Color the streets pink and white in spring: which is the most beautiful tree in the world and why, according to AI
Its delicate branches, the soft tones of its petals and the harmonious shape of the tree make it an almost poetic image.
One of the most beautiful trees in the world, according to an analysis of artificial intelligence, is the Japanese cherry tree (Sakura). Its fame is not only due to its visual appearance, but also because it is a symbol of culture. Every spring, thousands of cherry trees bloom in Japan and in other corners around the world, dyeing parks, roads and temples pink and white with their small flowers. This spectacle that nature gives, known as hanami, an ancient Japanese tradition that literally means seeing flowers, attracts millions of people each year who gather to admire its beauty. From the perspective of AI, which analyzes patterns of color, symmetry and visual composition, the Japanese cherry tree represents the idea of aesthetic perfection: its delicate branches, the soft tones of its petals and the harmonious shape of the tree make it an almost poetic image. In addition, its short flowering period reinforces its charm, since it symbolizes fragility and the constant renewal of life. In short, the Sakura is not only beautiful to human eyes, but also has all the attributes that AI links with natural beauty: balance, harmony and visual emotion.
IT MAY INTEREST YOU
The DNA of forests: they discover what makes a tree resist drought
An international team, with the participation of INTA and Conicet, discovered that genetics can be decisive for trees to better resist droughts
INTA Delta begins propagation of seven Creole willow clones for ecological restoration in Paraná
As a result of the rescue, domestication and registration work carried out by Teresa Cerrillo, a leading researcher in Salix Genetic Improvement, within the framework of the National Genetic and Forest Resources Programs of INTA, the multiplication and propagation of seven clones of Creole willow (Salix humboldtiana) began recently registered in the National Seed Institute (INASE) by INTA Delta del Paraná.
The discovery of methane-producing bacteria in trees rethinks the ecological role of forests
Pioneering study shows trees surprising internal microbial diversity and potential influence on global climate, driving novel strategies for agricultural and forestry management





















