To explore the resilience secrets of the orchid – the exceptional raw material of the Orchidée Impériale skincare line – Guerlain developed an original research platform named the Orchidarium®.
TianZi Natural reserve
Rebuilding a tropical ecosystem around the orchidOrchid, an iconic ingredient in Guerlain creations
With more than 30,000 species, orchids possess an inestimable biological capital. Queen of tree-dwelling flowers, the orchid can have a lifespan of 100 years and beyond, even in the most hostile environments.
Tianzi, in the south-west of China, is the kingdom of a variety of orchid brimming with an exceptional age-defying power. The destiny of this flower is intrinsically linked to that of its original tropical forest ecosystem in Yunnan.
Explore the secrets of orchid resilience
It encompasses three centres: a fundamental Research Laboratory that explores the age-defying benefits of orchids and an experimental garden, both located in Geneva, Switzerland; and the Exploratory Reserve of Tianzi.
An exceptional reserve
in the heart of Yunnan
A project structured
in two phases, each lasting ten years
The first phase (2011–2021) saw approximately 30 hectares (74 acres) replanted, with over 2,000 orchids and 4,000 trees planted.
The second phase (2021–2030) aims to plant an additional 30 hectares (74 acres) at a rate of 3 hectares (7.4 acres) per year.
It focuses on strengthening local biodiversity, protecting endangered species, and improving the living conditions of local communities through employment, training, and the production of high-quality products (Pu’er tea, honey, medicinal plants, etc.).
Reintroducing Vanda coerulea,
a rare and endangered species
In 2024, Guerlain launched a specific reintroduction programme for Vanda Coerulea within the Tianzi Reserve. This orchid was the first to be studied by the Maison and lies at the source of the success of the Orchidée Impériale line.
This now-endangered flower plays a vital ecological role in the ecosystems of southern Yunnan. Its reintroduction is scientifically supported by the Department of Ecological and Environmental Sciences at Yunnan University.