Pawnee Farm Arlinda Chief (1962–1982). The bull behind half the breed. From a dam who sold for $4,300, Chief sired 16,000 daughters and more than two million great-granddaughters—and carried a hidden HH1 recessive that the breed wouldn’t decode for fifty years. Read more: The $4,300 Gamble That Reshaped Global Dairy Industry: The Pawnee Farm Arlinda Chief Story

Start with the elder. In a family reunion, you always start with the elder.

Here’s the thing about Chief, though — the gamble that made him happened before he ever drew breath. At the Pawnee Farm dispersal, his dam, Pawnee Farm Glenvue Beauty (EX-90), crossed the auction block and sold for $4,300. Now, picture what that meant in 1962. You could buy a new car twice over. You could put serious money down on land. Somebody stood at that ring, looked at a cow, and decided she was worth more than a house lot. 

They turned out to be right in a way nobody could have predicted.

Because Beauty’s son became a kind of one-animal continent. By the time the dust settled, Chief had produced 16,000 daughters, 500,000 granddaughters, and more than two million great-granddaughters. Stack that against the cow your grandfather was proud to own, and you start to feel the gravity of the thing. This wasn’t a good bull. This was a whole population’s worth of fatherhood compressed into one animal. 

And his daughters could milk. The proof has a name — Beecher Arlinda Ellen. In 1975, on Harold Beecher’s farm near Rochester, Indiana, Ellen completed a lactation of 55,661 pounds, the first cow in the entire Holstein breed to crack 55,000 in a single year — a world record that would stand for nearly two decades.

Here’s the part worth sitting with. Reporters came calling, the way they do when a farm makes history, and asked what magic ration he’d been feeding her. By Harold Beecher’s own account, he hadn’t done anything special at all. Think about that for a second. A humble Indiana dairyman, a world record standing in his tie-stall, and his honest answer was a shrug. He knew what every good cowman knows — you don’t feed your way to a number like that. You breed your way there. Ellen wasn’t a fluke. She was Chief’s signature, written in the milk tank.

And here’s what made Chief’s story the hard one. This was the era before genomics — no DNA test to whisper which young bull was worth sampling. You bred him, you waited, and you milked his daughters for years before the herd finally told you whether you were holding a fortune or a flop. Chief’s people waited. And the daughters kept coming back with the same verdict, herd after herd, in barns that had never heard of Pawnee Farm: more milk, again, and again. A father proves himself slowly. Chief proved himself the only way the times allowed — and the breed was never the same after the proof came in.

When sons become legends in their own right

Great fathers don’t just have great children. They have children who become great fathers themselves — and that’s where Chief’s story gets bigger than one bull.

S-W-D Valiant (EX-95 GM). One of Chief’s great sons. Born June 28, 1973, out of a VG-85 Admiral dam, Valiant took his father’s milk and added show-ring type—the kind of son who becomes a legend in his own right and keeps the family table growing. Read more: The S-W-D Valiant Story: How Genetics Promised Everything and Changed How We Think About Breeding

His most influential sons read like a roll call: Walkway Chief Mark, S-W-D Valiant, Glendell Arlinda Chief, and Milu Betty Ivanhoe Chief. Take Walkway Chief Mark. He was only ever sampled because his full brother died, and somebody needed a backup. The spare. That backup bull accounted for roughly 7% of every Holstein genome on this continent. (The Bullvine has told that whole strange, wonderful story in full in Walkway Chief Mark’s profile — it’s one of the great accidents in breeding history.) 

Seven percent. From the understudy.

Walkway Chief Mark (VG-87 GM). The spare that ran the breed. Only sampled because his full brother died and Foster Walk’s Illinois herd needed a backup, Mark went on to account for roughly 7% of every Holstein genome in North America. Select Sires later named him an Impact Sire of the Breed. The understudy nobody saw coming. Photo: Remsberg. Read more: Walkway Chief Mark: The Backup Bull Behind Seven Percent of Every Holstein Cow

A powerful father’s influence doesn’t stop with his own kids. It compounds. It ripples down through sons, and their sons, until you can’t open a modern catalog without bumping into the old man’s name a dozen times over. Chief didn’t just have a big family. He had a big family that kept having big families, branch after branch — one line eventually threading down to To-Mar Blackstar, himself one of the most heavily used bulls in breed history. Generation after generation, the table just kept getting longer, and the gambler who paid $4,300 for a cow back in 1962 kept looking smarter. 

To-Mar Blackstar. The branch that kept growing. Down one of Chief’s many lines, Blackstar became one of the most heavily used bulls in breed history—proof of how a great father’s influence doesn’t stop with his sons, but compounds, generation after generation, until you can’t open a catalog without bumping into the old man’s name. Photo: Remsberg. Read more: To-Mar Blackstar: The One-Embryo Holstein Sire Behind 15.8% of Today’s DNA – and the Genetic Debt in Your Herd

The B-team mating that produced the Bull of the Century

Round Oak Rag Apple Elevation (1965–1979). The Bull of the Century. He came from a fertility-troubled sire and a “B-team” dam nobody expected anything from—then sired over 10,000 AI sons across 45 countries and an estimated nine million descendants worldwide. The cousin’s hunch that built the barns at Select Sires. Photo: Remsberg. Read more: Round Oak Rag Apple Elevation: The Bull That Changed Everything

Now, meet the other grandfather. And get ready to be surprised, because Elevation’s beginning was the opposite of a sure thing.

Down on Round Oak Farm in the Virginia piedmont, Ronald A. Hope and his family were running a working dairy, not a genetics empire — the kind of modest operation you’d have driven past a hundred times without a second look. The mating that produced Elevation wasn’t some master plan off a proof sheet. It came from Ron Hope’s cousin, George Miller, who suggested the cross. Just a hunch, passed down within the family. Try this one. 

And honestly, on paper, you’d have shrugged and moved on. The sire, Tidy Burke Elevation, had fertility trouble. The dam, Round Oak Ivanhoe Eve, had been shuffled onto the farm’s B-team because she matured too slowly. A questionable father. An overlooked mother. A cousin’s offhand suggestion.

What walked out of that barn in 1965 changed the world. 

I don’t say that lightly. He would later be named the “Bull of the Century.” But forget the title for a second and walk into a parlor full of his daughters instead. Look up. There it is — the udder. High, wide, held tight to the body, still bolted on the way you’d want it two and three lactations after the cows around it had broken down and shipped. Watch one of those daughters walk: sound on her feet into her sixth lactation, settling back in calf as if it were nothing, walking up to milk at an age when her contemporaries were long gone. That’s what Elevation transmitted — and the remarkable thing is he transmitted it all at once: production, udder quality, mobility, fertility, and longevity, in one package, when breeders had spent generations trading one good trait away to get another.

Put numbers on it, and your cup goes down on the table. His daughters averaged about 29,500 pounds in their first lactation — roughly 15% above their contemporaries in the 1970s. And while the industry average was near 2.8 lactations per cow, Elevation’s daughters averaged 4.2. 

Do the barn math on that. Your average cow leaves after 2.8 lactations. Your neighbor’s Elevation daughters are still walking into the parlor at 4.2. Same feed bill to raise the heifer, same calving, and he’s getting roughly half again the productive life out of every replacement. That’s not a show-ring statistic. That’s a mortgage payment. For the farmer living it, the whole thing came down to a simple difference: a cow you fought all year, versus one you forgot to worry about.

A father whose children fill 45 countries

If Chief built his dynasty through a few towering sons, Elevation built his through sheer abundance.

