TheQuagga Resurrection

The Architect of Resurrection: Reinhold Rau and the Birth of De-Extinction

I recently came across a video detailing the most ambitious "de-extinction" projects of 2026. The presentation was slick, filled with high-resolution CGI of woolly mammoths thundering across the Arctic tundra and dodos waddling through the forests of Mauritius. They spoke of a company called Colossal Biosciences, a behemoth of synthetic biology using CRISPR-Cas9 and artificial wombs to "jumpstart nature’s ancestral heartbeat." As I watched the founder discuss their 2026 roadmap—announcing the birth of the first gene-edited "woolly mice" and the sequencing of the 99.9% accurate Thylacine genome—my mind drifted back to a very different setting.

I spent the better part of my life, from 1970 until 2002, as an exhibition designer in the galleries of the South African Museum in Cape Town. While the world now sees de-extinction as a 21st-century marvel of venture capital and genetic engineering, I knew the man who truly birthed the vision. His name was Reinhold Rau, and he didn’t need a billion-dollar laboratory to peer through the one-way door of extinction. He just needed a taxidermist’s needle, a keen eye, and a profound sense of what he called "restorative justice."

Reinhold was a friend and colleague. He was born near Frankfurt and trained at the Senckenberg Museum before joining the South African Museum in Cape Town in 1951. He possessed a quiet intensity that could move mountains—or, in his case, resurrect a subspecies. In 1969 in the taxidermy department he was remounting the "Cape Town foal," the only quagga skin left on the African continent.

The quagga was a haunting creature: a zebra that seemed to have run out of ink halfway through its creation. It had the bold black stripes of a plains zebra on its head and neck, but these faded into a solid, smoky brown on its rear. To the settlers of the 19th century, they were simply meat for servants or competitors for sheep grazing. They were hunted ruthlessly until the last one died in an Amsterdam zoo on August 12, 1883.

While other scientists saw the "Cape Town foal" as a dusty museum specimen—it was the only remaining specimen in all of Africa, As he meticulously cleaned the century-old hide, he found something extraordinary: dried bits of blood and muscle tissue still clinging to the skin. For some unbeknown reason he carefully preserved the tissue. In an era before the term "ancient DNA" existed, Reinhold was convinced that the quagga wasn’t a separate species at all, but a southern variation of the plains zebra. If it was just a variation, he reasoned, the genes for those faded stripes must still be "hiding" in the living zebra populations of Southern Africa.

It is fascinating to compare Reinhold’s quiet persistence with the frantic energy of 2026. The company the world calls "Colossal" has turned the dream of resurrection into a global race. Their "Species Roster" is a list of the lost icons:

The Woolly Mammoth: Using the Asian elephant as a "genetic scaffold," Colossal is splicing 65 different mammoth genes—those for cold-resistance, thick hair, and fat—into the elephant genome. Their 2028 target for the first hybrid calf is the talk of the scientific community.

The Thylacine (Tasmanian Tiger): Wiped out in 1936, the Thylacine is now being rebuilt from "pickled" specimens. In early 2026, they announced a prototype artificial uterus capable of culturing marsupial embryos, a technological leap that would have seemed like sorcery during my early days at the museum.

The Dodo: Perhaps the most symbolic of all extinctions. By pairing dodo DNA with the genome of the Nicobar pigeon, Colossal aims to return these flightless birds to Mauritius, claiming it will "re-balance" an ecosystem that has been broken for four centuries.

The Bluebuck: Just recently, they added this slate-blue antelope—hunted to extinction in South Africa around 1800—to their list. It feels strange to see a South African animal on a Dallas-based company's whiteboard, knowing that Reinhold was walking the Karoo decades ago with the same goal.

Reinhold was a visionary, but he knew he couldn't bring the quagga back alone. In the 1980s, a small but dedicated "fellowship" began to form around him at the museum and the University of Cape Town. These were men who shared his belief that extinction was a mistake that could be corrected.

