WEBVTT

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Creeping over fields of green Remembering the

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faces The moments unseen The hands that built

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a dynasty The vision in their eyes Echoes in

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the auction bar Beneath an endless sky This is

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the bull buy Turn the bar Welcome to the Bullvine

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Podcast, where we dive deep into the stories

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that shape dairy farming as we know it. I'm your

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host, and today we're exploring one of the most

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extraordinary chapters in Holstein breeding history.

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The story of a bull whose genetic influence didn't

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just change the industry, it revolutionized it.

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You're about to experience the rise of Braydal

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Goldwyn. From a newborn calf in a Cumberland,

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Ontario maternity pen to a genetic phenomenon

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whose daughters commanded million -dollar price

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tags and dominated show rings for nearly a decade.

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This isn't just another breeding story. This

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is about vision, patience, and the courage to

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build something that lasts generations. It's

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about the kind of decisions that separate successful

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operations from legendary ones. Whether you're

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milking 50 cows or 5 ,000, whether you're focused

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on production, type, or building the next great

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cow family, this story offers lessons that could

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transform how you think about genetics, risk,

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and legacy. So grab your coffee, settle in, and

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prepare to walk in the boots of the breeders

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who changed everything. This is the story of

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When Lightning Strikes. Let's get started. You

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pull into the farmyard at 4 .30 a .m., headlights

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cutting through the January darkness. The thermometer

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on your truck dashboard reads minus 12 Celsius.

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Your breath clouds the windshield as you shut

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off the engine, and for a moment, you sit in

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the silence that only exists in the deep hours

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before dawn on a dairy farm. Cumberland, Ontario.

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January 3rd, 2000. You walk toward the maternity

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barn, knowing that inside, Terry Beaton is already

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checking the overnight calving. The smell hits

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you first, that mixture of straw, warm bodies,

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and the sweet sour scent of fresh birth that

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every dairy farmer knows by heart. Your flashlight

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beam catches movement in the far pen. A newborn

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calf, still wet, struggling to coordinate legs

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that seem too long for its body. Storm sun out

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of baler twine. Just another planned mating in

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the breeding book. Terry kneels beside the calf,

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his weathered hands guiding those trembling legs

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into position. You have no way of knowing that

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you're witnessing the birth of a genetic revolution.

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No way of understanding that this awkward, gangly

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calf will become Bradol Goldwyn, the bull who

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will rewrite the economics of dairy genetics,

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dominate show rings for a decade, and fundamentally

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change how the world thinks about Holstein breeding.

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But somehow, standing there in that barn, watching

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Terry's careful attention to this particular

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calf, you sense something. Maybe it's the way

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the morning light filters through the frost -covered

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windows. Maybe it's the quiet confidence in Terry's

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movements. Or maybe it's just that farmer's instinct,

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that inexplicable feeling when you know you're

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looking at something special. This is the story

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of when lightning strikes twice. Once in 1985,

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when a young breeder made a decision at an auction

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that would echo through generations. And again,

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15 years later. When that decision manifested

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in a bull calf born on a cold Ontario morning,

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a calf whose genetic influence would spread across

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continents, reshape an entire industry, and create

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both unprecedented success and unforeseen consequences.

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You're about to experience the Braydale -Goldwyn

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story, not as a distant observer, but as someone

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who lived through the revolution, felt the pressure

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of each breeding decision, and understood the

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weight of genetic legacy. in an industry where

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one wrong choice can echo for generations. Welcome

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to the barn. Welcome to the story of when everything

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changed. You remember the 1980s dairy industry

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like yesterday because you lived through it.

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The decade when everything seemed to be changing

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at once. When computer -generated genetic indexes

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started appearing in breeding catalogs. When

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milk marketing boards restructured quota systems.

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and when feed costs began their relentless climb

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toward today's crushing prices. You're standing

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in your farm office, staring at your first LPI

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printout. Lifetime Performance Index, the Canadian

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attempt to quantify breeding potential in cold,

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hard numbers. The printout paper has those perforated

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edges, and you're running your finger down columns

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of numbers that promise to predict the future

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profitability of bloodlines that have been shaped

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by generations of intuition and experience. Your

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father, checking cattle in the adjacent barn,

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calls these computer indexes fancy guesswork.

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He trusts his eyes, his hands, the knowledge

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passed down through decades of selecting animals

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that milk well, breed back easily, and last longer

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than the competition. But you know, the industry

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is changing. Feed costs that averaged $60 per

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ton in 1980 have climbed to over $100. Milk prices

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fluctuate with global markets you barely understand.

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The margin for error in breeding decisions is

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shrinking. The philosophical divide runs deeper

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than numbers. In one corner, you have the production

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-focused breeders, farmers like yourself, who

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need cows that generate cash flow day after day,

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lactation after lactation. In the other corner,

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the confirmation enthusiasts chase show -ring

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glory. and the premium prices that come with

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breeding stock that catches judges' eyes. You've

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walked through barns filled with tall, tall,

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angular cows that photograph beautifully but

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struggle to maintain body condition on high -energy

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rations. You've also seen shorter, chunkier animals

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that convert feed efficiently but would never

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win a banner at the county fair. The industry

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operates in parallel universes. The commercial

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dairy seeking profitability and the purebred

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operation pursuing genetic prestige. This is

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the world Terry Beaton navigates in the mid -1980s.

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A world where artificial insemination has democratized

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access to elite genetics, but where the sheer

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volume of breeding options creates paralysis

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by analysis. A world where a single breeding

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decision can cost a small fortune in semen prices,

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but where the right choice can elevate an entire

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bloodline. You understand Terry's position because

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you've been there. Standing in the breeding barn

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at two in the morning, semen tank open, insemination

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equipment ready, holding a straw that represents

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months of feed costs, knowing that this single

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decision will determine whether the calf born

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nine months from now becomes a profitable addition

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to your herd or an expensive disappointment.

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The Holstein breed dominates North American dairy

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farming, and for good reason. These black and

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white cattle convert feed to milk more efficiently

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than any other breed, adapt to management systems

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from Thai stall barns to robotic milking facilities,

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and respond to genetic selection like no other

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livestock species. But that genetic malleability

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comes with risk. You remember the BST debates,

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the discussions about growth hormones and production

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stimulants. You remember watching neighboring

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farms embrace new technologies while others stuck

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with traditional methods. The gap between early

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adopters and traditionalists widens each year,

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creating winners and losers based on decisions

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that seem academic until they hit your monthly

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milk check. Into this complex, rapidly evolving

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industry steps a breeder who sees patterns where

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others see chaos. Terry Beaton doesn't just buy

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breeding stock. He invests in genetic systems.

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He doesn't just mate cows, he builds dynasties.

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And in November 1985, he makes a decision that

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will echo through decades of Holstein breeding.

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You're about to witness that decision and understand

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why it mattered so much. November 1985. You're

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sitting in the sale barn at the Sunny Lodge Farms

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dispersal, catalog spread across your lap, coffee

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growing cold in a styrofoam cup. The auctioneer's

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voice echoes off wooden rafters as lot numbers

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climb toward the evening's featured offerings.

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Around you, the who's who of Canadian Holstein

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breeding study pedigrees and whisper about bloodlines.

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The sale averages $6 ,839 per head. Serious money

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in 1985 dollars. You calculate quickly. That's

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more than most farms gross per cow in an entire

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year. But this isn't just any sale. Sunny Lodge

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has built a reputation for functional, profitable

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cattle that perform in commercial settings while

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maintaining enough type to compete in purebred

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circuits. You watch Terry Beaton across the sale

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ring. He's younger then, maybe in his early 30s,

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but already carrying himself with the quiet confidence

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of someone who understands genetic systems. His

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brother Mark sits beside him, and you notice

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how they communicate with subtle glances and

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slight nods. This isn't impulse buying. This

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is surgical precision. Lot 47 enters the ring.

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Sunny Lodge Elevation Jan, VG87 13 star. First

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lactation heifer, fourth generation very good

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classification, solid pedigree without being

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spectacular. The kind of animal that makes sense

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on paper, but doesn't necessarily quicken your

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pulse. You flip through your catalog notes. Good,

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utter genetics, decent production potential,

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clean pedigree without obvious weaknesses. The

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bidding opens conservatively. You consider jumping

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in. This type of female fits your breeding program.

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But then you notice Terry's posture. He's leaning

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forward slightly, focused entirely on the auctioneer.

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This isn't casual interest. The price climbs

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beyond what most commercial breeders would pay

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for an unproven heifer. You watch other bidders

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drop out as the numbers approach the sale average.

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But Terry stays engaged, methodical in his bidding,

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never showing urgency. but never hesitating when

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the auctioneer looks his way. Final Hammer, Terry

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Beaton, bred all Holsteins. What happens next

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reveals everything about Terry's approach to

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genetic building. Instead of loading Jan into

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his truck and heading home, he seeks out Carl

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Smith, the original breeder. You watch from across

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the parking lot as two men who have never met

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before negotiate a partnership that will reshape

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Holstein genetics. You learn later what they

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discussed. extensive flushing of Jan's genetics,

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embryo transfer programs, shared ownership of

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the resulting offspring. Most buyers purchase

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animals for their immediate use. Terry buys genetic

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systems for long -term development. The drive

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back to Cumberland that night reveals Terry's

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methodology. He doesn't think in terms of individual

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animals. He thinks in terms of generational compounding.

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Jan represents the foundation stone of a genetic

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pyramid that will be built with patience, precision,

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and unwavering focus on transmitting ability.

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Over the following months, you watch the JAN

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development program unfold. Hormone synchronization,

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embryo collection, recipient cow management,

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technologies that are cutting edge in the mid

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-1980s but routine today. Each embryo represents

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a calculated bet on genetic potential, a commitment

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to long -term thinking that requires both financial

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resources and unshakable confidence in your selection

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criteria. The first daughter, Sunny Lodge chief

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Vic, validates Terry's judgment. VG 86 classification,

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31 brood cow stars, numbers that translate to

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genetic consistency and commercial viability.

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But more importantly, Vic demonstrates what Terry

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saw in Jan, the ability to transmit quality reliably

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across different sire matings. You understand

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this process because you've attempted it yourself

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with varying degrees of success. Building cow

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families requires resources most farmers can't

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afford, patience that quarterly payment schedules

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don't accommodate, and an eye for genetic potential

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that combines art with science. Most operations

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focus on immediate returns, milk production that

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pays this month's feed bill. Terry focuses on

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genetic architecture that will pay dividends

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for decades. Vic to Aerostar produces Moon River,

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a modest GP83 classification but carrying the

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genetic potential that matters more than individual

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performance. Moonriver's departure to Japan as

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a young cow demonstrates both the international

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recognition of these genetics and the sacrifice

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required for long -term genetic building. Selling

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good animals to fund genetic development programs

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requires discipline that few breeders possess.

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But Moonriver's legacy remains at Bredahl in

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the form of her daughter, Bredahl Gypsy Grand,

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VG80H37. This is where Terry's vision crystallizes

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into measurable success. Gypsy Grand becomes

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Holstein Canada Cow of the Year in 2003, formal

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recognition of her impact on breed development.

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But her real influence comes through her offspring.

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Bradel Goodluck, 4 LPI, Bradel Freelance, No.

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2 LPI, Bradel Spy, Bradel Rainmaker, bulls that

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dominate genetic rankings before anyone has heard

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of Goldwyn. you realize you're witnessing the

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development of a genetic locomotive, a female

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whose breeding potential exceeds her individual

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performance. Gypsy Grand doesn't just produce

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good offspring. She produces breeding animals

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that reshape the genetic landscape. The Bradel

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prefix becomes a trademark for elite genetics,

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creating market expectations and premium pricing

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for anything carrying the family designation.

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This is the foundation upon which lightning will

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strike. Not luck, not accident, but the inevitable

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result of systematic genetic building that began

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with a calculated risk at a dispersal sale in

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1985. You're reviewing breeding records on a

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February morning in 1998, coffee steaming beside

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stacks of genetic catalogs and production reports.

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The numbers tell a story of incremental progress.