Over 10,000 of his sons became registered AI sires. His semen was shipped to 45 countries. And his descendants — brace yourself — run an estimated 8.8 to 9 million worldwide. There are whole nations with fewer people than this one bull has grandchildren. 

Hanoverhill Starbuck (1979–1998). Elevation’s most famous son. A $2,500 calf whose semen would eventually sell for roughly $25 million, Starbuck sired over 200,000 daughters across 45 countries—and by the early 2000s, some 93% of Canadian Holsteins traced back to him. The Canadian Holstein Association called him, simply, “the Best.” Shown here at five. Photo: Jim Rose. Read more: Hanoverhill Starbuck’s DNA Dynasty: The Holstein Legend Bridging 20th-Century Breeding to Genomic Futures

The most famous of those children crossed the border into Canada and became a legend in his own right: Hanoverhill Starbuck, a $2,500 calf whose semen eventually sold for roughly $25 million. (Starbuck’s story deserves its own evening — The Bullvine has told it in full.) Through Starbuck and ten thousand other sons, Elevation became the patriarch at the head of dinner tables from Wisconsin to the Netherlands to Japan. 

Johanna Rag Apple Pabst, Grand Champion, mid-1920s. Where the family tree begins. The “Rag Apple” buried in Chief’s name and the bloodline behind Elevation’s dam both run back to this one Wisconsin bull—undefeated in 1924 and the foundation ancestor whose name still rides in pedigrees a century on. Walk far enough up the tree, and both grandfathers shake hands here. Read more: The Bull Who Changed Everything: The Johanna Rag Apple Pabst Story

And here’s a detail that ties the whole tree together. Eve — the overlooked B-team mother nobody expected anything from — traced back twenty times to a foundation cow named Johanna Rag Apple Pabst. The “Rag Apple” buried in Chief’s name comes from the same deep well. These two grandfathers, born to different farms in different decades, weren’t strangers at all. Walk far enough up the family tree, and they shake hands. The reunion was always a family affair. 

Northcroft Ella Elevation (EX-97 4E GMD DOM). Both grandfathers in one cow. Born February 26, 1974, Ella carried Elevation on top and an EX-91 Chief daughter underneath—the two bloodlines that fathered half the breed, shaking hands in a single pedigree. The reunion, made flesh. Photo: Remsberg.

Two fathers, two temperaments

Set the two old bulls down at the same table, and you’d have spotted the difference fast. They were nothing alike.

Chief was the quiet workhorse — a production sire whose genius announced itself in the milk tank, lactation after lactation, value measured in pounds and years rather than ribbons. Elevation was the showman with substance, one of the first proven bulls of the modern era who could put a daughter in the ring and fill the bulk tank. One made cows that paid. The other made cows that paid and turned heads on the colored shavings.

Elevation did something else, too — he changed the very machinery that moves genetics around the world. His semen, by one account, helped finance Select Sires and solidify it as a cooperative during its fragile early years. As his own breeder’s cousin, George Miller, put it: “It’s been said that Elevation built the barns at Sire Power and Select Sires.” 

And his fingerprints are still all over the modern toolbox. Here’s the mind-bender: by The Bullvine’s analysis, Elevation’s DNA makes up about 8.3% of the CDCB’s genomic reference population — the very dataset that modern genomic predictions are trained on. Think about that the next time a young genomic bull’s numbers flash up on your screen. The math ranking him was partly based on his own great-great-grandfather. 

The roots run deeper than you think

Speaking of walking up the tree, the story doesn’t actually start with these two.

Dr. Chad Dechow’s work shows that all the great 1960s pillars of the breed trace their male lines back to just two bulls born in the early 1880s: one called Neptune H, born in 1880, and one named Hulleman, born in 1881.

Sit with that. The Father’s Day table you’ve been picturing doesn’t have two chairs at the head — it has two chairs in this generation. Keep walking back, and the whole enormous family narrows again and again until, in the 1880s, it comes down to a pair of bulls who lived before the automobile, before the milking machine, before electricity reached most farms.

We like to think we’re steering. Our index, our matings, our careful selection — surely that puts us in the driver’s seat. And it does, a little. But we’re steering a river that’s been running in the same channel for nearly 140 years. Someday, a breeder none of us will ever meet will trace a herd back to a bull you used this week, and they’ll feel exactly the way you feel as you read these names right now. That’s the strange gift of a breed this old. You’re never just raising cattle. You’re handing something down.

The morning the numbers didn’t add up

Now comes the hard part of every honest Father’s Day — the part where you love somebody and still have to tell the truth about them.

It started, in a way, with researchers staring at a spreadsheet that made no sense.

In 2011, USDA scientists were studying haplotypes — long stretches of chromosome inherited as a single block — when they noticed something wrong on chromosome 5. A particular haplotype was common across the breed. Carriers were everywhere. By the plain arithmetic of inheritance, there should have been thousands of living animals carrying two copies of it. They went looking for those animals. There were none. Not a single one. The double-carriers weren’t dying young or growing up sickly — they were never being born at all. 

Five years later, a team led by Heather Adams with USDA’s Paul VanRaden ran the cause to ground: a single “nonsense” mutation in a gene called APAF1, a typo that truncates more than half the protein it’s supposed to build. 

One copy, and a calf is just a carrier — perfectly healthy. But breed a carrier to a carrier, which is heartbreakingly easy when half the breed descends from the same grandfather, and two copies quietly kill the embryo before it’s ever born.

They traced the haplotype straight back to Chief. And before anyone knew it was there, that single inherited flaw is estimated to have caused roughly half a million spontaneous abortions worldwide — and about $420 million in losses over 35 years. The flip side runs staggeringly in the other direction: the same researchers estimate that Chief’s beneficial genetics added about $30 billion in increased milk production. The gift and the bill, written into the same animal. 

Half a million calves conceived and quietly lost. Half a million heat checks that came up empty — a farmer standing in the barn at dusk, wondering what went wrong, never knowing the answer had been written into the breed’s most celebrated father sixty years before he was born.

That’s no reason to resent Chief. A father doesn’t choose the genes he carries. But it’s the unavoidable math of a narrow family tree: when everyone shares the same grandfather, his hidden flaws stop being rare. The good news — once the mutation had a name, breeders could test for it and breed around it, and U.S. carrier frequency fell from roughly 8% to about 2% within a few years. The defect didn’t end Chief’s legacy. It just made us smarter about how we carry it forward. 

The number landing in your heifer pen right now

Here’s where the history stops being history.

According to Lactanet’s August 2025 update, the average pedigree-based inbreeding of Canadian Holstein heifers born in 2024 hit 9.99%. Nearly ten percent. A generation ago, that figure would have set off alarms. Today it’s just Tuesday. 

That’s what two grandfathers at the head of the table eventually costs a family. Every percentage point of inbreeding chips away at fertility, at calf vigor, at the very longevity that made Elevation famous in the first place. The traits these great fathers gave us are exactly the ones a too-narrow pedigree slowly takes back. By the USDA’s measure, Dr. Dechow puts both Chief and Elevation at a genetic relationship of about 14% to the modern Holstein cow. Two bulls, wearing different hides, make up a huge chunk of your herd. (The Bullvine has run the dollars-and-cents of where this is heading in its breakdown of Holstein’s inbreeding bill.) 

Maxima de Bois Seigneur. Sixty years later, still in the room. A daughter of Stantons Chief—and a direct descendant of Pawnee Farm Arlinda Chief—Maxima stands in a Belgian farmyard as living proof that the old grandfather never left the table. Every time you see a modern cow like her, you’re looking at his influence. Photo: Guillaume Moy. Read more: From Laurie Sheik to Robotic Milking: Bois Seigneur Holstein’s Journey of Innovation

What this means for your operation

Here’s the good news in all of this: knowing the family history is exactly what lets you manage it. So you’ve met the grandfathers — what do you actually do with this on Monday morning? A few concrete things.

