What Happened Next?
As spring approached, snowy owls wintering in the Great Lakes region would normally begin moving north toward their Arctic range.
Creamsicle's distinctive appearance was also becoming less obvious.
If the remaining stained feathers were later replaced during molt, the owl could eventually become visually indistinguishable from other snowy owls.
That creates an interesting possibility.
The famous orange owl may someday pass unnoticed.
Without a permanent identifying mark, band or transmitter, observers might have no way to know that an apparently ordinary snowy owl was the same bird that once became an international curiosity.
The extraordinary appearance that made Creamsicle famous may have been temporary from the beginning.
Perhaps that is part of what made the encounter so remarkable.
Thousands of people saw the photographs.
Researchers debated the cause.
Photographers drove hundreds of miles hoping for a glimpse.
Yet the owl itself simply continued doing what snowy owls do — sitting above open fields, watching for prey and surviving a Michigan winter.
A Once-in-a-Lifetime Encounter
Julie Maggert spent almost 29 hours waiting and searching and traveled roughly 900 miles over four trips to photograph a bird she might never see in the same condition again.
The resulting images captured more than an oddly colored owl.
They captured a genuine wildlife mystery.
Creamsicle was not an AI creation.
It was not a fictional species.
And based on the available evidence, it was probably not a naturally evolved orange form of the snowy owl.
It was a real snowy owl whose normally pale feathers had somehow acquired an extraordinary reddish-orange coating.
Exactly where?
Exactly when?
Exactly what substance caused it?
Those questions remain without definitive answers.
The aircraft de-icing hypothesis offers a plausible explanation, particularly because snowy owls sometimes occupy airport environments and because certain de-icing fluids have conspicuous colors. The pattern of staining and its gradual fading are also consistent with an external contaminant.
But science requires evidence stronger than a plausible story before declaring a mystery solved.
No laboratory analysis identified the material.
No eyewitness saw the exposure occur.
No tracking record reconstructed the bird’s movements leading up to the event.
So Creamsicle remains, in a sense, exactly what first made the owl so fascinating: a mystery.
Researchers who had spent decades studying snowy owls had never encountered an individual quite like it.
Photographers who were accustomed to seeing white owls against snowy fields suddenly found themselves looking at a bird streaked with orange and rust.
And thousands of people online initially struggled to believe that such an animal could even be real.
It was real.
For one winter in Michigan, one of the Arctic’s whitest predators appeared dressed in colors almost nobody expected.
And although those colors began to disappear, the photographs ensured that the extraordinary encounter would not.
Sources and Further Reading
Michigan State University — Department of Integrative Biology: “Orange Alert: What Caused the Colors on This Snowy Owl?” (March 13, 2025). Includes comments from snowy owl researchers, Michigan wildlife officials and bird-coloration specialist Kevin McGraw.
Project SNOWstorm — Scott Weidensaul: “No, We’re Not Dyeing Owls Red” (January 28, 2025). Explains why Project SNOWstorm did not color the bird, discusses historical owl-marking practices and examines the likelihood of external staining.
Michigan Public — Stateside: “How did this Michigan snowy owl turn orange?” (March 4, 2025). Covers the discovery, Julie Maggert’s search and scientific discussion surrounding the bird’s unusual coloration.
Michigan Outdoor News: “Snowy owl with orange coloring seen multiple times in Michigan’s Huron County” (March 3, 2025). Includes comments from Project SNOWstorm co-founder Scott Weidensaul regarding the external-staining and de-icing-fluid hypothesis.
Huron Daily Tribune / Michigan’s Thumb: “‘One of a kind’ reddish snowy owl appears to be returning to ‘normal’” (March 24, 2025). Documents later photographs showing a reduction in the owl’s reddish-orange coloration.
Project SNOWstorm: Snowy Owl tracking and research resources documenting the species’ winter movements, use of Great Lakes habitats and long-distance travel.
My Modern Met: “Photographer Travels 900 Miles To Capture Unusual Orange Snowy Owl” (April 21, 2025). Details Julie Maggert’s four trips, roughly 900 miles of travel and nearly 29 hours spent waiting and searching for the owl.
PetaPixel: “Photographer Captures Snowy Owl with Orange Plumage That Has Confused Scientists” (March 28, 2025). Includes Maggert’s account of photographing Creamsicle and addresses claims that the viral photographs were AI-generated or artificially color-enhanced.