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Genetic gains measured in fractions of percentage

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points, improvements that accumulate over generations,

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but require faith in data that won't be validated

00:15:25.429 --> 00:15:28.809
for years. The pressure never stops in dairy

00:15:28.809 --> 00:15:32.389
farming. Feed costs climb relentlessly, now averaging

00:15:32.389 --> 00:15:37.070
$140 per ton for quality alfalfa hay. Milk prices

00:15:37.070 --> 00:15:39.710
fluctuate with global commodity markets that

00:15:39.710 --> 00:15:42.330
seem increasingly disconnected from farm gate

00:15:42.330 --> 00:15:45.279
reality. Your banker reviews loan renewals with

00:15:45.279 --> 00:15:48.240
questions about herd productivity, genetic investments,

00:15:48.500 --> 00:15:51.299
and long -term viability that hit closer to home

00:15:51.299 --> 00:15:54.820
each year. You understand Terry's position during

00:15:54.820 --> 00:15:57.419
these years because you face identical challenges.

00:15:57.960 --> 00:16:01.120
Each breeding decision carries amplified weight

00:16:01.120 --> 00:16:05.059
when margins shrink and costs escalate. The luxury

00:16:05.059 --> 00:16:07.639
of experimental matings disappears when every

00:16:07.639 --> 00:16:09.940
dose of semen represents measurable financial

00:16:09.940 --> 00:16:13.039
commitment. The temptation to focus on immediate

00:16:13.039 --> 00:16:15.659
returns rather than long -term genetic building

00:16:15.659 --> 00:16:18.980
becomes almost irresistible. Gypsy Grand's mating

00:16:18.980 --> 00:16:21.480
to Moglin Storm represents Terry's continued

00:16:21.480 --> 00:16:23.600
commitment to systematic genetic development,

00:16:23.899 --> 00:16:27.100
but also reveals the increasing complexity of

00:16:27.100 --> 00:16:29.600
breeding decisions in an industry where information

00:16:29.600 --> 00:16:34.360
overload creates paralysis by analysis. Storm

00:16:34.360 --> 00:16:36.620
brings durability and all -around performance

00:16:36.620 --> 00:16:39.850
to an already potent maternal line. But the mating

00:16:39.850 --> 00:16:42.669
also concentrates genes in ways that won't be

00:16:42.669 --> 00:16:45.409
fully understood until genomic testing reveals

00:16:45.409 --> 00:16:48.830
the risks hidden in pedigree structures. The

00:16:48.830 --> 00:16:51.429
birth of twins from this mating, Baylor twine

00:16:51.429 --> 00:16:54.090
and second cut, demonstrates both the potential

00:16:54.090 --> 00:16:56.929
and the unpredictability of genetic systems.

00:16:57.590 --> 00:17:00.590
Identical genetics expressing similar phenotypes

00:17:00.590 --> 00:17:03.370
in different environments, both daughters achieving

00:17:03.370 --> 00:17:07.230
VG86 classifications with nearly identical production

00:17:07.230 --> 00:17:10.640
profiles. You witness genetic consistency that

00:17:10.640 --> 00:17:13.480
validates Terry's long -term vision while highlighting

00:17:13.480 --> 00:17:17.200
the role of chance in animal breeding. Baylor

00:17:17.200 --> 00:17:19.940
Twine remains at Bradle and continues the family

00:17:19.940 --> 00:17:23.279
development program. Second Cut moves to Gillette

00:17:23.279 --> 00:17:25.579
Holsteins and becomes the foundation for her

00:17:25.579 --> 00:17:29.039
own dynasty of successful offspring. Same genetics,

00:17:29.259 --> 00:17:31.660
different locations, both producing champions,

00:17:31.980 --> 00:17:34.819
the kind of genetic reliability that creates

00:17:34.819 --> 00:17:37.869
market value and breeding confidence. The late

00:17:37.869 --> 00:17:41.470
1990s bring technological changes that revolutionize

00:17:41.470 --> 00:17:44.630
breeding decisions. Email communication allows

00:17:44.630 --> 00:17:47.990
instant access to genetic information. Computer

00:17:47.990 --> 00:17:51.130
databases track pedigree relationships with precision

00:17:51.130 --> 00:17:55.690
impossible in previous decades. Artificial insemination

00:17:55.690 --> 00:17:58.970
catalogs expand from regional publications to

00:17:58.970 --> 00:18:01.589
international directories offering genetics from

00:18:01.589 --> 00:18:03.950
every major breeding program in North America

00:18:03.950 --> 00:18:06.430
and Europe. You remember the learning curve of

00:18:06.430 --> 00:18:08.990
incorporating new technologies into traditional

00:18:08.990 --> 00:18:12.089
breeding programs. Genetic evaluation systems

00:18:12.089 --> 00:18:15.049
become more sophisticated but also more complex.

00:18:15.490 --> 00:18:18.329
Linear trait evaluations supplement traditional

00:18:18.329 --> 00:18:21.920
classification systems. Daughter proven sires

00:18:21.920 --> 00:18:24.599
compete with genomic tested young bulls whose

00:18:24.599 --> 00:18:27.420
genetic merit estimates carry mathematical precision

00:18:27.420 --> 00:18:31.539
but practical uncertainty. The industry consolidates

00:18:31.539 --> 00:18:33.880
during these years. Smaller breeding operations

00:18:33.880 --> 00:18:37.480
merge or disappear. Regional AI organizations

00:18:37.480 --> 00:18:40.839
combine into national cooperatives. Competition

00:18:40.839 --> 00:18:43.660
intensifies for market share in genetic improvement

00:18:43.660 --> 00:18:47.119
programs. The pressure to identify and promote

00:18:47.119 --> 00:18:49.670
the next genetic breakthrough creates marketing

00:18:49.670 --> 00:18:52.730
strategies that emphasize revolutionary claims

00:18:52.730 --> 00:18:56.029
over incremental improvements. In this environment,

00:18:56.269 --> 00:18:58.589
Terry continues building genetic systems with

00:18:58.589 --> 00:19:01.990
patients that defies industry trends. While competitors

00:19:01.990 --> 00:19:04.630
chase fashionable bloodlines and promote flavor

00:19:04.630 --> 00:19:07.569
of the month genetics, Breidel focuses on maternal

00:19:07.569 --> 00:19:10.410
line development that requires decades to fully

00:19:10.410 --> 00:19:13.730
mature. The strategy appears conservative compared

00:19:13.730 --> 00:19:16.329
to aggressive marketing of young sires with limited

00:19:16.329 --> 00:19:19.720
daughter information. Baylor Twine's first lactation

00:19:19.720 --> 00:19:22.400
performance validates Terry's genetic architecture.

00:19:23.400 --> 00:19:29.460
BCAs of 299 for milk, 397 for fat at 4 .9%, 314

00:19:29.460 --> 00:19:32.500
for protein, numbers that translate to commercial

00:19:32.500 --> 00:19:35.000
profitability and genetic transmitting ability.

00:19:35.599 --> 00:19:38.779
Her formal recognition as Holstein Canada Cow

00:19:38.779 --> 00:19:42.200
of the Year in 2007 provides industry validation

00:19:42.200 --> 00:19:45.140
of genetic systems that Terry has been building

00:19:45.140 --> 00:19:48.670
for over 20 years. You understand the emotional

00:19:48.670 --> 00:19:50.930
investment represented by these achievements.

00:19:51.730 --> 00:19:54.809
Decades of breeding decisions, financial commitments,

00:19:55.049 --> 00:19:57.650
and unwavering focus on genetic systems that

00:19:57.650 --> 00:20:00.410
require faith in data that won't be validated

00:20:00.410 --> 00:20:04.109
until years after initial investments. The recognition

00:20:04.109 --> 00:20:07.170
provides not just market validation but personal

00:20:07.170 --> 00:20:10.369
satisfaction for systematic approaches that prioritize

00:20:10.369 --> 00:20:13.289
long -term results over short -term gratification.

00:20:13.950 --> 00:20:16.309
The mating of Baylor twine to Shoremar James

00:20:16.309 --> 00:20:19.789
in 1999 appears routine in breeding records,

00:20:20.009 --> 00:20:22.750
but represents the culmination of Terry's 15

00:20:22.750 --> 00:20:26.670
-year genetic development program. James brings

00:20:26.670 --> 00:20:29.269
outcrossed genetics from another legendary Canadian

00:20:29.269 --> 00:20:32.529
bloodline, the Shore family's commitment to balanced,

00:20:32.630 --> 00:20:35.470
durable, profitable cattle. The combination of

00:20:35.470 --> 00:20:38.809
Baten's concentrated genetic firepower with Shore's

00:20:38.809 --> 00:20:41.690
proven durability creates genetic potential that

00:20:41.690 --> 00:20:45.289
exceeds the sum of individual components. You

00:20:45.289 --> 00:20:47.490
recognize this mating strategy because you've

00:20:47.490 --> 00:20:50.009
attempted similar approaches with varying degrees

00:20:50.009 --> 00:20:53.569
of success. Line breeding to concentrate desirable

00:20:53.569 --> 00:20:56.289
traits, followed by outcrossing to introduce

00:20:56.289 --> 00:20:58.789
hybrid vigor and prevent inbreeding depression.

00:20:59.990 --> 00:21:02.730
The theoretical framework appears straightforward,

00:21:03.049 --> 00:21:07.000
but practical application requires timing, resources,

00:21:07.140 --> 00:21:09.640
and genetic insight that few breeders possess.

00:21:10.259 --> 00:21:13.220
The pregnancy proceeds normally through winter

00:21:13.220 --> 00:21:16.160
months of 1999, one of hundreds of breedings

00:21:16.160 --> 00:21:18.619
on the Bradel program. No special attention,

00:21:18.960 --> 00:21:21.940
no heightened expectations, no indication that

00:21:21.940 --> 00:21:24.279
this particular mating will produce genetic impact

00:21:24.279 --> 00:21:28.279
that reshapes Holstein breeding worldwide. But

00:21:28.279 --> 00:21:30.519
you sense something building. Maybe it's the

00:21:30.519 --> 00:21:32.859
way Terry discusses genetic potential with increased

00:21:32.859 --> 00:21:36.150
confidence. Maybe it's the way industry professionals

00:21:36.150 --> 00:21:38.730
reference Bradol genetics with growing respect.

00:21:39.029 --> 00:21:42.130
Or maybe it's just the farmer's instinct that

00:21:42.130 --> 00:21:44.930
recognizes when systematic approaches reach critical

00:21:44.930 --> 00:21:48.109
mass and prepare to produce results that justify

00:21:48.109 --> 00:21:52.490
decades of patient development. January 3, 2000

00:21:52.490 --> 00:21:56.490
approaches with no fanfare, no special preparation,

00:21:56.809 --> 00:21:59.609
no recognition that dairy history is about to

00:21:59.609 --> 00:22:02.670
change forever. You're driving to the feed mill

00:22:02.670 --> 00:22:06.730
on December 30, 1999, listening to Y2K preparation

00:22:06.730 --> 00:22:10.069
reports on the truck radio. The new millennium

00:22:10.069 --> 00:22:13.150
brings uncertainty about computer systems, financial

00:22:13.150 --> 00:22:16.230
markets, and technological infrastructure that

00:22:16.230 --> 00:22:18.490
affects everything from milk payment systems

00:22:18.490 --> 00:22:22.670
to feed delivery schedules. Your operation, like

00:22:22.670 --> 00:22:24.990
thousands of others, has prepared for potential

00:22:24.990 --> 00:22:27.490
disruptions while hoping for normal operations.

00:22:28.490 --> 00:22:31.509
The dairy industry enters the 21st century facing

00:22:31.509 --> 00:22:34.029
challenges that will define the next two decades.

00:22:34.769 --> 00:22:37.930
Consolidation accelerates as smaller farms struggle

00:22:37.930 --> 00:22:40.910
with economics that favor scale and efficiency.