Run your matings through a genomic inbreeding tool, not just a pedigree check. With 99.84% of AI sires tracing to two bulls, pedigree alone hides how related your “outcross” really is. The genomic future inbreeding value tells the truth.

Check carrier status for HH1 (APAF1) before you breed a deep-Chief cow. Most catalogs list it. Avoiding carrier-to-carrier matings is the cheapest insurance you’ll ever buy against an empty calving pen.

Put a hard ceiling on expected progeny inbreeding. Many breeders aim to keep a mating under roughly 6–7%. With the Canadian average heifer already at 9.99%, every mating you pull below that line is a small win for the next generation.

Actively hunt the rare outcross lines. They exist. They’re harder to find, and they’re worth the search — the breed’s long-term fertility depends on the breeders who refuse to let the family tree narrow any further.

None of this is a knock on Chief or Elevation. You’d have made the same call any of those old breeders made — the production was real, the longevity was real, the money was real. This is simply the next chapter of stewardship: honoring what the grandfathers built while quietly widening the table for everyone who comes after.

The reunion, and what we owe the dads at the table

Come back to that impossible barn one last time.

The millions of cows. The two chairs at the head. The two old bulls who never met and yet fathered nearly all of it — one a $4,300 gamble out of Pawnee Farm, one a cousin’s hunch off a modest Virginia hillside that had no business working and changed everything anyway. Between them, they handed the dairy world more milk, better udders, longer-lasting cows, and a uniformity that built the modern industry. They also handed down a narrower gene pool and a few hidden flaws their children are still reckoning with. Both things are true. That’s what it means to inherit from a great father — the gifts and the burdens come in the same package, and the work of a lifetime is sorting out what to do with each.

So this Sunday, when somebody asks what you do for a living, tell them the truth. You’re raising the great-great-grandchildren of two bulls born in the 1960s — who themselves came down from a pair born in the 1880s — in a family reunion that has never once adjourned, and never will.

Pour a little extra in the cup. The grandfathers earned it.

Key Takeaways

  • That “outcross” bull on your mating list probably isn’t one — 99.84% of active AI sires trace to Chief or Elevation, so run matings through a genomic inbreeding tool, not just the pedigree.
  • Before you breed a deep-Chief cow, check HH1 (APAF1) carrier status on both sides; a carrier-to-carrier mating is the cheapest way to end up with an empty calving pen.
  • The traits these two gave us — milk, udders, longevity — are the same ones a narrow pedigree quietly takes back, so aim to keep expected progeny inbreeding under roughly 6–7%, against a breed-average heifer already at 9.99%. 
  • The breed’s long-term fertility depends on the breeders who hunt and use the rare outcross lines — they’re harder to find, and they’re worth the search. 

Methodology Note

This article uses several distinct measures of genetic influence that should not be conflated. The 99.84% figure is a paternal Y-chromosome lineage measure derived from Yue et al. (2015, Journal of Dairy Science 98(4):2738–2745, examining 62,897 bulls) — it describes male-line descent, not total genome share; the 99.84% / roughly-half-each breakdown is The Bullvine’s analysis of that dataset. The genetic relationship to the modern Holstein cow (~14% for both bulls) comes from Dr. Chad Dechow’s USDA-affiliated analysis, as reported in Hoard’s Dairyman. The Bullvine reports that Elevation accounts for approximately 8.3% of the CDCB genomic reference population. The HH1/APAF1 facts come from the 2011 USDA haplotype discovery (VanRaden et al., J. Dairy Sci. 94:6153–6161) and Adams et al. (2016, J. Dairy Sci. 99(8):6693–6701), which identified the causative APAF1 nonsense mutation. The estimates of roughly half a million abortions, about $420 million in losses over 35 years, and about $30 billion in beneficial milk production are reported by UC Davis (2016). The 9.99% inbreeding figure is a pedigree-based coefficient for Canadian Holstein heifers born in 2024 (Lactanet, August 2025) and may differ from U.S. CDCB genomic measures. National figures may not reflect your region or herd; verify carrier status and inbreeding values against current CDCB/Lactanet data for your own matings.

Questions, corrections, or a number you’d like us to double-check? Reach out to editor@thebullvine.com

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Round Oak Rag Apple Elevation: The Bull That Changed Everything

Born from an unlikely mating, one bull revolutionized global dairy breeding with genetics so powerful they still dominate herds 60 years later.

Round Oak Rag Apple Elevation (1965-1979), the legendary Holstein sire dubbed “Bull of the Century,” photographed in his prime at Select Sires. This unassuming black and white bull from Virginia transformed global dairy genetics with his exceptional ability to transmit production, conformation, and longevity traits simultaneously. Note his balanced frame, strong topline, and characteristic Elevation profile—physical traits that would be passed to over 8.8 million descendants worldwide. While unremarkable by today’s extreme standards, this bull’s genetic blueprint revolutionized Holstein breeding and continues to influence elite dairy cattle six decades later. His balanced genetics remain the gold standard for functional type: not too tall, not too extreme, but built to last. Photo: Remsberg.
Round Oak Rag Apple Elevation (1965-1979), the legendary Holstein sire dubbed “Bull of the Century,” photographed in his prime at Select Sires. This unassuming black and white bull from Virginia transformed global dairy genetics with his exceptional ability to transmit production, conformation, and longevity traits simultaneously. Note his balanced frame, strong topline, and characteristic Elevation profile—physical traits that would be passed to over 8.8 million descendants worldwide. While unremarkable by today’s extreme standards, this bull’s genetic blueprint revolutionized Holstein breeding and continues to influence elite dairy cattle six decades later. His balanced genetics remain the gold standard for functional type: not too tall, not too extreme, but built to last. Photo: Remsberg.

Do you know how some legends never fade? Well, in the dairy world, there’s one name that still makes breeders sit up straighter when mentioned – Round Oak Rag Apple Elevation. I can’t tell you how often I’ve heard old-timers at cattle shows talk about this bull with a reverence usually reserved for religious figures. And honestly, they’re not wrong.

Born in 1965 on a modest Virginia farm, this unassuming black-and-white calf would become the most significant genetic influencer Holstein breeding has ever seen. Can you believe his bloodline now runs through nearly 9 million descendants? That’s right – almost every glass of milk you’ve ever enjoyed likely came from a cow with some connection to this legendary sire.

What made Elevation so special? He delivered both, unlike most bulls that give you either production OR pretty cows. His daughters pumped an incredible 29,500 pounds of milk during their first lactations – beating their peers by 15%! – while sporting those picture-perfect udders that look like they were crafted by a sculptor with an obsession for symmetry. You’ve gotta appreciate a bull that refuses to compromise.

I’ve always found it fascinating that his story began with what you might call a questionable mating. His sire had fertility issues, and his dam was considered too slow-maturing for the fast-paced dairy world. This pairing might never have happened in today’s era of genomic testing and algorithm-driven breeding programs. Kinda makes you wonder what other genetic gold mines we’re potentially missing by being too reliant on numbers.

