Botanists Name New Andean Plant Species After Lionel Messi
In a rare intersection of elite international football and botanical discovery, a multinational team of scientists has formally classified a previously unknown plant species after Argentina national team captain Lionel Messi. The newly documented plant, officially designated as Salvia messii, was discovered flourishing along rocky terrain in the Peruvian Andes. The researchers chose the tribute due to the striking appearance of the plant’s flowers, which prominently blend the iconic white and sky-blue hues famously worn by the Albiceleste squad.
The botanical classification was officially published on October 2 in the peer-reviewed scientific journal Phytotaxa and highlighted by Gizmodo. Belonging to the family Lamiaceae—which encompasses culinary herbs such as mint, basil, and rosemary—Salvia messii grows as an aromatic shrub capable of reaching heights of up to 1.5 meters. Beyond its Argentine-themed white and light blue petals, the striking plant features fuchsia-colored floral bracts that contribute to its vivid visual contrast in high-altitude terrain.
Field Expeditions in the Peruvian Andes Reveal Unique Flora
The discovery is credited to an expert collaborative team comprising PaĂşl Gonzáles of the Natural History Museum at the National University of San Marcos in Peru, Argentine researcher Rolando UrĂa, and Jean Capcha-Ramos of the environmental organization Huarango Nature. Spanning field research conducted between 2023 and 2025, the botanists navigated deep ravines and arid, rocky slopes situated at elevations between 2,000 and 2,400 meters above sea level.
In this challenging microclimate, Salvia messii lives alongside native cacti and drought-tolerant scrub vegetation. Following their fieldwork, the scientists conducted extensive comparative analyses against existing herbarium collections and cataloged botanical records, definitively confirming that this particular Andean shrub had never before been described by the scientific community.
Critical Conservation Concerns: An Endangered Classification
Despite the celebratory nature of honoring one of the world’s most recognizable athletes, the research team attached an urgent ecological alert to their findings. Because the plant’s known geographic distribution is restricted to an exceptionally small territorial pocket, the botanists have classified Salvia messii as Endangered from the moment of its formal introduction to science.
The fragile ecosystem that sustains the plant faces escalating environmental pressures. Confined to narrow elevation bands on specific mountain slopes, the population is acutely vulnerable to seasonal forest fires, prolonged droughts amplified by global climate change, and human-led infrastructure developments that could permanently alter or fragment its native habitat. The researchers emphasized that immediate protection of its fragile environment is necessary to prevent its localized extinction.
Why This Matters
The identification of Salvia messii underscores how much undocumented biodiversity remains hidden within the unique shrublands and ecosystems surrounding ancient Andean forests. The authors of the study hope that dedicating the rare species to a global figure like Lionel Messi will transcend sports trivia, channeling international media visibility toward crucial plant conservation efforts in vulnerable South American mountain habitats before rare native flora vanishes completely.
Frequently Asked Questions
Why was the plant named after Lionel Messi?
Botanists chose the scientific name Salvia messii because the flower’s natural petals combine the distinctive white and sky-blue colors of the Argentina national football team jersey, which Lionel Messi captains.
Where does Salvia messii grow in the wild?
The species is endemic to rocky slopes and ravines in the Peruvian Andes, where it thrives at high altitudes ranging between 2,000 and 2,400 meters above sea level alongside drought-adapted shrubs and cacti.
Why is the newly discovered flower already classified as Endangered?
The species occupies an extremely limited geographical footprint. Its native habitat is heavily threatened by natural and human disruptions, including forest fires, infrastructure development projects, and intensifying regional droughts driven by climate change.