00:22:42.069 --> 00:22:44.910
Regulatory pressure increases as environmental

00:22:44.910 --> 00:22:47.450
concerns focus attention on nutrient management

00:22:47.450 --> 00:22:50.549
and water quality. Consumer preferences shift

00:22:50.549 --> 00:22:53.089
toward organic and specialty products that require

00:22:53.089 --> 00:22:55.950
production modifications and premium pricing

00:22:55.950 --> 00:23:00.369
structures. Genetic evaluation systems evolve

00:23:00.369 --> 00:23:04.069
rapidly during this period. Canadian dairy industries

00:23:04.069 --> 00:23:07.309
implement genomic testing programs that promise

00:23:07.309 --> 00:23:11.109
to revolutionize breeding decisions. Young sire

00:23:11.109 --> 00:23:14.269
programs expand as AI organizations compete to

00:23:14.269 --> 00:23:17.470
identify and promote genetic breakthroughs. International

00:23:17.470 --> 00:23:20.589
genetic exchange increases as breeding organizations

00:23:20.589 --> 00:23:23.670
pursue genetics from around the globe. You remember

00:23:23.670 --> 00:23:26.109
the learning curve of incorporating genomic information

00:23:26.109 --> 00:23:29.529
into traditional breeding programs. Genetic merit

00:23:29.529 --> 00:23:33.049
estimates based on DNA analysis rather than progeny

00:23:33.049 --> 00:23:36.130
performance. Accuracy levels that promise 70

00:23:36.130 --> 00:23:39.190
% reliability for traits that previously required

00:23:39.190 --> 00:23:42.349
daughter -proven evaluations. The ability to

00:23:42.349 --> 00:23:45.670
identify genetic potential in calves months rather

00:23:45.670 --> 00:23:48.789
than years after birth. The technology offers

00:23:48.789 --> 00:23:51.769
unprecedented precision but also creates information

00:23:51.769 --> 00:23:54.660
overload that challenges traditional decision

00:23:54.660 --> 00:23:58.519
-making processes. Genomic indexes provide mathematical

00:23:58.519 --> 00:24:01.220
precision for traits that experienced breeders

00:24:01.220 --> 00:24:05.019
have always evaluated subjectively. Linear measurements

00:24:05.019 --> 00:24:07.920
quantify characteristics that previous generations

00:24:07.920 --> 00:24:10.420
assessed through visual appraisal and practical

00:24:10.420 --> 00:24:14.619
experience. Show circuits adapt to changing genetic

00:24:14.619 --> 00:24:17.839
trends during these years. Judging criteria evolve

00:24:17.839 --> 00:24:20.700
to reflect industry emphasis on functional traits

00:24:21.160 --> 00:24:23.099
rather than purely cosmetic characteristics.

00:24:23.859 --> 00:24:26.700
Classification systems incorporate new measurements

00:24:26.700 --> 00:24:29.480
for health, longevity, and production efficiency.

00:24:30.059 --> 00:24:33.279
International competition intensifies as transportation

00:24:33.279 --> 00:24:36.539
improvements enable global participation in major

00:24:36.539 --> 00:24:40.440
shows and sales. The economics of elite genetics

00:24:40.440 --> 00:24:43.119
change dramatically during this period. Semen

00:24:43.119 --> 00:24:46.640
prices for popular sires increase from $50 per

00:24:46.640 --> 00:24:50.099
dose to over $100. Elite breeding stock sells

00:24:50.099 --> 00:24:52.720
for prices that reflect investment value rather

00:24:52.720 --> 00:24:55.500
than production potential. Genetic insurance

00:24:55.500 --> 00:24:58.279
policies become standard protection for valuable

00:24:58.279 --> 00:25:01.359
breeding animals. You witness the transformation

00:25:01.359 --> 00:25:04.640
of genetic markets from regional exchanges to

00:25:04.640 --> 00:25:08.059
international commerce. Embryo transfer technology

00:25:08.059 --> 00:25:10.819
enables global distribution of elite genetics.

00:25:11.119 --> 00:25:14.059
Frozen semen allows genetic preservation and

00:25:14.059 --> 00:25:17.130
international shipping. Online marketing platforms

00:25:17.130 --> 00:25:19.890
replace printed catalogs and regional sales as

00:25:19.890 --> 00:25:22.710
primary methods for genetic promotion and distribution.

00:25:23.549 --> 00:25:26.609
The pace of genetic change accelerates as information

00:25:26.609 --> 00:25:29.349
technology improves communication and evaluation

00:25:29.349 --> 00:25:33.509
systems. Breeding decisions that previously required

00:25:33.509 --> 00:25:36.289
months of research and consultation can now be

00:25:36.289 --> 00:25:39.640
completed in days or weeks. Genetic merit comparisons

00:25:39.640 --> 00:25:43.019
that relied on incomplete information now incorporate

00:25:43.019 --> 00:25:45.779
comprehensive databases with international scope.

00:25:46.180 --> 00:25:49.119
Scientific understanding of genetic systems expands

00:25:49.119 --> 00:25:53.039
rapidly during this period. DNA testing reveals

00:25:53.039 --> 00:25:55.519
genetic relationships and trait associations

00:25:55.519 --> 00:25:59.460
that traditional pedigree analysis missed. Molecular

00:25:59.460 --> 00:26:02.039
genetics identifies specific genes responsible

00:26:02.039 --> 00:26:05.000
for production traits, disease resistance, and

00:26:05.000 --> 00:26:07.700
reproduction efficiency. Genomic selection programs

00:26:07.700 --> 00:26:10.460
promise to accelerate genetic improvement rates

00:26:10.460 --> 00:26:13.559
while reducing generation intervals, but increased

00:26:13.559 --> 00:26:16.519
scientific knowledge also reveals the complexity

00:26:16.519 --> 00:26:19.700
and risks associated with intensive genetic selection.

00:26:20.140 --> 00:26:23.279
Recessive disorders emerge as breeding populations

00:26:23.279 --> 00:26:27.400
concentrate around popular sires, Genetic diversity

00:26:27.400 --> 00:26:30.619
decreases as successful bloodlines dominate breeding

00:26:30.619 --> 00:26:33.160
programs. The balance between genetic progress

00:26:33.160 --> 00:26:35.880
and genetic health becomes a central concern

00:26:35.880 --> 00:26:38.700
for industry organizations and individual breeders.

00:26:39.039 --> 00:26:42.200
This is the technological and economic environment

00:26:42.200 --> 00:26:45.559
surrounding Braydale -Goldwyn's birth. An industry

00:26:45.559 --> 00:26:48.240
in transition, embracing scientific advancement

00:26:48.240 --> 00:26:50.839
while struggling to maintain genetic diversity.

00:26:51.579 --> 00:26:55.220
Competitive pressures that reward genetic breakthroughs

00:26:55.519 --> 00:26:59.400
while penalizing conservative approaches. Market

00:26:59.400 --> 00:27:02.059
forces that create enormous value for superior

00:27:02.059 --> 00:27:04.980
genetics while threatening the viability of conventional

00:27:04.980 --> 00:27:08.700
breeding programs. Into this complex, rapidly

00:27:08.700 --> 00:27:11.259
evolving industry steps a bull calf whose genetic

00:27:11.259 --> 00:27:14.099
influence will exceed every prediction and challenge

00:27:14.099 --> 00:27:16.420
every assumption about the relationship between

00:27:16.420 --> 00:27:19.259
genetic merit, market value, and industry impact.

00:27:20.859 --> 00:27:24.640
November 2004. You're sitting in your farm office

00:27:24.640 --> 00:27:27.740
at 6 a .m., coffee growing cold beside stacks

00:27:27.740 --> 00:27:30.720
of breeding catalogs and genetic evaluation reports.

00:27:31.500 --> 00:27:34.819
The monthly LPI listings have just arrived via

00:27:34.819 --> 00:27:37.799
email, a routine you've followed for years but

00:27:37.799 --> 00:27:40.559
which never fails to generate both hope and anxiety

00:27:40.559 --> 00:27:43.519
about your breeding decisions. You scroll through

00:27:43.519 --> 00:27:46.019
the rankings, noting familiar names in familiar

00:27:46.019 --> 00:27:49.319
positions. Genetic progress appears incremental.

00:27:49.900 --> 00:27:52.119
measured in small improvements that accumulate

00:27:52.119 --> 00:27:55.339
over time. Your own breeding program shows modest

00:27:55.339 --> 00:27:58.660
gains, nothing spectacular, but steady improvement

00:27:58.660 --> 00:28:01.759
that validates careful sire selection and systematic

00:28:01.759 --> 00:28:06.200
genetic building. Position of 82 catches your

00:28:06.200 --> 00:28:08.619
attention only because it's an unfamiliar name.

00:28:09.180 --> 00:28:12.299
Bradel Goldwyn. You recognize the prefix, but

00:28:12.299 --> 00:28:14.640
can't recall specific details about this particular

00:28:14.640 --> 00:28:18.390
bull. Another Bradel entry. Terry's program continues

00:28:18.390 --> 00:28:21.049
producing genetic merit at levels that earn industry

00:28:21.049 --> 00:28:23.930
respect, but this one hasn't generated the buzz

00:28:23.930 --> 00:28:27.049
surrounding some of his other releases. You make

00:28:27.049 --> 00:28:29.569
a mental note to research Goldwyn's pedigree

00:28:29.569 --> 00:28:32.109
and breeding potential, then continue reviewing

00:28:32.109 --> 00:28:35.269
rankings for immediate breeding decisions. November

00:28:35.269 --> 00:28:38.049
breeding season requires sire selections for

00:28:38.049 --> 00:28:40.849
calves that won't be born until August, evaluated

00:28:40.849 --> 00:28:44.529
until lactation, or proven until progeny testing

00:28:44.529 --> 00:28:48.380
completes its three -year cycle. The faith required

00:28:48.380 --> 00:28:51.039
for breeding decisions extends far beyond most

00:28:51.039 --> 00:28:53.900
business planning horizons. The morning milking

00:28:53.900 --> 00:28:56.140
routine provides time to think about genetic

00:28:56.140 --> 00:28:58.680
strategies while your hands work automatically

00:28:58.680 --> 00:29:02.039
through familiar procedures. Each cow represents

00:29:02.039 --> 00:29:04.839
multiple breeding decisions, sire selection,

00:29:05.220 --> 00:29:08.920
timing, genetic goals, economic objectives, that

00:29:08.920 --> 00:29:11.779
seemed logical when made but now generate varying

00:29:11.779 --> 00:29:15.119
degrees of satisfaction or regret based on resulting

00:29:15.119 --> 00:29:17.940
offspring performance. Your breeding program

00:29:17.940 --> 00:29:20.880
reflects compromises between genetic idealism

00:29:20.880 --> 00:29:24.720
and economic reality. Elite sires command premium

00:29:24.720 --> 00:29:27.259
prices that challenge tight operating margins.

00:29:27.680 --> 00:29:30.640
Proven genetics provide reliability but limit

00:29:30.640 --> 00:29:33.839
genetic advancement. Young, unproven sires offer

00:29:33.839 --> 00:29:36.599
genetic potential but carry risk that farm operations

00:29:36.599 --> 00:29:40.579
can't always absorb. February 2005 brings the

00:29:40.579 --> 00:29:43.200
next LPI update with anticipation that has become

00:29:43.200 --> 00:29:45.960
routine over decades of genetic evaluation cycles.

00:29:46.680 --> 00:29:49.680
Most changes are predictable, bulls gaining or

00:29:49.680 --> 00:29:52.200
losing a few positions as additional progeny

00:29:52.200 --> 00:29:54.700
information refines genetic merit estimates.

00:29:55.839 --> 00:29:58.200
Occasionally, a bull makes dramatic movement

00:29:58.200 --> 00:30:00.660
based on exceptional daughters or disappointing

00:30:00.660 --> 00:30:03.440
performance, but these events are rare enough

00:30:03.440 --> 00:30:06.420
to generate industry discussion. You open the

00:30:06.420 --> 00:30:09.910
email attachment and scan the top rankings. The

00:30:09.910 --> 00:30:12.450
familiar names occupy expected positions with

00:30:12.450 --> 00:30:15.130
minor reshuffling that reflects normal variation

00:30:15.130 --> 00:30:18.349
in genetic evaluation systems. Then you notice

00:30:18.349 --> 00:30:20.289
something that makes you double -check the data.

