Will your parrot survive in the wild?
Most people think releasing a parrot is giving it freedom. Its survival actually hinges on more than 20 factors. This quiz weighs the most decisive ones: answer them and find out.
- ✓Its real chance of surviving the first year
- ✓What would put it in the most danger
- ✓And what would give it a better shot
Based on real scientific parrot-release studies. Your result shows instantly; the full report asks for an email.
Can a pet parrot survive if you release it?
Almost never, if you simply open the cage. A captive-raised parrot does not recognise which forest fruits are edible, never learned to escape a hawk, has no flock to warn it of danger, and on top of that seeks people out: it comes down to houses and roads. Releasing it is not giving it freedom; it is leaving it alone with an exam nobody prepared it for. What does change the outcome is a handful of concrete, measurable factors — and that is what this tool calculates.
Why opening the cage is not releasing
- It does not recognise its food. A bird that cannot identify wild fruit can starve surrounded by it.
- It does not know the territory. It has no idea where to find water or food, or what threatens it. Without that map — the food sources, the water, the dangers — it can die of thirst, hunger or predation before it ever finds them.
- It cannot escape. Predation is the most frequent cause of death in parrot releases, and dodging a raptor is a skill trained by flying.
- It has no flock. A group shares vigilance and teaches where to eat and drink. A lone bird has no early warning.
- It seeks humans. A tame parrot approaches houses, kitchens and power lines: capture, electrocution, dogs.
What decides whether it survives
It is not luck or affection. In the psittacine reintroduction literature the factors that best explain the outcome are measurable: how the bird was raised, its physical condition and age, whether it trained free-flight at the actual release site, whether it recognises wild food, how many birds it is released with, how far it is from people, how much food and water the site holds year-round, whether there are parrots of its species to learn from, the season, and what support follows. The quiz above weighs those factors with the same engine as the release simulator, calibrated against published studies.
If you can no longer care for it, there is a better way
Handing it to a rehabilitation centre is not giving up: it is the only realistic route back to the forest, with preparation and follow-up. In Colombia voluntary surrender is legal, free and carries no penalty.
How to surrender a parrot →Frequently asked questions
Can I release my parrot into the forest?
Legally, no: in Colombia wildlife is not released on your own initiative, and doing so can be an environmental offence. Biologically it does not work either: a house parrot released without preparation almost never survives. The right route is voluntary surrender to an authorised centre, which assesses whether the bird is a candidate for rehabilitation.
Can a hand-reared parrot survive in the wild?
It is the hardest case. A hand-reared bird usually flies poorly, does not recognise wild food and seeks people out. Not impossible, but it requires a rehabilitation process — flight conditioning, wild diet, on-site acclimation and release in a group — not simply opening the door.
How many released parrots survive?
It depends entirely on preparation. In our first release published in Bird Conservation International (Cambridge University Press), 72% of the birds were still alive after one year. That came from a programme with flight training, acclimation, group release and follow-up monitoring; an improvised release looks nothing like it.
What kills a newly released parrot most often?
Predation. In White et al. (2012), the review of psittacine reintroductions, it was the dominant cause of death, and larger species survived better than small ones. Then come hunger and thirst in the dry season, and human-related risks when the bird is tame.
Can a parrot be prepared to live free?
Yes, and it is what changes the outcome most. The heaviest factor is free-flight training at the release site — the bird builds a mental map of the territory and learns to return, the antidote to getting lost — together with wild-food recognition, prior acclimation on site, and being released alongside other birds.
What do I do if I can no longer keep my parrot?
Do not release it or give it to just anyone. Hand it to the environmental authority or an authorised rehabilitation centre: it is legal, free and penalty-free, and it keeps open the possibility of the bird returning to the forest.
The studies this is built on
Neither the quiz nor the simulator behind it is an opinion. Every factor they weigh comes from the published literature on psittacine reintroduction, and the engine is calibrated to reproduce those results. Here is the full list, with what each one contributes.
Our own study
Confiscated Amazona parrots · Colombia (tropical dry forest, Bolívar)
72% one-year survival in our first published release, with free-flight training, on-site acclimation, group release and follow-up monitoring.