The Unlikely Star: How Elevation Came to Be

George Miller, a pivotal figure in Holstein breeding history and cousin to Ronald Hope Sr., photographed during his tenure as marketing manager at Select Sires. Growing up on his uncle’s Round Oak Farm in Virginia, Miller was instrumental in planning the legendary mating that produced Round Oak Rag Apple Elevation. After earning degrees in dairy science from Virginia Polytechnic Institute, Miller’s career spanned from managing Virginia Artificial Breeders Association to joining Select Sires in 1973, where former general manager Dick Chichester praised him as “honest” and committed to “doing things right.” Miller’s passionate advocacy for balanced genetics and his foresight regarding ELEVATION’s potential helped transform dairy breeding practices worldwide. Following his passing in February 2021 at age 94, Select Sires established the George Miller Memorial Scholarship Fund to honor his legacy. Photo courtesy of Select Sires Archives.
George Miller, a pivotal figure in Holstein breeding history and cousin to Ronald Hope Sr., photographed during his tenure as marketing manager at Select Sires. Growing up on his uncle’s Round Oak Farm in Virginia, Miller was instrumental in planning the legendary mating that produced Round Oak Rag Apple Elevation. After earning degrees in dairy science from Virginia Polytechnic Institute, Miller’s career spanned from managing Virginia Artificial Breeders Association to joining Select Sires in 1973, where former general manager Dick Chichester praised him as “honest” and committed to “doing things right.” Miller’s passionate advocacy for balanced genetics and his foresight regarding ELEVATION’s potential helped transform dairy breeding practices worldwide. Following his passing in February 2021 at age 94, Select Sires established the George Miller Memorial Scholarship Fund to honor his legacy. Photo courtesy of Select Sires Archives.

So here’s the backstory that sounds more like a feel-good movie than real life. Two cousins, Ronald Hope Sr. and George Miller, had spent a quarter-century meticulously layering Burke and Ivanhoe bloodlines into their herd at Round Oak Farm. Talk about playing the long game! These guys weren’t chasing quick wins but building something meant to last.

In 1965, they made a decision that probably raised some eyebrows. They bred Tidy Burke Elevation (a bull with questionable fertility) to Round Oak Ivanhoe Eve (a cow relegated to the farm‘s “B-team” because she matured too slowly). It wasn’t exactly a match made in bovine heaven, at least on paper.

But man, did that gamble pay off! This unlikely coupling created a genetic alchemy that would transform dairy farming forever. Elevation inherited the milk-producing magic from his sire’s Burke lineage while getting structural soundness and mammary excellence from his dam’s Ivanhoe connections. The result? A genetic unicorn whose DNA contained a rare chromosome 6 haplotype that optimized fat-to-protein ratios – something we didn’t even have the technology to identify until decades later!

You might be surprised to learn that Elevation wasn’t an instant sensation. His progeny consistently came in second place at early shows – never first. Judges didn’t know what to make of his balanced but unspectacular offspring. They weren’t the tallest, broadest, or most extreme in any category. They were just… good at everything. Talk about being ahead of your time!

Ironically and fitting, this “runner-up” status would eventually prove prophetic. While more specialized, flashier bloodlines came and went, Elevation’s descendants ultimately dominated milking parlors and show rings worldwide. Their versatility outlasted everything else.

Five Qualities That Made Elevation a Legend

If you’ve spent time around dairy farms, you know that most bulls have one standout trait – maybe great production or fancy udders. But Elevation? This guy was the complete package. He redefined Holstein’s breeding through five key characteristics that created what I like to call the “genetic royal flush.”

First up: production. His daughters weren’t just good milkers – they were milk-making machines. Averaging 29,500 pounds in their first lactations during the 1970s put them 15% ahead of their contemporaries. And unlike bulls that give you quantity at the expense of quality, Elevation’s daughters maintained excellent butterfat and protein percentages. You couldn’t ask for more!

Then there were those udders – my goodness, those udders! Charlie Will, who knew these cows better than most, described them as having “high and wide rear udders with exceptional shape and symmetry.” This wasn’t just pretty – it was functional. These udders stayed attached 2-3 lactations longer than average, translating to an extra $1,200 profit per cow back in the 70s. Not too shabby!

Mobility might not be the sexiest trait to discuss over coffee, but it’s a game-changer on the farm. Elevation’s girls showed up with “straight legs, healthy hocks, and strong loins” – dull on paper, maybe, but pure gold in practice. These cows stayed sound even on concrete floors (the bane of many dairy cows’ existence), allowing them to keep producing at high levels for 5-7 lactations when most cows were burning out after 3.

Fertility might be the most underrated of Elevation’s gifts. His daughters rebred 14 days faster than their herd mates – two weeks might not sound like much, but multiply that across thousands of cows and millions of lactations, and you’re talking serious money. Plus, this reproductive efficiency helped his genetics spread like wildfire.

Finally, there’s longevity – the crown jewel. While the industry average was 2.8 lactations per cow in the 1970s, Elevation’s daughters stuck around for 4.2. That’s a 50% increase in productive life! Herds with his bloodlines reported 22% lower replacement costs. For farmers operating on tight margins, this was revolutionary.

What sets Elevation apart wasn’t excelling in any category – it was his “genetic coherence,” the ability to transmit ALL these qualities simultaneously without trade-offs. It’s like getting a sports car with excellent gas mileage or a delicious and healthy dessert. Usually, you don’t get both, but with Elevation, you did!

OLMAR ELEVATION DAZZLING STAR (EX-94 GMD), photographed in her prime, exemplifies the exceptional type and production balance that made Elevation daughters legendary. Her strong, well-attached mammary system and correct dairy structure showcase the genetic superiority that earned her both an Excellent classification and Gold Medal Dam status—hallmark achievements reflecting Elevation’s ability to produce daughters who excelled in both the show ring and milking parlor. Note her combination of dairy strength, angularity, and impressive udder capacity—traits that contributed to extended productive life and the “genetic coherence” discussed in our article. Photo: Pete’s Photo
OLMAR ELEVATION DAZZLING STAR (EX-94 GMD), photographed in her prime, exemplifies the exceptional type and production balance that made Elevation daughters legendary. Her strong, well-attached mammary system and correct dairy structure showcase the genetic superiority that earned her both an Excellent classification and Gold Medal Dam status—hallmark achievements reflecting Elevation’s ability to produce daughters who excelled in both the show ring and milking parlor. Note her combination of dairy strength, angularity, and impressive udder capacity—traits that contributed to extended productive life and the “genetic coherence” discussed in our article. Photo: Pete’s Photo

How One Bull Transformed an Industry

You know what’s crazy? Elevation didn’t just change individual herds—it reshaped entire organizations and industry practices. I’ve talked with folks who worked at Select Sires during that era, and they’ll tell you straight up: “Elevation put Select Sires on the map.”

In the ’60s, Select Sires struggled to establish itself as a newly formed federation of regional breeding organizations. Then this bull came with his perfect combination of production and type, and suddenly, everyone wanted Select Sires’ genetics. The revenue from Elevation semen sales built the company’s infrastructure. George Miller said it best: “It’s been said that Elevation built the barns at Sire Power and Select Sires.”

Think about that impact for a minute. One Bull’s genetics were so sought-after that they funded buildings, grew market share, created brand identity, and helped merge 18 state-level organizations into a cohesive national presence. That’s not just breeding success – that’s business transformation!

His influence spread well beyond American borders, too. Elevation’s semen was shipped to 45 countries, fundamentally reshaping global Holstein breeding. He served as a Holstein ambassador, making friends for American genetics worldwide. In Canada, his impact was especially pronounced through his son Hanoverhill Starbuck, who became the cornerstone of Canadian breeding programs. European dairy industries in France, Italy, and the Netherlands incorporated his bloodlines to improve their national herds. Elevation descendants eventually made up 70% of the Holstein population in some countries, like France!