00:30:21.089 --> 00:30:24.710
Position number five, Bradel -Goldwyn. A jump

00:30:24.710 --> 00:30:27.230
from number 82 to number five represents movement

00:30:27.230 --> 00:30:29.869
so dramatic that you initially suspect data entry

00:30:29.869 --> 00:30:33.650
errors. Bulls don't gain 77 positions in a single

00:30:33.650 --> 00:30:36.210
evaluation run without exceptional circumstances

00:30:36.210 --> 00:30:39.849
that generate industry -wide attention. You cross

00:30:39.849 --> 00:30:42.569
-reference multiple sources to confirm the accuracy

00:30:42.569 --> 00:30:46.130
of rankings that seem impossible. The phone calls

00:30:46.130 --> 00:30:48.869
begin immediately. Other breeders expressing

00:30:48.869 --> 00:30:52.089
disbelief, excitement, and urgent interest in

00:30:52.089 --> 00:30:54.690
accessing Goldwyn genetics before market demand

00:30:54.690 --> 00:30:58.809
drives prices beyond reasonable levels. AI distributors

00:30:58.809 --> 00:31:01.250
reporting sudden inquiries about semen availability

00:31:01.250 --> 00:31:04.589
from an unknown bull that has become an overnight

00:31:04.589 --> 00:31:08.690
sensation. Genetic evaluators explaining statistical

00:31:08.690 --> 00:31:11.710
procedures that validate extraordinary evaluation

00:31:11.710 --> 00:31:15.650
results. You understand the implications immediately.

00:31:16.210 --> 00:31:19.769
Genetic merit increases of this magnitude suggest

00:31:19.769 --> 00:31:22.809
transmitting ability that exceeds normal expectations

00:31:22.809 --> 00:31:26.049
for Holstein breeding. The jump from number 82

00:31:26.049 --> 00:31:29.309
to number 5 represents daughter performance that

00:31:29.309 --> 00:31:32.109
validates genetic potential hidden in pedigree

00:31:32.109 --> 00:31:34.559
structures. that experienced breeders should

00:31:34.559 --> 00:31:37.839
have recognized but somehow missed. The drive

00:31:37.839 --> 00:31:40.960
to Terry's farm provides time to process information

00:31:40.960 --> 00:31:43.940
that challenges assumptions about genetic evaluation

00:31:43.940 --> 00:31:47.119
systems and breeding strategies. How does an

00:31:47.119 --> 00:31:49.559
experienced breeding community overlook genetic

00:31:49.559 --> 00:31:52.279
potential that produces results dramatic enough

00:31:52.279 --> 00:31:56.279
to generate 77 position LPI improvements? What

00:31:56.279 --> 00:31:58.720
does this suggest about genetic selection criteria

00:31:58.720 --> 00:32:02.299
that prioritize proven performance over pedigree

00:32:02.299 --> 00:32:05.619
analysis. You find Terry in his office, phone

00:32:05.619 --> 00:32:08.839
pressed to his ear, surrounded by breeding catalogs

00:32:08.839 --> 00:32:11.980
and genetic evaluation reports. His expression

00:32:11.980 --> 00:32:14.660
combines satisfaction with bewilderment, the

00:32:14.660 --> 00:32:17.579
satisfaction of systematic genetic building validated

00:32:17.579 --> 00:32:20.819
by objective evaluation, but bewilderment at

00:32:20.819 --> 00:32:23.400
the scale of industry response to results he

00:32:23.400 --> 00:32:26.240
expected but never anticipated would generate

00:32:26.240 --> 00:32:30.029
such dramatic market reaction. Terry explains

00:32:30.029 --> 00:32:32.910
Goldwyn's genetic foundation with the methodical

00:32:32.910 --> 00:32:35.490
precision that characterizes his approach to

00:32:35.490 --> 00:32:38.589
breeding decisions. The maternal line development

00:32:38.589 --> 00:32:41.589
spanning 20 years from the original purchase

00:32:41.589 --> 00:32:44.750
of Jan through systematic genetic building that

00:32:44.750 --> 00:32:47.329
accumulated genetic merit in concentrated but

00:32:47.329 --> 00:32:50.549
predictable patterns. The outcross to Shormar

00:32:50.549 --> 00:32:53.549
James that introduced hybrid vigor without diluting

00:32:53.549 --> 00:32:56.400
accumulated genetic potential. But even Terry

00:32:56.400 --> 00:32:58.720
admits surprise at the scale of genetic evaluation

00:32:58.720 --> 00:33:02.680
results. Expected improvement? Yes. Revolutionary

00:33:02.680 --> 00:33:05.500
impact? No. The difference between systematic

00:33:05.500 --> 00:33:08.359
genetic building and breakthrough genetic events

00:33:08.359 --> 00:33:11.819
that reshape industry standards. The distinction

00:33:11.819 --> 00:33:14.480
between incremental progress and paradigm shifts

00:33:14.480 --> 00:33:17.480
that redefine possibilities for Holstein breeding.

00:33:17.740 --> 00:33:20.900
The market reaction exceeds all previous experience

00:33:20.900 --> 00:33:24.380
with genetic breakthroughs. semen orders that

00:33:24.380 --> 00:33:27.400
exhaust initial availability within days of evaluation

00:33:27.400 --> 00:33:31.039
release, international inquiries from breeding

00:33:31.039 --> 00:33:33.339
organizations that normally develop domestic

00:33:33.339 --> 00:33:36.019
genetics rather than importing North American

00:33:36.019 --> 00:33:39.559
bloodlines, embryo transfer requests that promise

00:33:39.559 --> 00:33:42.839
premium pricing for genetic access that seemed

00:33:42.839 --> 00:33:46.559
routine just weeks earlier. You witness the transformation

00:33:46.559 --> 00:33:49.700
of genetic commerce from regional exchange to

00:33:49.700 --> 00:33:52.950
international market overnight. Goldwyn's semen

00:33:52.950 --> 00:33:56.250
prices increase from standard AI rates to premium

00:33:56.250 --> 00:33:59.410
pricing that reflects scarcity and demand rather

00:33:59.410 --> 00:34:03.029
than production costs. The Braydale prefix gains

00:34:03.029 --> 00:34:05.349
recognition that extends beyond North American

00:34:05.349 --> 00:34:07.950
breeding circles to global genetics markets.

00:34:08.570 --> 00:34:11.110
The first Goldwyn daughters enter show competition

00:34:11.110 --> 00:34:15.090
during 2005 and 2006 show seasons, generating

00:34:15.090 --> 00:34:18.230
visual validation for genetic evaluations that

00:34:18.230 --> 00:34:21.449
seemed almost too good to believe. These aren't

00:34:21.449 --> 00:34:23.789
just daughters that classify well and produce

00:34:23.789 --> 00:34:26.610
efficiently. These are animals that redefine

00:34:26.610 --> 00:34:29.349
breed standards for mammary excellence, dairy

00:34:29.349 --> 00:34:32.849
strength, and overall balance. You attend shows

00:34:32.849 --> 00:34:35.469
where Goldwyn daughters dominate class competition

00:34:35.469 --> 00:34:38.269
with consistency that veteran exhibitors have

00:34:38.269 --> 00:34:41.789
never witnessed from a single sire. Not occasional

00:34:41.789 --> 00:34:44.570
winners, but systematic excellence that spans

00:34:44.570 --> 00:34:48.090
multiple classes, regions, and management systems.

00:34:48.230 --> 00:34:50.739
The kind of genetic uniformity that suggests

00:34:50.739 --> 00:34:53.860
transmitting ability that exceeds normal variation

00:34:53.860 --> 00:34:57.539
in Holstein breeding. The show ring success generates

00:34:57.539 --> 00:35:00.860
market momentum that extends beyond genetic evaluation

00:35:00.860 --> 00:35:04.519
results. Visual confirmation of genetic merit

00:35:04.519 --> 00:35:06.659
that resonates with breeders who trust their

00:35:06.659 --> 00:35:10.639
eyes as much as computer generated indices. Marketing

00:35:10.639 --> 00:35:13.260
appeal that attracts commercial breeders seeking

00:35:13.260 --> 00:35:15.960
competitive advantages and purebred operations

00:35:15.960 --> 00:35:20.389
pursuing show ring success. The economic impact

00:35:20.389 --> 00:35:23.670
on Bradel operation exceeds all previous experience

00:35:23.670 --> 00:35:26.869
with genetic marketing. Semen sales that generate

00:35:26.869 --> 00:35:29.349
revenue streams independent of milk production.

00:35:29.650 --> 00:35:32.349
International licensing agreements that create

00:35:32.349 --> 00:35:36.070
ongoing royalty income. Embryo transfer programs

00:35:36.070 --> 00:35:38.889
that command premium pricing for genetic access.

00:35:39.489 --> 00:35:42.630
But success creates new challenges that test

00:35:42.630 --> 00:35:44.849
management systems designed for conventional

00:35:44.849 --> 00:35:47.909
dairy operations. Genetic inventory management

00:35:47.909 --> 00:35:51.090
becomes critical as semen supplies face unprecedented

00:35:51.090 --> 00:35:55.429
demand. International shipping requires regulatory

00:35:55.429 --> 00:35:57.909
compliance and quality control procedures that

00:35:57.909 --> 00:36:01.409
exceed domestic marketing requirements. Insurance

00:36:01.409 --> 00:36:04.090
policies become necessary protection for genetic

00:36:04.090 --> 00:36:06.849
assets whose value exceeds traditional livestock

00:36:06.849 --> 00:36:10.190
valuations. You recognize both the opportunity

00:36:10.190 --> 00:36:12.869
and the risk represented by Goldwyn's success.

00:36:13.170 --> 00:36:15.610
The genetic breakthrough that validates systematic

00:36:15.610 --> 00:36:18.289
breeding approaches while creating market forces

00:36:18.289 --> 00:36:21.030
that could reshape Holstein breeding in unpredictable

00:36:21.030 --> 00:36:24.730
ways. The economic rewards that justify decades

00:36:24.730 --> 00:36:27.429
of genetic investment while generating pressures

00:36:27.429 --> 00:36:30.090
that could undermine long -term genetic diversity.

00:36:30.809 --> 00:36:34.889
By 2006, Goldwyn climbs to number three LPI.

00:36:35.400 --> 00:36:37.679
confirming genetic merit that initially seemed

00:36:37.679 --> 00:36:40.659
too dramatic to sustain. The progression from

00:36:40.659 --> 00:36:43.820
82 to number 5 to number 3 represents consistent

00:36:43.820 --> 00:36:46.659
improvement based on expanding daughter populations

00:36:46.659 --> 00:36:49.400
rather than statistical variation that might

00:36:49.400 --> 00:36:53.119
explain initial evaluation results. The global

00:36:53.119 --> 00:36:55.179
genetic commerce surrounding Goldwyn creates

00:36:55.179 --> 00:36:57.519
precedence for Holstein breeding that extend

00:36:57.519 --> 00:37:01.159
far beyond individual bull marketing. International

00:37:01.159 --> 00:37:04.300
genetic exchange that previously focused on proven

00:37:04.300 --> 00:37:08.059
sires now embraces young bulls based on genetic

00:37:08.059 --> 00:37:10.780
evaluations that promise future performance.

00:37:11.440 --> 00:37:14.480
Market valuations that reflect investment potential

00:37:14.480 --> 00:37:18.000
rather than immediate production utility. You

00:37:18.000 --> 00:37:19.760
understand that you're witnessing the transformation

00:37:19.760 --> 00:37:22.800
of Holstein genetics from agricultural commodity

00:37:22.800 --> 00:37:25.659
to financial asset. The emergence of genetic

00:37:25.659 --> 00:37:27.880
markets that operate according to investment

00:37:27.880 --> 00:37:30.460
principles rather than traditional livestock

00:37:30.460 --> 00:37:33.809
commerce. The creation of genetic value that

00:37:33.809 --> 00:37:36.989
transcends immediate utility and approaches speculation

00:37:36.989 --> 00:37:40.670
based on future performance predictions. But

00:37:40.670 --> 00:37:43.389
beneath the excitement and opportunity, you sense

00:37:43.389 --> 00:37:45.889
developing tensions that could generate consequences

00:37:45.889 --> 00:37:49.369
extending far beyond Goldwyn's individual impact.