One of the most critical figures was Professor Eric Harley. An expert in conservation genetics at UCT, Harley provided the molecular anchor for Reinhold’s intuition. While Reinhold looked at the skins, Harley looked at the macromolecules. It was Harley who helped navigate the complex genetic landscape, ensuring the project remained scientifically rigorous. He famously remarked that while you can't bring an animal back from "true" extinction, if the quagga was merely a subspecies, its retrieval through selective breeding was a sound biological goal. He gave the project its genetic "roadmap."

Then there was Dr. Mike Cluver, the Director of the South African Museum during those formative years. Without Cluver’s institutional support, the Quagga Project might have remained the obsession of a lone taxidermist. Cluver understood the historical weight of the museum's role. He helped formalize the project, navigating the bureaucratic and academic skepticism of the time. He saw that the museum wasn't just a place for the dead; it could be a catalyst for the living.

And I cannot forget Dr. Butch Hulley, a marine biologist and dear colleague who truly understood Reinhold’s soul. Butch was one of the project's most eloquent defenders. He saw Reinhold not as a university-trained scientist, but as a "scientific educator" whose work involved everyone in the joy of discovery. Butch often reminded us that Reinhold’s spirit wasn't to be found in dusty archives, but in the living things he worked to save—the geometric tortoise, the Cape clawed frog, and of course, the quagga.

Together, this group faced a wall of skepticism. The scientific establishment was often cold to their ideas, calling the plan "academic vanity" or accusing them of "creating fakes." They argued that a zebra that looks like a quagga is still just a zebra.

But Reinhold and his team's vision was deeper than morphology. Reinhold believed in Restorative Justice. He argued that because humans had caused the quagga’s extinction through greed and a lack of understanding, we had a moral obligation to use science to undo the damage.

In 1983, those 140 year old tissue fragments Reinhold had saved were sent to the University of California. In a landmark moment—the first time DNA was ever sequenced from an extinct species—the results proved Reinhold and Professor Harley right: the quagga was indeed a subspecies of the plains zebra. This was the "Big Bang" of de-extinction. It gave them the scientific mandate to officially start the Quagga Project in 1987.

They didn't use CRISPR. They used the "older, slower tools" of nature. With the guidance of Eric Harley and the support of Mike Cluver, they traveled to Etosha and Zululand, identifying zebras that naturally showed "quagga-like" traits. They brought them to the Western Cape and began a program of selective breeding that required the kind of patience only a taxidermist could possess.

I had the privilege of helping Reinhold and the team design the original Quagga Project website. We wanted to involve the public in the joy of discovery, to show them that extinction didn't have to be a permanent state. I remember the excitement in the lab and the field when the first foals were born.

Critics said it would take centuries. Reinhold, Butch, and Eric just smiled. By the third and fourth generations, the stripes began to vanish from the hindquarters exactly as predicted. The "Rau Quaggas" were emerging—not as clones, but as a living testament to the resilience of genetic memory.

When people talk about 2026 as the "Year of Resurrection," I feel a sense of protective pride. Colossal talks about "ecosystem restoration," but Reinhold, Eric, Mike, and Butch were doing this when de-extinction was still a whisper. They understood that the quagga played a specific role in the Karoo—grazing on the tough, dry grasses that other animals ignored.

Reinhold passed away in 2006. Butch Hulley wrote a moving tribute to him, saying we should search for Reinhold’s spirit in the Karoo National Park, where quaggas "come to drink at the waterhole—as they were always meant to do."

The tech-titans of 2026 have the bio-vaults and the CRISPR kits, but they are all standing on the shoulders of a German-born taxidermist and a small group of Cape Town scientists. Reinhold Rau and his team proved that with enough time, heart, and respect for nature, we can reach back through the dark and bring the lost ones home. Thanks to them, the quagga's tail flicks in the Karoo sun once again. See less