Developing dairy nations used Elevation genetics to rapidly modernize their herds, while emerging dairy industries in Asia used their bloodlines to establish foundation herds adapted to local conditions. He created a genetic standardization that connected Holstein populations worldwide –bovine globalization, if you will!

A poignant moment in dairy breeding history: Mr. and Mrs. Ronald Hope of Purcelville, Virginia (far left) receive a painted portrait of Round Oak Rag Apple Elevation at his memorial dedication ceremony on August 1, 1979. The group stands behind Elevation’s permanent gravestone at Select Sires headquarters, which marks his life from August 30, 1965, to April 25, 1979. The ceremony honored the bull that transformed the Holstein breed and financially secured Select Sires’ future. Also pictured are Robert Rumler of Holstein Association, Dick Chichester and George Miller of Select Sires—the latter being Hope’s cousin who suggested the legendary mating that produced Elevation. The memorial site, positioned by the reflecting pond at Select Sires’ main entrance, remains a pilgrimage destination for dairy breeding enthusiasts worldwide. Photo: Johnson/Select Sires Archives.
A poignant moment in dairy breeding history: Mr. and Mrs. Ronald Hope of Purcelville, Virginia (far left) receive a painted portrait of Round Oak Rag Apple Elevation at his memorial dedication ceremony on August 1, 1979. The group stands behind Elevation’s permanent gravestone at Select Sires headquarters, which marks his life from August 30, 1965, to April 25, 1979. The ceremony honored the bull that transformed the Holstein breed and financially secured Select Sires’ future. Also pictured are Robert Rumler of Holstein Association, Dick Chichester and George Miller of Select Sires—the latter being Hope’s cousin who suggested the legendary mating that produced Elevation. The memorial site, positioned by the reflecting pond at Select Sires’ main entrance, remains a pilgrimage destination for dairy breeding enthusiasts worldwide. Photo: Johnson/Select Sires Archives.

The Family Tree That Changed Everything

Want to know what cemented Elevation’s legacy? His sons – over 10,000 of them became registered AI sires! That’s an army of genetic influence that’s almost impossible to comprehend. Some of his most influential sons include Sweet-Haven Tradition, Rockalli Son of Bova, Marshfield Elevation Tony, Ocean-View Sexation, and Straight-Pine Elevation Pete. Charlie Will also highlights Mars Tony and Lime Hollow Mars as influential Elevation sons.

Straight-Pine Elevation Pete, one of Round Oak Rag Apple Elevation’s most influential sons, photographed in the early 1970s. Pete carried forward his sire’s exceptional genetic traits for production and conformation, helping to establish the Elevation bloodline throughout North American Holstein herds. Note his balanced frame, strong topline, and dairy character—hallmarks of the structural soundness that made Elevation progeny legendary for their longevity and productive life. Photo credit: Remsberg.
Straight-Pine Elevation Pete, one of Round Oak Rag Apple Elevation’s most influential sons, photographed in the early 1970s. Pete carried forward his sire’s exceptional genetic traits for production and conformation, helping to establish the Elevation bloodline throughout North American Holstein herds. Note his balanced frame, strong topline, and dairy character—hallmarks of the structural soundness that made Elevation progeny legendary for their longevity and productive life. Photo credit: Remsberg.

But if we’re talking about Elevation’s sons, we’ve got to spotlight Hanoverhill Starbucks. If Elevation were the king, Starbucks would have been the crown prince who expanded the dynasty. His impact on global Holstein genetics was profound, especially in Canada. Starbucks sons like Madawaska Aerostar, Besne Buck, Fatal, and Sabbiona Bookie carried Elevation’s genes into another generation with even more significant influence.

Hanoverhill Starbuck, one of the most influential Holstein sires in dairy history, captured here at 5 years old by photographer Jim Rose. Standing an impressive 73½ inches at the shoulder (1.87m) and weighing 2,580 lbs (1,173 kg), Starbuck’s exceptional feet and leg quality—evident in this profile—became his trademark and a key factor in his global genetic impact. Born in 1979 and sired by the legendary Round Oak Rag Apple Elevation, Starbuck went on to father over 200,000 daughters and 209 proven sons across 45 countries, earning the “Premier Sire” title 27 times at major Holstein shows. His balanced frame, perfect leg set, and overall structural correctness revolutionized Holstein breeding, with an estimated 93% of Canadian Holsteins born between 2003-2005 tracing back to this remarkable bull. The Canadian Holstein Association eventually dubbed him “Simply the Best”—a title that begins to explain why his genetics remain influential in dairy herds worldwide nearly three decades after his passing in 1998. Photo: Jim Rose.
Hanoverhill Starbuck, one of the most influential Holstein sires in dairy history, captured here at 5 years old by photographer Jim Rose. Standing an impressive 73½ inches at the shoulder (1.87m) and weighing 2,580 lbs (1,173 kg), Starbuck’s exceptional feet and leg quality—evident in this profile—became his trademark and a key factor in his global genetic impact. Born in 1979 and sired by the legendary Round Oak Rag Apple Elevation, Starbuck went on to father over 200,000 daughters and 209 proven sons across 45 countries, earning the “Premier Sire” title 27 times at major Holstein shows. His balanced frame, perfect leg set, and overall structural correctness revolutionized Holstein breeding, with an estimated 93% of Canadian Holsteins born between 2003-2005 tracing back to this remarkable bull. The Canadian Holstein Association eventually dubbed him “Simply the Best”—a title that begins to explain why his genetics remain influential in dairy herds worldwide nearly three decades after his passing in 1998. Photo: Jim Rose.

The Starbucks line shows the power of Elevation’s genetics—they didn’t dilute over generations; they often amplified! Madawaska Aerostar became one of the first bulls to sell one million doses of frozen semen. His sons in Canada included Maughlin Storm and the Millionaire Sires Startmore Rudolph and Oliveholme Aeroline. Meanwhile, Besne Buck’s son, Jocko Besn, became so influential in France that he sired more than 50% of French Holstein cattle!

Northcroft Ella Elevation (EX-97 GMD DOM), one of Round Oak Rag Apple Elevation’s most celebrated daughters, photographed in her prime. Born February 26, 1974, Ella exemplifies the genetic perfection that made Elevation’s progeny legendary. Her flawless dairy structure, exceptional mammary system, and balanced frame earned her Supreme Champion honors at World Dairy Expo in 1980, where judges declared her “the new ideal Holstein cow.” This breeding masterpiece—out of an EX-91 GMD DOM Pawnee Farm Arlinda Chief dam—later received All-Time All-American Aged Cow recognition in 1984, cementing her place among the greatest show cows in Holstein history. Ella represents the pinnacle of Elevation’s ability to transmit both exceptional type and production traits simultaneously, embodying the “genetic coherence” that made her sire the Bull of the Century. Photo credit: Jack Remsberg.
Northcroft Ella Elevation (EX-97 GMD DOM), one of Round Oak Rag Apple Elevation’s most celebrated daughters, photographed in her prime. Born February 26, 1974, Ella exemplifies the genetic perfection that made Elevation’s progeny legendary. Her flawless dairy structure, exceptional mammary system, and balanced frame earned her Supreme Champion honors at World Dairy Expo in 1980, where judges declared her “the new ideal Holstein cow.” This breeding masterpiece—out of an EX-91 GMD DOM Pawnee Farm Arlinda Chief dam—later received All-Time All-American Aged Cow recognition in 1984, cementing her place among the greatest show cows in Holstein history. Ella represents the pinnacle of Elevation’s ability to transmit both exceptional type and production traits simultaneously, embodying the “genetic coherence” that made her sire the Bull of the Century. Photo credit: Jack Remsberg.