00:37:49.949 --> 00:37:53.429
The concentration of genetic improvement in single

00:37:53.429 --> 00:37:55.909
bloodlines that could reduce diversity across

00:37:55.909 --> 00:37:59.389
Holstein populations. the market forces that

00:37:59.389 --> 00:38:01.730
could drive genetic selection towards short -term

00:38:01.730 --> 00:38:04.489
profits rather than long -term breed development.

00:38:05.050 --> 00:38:08.550
The lightning has struck. Now you wait to see

00:38:08.550 --> 00:38:11.030
where it leads. You find yourself in the barn

00:38:11.030 --> 00:38:14.010
at 5 .30 a .m., moving through morning chores

00:38:14.010 --> 00:38:16.690
with the automatic efficiency that comes from

00:38:16.690 --> 00:38:20.110
decades of routine. But your mind races with

00:38:20.110 --> 00:38:22.530
questions that have kept you awake for weeks.

00:38:22.849 --> 00:38:25.829
How do you manage success that exceeds every

00:38:25.829 --> 00:38:28.739
prediction? How do you balance genetic opportunities

00:38:28.739 --> 00:38:31.760
that could reshape your operation against risks

00:38:31.760 --> 00:38:33.960
that could undermine everything you've built?

00:38:34.559 --> 00:38:38.139
Terry faces these questions on a scale that dwarfs

00:38:38.139 --> 00:38:41.480
your experience. The Goldwyn phenomenon has transformed

00:38:41.480 --> 00:38:43.679
Braydale from a respected breeding operation

00:38:43.679 --> 00:38:46.940
into an international genetics enterprise almost

00:38:46.940 --> 00:38:50.940
overnight. The phone never stops ringing. Fax

00:38:50.940 --> 00:38:53.539
machines consume paper faster than orders can

00:38:53.539 --> 00:38:56.159
be processed. International shipping arrangements

00:38:56.159 --> 00:38:58.900
require expertise that extends beyond traditional

00:38:58.900 --> 00:39:02.239
dairy farming knowledge. You imagine Terry at

00:39:02.239 --> 00:39:05.440
his kitchen table before dawn, spreadsheets and

00:39:05.440 --> 00:39:08.179
genetic catalogs competing for space with coffee

00:39:08.179 --> 00:39:11.179
cups and financial statements. The same table

00:39:11.179 --> 00:39:13.619
where breeding decisions were made with careful

00:39:13.619 --> 00:39:17.280
calculation now hosts negotiations that involve

00:39:17.280 --> 00:39:20.059
international contracts and licensing agreements

00:39:20.059 --> 00:39:23.739
worth more than most farms' annual gross revenue.

00:39:24.360 --> 00:39:27.219
The success validates every assumption about

00:39:27.219 --> 00:39:29.739
systematic genetic building while generating

00:39:29.739 --> 00:39:32.199
pressures that threaten to overwhelm management

00:39:32.199 --> 00:39:35.199
systems designed for conventional dairy operations.

00:39:35.920 --> 00:39:38.980
Genetic inventory that seemed adequate six months

00:39:38.980 --> 00:39:41.679
ago now faces demand that could exhaust supplies

00:39:41.679 --> 00:39:45.019
within weeks. Semen collection schedules that

00:39:45.019 --> 00:39:47.639
accommodated regional markets now require coordination

00:39:47.639 --> 00:39:50.440
with global shipping and regulatory requirements.

00:39:51.280 --> 00:39:54.000
You understand the emotional complexity Terry

00:39:54.000 --> 00:39:57.179
navigates daily, pride in genetic achievements

00:39:57.179 --> 00:40:00.619
that justify decades of patient building, excitement

00:40:00.619 --> 00:40:03.340
about opportunities that extend far beyond original

00:40:03.340 --> 00:40:06.900
expectations, but also anxiety about managing

00:40:06.900 --> 00:40:09.500
success that generates consequences extending

00:40:09.500 --> 00:40:12.460
far beyond individual breeding decisions. The

00:40:12.460 --> 00:40:15.420
pressure to capitalize on Goldwyn's success competes

00:40:15.420 --> 00:40:18.199
with responsibility for genetic stewardship that

00:40:18.199 --> 00:40:20.920
considers long -term breed development. rather

00:40:20.920 --> 00:40:24.219
than immediate market opportunities. Each breeding

00:40:24.219 --> 00:40:27.099
decision carries amplified weight when genetic

00:40:27.099 --> 00:40:29.920
material becomes investment commodity rather

00:40:29.920 --> 00:40:33.260
than agricultural input. The breeding season

00:40:33.260 --> 00:40:37.059
of 2006 tests management systems with demands

00:40:37.059 --> 00:40:40.260
that exceed all previous experience. Goldwyn

00:40:40.260 --> 00:40:43.300
semen allocation requires rationing systems that

00:40:43.300 --> 00:40:45.880
balance market demand against genetic distribution

00:40:45.880 --> 00:40:49.389
goals. International orders compete with domestic

00:40:49.389 --> 00:40:52.489
customers who supported Bradel genetics during

00:40:52.489 --> 00:40:55.929
development years. Premium pricing reflects scarcity

00:40:55.929 --> 00:40:59.409
and demand rather than production costs. You

00:40:59.409 --> 00:41:02.210
recognize the dilemma Terry faces with each semen

00:41:02.210 --> 00:41:05.070
allocation decision. Maximizing immediate revenue

00:41:05.070 --> 00:41:08.010
through premium pricing versus building long

00:41:08.010 --> 00:41:10.309
-term market relationships through reasonable

00:41:10.309 --> 00:41:14.309
access. Concentrating Goldwyn genetics in elite

00:41:14.309 --> 00:41:16.710
breeding programs versus distributing genetic

00:41:16.710 --> 00:41:19.369
improvement across commercial dairy operations.

00:41:19.750 --> 00:41:22.989
The success creates expectations that extend

00:41:22.989 --> 00:41:26.409
beyond Goldwyn's individual impact. Industry

00:41:26.409 --> 00:41:29.309
professionals expect Braydale to produce additional

00:41:29.309 --> 00:41:31.670
genetic breakthroughs with similar market potential.

00:41:32.030 --> 00:41:34.710
Breeding advisors recommend Braydale genetics

00:41:34.710 --> 00:41:37.949
based on Goldwyn's success rather than systematic

00:41:37.949 --> 00:41:41.659
evaluation of individual genetic merit. Market

00:41:41.659 --> 00:41:44.119
forces drive genetic selection toward proven

00:41:44.119 --> 00:41:47.139
performance rather than innovative breeding approaches.

00:41:47.500 --> 00:41:50.300
The economic transformation of Braydale operation

00:41:50.300 --> 00:41:53.719
requires business expertise that extends beyond

00:41:53.719 --> 00:41:57.039
traditional dairy farm management. Genetic asset

00:41:57.039 --> 00:41:59.739
valuation for insurance purposes. International

00:41:59.739 --> 00:42:02.840
tax implications for global genetic commerce.

00:42:03.340 --> 00:42:06.360
Investment strategies for genetic revenue that

00:42:06.360 --> 00:42:10.539
could exceed milk production income. Terry navigates

00:42:10.539 --> 00:42:12.900
these challenges with the same methodical approach

00:42:12.900 --> 00:42:15.340
that characterized genetic building programs,

00:42:15.599 --> 00:42:18.300
but the scale and complexity strain management

00:42:18.300 --> 00:42:20.679
systems designed for conventional agriculture.

00:42:21.039 --> 00:42:24.019
Success that seemed impossible now generates

00:42:24.019 --> 00:42:26.679
obligations that threaten to overwhelm the farming

00:42:26.679 --> 00:42:28.619
operation that created the genetic foundation.

00:42:29.400 --> 00:42:32.380
The show season brings visual validation for

00:42:32.380 --> 00:42:35.579
genetic evaluations while generating market pressures

00:42:35.579 --> 00:42:39.099
that complicate breeding decisions. Goldwyn daughters

00:42:39.099 --> 00:42:42.300
dominate competition with consistency that creates

00:42:42.300 --> 00:42:46.420
expectations for future performance. Visual excellence

00:42:46.420 --> 00:42:49.179
that confirms genetic evaluation results while

00:42:49.179 --> 00:42:51.340
setting standards that could influence breeding

00:42:51.340 --> 00:42:55.360
selection for decades. You watch Terri at shows

00:42:55.360 --> 00:42:58.139
surrounded by admirers and customers seeking

00:42:58.139 --> 00:43:01.619
genetic access. Handling attention with gracious

00:43:01.619 --> 00:43:04.760
professionalism while maintaining focus on genetic

00:43:04.760 --> 00:43:07.800
evaluation that extends beyond immediate market

00:43:07.800 --> 00:43:10.159
appeal. The balance between commercial success

00:43:10.159 --> 00:43:13.380
and genetic responsibility that defines ethical

00:43:13.380 --> 00:43:16.000
breeding practices under extraordinary circumstances.

00:43:16.639 --> 00:43:19.420
The evening chores provide temporary respite

00:43:19.420 --> 00:43:21.900
from constant phone calls and business pressures.

00:43:23.320 --> 00:43:26.400
Terry moves through familiar routines that connect

00:43:26.400 --> 00:43:29.519
him to agricultural roots while processing decisions

00:43:29.519 --> 00:43:32.300
that could affect Holstein breeding worldwide.

00:43:33.309 --> 00:43:36.110
The cattle that generated genetic breakthroughs

00:43:36.110 --> 00:43:39.809
continue requiring daily care that grounds extraordinary

00:43:39.809 --> 00:43:44.289
success in practical farming reality. You understand

00:43:44.289 --> 00:43:47.110
the internal conflict between celebrating success

00:43:47.110 --> 00:43:50.489
and managing its consequences, the satisfaction

00:43:50.489 --> 00:43:53.510
of systematic genetic building validated by objective

00:43:53.510 --> 00:43:57.010
evaluation, the excitement of opportunities that

00:43:57.010 --> 00:44:00.610
exceed every expectation, but also the weight

00:44:00.610 --> 00:44:03.349
of responsibility for genetic stewardship that

00:44:03.349 --> 00:44:05.829
considers breed development rather than individual

00:44:05.829 --> 00:44:09.250
achievement. Late evening hours in the farm office

00:44:09.250 --> 00:44:11.849
become strategic planning sessions that balance

00:44:11.849 --> 00:44:14.889
genetic opportunities against operational capacity.

00:44:15.570 --> 00:44:18.510
Breeding programs that must adapt to global demand

00:44:18.510 --> 00:44:21.829
while maintaining genetic integrity. Financial

00:44:21.829 --> 00:44:24.550
planning that incorporates revenue streams that

00:44:24.550 --> 00:44:28.110
didn't exist six months earlier. Management systems

00:44:28.110 --> 00:44:31.030
that must evolve to handle success that exceeds

00:44:31.030 --> 00:44:34.820
every prediction. The transformation from local

00:44:34.820 --> 00:44:37.420
breeding program to international genetics enterprise

00:44:37.420 --> 00:44:41.079
happens so rapidly that adjustment requires constant

00:44:41.079 --> 00:44:43.920
learning and adaptation. Skills that weren't

00:44:43.920 --> 00:44:46.599
necessary for conventional dairy farming become

00:44:46.599 --> 00:44:49.480
critical for managing genetic commerce that operates

00:44:49.480 --> 00:44:53.019
on global scales. Terry's experience during these

00:44:53.019 --> 00:44:55.440
months reflects challenges that few breeders

00:44:55.440 --> 00:44:58.860
face, but every farmer understands. How do you

00:44:58.860 --> 00:45:01.199
manage success that exceeds your preparation?

