Taylor Swift becomes an insect: Four new species bear her name
Swifties have another reason to celebrate: Taylor now has her own bugs
Taylor Swift has entered an unexpected new era: she’s now part of the scientific record. Researchers have named a newly established genus of Australian plant-feeding insects Swiftiephylus, giving the pop superstar an unusual place in entomology.
The genus contains four newly described species, all connected to Swift or her music.
The names include Swiftiephylus taylorae, Swiftiephylus amator, Swiftiephylus intrepidus and Swiftiephylus poetorum. Their Latin-inspired names reference Taylor, Lover, Fearless and poets, respectively.
The insects belong to the Miridae family, one of the largest families of true bugs, which contains thousands of described species worldwide.
The naming idea came from Sarah Schroeder , a doctoral researcher in entomology at the University of California, Riverside, and a lifelong Swift fan.
“It felt authentic to me as a lifelong Swiftie to honor Taylor in this way, as well as bring attention to the diversity of insects that has yet to be discovered,” said Schr o eder in a statement.
The insects have pale yellow bodies decorated with red accents, a combination Schroeder associated with Swift’s blonde hair and red lipstick. The insects are closely associated with Australian she-oaks, and their appearance could help them blend into the flowers and surrounding vegetation.
From forgotten specimens to scientific discovery
What makes the story especially remarkable is that these insects weren’t discovered during a recent expedition. Their specimens were collected during Australian biodiversity expeditions between 1995 and 2004, as part of a major effort that produced more than 50,000 insect specimens.
Many remained in museum collections for years before scientists had the opportunity to examine them closely.
Schroeder and her adviser, entomologist Christiane Weirauch , eventually studied hundreds of specimens borrowed from major natural history collections. Their research showed that the insects represented distinct species, even though they shared host plants and had similar physical characteristics.
The research also demonstrates why taxonomy remains important. Giving an organism a scientific identity allows researchers to study its biology, evolutionary relationships and ecological role. That information can ultimately help scientists understand and protect biodiversity.
Schroeder hopes the unusual connection will draw attention to the enormous number of insect species that haven’t yet been formally identified. Scientists believe vast numbers of insects remain undocumented, meaning discoveries like these are still possible even in collections containing specimens gathered decades ago.
The study describing the four Swiftiephylus species is part of a larger scientific paper documenting 12 newly described insects. Published in Insect Systematics & Evolution, the research adds another small piece to scientists’ understanding of Australia’s remarkable insect diversity.
While Swift is best known for stadium tours, blockbuster albums and a global fanbase, her newest namesakes are considerably smaller.
These Australian plant bugs may never perform on a stage or appear on a music chart, but they’ve gained a place in scientific history carrying the name of one of the world’s most recognizable entertainers.
