How the Wild Turkey DNA Project Is Rewriting the Story of America’s Bird
For generations, the story of the wild turkey has been told in feathers, tracks, and the thunder of a gobble rolling through hardwood ridges. Today, a new chapter is being written in code, genetic code, and it may reshape everything we know about the bird that has become a symbol of both all things wild and a grand conservation recovery story.
The WildTurkeyDNA project, launched in 2025, is an ambitious genetic study undertaken for the wild turkey genome. It is a collaboration between the Wild Turkey Lab, the National Wild Turkey Federation, Ducks Unlimited, the University of Texas El Paso, and the Low Country Game Bird Foundation. Its mission is bold and far-reaching: Build the first continent-wide genetic map of wild turkeys using hunter-submitted DNA samples.
Hunters at the Center of the Story
- One of the most compelling aspects of the WildTurkeyDNA project is its reliance on hunters. The 2025 program asked turkey hunters to submit samples from birds with unusual plumage to help researchers understand the origins of these traits.
- For 2026, Hunters who harvest a bird with normal, or unusual plummage, typical or non-typical can request a kit, collect a small tissue sample, and mail it in. There is no cost to participate, thanks to funding from NWTF, DU, and other partners. NY NWTF has provided funding to cover up to 100 New York hunters that will be selected to participate, with some receiving kits and others mailed vials to put a sample in. Due to limited funds and resources, there is a selection process.
- This study connects turkey hunters in contributing directly to the science that will guide future management. It also strengthens the bond between hunters and the resource they care about, a flashback of hunters helping‑science tradition that helped restore wild turkeys in the first place.
How It Works (source:wildturkeyDNA) click here download
- Go to wildturkeyDNA.com and register to participate or use the QR code below.
- Those that register will get an email asking them which county/counties they hunt in
- Hunters who are selected will be mailed kits and asked to collect a sample from birds they harvest.
- For each sample, hunters will upload an image of the bird and other information through their online wildturkeyDNA account.
- Samples will be sent to UTEP via pre-paid mail for genetic analysis.
- Hunters that don’t receive kits but want to participate will be sent a vial to put a sample in and asked to mail it to UTEP.Hunters receive a certificate of pedigree for their harvested turkey
Use your smart phone camera to capture QR code below to access the signup directly!
This work is powered and funded in part by state chapters like the New York State NWTF, whose funding helps keep the program free for hunters and ensures researchers can analyze thousands of samples from across the country.
Wild turkeys have roamed North America for thousands of years, shaped by geography, climate, and isolation. Each subspecies carries its own genetic fingerprint, from the white-tipped tail fans of the Gould’s to the deep chestnut hues of the Eastern. Understanding how these genetic signatures vary, overlap, or blend is central to the project’s mission.
Researchers are using DNA to answer the following questions that field biologists have debated for decades:
- Are rare color phases: smoke, white, or mixed plumage, natural mutations, or signs of domestic ancestry?
Early results show many are fully wild, though some birds do show hybridization with domestic or heritage turkeys. - How genetically diverse are today’s populations?
Restoration efforts in the 20th century often moved small, related flocks into new areas. Scientists want to know whether history left some regions with narrower genetic baselines. What level of diversity exists, and what are the implications of determinations? - How distinct are the five subspecies at the DNA level?
The project’s next phase will analyze samples from across the entire range to map subspecies boundaries and identify areas of overlap.
This work builds on the model of DU’s DuckDNA program, which revealed widespread hybridization and genetic drift in waterfowl, findings that reshaped how wildlife managers think about long‑term species resilience.
The New York State Chapter of the NWTF is among the organizations helping fund the WildTurkeyDNA project. Their support ensures that the program remains free for hunters and that researchers can expand sampling, increase lab capacity, and accelerate analysis. The state chapter has a long history of supporting wild turkey research, habitat projects, and the restoration of the American Chestnut, which was once a primary food source for wildlife
For New York, where turkey populations have fluctuated in many counties across the state in a downward trend in recent decades, this investment is both pragmatic and symbolic. It reinforces the state’s long‑standing commitment to science-based management, wild turkey research, and positions New York hunters as key contributors to a national conservation effort.
This funding aligns with NWTF’s broader research strategy. In 2025 alone, the NWTF and its partners allocated more than $4.5 million to wild turkey research nationwide, bringing total investments since 2022 to over $22 million a scale of support unmatched in the organization’s history.
What Early Results Reveal
Although the project is still in its early stages, several patterns are emerging:
- Odd-colored birds are often 100% wild, confirming evidence that rare plumage variants do occur naturally.
- Hybridization with domestic turkeys does happen.
- Genetic diversity varies by region, prompting new questions about long-term population resilience.
- A continental genetic baseline is forming, something wildlife managers have never had before. A unified map of wild turkey DNA across North America that reveals how subspecies, regions, and restoration histories connect.
This emerging foundation gives wildlife scientists a powerful new tool to track genetic diversity, identify hidden vulnerabilities, and guide future management with unprecedented precision. As the dataset grows, researchers expect to uncover deeper insights into subspecies boundaries, historical movements, and the genetic health of local populations.
Why This Research Work Matters
Wild turkey restoration is one of America’s greatest conservation success stories. But success is not the end of the story. We cannot rest on our laurels as the wildlife ecosystem is ever-changing. Populations in some regions are declining, and managers need better tools to understand why.
Genetics offers answers that traditional field methods cannot:
- It reveals hidden patterns of ancestry and diversity.
- It identifies hybridization that is not easily identified in plumage.
- It helps managers make informed decisions about trap and transfer and habitat priorities.
- It provides a long-term roadmap for sustaining healthy, resilient turkey populations.
In short, genetics is becoming the next frontier in turkey conservation—and hunters are helping lead the way.
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