00:45:02.059 --> 00:45:05.099
How do you balance opportunity against responsibility?

00:45:05.619 --> 00:45:08.679
How do you maintain focus on long -term goals

00:45:08.679 --> 00:45:11.559
when immediate pressures demand constant attention?

00:45:11.900 --> 00:45:14.820
The questions have no easy answers, but they

00:45:14.820 --> 00:45:17.679
define the character tests that separate genetic

00:45:17.679 --> 00:45:20.519
breakthroughs from sustained genetic improvement.

00:45:20.840 --> 00:45:24.039
The difference between creating exceptional genetics

00:45:24.039 --> 00:45:26.840
and managing their impact responsibly across

00:45:26.840 --> 00:45:30.699
generations of Holstein breeding. You recognize

00:45:30.699 --> 00:45:33.039
that you're witnessing not just genetic success,

00:45:33.159 --> 00:45:36.380
but the human challenge of stewardship that comes

00:45:36.380 --> 00:45:39.159
with extraordinary achievement, the burden of

00:45:39.159 --> 00:45:41.739
responsibility that accompanies genetic influence

00:45:41.739 --> 00:45:45.320
that could reshape an entire industry. Success,

00:45:45.599 --> 00:45:47.840
you realize, carries its own unique pressures

00:45:47.840 --> 00:45:50.539
that test character as thoroughly as failure

00:45:50.539 --> 00:45:55.960
ever could. October 2008, World Dairy Expo. You

00:45:55.960 --> 00:45:58.340
stand in the Coliseum at the Alliant Energy Center

00:45:58.340 --> 00:46:01.300
in Madison, Wisconsin, surrounded by the electric

00:46:01.300 --> 00:46:03.960
atmosphere that builds all year toward this moment.

00:46:04.239 --> 00:46:06.659
The International Holstein Show represents the

00:46:06.659 --> 00:46:09.719
pinnacle of dairy cattle competition, where genetic

00:46:09.719 --> 00:46:13.019
theories face practical evaluation, where breeding

00:46:13.019 --> 00:46:16.059
reputations are made and lost, where the future

00:46:16.059 --> 00:46:18.980
direction of Holstein breeding crystallizes in

00:46:18.980 --> 00:46:22.909
show ring competition. The premier sire announcement

00:46:22.909 --> 00:46:25.610
carries weight that extends far beyond individual

00:46:25.610 --> 00:46:29.849
recognition. For 25 years, Regan Crest Elton

00:46:29.849 --> 00:46:32.469
Durham has dominated this award with consistency

00:46:32.469 --> 00:46:36.429
that defined an era in Holstein breeding. Durham

00:46:36.429 --> 00:46:39.150
daughters, profitable, predictable, durable,

00:46:39.289 --> 00:46:41.409
represented the breed standard that commercial

00:46:41.409 --> 00:46:44.170
operations could trust and purebred programs

00:46:44.170 --> 00:46:47.530
could build upon. But you sense change in the

00:46:47.530 --> 00:46:50.800
air. The first Goldwyn daughters, to reach mature

00:46:50.800 --> 00:46:54.219
classification, have redefined expectations for

00:46:54.219 --> 00:46:57.179
mammary excellence and dairy strength. These

00:46:57.179 --> 00:46:59.940
aren't just daughters that perform well. These

00:46:59.940 --> 00:47:02.619
are animals that establish new benchmarks for

00:47:02.619 --> 00:47:05.599
breed type and production capability. You've

00:47:05.599 --> 00:47:07.780
watched the progression through regional shows

00:47:07.780 --> 00:47:10.820
leading to this moment. Goldwyn daughters winning

00:47:10.820 --> 00:47:13.760
with systematic consistency that veteran exhibitors

00:47:13.760 --> 00:47:17.059
have never witnessed from a single sire. Not

00:47:17.059 --> 00:47:19.800
occasional champions, but class after class of

00:47:19.800 --> 00:47:22.659
animals that demonstrate genetic uniformity rare

00:47:22.659 --> 00:47:25.760
in Holstein breeding. The mathematics of show

00:47:25.760 --> 00:47:28.500
competition confirm what visual appraisal suggests.

00:47:29.280 --> 00:47:32.539
Premier sire recognition rewards the bull whose

00:47:32.539 --> 00:47:34.480
daughters accumulate the most points through

00:47:34.480 --> 00:47:38.179
high placings across all classes. The award requires

00:47:38.179 --> 00:47:41.139
not just exceptional individuals, but genetic

00:47:41.139 --> 00:47:43.880
consistency that produces winners across diverse

00:47:43.880 --> 00:47:46.820
management systems and regional competition levels.

00:47:47.820 --> 00:47:50.820
In the preparation areas, you observe the final

00:47:50.820 --> 00:47:53.960
grooming of an animal that represents years of

00:47:53.960 --> 00:47:57.000
breeding decisions, months of feeding and management,

00:47:57.239 --> 00:48:00.219
weeks of travel and preparation for this single

00:48:00.219 --> 00:48:03.760
day of competition. Each animal carries the hopes

00:48:03.760 --> 00:48:05.920
and genetic philosophies of breeding programs

00:48:05.920 --> 00:48:08.719
that stake reputations on show ring performance.

00:48:09.199 --> 00:48:11.880
Goldwyn daughters stand out even in this elite

00:48:11.880 --> 00:48:14.719
company. The mammary systems that classification

00:48:14.719 --> 00:48:18.710
experts have called architectural marvels. The

00:48:18.710 --> 00:48:21.250
dairy strength and feminine character that combines

00:48:21.250 --> 00:48:24.469
beauty with functionality. The genetic uniformity

00:48:24.469 --> 00:48:27.429
that suggests transmitting ability beyond normal

00:48:27.429 --> 00:48:30.289
variation in Holstein breeding. You recognize

00:48:30.289 --> 00:48:32.849
other breeders making last minute evaluations

00:48:32.849 --> 00:48:35.610
of genetic potential based on visual evidence

00:48:35.610 --> 00:48:38.170
that will influence breeding decisions for years

00:48:38.170 --> 00:48:42.349
to come. Show ring performance that validates

00:48:42.349 --> 00:48:45.780
or challenges genetic evaluation systems. competition

00:48:45.780 --> 00:48:48.239
that separates genetic theory from practical

00:48:48.239 --> 00:48:51.860
results. The crowd settles into bleacher seats

00:48:51.860 --> 00:48:54.400
with programs that outline months of breeding

00:48:54.400 --> 00:48:57.300
research and genetic analysis. Industry professionals

00:48:57.300 --> 00:48:59.679
who understand the technical aspects of genetic

00:48:59.679 --> 00:49:02.800
evaluation sit beside farmers who trust visual

00:49:02.800 --> 00:49:06.219
appraisal over computer -generated indexes. Commercial

00:49:06.219 --> 00:49:09.159
breeders seeking genetic advantages compete for

00:49:09.159 --> 00:49:11.900
seating with purebred enthusiasts pursuing show

00:49:11.900 --> 00:49:15.590
ring glory. The tension builds as class competition

00:49:15.590 --> 00:49:17.829
progresses toward premier sire announcement.

00:49:18.389 --> 00:49:21.829
Each Goldwyn daughter that places well adds points

00:49:21.829 --> 00:49:23.969
to totals that could end Durham's unprecedented

00:49:23.969 --> 00:49:28.329
reign. Each high placing confirms genetic evaluation

00:49:28.329 --> 00:49:31.349
results that initially seemed too dramatic to

00:49:31.349 --> 00:49:35.409
believe. You calculate possibilities while watching

00:49:35.409 --> 00:49:38.530
class after class of exceptional Holstein females

00:49:39.099 --> 00:49:42.000
demonstrate the genetic progress that has accumulated

00:49:42.000 --> 00:49:46.139
over decades of systematic breeding. The improvement

00:49:46.139 --> 00:49:48.739
in breed type and production capability that

00:49:48.739 --> 00:49:51.079
validates genetic selection principles while

00:49:51.079 --> 00:49:53.519
establishing new standards for future breeding

00:49:53.519 --> 00:49:56.219
programs. The judging process reveals genetic

00:49:56.219 --> 00:49:59.159
consistency that transcends individual animal

00:49:59.159 --> 00:50:02.440
excellence. Goldwyn daughters that share family

00:50:02.440 --> 00:50:05.340
characteristics while adapting to diverse management

00:50:05.340 --> 00:50:09.460
systems. mammary systems that maintain uniformity

00:50:09.460 --> 00:50:12.079
despite different feeding programs and environmental

00:50:12.079 --> 00:50:15.599
conditions, dairy strength that combines femininity

00:50:15.599 --> 00:50:19.179
with production capability. You witness the genetic

00:50:19.179 --> 00:50:21.619
principles that Terry Beaton has pursued for

00:50:21.619 --> 00:50:25.000
decades, manifesting in competition that validates

00:50:25.000 --> 00:50:28.719
systematic breeding approaches. Not luck, not

00:50:28.719 --> 00:50:31.139
accident, but the predictable result of genetic

00:50:31.139 --> 00:50:33.760
building that prioritize transmitting ability

00:50:33.760 --> 00:50:37.849
over individual performance. The judges' evaluations

00:50:37.849 --> 00:50:41.429
confirm what genetic data suggested. Goldwyn

00:50:41.429 --> 00:50:44.349
represents genetic advancement that exceeds normal

00:50:44.349 --> 00:50:47.789
progression in Holstein breeding, the kind of

00:50:47.789 --> 00:50:50.190
genetic breakthrough that happens rarely but

00:50:50.190 --> 00:50:54.349
reshapes breed standards when it occurs. The

00:50:54.349 --> 00:50:56.969
premier sire announcement approaches with anticipation

00:50:56.969 --> 00:51:00.889
that reflects 25 years of Durham dominance competing

00:51:00.889 --> 00:51:04.010
against genetic evaluation results that promise

00:51:04.010 --> 00:51:07.349
revolutionary change. The end of an era versus

00:51:07.349 --> 00:51:10.110
the beginning of genetic influence that could

00:51:10.110 --> 00:51:12.869
reshape Holstein breeding for the next generation.

00:51:13.190 --> 00:51:15.769
You understand that you're witnessing more than

00:51:15.769 --> 00:51:18.969
show ring competition. This moment represents

00:51:18.969 --> 00:51:22.050
the validation of genetic systems that challenge

00:51:22.050 --> 00:51:24.849
traditional breeding approaches. The transition

00:51:24.849 --> 00:51:27.550
from proven genetics to emerging genetic potential

00:51:27.550 --> 00:51:30.489
that carries both enormous promise and uncertain

00:51:30.489 --> 00:51:33.880
risk. The microphone crackles as the announcer

00:51:33.880 --> 00:51:36.679
prepares to announce results that will validate

00:51:36.679 --> 00:51:39.760
decades of genetic building or confirm the continuing

00:51:39.760 --> 00:51:43.340
dominance of proven genetic systems. The moment

00:51:43.340 --> 00:51:46.360
when theory meets practical evaluation, when

00:51:46.360 --> 00:51:49.260
genetic revolution faces established breed standards,

00:51:49.519 --> 00:51:52.440
your heart races as you realize that everything,

00:51:52.780 --> 00:51:55.400
the genetic building, the systematic breeding,

00:51:55.639 --> 00:51:58.659
the patient development of maternal lines, the

00:51:58.659 --> 00:52:01.809
calculated risks, and unwavering faith in genetic

00:52:01.809 --> 00:52:04.750
principles, comes down to this single announcement

00:52:04.750 --> 00:52:07.349
that will either vindicate Terry Beaton's life

00:52:07.349 --> 00:52:10.269
work or demonstrate the limits of genetic innovation

00:52:10.269 --> 00:52:13.510
in established breed populations. The moment

00:52:13.510 --> 00:52:17.409
of truth arrives. Ladies and gentlemen, the announcer's

00:52:17.409 --> 00:52:19.710
voice carries across the Coliseum with authority

00:52:19.710 --> 00:52:22.409
that commands complete attention from thousands

00:52:22.409 --> 00:52:25.130
of spectators who understand they're witnessing

00:52:25.130 --> 00:52:27.869
a potential changing of the guard in Holstein

00:52:27.869 --> 00:52:32.360
genetics. The premier sire of the 2008 World

00:52:32.360 --> 00:52:36.400
Dairy Expo International Holstein Show. You hold

00:52:36.400 --> 00:52:38.719
your breath along with everyone else in the arena.

