Preservation
Horses have a longer history on this continent than most people realize. Native oral traditions across many nations describe small, hardy horses as part of life here long before European contact, and modern environmental DNA research is beginning to support that. We now know horses were present in North America as recently as 6,000 years ago. What became of them after that is genuinely unknown. They may have died out. They may have persisted in small, isolated groups, quietly diverging from their ancestors over generations. Both are possible, and the question remains open.
What is documented is that when the Spanish arrived in the 1500s with the Spanish Mustang, they were introducing horses into a continent with a deep cultural memory of them. By the early 1600s, horses were already moving through Native trade networks well ahead of European settlement. Indigenous breeders were selecting and shaping those horses with clear intention, passing preferred animals through trade and breeding decisions over many generations.
Some of those original bloodlines are still with us. The breeds that descend from Native and Colonial Spanish stock carry a number of consistent traits, and one of the most notable is skeletal. Certain lines have five lumbar vertebrae rather than the six found in nearly all other horse breeds. It is not a subtle variation. It shows up consistently in isolated populations like the Corolla and Ocracoke horses living on the barrier islands of North Carolina, animals that have bred in geographic isolation for centuries. Whether that difference is a trace of something very old or the result of long isolation, it is a measurable physical distinction that sets these horses apart from everything that came later.
Our conservation program is built around finding and preserving the animals that still carry these old bloodlines. These horses are incredibly hardy, adapted for the Southeastern US landscape. They have existed in small numbers for too long, and they deserve a serious, focused effort at revitalization alongside their human counterparts in tribal revitalizations.
A Modern Proposal
Roughly 30% of people in this country want to be involved with horses. That number has stayed consistent for generations. What has changed is everything around it. Most people who want a horse today live on smaller properties, in suburban areas, or in places where horse keeping requires genuine creativity. They have children. They have busy lives. They often do not have decades of horsemanship experience behind them. And the horses that exist were not built for any of that.
That is not a criticism of those horses. The breeds that dominate the modern market were developed for performance, for agriculture, for war. They were shaped for experts, for open land, for a world that largely no longer exists. The result is a quiet but growing mismatch between the people who want horses and the horses that are available to them. Too big, too reactive, too expensive to maintain, and too much horse for anyone who has not spent years building the skills to manage them safely.
We are breeding toward something different. The goal is a small, sturdy horse with a genuinely resilient constitution, the kind that can thrive on less acreage, hold up to variable forage, and stay sound without constant intervention. Digestive resilience matters here because colic is one of the leading causes of preventable horse death, and a horse with a hardy gut is a horse that fits into a normal person's life without constant anxiety attached to it.
Temperament is the other half of it. We are selecting for horses that resolve confusion by seeking connection with people rather than reacting against them. Lower reactivity, lower libido, and a natural inclination toward partnership rather than dominance or avoidance. These traits make a horse genuinely safe for children and newer handlers from a young age, not after years of training, but as a baseline.
The tool that makes all of this possible without the suffering that comes from careless breeding is DNA analysis. Modern genetic testing lets us see what we are working with before we make breeding decisions. We use it to actively avoid the compounded health problems that have quietly built up in many breeds through generations of inbreeding, selecting away from known disease markers and toward genetic diversity and long-term resilience.
That is what we are working toward. Not a show horse. Not a performance animal optimized for a single discipline. A horse built for the world as it actually is, for the people who caretake it.