a new innovative breeding center helping to recover one of North America’s most iconic and endangered native birds.
Our aim is clear: to provide a substantial number of healthy, young condors for release each year, helping accelerate the species’ path from endangered to enduring.
We aspire to be both a key step and a vital partner in the California Condor Recovery Program
Founded by Michael Clark, one of the foremost experts in condor recovery, with over 35 years in the program, his career began at the LA Zoo when only 30 condors remained in the world. Over the next 30 years, he would be joined by the rest of our directors and together they devoted their professional lives to the recovery of the California condor through passion, innovation and dedication to the program’s mission.
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Photo credit: Conor Bucalo
a legacy worth saving
And Why Increased Captive Breeding is vital for their successful recovery
Lead ammunition fragments found in animal carcasses, inadvertently consumed by the birds along with the meat, remain the leading cause of wild condor mortality, responsible for 50% of known deaths.
Condors naturally produce a single egg and rear a single chick per breeding attempt.
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A California condor chick may require more than one year of parental care before independence, limiting a pair of birds to producing only two chicks in four years
Despite the successful release of condors each year, wild population growth has been sluggish due to factors such as: lead poisoning, forest fire, and viral outbreak.
Too few facilities exist to meet the urgent need for young condors to be raised.
Every step is deliberate — from pair bonding and nesting to chick rearing and social development — to ensure each bird has the best chance of survival and success in the wild.
Raising a single California condor chick for release is a nearly 2 year long process, built on over 35 years of hands-on experience, research, and innovation.
Because condors are easily disturbed during nesting, we rely on video monitoring to observe behaviors and chick development without intrusion. Hidden portals in the nest box allow us to safely access eggs and chicks when necessary, while the birds remain unaware of our presence.
Decades of studying wild condor nests have taught us what they prefer: secluded spaces, soft nesting substrates, and defensible cavities. In captivity, we recreate these features across multiple nest sites, giving each pair the illusion of choice — a proven technique that leads to more successful nesting outcomes.
Photo credit: Gavin Emmons
Once an egg is laid, it’s carefully removed and placed in an incubator for its safety and close monitoring. This not only protects it from accidental breakage in a captive environment but also allows us to track its development throughout the 57-day incubation period.
Removing the egg also triggers the pair to lay a second — a natural response that can effectively double their reproductive output. While the egg is in incubation, the parents continue to care for a dummy egg, maintaining their incubation behavior.
We only intervene during hatching if absolutely necessary. Most of the time, once we are confident that the chick will hatch successfully on its own, we return the real egg to the nest so it can hatch naturally with its parents.
At around 9 months, the young condor joins a group of other juveniles produced that season, along with an adult “mentor” condor — usually a mature male. This group setting introduces the chick to condor hierarchy, social structure, and competition — all key survival tools.
A mock utility pole rigged with a harmless electric wire is placed in the pen. The mentor bird avoids it, and the juveniles instinctively follow suit — a life-saving lesson that helps them avoid dangerous utility poles after release.
Once hatched, chicks are raised by their biological or foster parents— a vital step in ensuring proper imprinting, species-specific behavior, and social development. The chick remains with its family for as long as time allows, learning from the adults and building the behavioral foundation it will need in the wild.
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