00:52:39.280 --> 00:52:42.599
25 years of Durham dominance hangs in the balance

00:52:42.599 --> 00:52:45.539
against genetic evaluation results that promise

00:52:45.539 --> 00:52:48.820
revolutionary change but require validation through

00:52:48.820 --> 00:52:53.130
practical competition. Bradel Goldwyn. The Coliseum

00:52:53.130 --> 00:52:55.489
erupts with applause that combines surprise,

00:52:55.869 --> 00:52:58.690
excitement, and recognition of genetic achievement

00:52:58.690 --> 00:53:02.010
that exceeds all previous experience with Holstein

00:53:02.010 --> 00:53:05.150
breeding. You find yourself cheering along with

00:53:05.150 --> 00:53:07.610
thousands of other dairy professionals who understand

00:53:07.610 --> 00:53:11.070
the significance of this moment. Not just a show

00:53:11.070 --> 00:53:14.170
ring victory, but validation of genetic systems

00:53:14.170 --> 00:53:16.809
that could reshape Holstein breeding for generations.

00:53:17.329 --> 00:53:20.329
The Premier Sire banner represents more than

00:53:20.329 --> 00:53:23.199
show ring success. It confirms genetic evaluation

00:53:23.199 --> 00:53:26.599
results that initially seemed too dramatic to

00:53:26.599 --> 00:53:29.960
believe. Goldwyn's daughters haven't just performed

00:53:29.960 --> 00:53:32.760
well. They've established new standards for breed

00:53:32.760 --> 00:53:35.039
excellence that combine production capability

00:53:35.039 --> 00:53:38.340
with visual appeal in unprecedented consistency.

00:53:39.039 --> 00:53:42.219
The statistics behind the victory tell the story

00:53:42.219 --> 00:53:46.000
of genetic revolution. 47 daughters placing in

00:53:46.000 --> 00:53:48.460
the top 10 of their classes, representing nearly

00:53:48.460 --> 00:53:52.530
25 % of the elite competition. The kind of single

00:53:52.530 --> 00:53:55.210
-sire dominance that veterinary geneticists explain

00:53:55.210 --> 00:53:58.210
requires transmitting ability that occurs rarely

00:53:58.210 --> 00:54:01.429
but reshapes breed populations when it appears.

00:54:02.170 --> 00:54:04.489
You watch Terry navigate the media attention

00:54:04.489 --> 00:54:07.409
with the same methodical approach that characterized

00:54:07.409 --> 00:54:10.570
his breeding decisions. Camera crews request

00:54:10.570 --> 00:54:13.849
access to Goldwyn. Reporters seek quotes about

00:54:13.849 --> 00:54:16.980
genetic revolution. Industry magazines compete

00:54:16.980 --> 00:54:19.719
for exclusive interviews with the breeder who

00:54:19.719 --> 00:54:23.880
ended Durham's 25 -year reign. The Premier Sire

00:54:23.880 --> 00:54:26.280
Victory validates genetic evaluation systems

00:54:26.280 --> 00:54:28.800
while demonstrating their practical application

00:54:28.800 --> 00:54:32.119
in show ring competition. Goldwyn's daughters

00:54:32.119 --> 00:54:34.619
haven't just performed well, they've established

00:54:34.619 --> 00:54:37.019
new benchmarks for breed excellence that combine

00:54:37.019 --> 00:54:39.880
theoretical genetic merit with visual confirmation.

00:54:40.750 --> 00:54:43.590
The victory celebration extends beyond individual

00:54:43.590 --> 00:54:47.829
recognition to industry transformation. You sense

00:54:47.829 --> 00:54:50.409
the shift in breeding philosophy as commercial

00:54:50.409 --> 00:54:53.389
producers recognize that elite type and production

00:54:53.389 --> 00:54:57.510
efficiency aren't mutually exclusive goals. The

00:54:57.510 --> 00:54:59.869
old divisions between show ring genetics and

00:54:59.869 --> 00:55:02.730
commercial genetics begin dissolving as Goldwyn

00:55:02.730 --> 00:55:06.099
demonstrates their successful integration. The

00:55:06.099 --> 00:55:08.420
immediate impact on Goldwyn's commercial value

00:55:08.420 --> 00:55:11.219
exceeds all previous experience with genetic

00:55:11.219 --> 00:55:14.420
marketing. Semen orders flood CEMEX facilities,

00:55:14.820 --> 00:55:18.320
international inquiries arrive daily, and embryo

00:55:18.320 --> 00:55:21.320
transfer requests promise premium pricing for

00:55:21.320 --> 00:55:23.920
genetic access that seemed routine just months

00:55:23.920 --> 00:55:26.659
earlier. You understand that you're witnessing

00:55:26.659 --> 00:55:29.420
the transformation of genetic commerce from agricultural

00:55:29.420 --> 00:55:33.369
commodity to financial asset. Goldwyn's success

00:55:33.369 --> 00:55:36.150
creates precedence for Holstein breeding that

00:55:36.150 --> 00:55:39.250
extend far beyond individual bull marketing to

00:55:39.250 --> 00:55:41.590
establish new principles for genetic valuation

00:55:41.590 --> 00:55:44.849
and international trade. The months following

00:55:44.849 --> 00:55:48.750
World Dairy Expo 2008 transform Bradol from a

00:55:48.750 --> 00:55:51.530
respected breeding operation into an international

00:55:51.530 --> 00:55:55.110
genetics enterprise. You witness Terry managing

00:55:55.110 --> 00:55:58.389
success that exceeds every prediction while maintaining

00:55:58.389 --> 00:56:01.409
focus on genetic stewardship. that considers

00:56:01.409 --> 00:56:04.449
long -term breed development rather than immediate

00:56:04.449 --> 00:56:07.670
market opportunities. The economic impact creates

00:56:07.670 --> 00:56:10.590
both opportunities and obligations that test

00:56:10.590 --> 00:56:12.710
management systems designed for conventional

00:56:12.710 --> 00:56:16.389
dairy farming. Genetic inventory management becomes

00:56:16.389 --> 00:56:19.429
critical as semen supplies face unprecedented

00:56:19.429 --> 00:56:23.010
global demand. International shipping requires

00:56:23.010 --> 00:56:26.010
regulatory compliance and quality control procedures

00:56:26.010 --> 00:56:28.570
that exceed domestic marketing requirements.

00:56:28.969 --> 00:56:32.050
The 2009 show season brings continued validation

00:56:32.050 --> 00:56:35.349
as Goldwyn daughters dominate competition across

00:56:35.349 --> 00:56:38.989
North America and internationally. Premier Sire

00:56:38.989 --> 00:56:44.030
victories accumulate 2009, 2010, 2011, 2012,

00:56:44.429 --> 00:56:48.489
2013, 2014. creating a dynasty of show ring success

00:56:48.489 --> 00:56:51.789
that spans seven consecutive years at World Dairy

00:56:51.789 --> 00:56:55.510
Expo alone. You recognize the statistical impossibility

00:56:55.510 --> 00:56:58.750
of such sustained dominance. Single sire control

00:56:58.750 --> 00:57:01.690
of show ring competition for seven years requires

00:57:01.690 --> 00:57:04.849
genetic consistency that transcends normal variation

00:57:04.849 --> 00:57:07.969
in Holstein breeding. The mathematics of premier

00:57:07.969 --> 00:57:10.710
sire recognition, based on cumulative points

00:57:10.710 --> 00:57:13.429
across all daughters in competition, demands

00:57:13.429 --> 00:57:16.239
not just exceptional individuals, but systematic

00:57:16.239 --> 00:57:18.820
excellence across diverse management systems.

00:57:19.980 --> 00:57:23.579
The Goldwyn economy reaches its pinnacle in 2009

00:57:23.579 --> 00:57:26.559
with the sale of Eastside Louisdale Gold Missy

00:57:26.559 --> 00:57:30.179
for $1 .2 million, a price that makes global

00:57:30.179 --> 00:57:32.900
headlines and establishes new benchmarks for

00:57:32.900 --> 00:57:36.239
elite dairy genetics valuation. The sale represents

00:57:36.239 --> 00:57:39.510
more than individual animal pricing. It demonstrates

00:57:39.510 --> 00:57:42.329
the investment potential of genetic assets that

00:57:42.329 --> 00:57:45.030
function as appreciating commodities rather than

00:57:45.030 --> 00:57:48.110
depreciating livestock. You understand the broader

00:57:48.110 --> 00:57:51.050
implications of genetic valuations that approach

00:57:51.050 --> 00:57:54.849
real estate pricing. The dairy industry has created

00:57:54.849 --> 00:57:57.469
a new asset class that operates according to

00:57:57.469 --> 00:57:59.949
investment principles rather than traditional

00:57:59.949 --> 00:58:03.710
agricultural commerce. The emergence of genomic

00:58:03.710 --> 00:58:06.050
testing during Goldwyn's peak influence provides

00:58:06.050 --> 00:58:09.210
scientific validation for genetic phenomena that

00:58:09.210 --> 00:58:13.389
seemed almost too dramatic to believe. DNA analysis

00:58:13.389 --> 00:58:16.130
reveals the genetic architecture underlying his

00:58:16.130 --> 00:58:18.409
transmitting ability while exposing potential

00:58:18.409 --> 00:58:22.530
risks associated with widespread usage. The discovery

00:58:22.530 --> 00:58:24.809
of his carrier status for cholesterol deficiency,

00:58:25.250 --> 00:58:28.449
HCD, creates the first major challenge to his

00:58:28.449 --> 00:58:31.239
genetic legacy. Breeders who embraced Goldwyn

00:58:31.239 --> 00:58:34.039
genetics must now implement testing and mating

00:58:34.039 --> 00:58:36.840
strategies to avoid producing affected calves.

00:58:37.159 --> 00:58:40.099
Management complexity that previous generations

00:58:40.099 --> 00:58:43.699
of Holstein breeders never faced. The industry

00:58:43.699 --> 00:58:46.800
response to genetic concentration concerns becomes

00:58:46.800 --> 00:58:49.440
a defining moment for modern Holstein breeding.

00:58:49.760 --> 00:58:52.500
You witness the development of genetic diversity

00:58:52.500 --> 00:58:55.400
monitoring systems, breeding recommendations

00:58:55.400 --> 00:58:58.679
that encourage outcrossing, and educational programs

00:58:58.679 --> 00:59:01.400
that promote balanced genetic selection rather

00:59:01.400 --> 00:59:04.760
than single sire dominance. These initiatives

00:59:04.760 --> 00:59:07.280
represent the maturation of genetic sciences

00:59:07.280 --> 00:59:10.760
from experimental application to systematic management

00:59:10.760 --> 00:59:13.860
of breed development. The tools and knowledge

00:59:13.860 --> 00:59:16.760
that enabled Goldwyn's success also provide the

00:59:16.760 --> 00:59:19.800
framework for managing its consequences responsibly.

00:59:20.280 --> 00:59:23.639
25 years after Goldwyn's birth, you walk through

00:59:23.639 --> 00:59:26.349
dairy barns across North America and observe

00:59:26.349 --> 00:59:28.949
his genetic influence in countless daughters,

00:59:29.150 --> 00:59:31.889
granddaughters, and great -granddaughters that

00:59:31.889 --> 00:59:34.250
continue producing milk in commercial herds.