It wasn’t just Elevation’s sons making history, either. His daughters were equally remarkable. He once led the list for the most Excellent daughters and daughters, scoring 95, 96, and 97 points – the cream of the crop in classification terms. Stars like Ella and Twinkie (both EX-97 All-Time All-Americans), Cora (EX-GMD, dam of Carnation Counselor), and Lindy (EX-GMD, dam of Townson Lindy) didn’t just win in the show ring – they produced sons and grandsons that became influential sires themselves.

Elevation was considered the bull with the most descendants in the United States. It has been found that the two most influential bulls to Holstein US sires were Round Oak Rag Apple Elevation (Elevation) and Pawnee Farm Arlinda Chief (Chief)—up to 99% of AI bulls born after 2010 can be traced back to these animals. There’s something almost poetic about how his genetics have persisted through generation after generation, creating a legacy that continues to shape the Holstein breed today.

Clinton-Camp Majesty (EX-EXTRA), a pivotal son of Round Oak Rag Apple Elevation, photographed in his prime. Though modern genomic metrics undervalue his production (-2,366 lbs milk), Majesty inherited his sire’s structural strengths—including exceptional body strength (+0.97) and sound feet—while passing on key longevity traits to daughters. His genetic profile embodies the Elevation paradox: foundational yet penalized by the same breed progress he enabled. Photo: ST Genetics
Clinton-Camp Majesty (EX-EXTRA), a pivotal son of Round Oak Rag Apple Elevation, photographed in his prime. Though modern genomic metrics undervalue his production, Majesty inherited his sire’s structural strengths—including exceptional body strength and sound feet—while passing on key longevity traits to daughters. His genetic profile embodies the Elevation paradox: foundational yet penalized by the same breed progress he enabled.

A Legacy That Defies Time

You know what’s truly mind-blowing? Six decades after Elevation’s birth, his DNA still runs through 14.5% of active proven Holstein sires. In a world where genetic trends come and go faster than fashion styles, that staying power is nothing short of miraculous.

If you look at Elevation’s current CDCB genomic summary, you might wonder what all the fuss is about. It shows a Net Merit (NM$) of -821 and negative milk production traits (-2,483 lbs milk, -87 lbs fat). But these numbers don’t tell the real story – they’re comparing him to a modern Holstein population he helped create! It’s like penalizing your grandfather for not knowing how to use an iPhone when he helped invent the telephone.

Charlie Will, Holstein Program Manager at Select Sires, speaking at an industry event in his trademark red and black cooperative jacket. With over 45 <a href='https://www.thebullvine.com/a-i-industry/celebrating-50-years-of-semex-a-symbol-of-genetic-progress-and-technological-innovation/' data-lazy-src=

Charlie Will of Select Sires put it perfectly: “Elevation’s genes form the baseline against which we measure progress—you can’t delete the foundation of a skyscraper and expect it to stand.”

What’s fascinating is how specific Elevation traits continue to persist in elite modern genetics:

  • His signature high, wide rear udders (linked to mammary system haplotypes on chromosome 6) remain prevalent in 78% of bulls with >2,000 GTPI.
  • In current evaluations, his descendants inherit body condition scoring alleles associated with +1.1 Livability and +4.5 Daughter Pregnancy Rate.
  • The “Elevation fertility cluster” on chromosome 18 still appears in 63% of high-fertility sires today.

These traits contribute to what breeders call the “Elevation Effect” – cows that maintain production across multiple lactations despite increasing herd turnover rates. His descendants show 18% lower involuntary culling rates than non-elevation lines, making them ideal for pasture-based and robotic milking systems.

Here’s another mind-bender: Elevation’s DNA makes up 8.3% of the CDCB’s genomic reference population. This creates a fascinating paradox where modern genetic evaluations compare new bulls against a baseline that Elevation helped establish. No wonder 80% of elite genomic young sires carry at least one major Elevation haplotype!

Why Elevation Still Matters Today

Today’s breeding programs face a critical choice: preserve Elevation’s durability traits or chase marginal production gains. I’ve talked with farmers who’ve taken the balanced approach, maintaining 12-15% Elevation-derived genetics in their herds. They report some impressive results: 22% lower vet costs, +0.8 lactations per cow, and 3.2% higher lifetime profit than herds chasing the highest genomic numbers.

Elevation’s story paralleled critical advances in reproductive technology, creating a perfect storm of genetic proliferation. His career aligned with breakthroughs in semen freezing and storage that extended viable preservation from days to decades. As AI adoption accelerated worldwide in the 1970s, Elevation’s superior genetics rode this wave of technological diffusion. His career also coincided with the development of computerized progeny testing and record keeping, allowing his impact to be measured more precisely than any bull before him.

If there’s a lesson in Elevation’s story, actual genetic progress isn’t always about extremes – it’s about balance. In an era when genomic selection sometimes emphasizes single traits at the expense of others, Elevation reminds us that the most valuable cattle excel across multiple dimensions. They may not be the most extreme in any category, but they last longer, stay healthier, and ultimately make more money for their owners.

Final Thoughts on a Legend

Elevation’s story isn’t just about genetics – it’s about vision. It’s about two cousins looking beyond immediate results to create something lasting. It’s about recognizing that the most transformative influences sometimes come from unexpected places.

Elevation’s DNA still courses through 14.5% of active Holstein sires six decades later, defying modern genomic evaluations that might dismiss his contribution. While contemporary metrics chase hyperspecialization, his balanced genetic blueprint remains fundamental to functional dairy cattle worldwide.

The contradiction he represents is fascinating: modern genomic models may penalize his alleles for “low” production while simultaneously relying on his chromosome 6 haplotypes as reference points for udder health and efficiency. His descendants continue to excel in diverse systems, showing 18% lower involuntary culling rates and thriving in high-tech robotic facilities and grass-based operations.

As Holstein breeders confront sustainability challenges, Elevation’s legacy offers valuable insights. His balanced genetics align perfectly with modern demands for efficient, lower-carbon dairy systems. Studies show his metabolic efficiency alleles correlate with 4.2% reduced methane output – proving that sometimes old genetics solve new problems!

Ultimately, Round Oak Rag Apple Elevation reminds us that genetic progress isn’t about chasing extremes but finding balance. Elevation didn’t just lift the breed; he gave it wings.

And that, my friend, is the kind of legacy to which we can all raise a glass of milk.

Key Takeaways

  • Elevation’s success demonstrates that transformative genetics often emerge from partnerships that challenge short-term breeding trends, offering lessons for today’s genomic-focused selection methods.
  • His five signature traits formed a “genetic symphony” rarely found in combination—most bulls excel in either production or conformation, while Elevation delivered both without compromise.
  • Beyond individual herds, Elevation reshaped entire breeding organizations. His semen sales helped build Select Sires into a global AI powerhouse, and his genetics standardized Holstein traits across 45 countries.
  • Despite modern genomic evaluations rating him negatively, his chromosome 6 haplotypes remain essential reference points for udder health and efficiency, creating a paradox where his genes form the baseline against which progress is measured.
  • His most enduring legacy may be economic efficiency—herds retaining 12-15% Elevation-derived genetics report 22% lower veterinary costs and longer productive lives than those chasing extreme production traits.

