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PARTNERS & ADVISORS

A project of this magnitude would not be possible without the knowledge and collaboration of a multi-disciplined team of experts.

BEN J. NOVAK, LEAD SCIENTIST

REVIVE & RESTORE

Ben J. Novak is the Great Passenger Pigeon Comeback project leader responsible for project development and bringing together the right team of advisors and collaborators to reach the project’s goals. It was witnessing reintroduced bison, elk, and bighorn sheep herds at Theodore Roosevelt National Park, near his birthplace, combined with learning about genetic engineering and ancient DNA advancements at the turn of the millennium that inspired his vision to recreate and restore extinct species for ecological restoration. Ben’s goal for the Great Passenger Pigeon Comeback is to set the standards for de-extinction as a discipline regarding the scientific and ethical protocols and considerations from the lab to the field.

GENOMICS

Discovering the gene variants underlying key Passenger Pigeon traits.

Simona Secomandi
Rockefeller University

Nasser Bin Mohamed Al-Jbr
The Dodo Park Project, Qatar

Erich Jarvis
Rockefeller University

Aligned genome sequences, graphic by Simona Secomandi and Ben Novak.

DE-EXTINCTION SCALED GENOME REWRITING

The “Rewilded Chicken” Project as a research model for recreating the Passenger Pigeon.

Dominic Wright
Linkoping University, Sweden

Teresa Davoli
New York University Langone Health

Anna Berenson
New York University Langone Health

Paolo Mita
New York University Langone Health

Partners at NYU and Linkoping University are working to use gene editing to transform the domestic chicken back to its wild state - the Red Junglefowl. Graphic design by Ben Novak

GERM-LINE TRANSMISSION

Developing pigeon cell culture and reproductive technologies.

Suzie Barcellos
Rockefeller University

Bertrand Pain
INSERM, France

Qilong Ying
University of Southern California

Nathan Andrieu
INSERM, France

Pigeon primordial germ cell (large centered cell) in culture - one of the cell types needed for gene editing and germ line transmission. Photo by Suzi Barcellos.

EXPERIMENTAL ECOLOGY & MODELING

Analyzing historical records to project ecological niche models and simulating a Passenger Pigeon nesting event to measure comprehensive forest community response - from carbon and nutrient cycling, tree growth, and vegetation to changes in soil microbes and animal communities.

Francisco Pelegrí
University of Wisconsin – Madison

Steven I. Apfelbaum
Applied Ecological Institute

Amy Trowbridge, University of Wisconsin - Madison
Benjamin Zuckerberg, University of Wisconsin - Madison
Jonathan Pauli, University of Wisconsin - Madison
Jason Carlson, StratifyX
Paul C. Stoy, University of Wisconsin - Madison
Sam Matey, Constultant/The Weekly Anthropocene

Graphic design by Ben Novak. The textbook forest cycle, representing disturbance and successional habitat regeneration, as viewed in light of the passenger pigeon’s ecosystem engineering role.

Volunteer Band-tailed Pigeon Breeders

Holland Shaw
Reynaldo Marine

Previous Scientific Collaborators/Contributors

Andre Soares, Uppsala University, Sweden
Beth Shapiro, UCSC
Ed Green, UCSC
Erez Lieberman Aiden, Baylor College of Medicine
Marie-Cecile van de Lavoir, OmniAb
Olga Dudchenko, Baylor College of Medicine
Paul Marini, Retired Commercial Poultry Quantitative Geneticist
Robert Etches, OmniAb
Sal Alvarez, Private Breeder
Tim Doran, CSIRO