00:59:34.769 --> 00:59:37.650
His genetic signature appears in pedigrees from

00:59:37.650 --> 00:59:40.929
California to New York, from small family farms

00:59:40.929 --> 00:59:44.329
to large corporate operations. The visual evidence

00:59:44.329 --> 00:59:47.590
remains unmistakable. Mammary systems that bear

00:59:47.590 --> 00:59:50.289
the Goldwyn stamp, dairy strength that combines

00:59:50.289 --> 00:59:53.389
femininity with production capability, and overall

00:59:53.389 --> 00:59:56.570
balance that reflects systematic genetic improvement

00:59:56.570 --> 01:00:00.530
rather than single trait selection. The genomic

01:00:00.530 --> 01:00:02.989
revolution that accelerated during Goldwyn's

01:00:02.989 --> 01:00:05.769
career now provides tools for genetic management

01:00:05.769 --> 01:00:08.489
that Terry Beaton could never have imagined.

01:00:08.889 --> 01:00:12.250
DNA testing at six months of age, genetic diversity

01:00:12.250 --> 01:00:15.389
monitoring across populations, and precise management

01:00:15.389 --> 01:00:18.469
of recessive disorders represent the technological

01:00:18.469 --> 01:00:21.349
evolution of principles that guided traditional

01:00:21.349 --> 01:00:25.010
breeding programs. You recognize how modern genetic

01:00:25.010 --> 01:00:28.110
selection applies Goldwyn's lessons through enhanced

01:00:28.110 --> 01:00:31.090
precision. The emphasis on balanced improvement,

01:00:31.489 --> 01:00:34.250
maternal line development, and long -term genetic

01:00:34.250 --> 01:00:37.269
building continues, but with mathematical accuracy

01:00:37.269 --> 01:00:40.559
that reduces guesswork. and accelerates progress.

01:00:40.980 --> 01:00:43.539
The show ring legacy persists through daughters

01:00:43.539 --> 01:00:46.039
and granddaughters that continue winning major

01:00:46.039 --> 01:00:50.460
competitions decades after Goldwyn's death. RF

01:00:50.460 --> 01:00:53.139
Goldwyn Haley Supreme Champion victories in 2012

01:00:53.139 --> 01:00:57.099
and 2014 extend the dynasty's dominance. Maya

01:00:57.099 --> 01:01:00.380
Goldwyn's 2013 World Dairy Expo Championship

01:01:00.380 --> 01:01:03.880
continues the tradition. The genetic consistency

01:01:03.880 --> 01:01:07.650
spans generations with reliability that validates

01:01:07.650 --> 01:01:09.969
systematic breeding approaches. The economic

01:01:09.969 --> 01:01:12.889
lessons from Goldwyn's career influence modern

01:01:12.889 --> 01:01:15.449
approaches to genetic marketing and valuation.

01:01:16.409 --> 01:01:19.130
Premium pricing for proven genetics, international

01:01:19.130 --> 01:01:21.849
commerce in genetic material, and investment

01:01:21.849 --> 01:01:24.170
-grade approaches to genetic asset management

01:01:24.170 --> 01:01:26.989
all trace their origins to precedents established

01:01:26.989 --> 01:01:30.250
during the Goldwyn era. But the industry has

01:01:30.250 --> 01:01:33.599
also learned restraint. Genetic diversity monitoring

01:01:33.599 --> 01:01:36.679
prevents single sire dominance that could compromise

01:01:36.679 --> 01:01:39.699
breed health. Balanced selection indexes emphasize

01:01:39.699 --> 01:01:42.480
multiple traits rather than dramatic improvement

01:01:42.480 --> 01:01:45.860
in single characteristics. The goal remains genetic

01:01:45.860 --> 01:01:48.280
progress, but with sustainability principles

01:01:48.280 --> 01:01:51.760
that consider long -term breed development. You

01:01:51.760 --> 01:01:54.539
understand that Goldwyn's true legacy lies not

01:01:54.539 --> 01:01:57.139
in individual achievements, but in the demonstration

01:01:57.139 --> 01:02:00.900
of genetic principles that continue guiding Holstein

01:02:00.900 --> 01:02:04.650
improvement. The power of maternal line development,

01:02:04.889 --> 01:02:07.469
the importance of systematic breeding approaches,

01:02:07.809 --> 01:02:10.369
and the potential for genetic revolution through

01:02:10.369 --> 01:02:13.510
patient selection remain as relevant today as

01:02:13.510 --> 01:02:17.010
they were in 2000. You stand in a modern dairy

01:02:17.010 --> 01:02:20.170
barn on a quiet morning watching cows that carry

01:02:20.170 --> 01:02:23.309
Goldwyn genetics in their pedigrees move through

01:02:23.309 --> 01:02:26.289
automated milking systems that didn't exist when

01:02:26.289 --> 01:02:30.050
he was born. The technology has evolved dramatically

01:02:30.619 --> 01:02:33.000
but the fundamental principles of genetic improvement

01:02:33.000 --> 01:02:36.219
remain constant. Identify superior genetics,

01:02:36.619 --> 01:02:39.300
build systematic breeding programs, and maintain

01:02:39.300 --> 01:02:42.519
focus on long -term improvement rather than short

01:02:42.519 --> 01:02:45.840
-term gains. The Goldwyn story teaches lessons

01:02:45.840 --> 01:02:49.099
that extend far beyond Holstein breeding. The

01:02:49.099 --> 01:02:51.139
patience required for genetic building spans

01:02:51.139 --> 01:02:54.440
decades rather than accounting periods. The vision

01:02:54.440 --> 01:02:56.960
necessary for systematic improvement demands

01:02:56.960 --> 01:02:59.940
faith in principles that won't be validated until

01:02:59.940 --> 01:03:03.239
years after initial investments. The courage

01:03:03.239 --> 01:03:05.659
needed for genetic innovation requires willingness

01:03:05.659 --> 01:03:08.719
to challenge conventional wisdom and pursue approaches

01:03:08.719 --> 01:03:13.139
that others dismiss as impractical. Today's dairy

01:03:13.139 --> 01:03:15.880
farmers face challenges that Terry Beaton never

01:03:15.880 --> 01:03:19.139
encountered. Climate change concerns, labor shortages,

01:03:19.440 --> 01:03:22.500
regulatory pressures, and market volatility that

01:03:22.500 --> 01:03:25.900
spans global commodity exchanges. But they also

01:03:25.900 --> 01:03:28.599
possess tools and knowledge that make genetic

01:03:28.599 --> 01:03:31.519
selection more precise and genetic progress more

01:03:31.519 --> 01:03:34.099
predictable than previous generations could have

01:03:34.099 --> 01:03:37.800
imagined. The genomic revolution continues accelerating

01:03:37.800 --> 01:03:40.920
genetic improvement while providing safeguards

01:03:40.920 --> 01:03:43.719
against the unintended consequences that accompanied

01:03:43.719 --> 01:03:47.300
Goldwyn's success. Genetic diversity monitoring,

01:03:47.869 --> 01:03:50.210
health trait selection, and balanced improvement

01:03:50.210 --> 01:03:53.429
indexes represent the industry's commitment to

01:03:53.429 --> 01:03:56.989
sustainable genetic progress. You observe young

01:03:56.989 --> 01:03:59.849
cattle in the breeding pens, animals that represent

01:03:59.849 --> 01:04:02.929
the next generation of genetic progress built

01:04:02.929 --> 01:04:05.829
upon foundations established by pioneers like

01:04:05.829 --> 01:04:09.090
Terry Beaton. Their genetic potential incorporates

01:04:09.090 --> 01:04:11.929
lessons learned from Goldwyn's success and the

01:04:11.929 --> 01:04:14.969
challenges it created. They embody the industry's

01:04:14.969 --> 01:04:17.989
commitment to continued improvement within frameworks

01:04:17.989 --> 01:04:20.550
that consider genetic diversity, environmental

01:04:20.550 --> 01:04:24.349
sustainability, and economic viability. The lightning

01:04:24.349 --> 01:04:27.130
strike of Bradel Goldwyn illuminated possibilities

01:04:27.130 --> 01:04:29.829
for genetic improvement that seemed impossible

01:04:29.829 --> 01:04:33.769
before his birth. His success validated systematic

01:04:33.769 --> 01:04:36.789
breeding approaches while revealing their potential

01:04:36.789 --> 01:04:40.219
consequences. His legacy continues through genetic

01:04:40.219 --> 01:04:42.920
principles that guide modern breeding decisions

01:04:42.920 --> 01:04:46.199
and technological innovations that enhance traditional

01:04:46.199 --> 01:04:49.880
selection methods. Every dairy farmer who invests

01:04:49.880 --> 01:04:52.900
in genetic improvement, every breeder who builds

01:04:52.900 --> 01:04:55.619
cow families with multi -generational vision,

01:04:55.860 --> 01:04:59.440
and every industry professional who applies genetic

01:04:59.440 --> 01:05:02.460
sciences to practical breeding decisions continues

01:05:02.460 --> 01:05:04.960
the work that began with a strategic purchase

01:05:05.469 --> 01:05:10.050
at a dispersal sale in 1985. The story of Bradel

01:05:10.050 --> 01:05:12.349
Goldwyn proves that genetic revolution remains

01:05:12.349 --> 01:05:15.030
possible for those who combine vision with patience,

01:05:15.329 --> 01:05:18.429
knowledge with courage, and systematic approaches

01:05:18.429 --> 01:05:20.949
with unwavering commitment to genetic improvement.

01:05:21.389 --> 01:05:24.309
His legacy challenges every generation of dairy

01:05:24.309 --> 01:05:27.190
professionals to think beyond immediate returns

01:05:27.190 --> 01:05:30.050
and build genetic systems that will benefit the

01:05:30.050 --> 01:05:34.670
industry for decades to come. Sometimes lightning

01:05:34.670 --> 01:05:37.909
does strike, but as Terry Beaton proved, it helps

01:05:37.909 --> 01:05:40.130
when you've spent decades building the right

01:05:40.130 --> 01:05:43.730
conditions. The legacy of Bradol Goldwyn reminds

01:05:43.730 --> 01:05:46.889
us that in dairy farming, as in life, the most

01:05:46.889 --> 01:05:49.849
profound changes often begin with a single decision

01:05:49.849 --> 01:05:52.349
made by someone willing to think differently.

01:05:53.190 --> 01:05:56.369
Terry Beaton's investment in Sunny Lodge Elevation

01:05:56.369 --> 01:06:00.199
Jan in 1985. The patient building of a maternal

01:06:00.199 --> 01:06:02.820
dynasty. The courage to make breeding decisions

01:06:02.820 --> 01:06:05.719
based on genetic principles rather than popular

01:06:05.719 --> 01:06:08.780
trends. These choices echo through every barn

01:06:08.780 --> 01:06:11.139
where Goldwyn Genetics continue producing milk

01:06:11.139 --> 01:06:14.739
today. As you head back to your own operation,

01:06:15.059 --> 01:06:17.840
remember that every breeding decision you make,

01:06:17.980 --> 01:06:20.639
every sire selection, every genetic investment

01:06:20.639 --> 01:06:23.880
becomes part of your farm story. The question

01:06:23.880 --> 01:06:27.190
is, what story are you writing? This has been

01:06:27.190 --> 01:06:30.210
the Bullvine Podcast. If this episode resonated

01:06:30.210 --> 01:06:32.730
with you, share it with fellow dairy professionals

01:06:32.730 --> 01:06:35.550
who understand that great genetics aren't built

01:06:35.550 --> 01:06:39.730
overnight, but they're worth the wait. Subscribe

01:06:39.730 --> 01:06:42.510
wherever you get your podcasts and join us next

01:06:42.510 --> 01:06:44.769
time as we continue exploring the innovations,

01:06:45.010 --> 01:06:47.949
controversies, and characters that define modern

01:06:47.949 --> 01:06:50.869
dairy farming. Until then, keep your boots in

01:06:50.869 --> 01:06:58.710
the barn and your vision on the horizon. Turn

01:06:58.710 --> 01:07:06.449
the volume high For the icons of the ages That

01:07:06.449 --> 01:07:11.829
never will die From the show ring, from the tune

01:07:11.829 --> 01:07:17.329
The quiet strength they knew Hear their stories

01:07:17.329 --> 01:07:29.010
now Coming right on through Legends live here.