Executive Summary

Round Oak Rag Apple Elevation, born in 1965 on a modest Virginia farm, transformed the dairy industry through his unparalleled genetic transmission of five critical traits: production, udder quality, mobility, fertility, and longevity. Dubbed the “Bull of the Century,” Elevation defied conventional breeding wisdom by emerging from an improbable mating between a questionable sire and a slow-maturing dam. His extraordinary ability to elevate mediocre genetics produced daughters averaging 29,500 pounds of milk (15% above contemporaries) while maintaining exceptional udder structure and extended productive lives. With over 10,000 registered sons and an estimated 8.8 million descendants worldwide, his genetic influence continues six decades later, with his DNA present in 14.5% of active Holstein sires despite the genomics revolution that followed him.

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Round Oak Rag Apple Elevation: The Sire That Took the Dairy Breeding Industry to New Heights – Bullvine Legend Series

Round Oak Rag Apple Elevation

Breeding a legendary dairy sire isn’t automatic. It is not as simple as crossing the right sire with the right dam. However, although it isn’t easy, it does happen.

In one of the most famous cases of all, that of Round Oak Rag Apple Elevation, it is somewhat surprising that the tremendous impact that was to become legendary was not immediately obvious.

It took a little time for the world to recognise his greatness. But, in the end, Round Oak Rag Apple Elevation changed  an entire breed and the dairy industry.

The Breeding of Elevation was Far from a Sure Thing

It would take time for the world to recognize the presence of greatness. Elevation was the product of a great mother, Eve, and a questionable father, Tidy Burke. As it happens, Elevation brought together the best from the Burkes, Rag Apples, Triunes and Winterthur bloodlines.  That is one of the reasons why Elevation would never have been totally missed.  Furthermore, Elevation did many important things well.  There are five that stand out: 1. Production 2. Udders 3. Mobility 4. Fertility and 5. Longevity. Measuring any one or all of these traits shows you what made Elevation special, for these are just a few of the characteristics that contributed to his popularity.  However, Elevation went way beyond mere popularity.  This legendary bull made a tremendous impact on the genetics of the Holstein Breed. He changed dairy organizations.  He affected dairy breeding around the world. The fact that Elevation has 10,000 registered sons in the United States alone speaks volume to both his acceptance and impact.

Was Elevation a Product of Genomics or Ahead of Genomic Times?

Today Elevation would have had hair pulled and submitted to DNA testing.  But in the 1960’s, if you can imagine it, here was a bull entering a sampling program from a slow maturing mother and a never classified father. A father who physically significantly lacked both size and mobility.

George Miller

The mating that resulted in Elevation used the combined knowledge and ‘go for it’ attitude of two men: breeder, Ron Hope from Virginia and his advisor, George Miller.  These two were first cousins, and they started three generations back to produce Elevation.  That is the way it was done in those days.  To arrive at Elevation’s dam, Eve, Hope and Miller stacked three sires: Ivanhoe, Gaiety and General.

By the way, in her early life, Eve carried more condition than normal. This is something that is also seen in Elevation daughters.

It is not any wonder, therefore, that Elevation passed on good fertility, given what we know today about the positive correlation between fertility and body condition score.

After completing a Master of Science degree at Virginia Tech, George Miller spent his career in A.I. starting at the field level, then as a state A.I. manager and eventually as Director of Marketing and Development at Select Sires.  George knew Holsteins, and he had access to bull performance information.  There must have been many interesting discussions between these first cousins about who would be the best mate for Eve, in order to produce a son that could enter A.I.

As mentioned previously, Tidy Burke Elevation, Elevation’s sire, was an ugly duckling but he did produce outstanding daughters.  Four of those daughters earned Honorable Mention All-American Get of Sire.  Today, it is evident that an artful breeder and a top notch A.I. man were indeed able to find the best sire available for Eve.  Remember that these men were making their decisions before the world had ever thought of using DNA information to aid in mating.

Elevation Made an Impact on Organisations

Charlie Will, who is the Holstein Sire Program Manager at Select Sires, gives perspective to the impact that Elevation has had on the company that originally purchased him. “Elevation put Select Sires on the map.  He was so far ahead of all other bulls for his time.  He had exceptional production and amazing type at the same time.” He explains what that meant over time, from the beginning and up to and including the present time. “Elevation made it possible for Select sires to grow as a new company.  Today Elevation still ranks #1 at Holstein USA for the most genes in common among today’s active proven sires (14.5%).  His impact continues 52 years after his birth.”

The WOW Factor of Elevation.

It’s easy to reiterate what set Elevation apart from the competition. Charlie keeps it simple. “Elevation had extraordinary type and production in one package.”  He sees this combination as almost miraculous.  “he dominated the mating no matter what kind of cow you used him on.  He could make a Great Cow from a Poor dam.  This is why he could have a huge impact in a single generation.”

Elevation Didn’t Just INFLUENCE the Future, He MADE the Future!

Breeders always pay attention to cow families.  But in order to influence an entire population, you must go beyond sires and look at their descendants.  Elevation influenced one generation after another: his kids, his kid’s kids, his kid’s kid’s kids.  This is what made Elevation’s influence stellar.

Facts Alone Don’t Spark Legends.  Results Do.

In any business, repeatable results are the only true measure of legendary success.  Popularity and memories fade.  In dairy cattle breeding, generations of descendants tell the real story. 

Charlie Will
Holstein Sire Program Manager
Select Sires

In describing Elevation daughters, Charlie Will starts with a somewhat modest description.  “His daughters had great legs and feet.  A straighter leg but with healthy hocks and strong loins.” Warming to the topic, Charlie adds “Elevation daughters are tall enough, but not extreme, with ideal dairy strength and proportional width for the stature.”  He concludes with what made the difference. “The typical Elevation daughters were short headed heifers but, when they were called into line, their exceptional udders, high and wide Rear Udder, and the great shape and symmetry of their udders, quickly made a breeder proud to own her.”

The first appearance was not always the final answer with Elevation daughters that became long- lived high production cows.

Once proven, everyone recognized that Elevation would continue stamping out great daughters, as he moved the Holstein breed to new heights.

Elevation’s Legacy Lives on Through His Sons and Daughters

Since almost all sires active in the breed today trace back to Elevation, Charlie Will finds it hard to pick from a list where the greats are almost too numerous to mention.  For him, Elevation’s most impact sons include, “Bova, Starbuck, Pete, Mars Tony, Sexation, and Lime Hollow Mars.”

On the daughter side, Charlie lists many attributes. “Elevation has had many class winning daughters, including at World Dairy Expo and the Royal Winter. Elevation also led the list, at one time, for the number of Excellent daughters and also for the number of daughters who scored 95, 96 and 97.” His daughter list reads like an all-star lineup, from EX97 All-Time All-American’s Ella and Twinkie to EX-GMD Cora and Lindy, the dams of Carnation Counselor and Townson Lindy, respectively.

Elevation Surpasses All Heights

When we recognize a dairy legend, it is great to hear some stories from behind the scenes.  Charlie tells one about the time that Elevation was classified 96. “Jim Patterson was head of the Holstein USA classification program at the time that Elevation was raised from 95 to 96.  Later, after he retired, he told me that he only made one mistake, in all the years that he classified. He wished that he would have made Elevation 97 instead of 96!” (Learn more: CHARLIE WILL “A CAREER WITH IMPACT” – SELECT SIRES 50TH ANNIVERSARY)

Northcroft Ella Elevation EX-97-4E
1980 – Grand/Supreme Champion – WDE
1981 – Grand Champion – RAWF
1977, 1980, 1981, 1982 – All-American

Elevation’s Impact is Felt

With the perfect vision accorded to us by hindsight, we can clearly see that Elevation didn’t only influence genetics. Elevation has also had a tremendous impact on sales, new research and the success of countless breeders and organisations. Dairy strategy and development have also felt his influence. And, ultimately, the dairy show ring was also impacted by Elevation.