Reference literature
Brightsmith et al. 2005 · Biological Conservation 121:465–472
Scarlet macaw (Ara macao) · Peru and Costa Rica
74% combined survival (range 60–90%) with hand-reared birds released in large groups plus supplementation. The number of birds released explained 70% of the variation.
White, Collazo & Vilella 2005 · The Condor 107:424–432
Puerto Rican parrot (Amazona vittata) · Puerto Rico
41% at one year (CI 22–61%). Avian predation accounted for 54% of deaths.
Collazo, White, Vilella & Guerrero 2003 · The Condor 105:198–207
Hispaniolan parrot (Amazona ventralis) · Dominican Republic
29–30% at one year. Hurricane Georges caused a ~23% decline. Flight training gave 0 deaths over 5 weeks (vs 5) without changing annual survival.
Snyder et al. 1994 · The Condor 96:845–862
Thick-billed parrot (Rhynchopsitta pachyrhyncha) · Arizona
At 2 months: 41% for translocated wild birds vs 4% for captive-reared ones. Origin dominated the outcome; a failed cone crop made it worse.
Sanz & Grajal 1998 · Conservation Biology 12:430–441
Yellow-shouldered parrot (Amazona barbadensis) · Venezuela
≥83% (≥10 of 12) survived ≥1 year and joined wild flocks, with a gradual supplement taper (2×/day×15d → 1×/day×15d).
White et al. 2012 · Biological Conservation 148:106–115
Meta-analysis of 47 releases · 9 countries
Predictors of success: predation mitigation, habitat quality and post-release supplementation. Success = >50% at one year plus breeding.
White et al. 2021 · Diversity 13(1):13
Puerto Rican parrot (Amazona vittata) · Puerto Rico
An anti-Allee strategy (cohesion, site fidelity, fast breeding). It allowed El Yunque to be re-established after Hurricane María.
Salinas-Melgoza & Renton 2007 · Journal of Wildlife Management 71:43–50
Lilac-crowned parrot (Amazona finschi), wild · Mexico
73% (CI 53–94%) in wild fledglings: a benchmark for the natural ceiling a successful release could approach.
Vilarta et al. 2021
Golden conure (Guaruba guarouba) · Brazil
Soft release with daily supplementation, nest boxes and monitoring. Post-release deaths from predation and electrocution.
Lopes et al. 2017
Blue-fronted amazon (Amazona aestiva) · Brazil
Anti-predator training elicited more natural behaviours but did NOT improve survival.
Brightsmith, Biro, Mendes & Woodman 2024
Blue-and-yellow macaw (Ara ararauna) · Brazil
100% survival beyond 2 years in 6 birds free-flight trained from chicks. Very small sample, not replicated yet.
Purchase, Lugarini … White 2024
Spix's macaw (Cyanopsitta spixii) · Brazil (Caatinga)
58.3% (CI 37.8–78.7%) with daily telemetry and heterospecific flocks (wild Illiger's macaws acting as chaperones).
Volpe, Di Giacomo & Berkunsky 2017
Red-and-green macaw (Ara chloropterus) · Argentina
Hard release of captive birds: near-total loss (predation and dispersal). It marks the worst end of the gradient.
Miller, Hewett Ragheb & Layman 2024 · Conservation Science and Practice 6(9):e13195
Birds · systematic review of translocations
68% of studies reported higher post-release survival when younger birds were released (vs 32% favouring older ones); the effect was strongest in wild birds and in captive-reared birds released within their first year.
Oteyza et al. 2025 · Ecology and Evolution 15:e71662
Florida grasshopper sparrow (Ammodramus s. floridanus), captive-reared
Fledglings released at ~50 days: 4.65× (CI 2.04–11.75) more likely to recruit than birds held until their first winter (~225 days) — 18% vs 5%. The young birds matched wild recruitment.
Bussolini et al. 2024 · Animal Conservation
Orange-bellied parrot (Neophema chrysogaster) · Australia
Captive-reared juveniles survived their first migration as well as wild ones; but captive-reared ADULTS had the WORST survival of any group, having missed the juvenile phase of social learning.
The figures are the ones each paper reports. Where a study has no public DOI at hand, it is cited without a link rather than inventing one.
Release results published in Bird Conservation International (Cambridge University Press). DOI