The World Wide Elevation Influence

Elevation, often known as RORAE, made friends for United States Holsteins around the world.  Therein lies the engine that drives the legend.  Fundamentally, around the world, one bull, through his progeny, significantly changed the profitability of the Holstein cow.  But the measure of Elevation goes beyond mere financial success.  Elevation made many dairymen into successful dairy breeders.  How did he do it? Elevation stamped out daughters that provided what dairymen needed. Production. Longevity. Fertility. Mobility. Functional mammary systems. These are the characteristics passed on by a one-of-a-kind, legendary bull.

The Bullvine Bottom Line

Elevation forever lifted the worldwide dairy breeding industry to a new level.

Greatness can have many definitions, but in Holstein breeding, it can be said using a single name, Round Oak Rag Apple ELEVATION.

 

 

 

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The Genetic Genius of Darwin, Mendel and Hunt – Genetic Transmission and the Holstein Cow

There is no question that when it comes to understanding what cows will transmit and what cows will not, it is an enigma wrapped in a conundrum.  There is much that we don’t know and some would argue it is not meant to be known.  The problem is, for those of us with a passion for breeding great dairy cattle, we want to know it all.  For that I turn to the three greatest genetic geniuses in the history of the world, Darwin, Mendel and Hunt (No they are not a law firm).

Charles Robert Darwin He established that all species of life have descended over time from common ancestors, and proposed the scientific theory that this branching pattern of evolution resulted from a process that he called natural selection, in which the struggle for existence has a similar effect to the artificial selection involved in selective breeding.

Charles Darwin

Ask anyone in the world to name a geneticist and the first name that comes to mind has to be Charles Darwin.  No better demonstration of Darwin’s theory of evolution exists in the world than in dairy cattle breeding.  While there is no question that artificial selection and selective breeding exist on a daily basis, a cow’s ability to reproduce and produce milk leads to a natural level of selection that epitomizes Darwin’s theory.  “The laws governing inheritance,” Darwin wrote, “are for the most part unknown.”  Moreover, while many modern geneticists have theories about the tendencies of the modern Holstein cow, their genetic transmission pathways in large part remain a mystery to this day.

Gregor Mendel

Gregor Mendel

Then along came Gregor Mendel who introduced the concept of “genes” to explain heritability.  Mendel changed the whole way we look at breeding when he introduced the theory that the chromosome is the carrier of genetic traits.  He also explained why a trait can disappear in one generation and reappear in the next and why these traits occur in a three-to-one ratio.  One of Mendel’s disciples, three quarters of a century later, was Thomas B. Macaulay.  Macaulay conducted his own studies, on his Mount Victoria Farms (Read more: Mount Victoria Farms – The art and science of great breeding).

Thomas Hunt Morgan

Thomas Hunt Morgan

Then along came Hunt. Well, more specifically, Thomas Hunt Morgan, but my ego wouldn’t let this go as my name is Andrew Morgan Hunt (Read more about my ego: I’m Sorry But I’ve Had Just About Enough Of… ).  In research that is now reproduced by grade 9 science students around the world, Morgan introduced the concept of X and Y-chromosomes.  Morgan concluded that a female has two X chromosomes and that males have both X and Y-chromosomes.  He also posited that the male of the species, because of the presence of the Y chromosome, transmits differently than the female.

To get a better understanding of this, let’s look at this from both sides of the story.

His side of the story (XY)

If you look at Holstein bulls throughout history you find four distinct patterns:

  1. Great daughters but no legacy sons
    These are the bulls that sired amazing brood cows but none of their sons were able to continue their genetic legacy.  Examples are Hanover-Hill Triple Threat, Carlin-M Ivanhoe Bell, and Braedale Goldwyn.  They all were able to sire brood cow daughters beyond compare, but no real sons to advance that genetic legacy.  Why did these sires seem to produce better on the female side than that of the male?  For that we need to turn to Morgan and his X and Y chromosome theory.  Since the Y chromosome is the only one that is inherited solely via the paternal  line, this leads  some geneticists to believe that it carries little genetic information, and as a result  a great sires genetic legacy rest more with his daughters than with his sons.  Therefore, with this first group of sires it is thought that much of their genetics were transmitted on the X chromosome rather than the Y.
  2. Great sons but not as many brood cows
    Bulls that sired outstanding sons but never produced a top daughter.  A couple of great examples of this are Montvic Rag Apple Sovereign, Maizefield Bellwood and O-Bee Manfred Justice.  All of these sires have left outstanding sons, but are not found as often in the maternal sire stack of the great sires.  There is no question as to their genetic contribution to the breed, but it was more as a sire of sons than their ability to leave an equal number of brood cows.
  3. Sons and daughters both extraordinary
    These are the sires that have gone down in history as the all-time greats.  Sires like Johanna Rag Apple Pabst, Governor of Carnation, Montvic Chieftain, Wisconsin Admiral Burke Lad, A.B.C. Reflection Sovereign, Round Oak Rag Apple Elevation, Pawnee Farm Alrinda Chief, Walkway Chief Mark, Hanoverhill Starbuck, Madawaska Aerostar and Maughlin Storm.  These are the bulls that not only displayed personal greatness but were also able to transmit both outstanding brood cows as well as legacy sons.
  4. Sons and daughters that were inferior
    Sons and daughters that are both below average.  These bulls left inferior daughters and as a result were never even given the chance to produce sons.  Bulls in this category are too numerous to mention and loads of their daughters go to the slaughterhouses every day.  No explanation necessary other than a lack of genetic merit and here enters the need for genomics (Read more: The Truth About Genomic Indexes – “Show Me” That They Work).

Her side the story (XX)

The female side of the story uses the same four distinct groups.

  1. Great daughters but no legacy sons
    These are cows with outstanding female descendants but undistinguished males.  Great examples of these are the cow families of Hanover Hill Papoose, Krull Broker Elegance and Plunshanski Chief Faith.  They all were able to leave outstanding female descendants generation after generation, but were never really able to accomplish the same feat on the male side of the story.
  2. Great sons but not as many brood cows
    These are the cows with potent transmitting sons, but daughters who didn’t outperform the average.  Examples of these are Wylamyna Tidy Kathleen (dam of Sir Bess Tidy and Sir Bess Ormsby Tidy Fobes) Lakefield Fobes Delight (dam of Lakefield Fond Hope, Lakefield Fond Delight Fobes and Carnation Royal Master) and Pawnee Farm Glenvue Beauty (dam of Pawnee Farm Arlinda Chief).  All of these cows had outstanding maternal lines but for some reason were just not able to transmit that legacy through their daughters.
  3. Sons and daughters both extraordinary
    Among the females in this category are Glenridge Citation Roxy, Mil-R-Mor Roxette, Comestar Laurie Sheik, Braedale Gypsy Grand and Snow-N Denises Dellia.
  4. Sons and daughters that were inferior
    Cows who, in terms of influence, failed to produce anything worthwhile.  Blame it on lack of genetics, bad breeding, improper management, or just bad luck, these cows just didn’t influence the breed. We have all seen examples.

The Bullvine Bottom Line

There has never been a clear explanation of why some bloodlines seem to transmit better through maternal lines, others through the paternal, and still others do well in both.  Even genomics does not answer this.  There are high genomic animals that still have these same tendencies.  Maybe if we could genomic test the genes on each chromosome we might find the answers?  Until then Genetic Transmission in the Holstein Cow will remain a mystery.

To read more about this get a copy of The Holstein History by Edward Morwick and read the chapter on Inheritance Patterns.


The Dairy Breeders No BS Guide to Genomics

 

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