Introducing Déesse Verte, the captivating "Green Goddess" scent that stands apart from anything else in our collection. Infused with the alluring essence of absinthe, this unique fragrance offers a tantalizing blend of tart licorice notes, delicately sweetened with hints of black currant, sweet orange, and sampaquita. A touch of amber and tonka bean adds a subtle softness to its mesmerizing aroma.

Renowned for its aphrodisiac qualities, absinthe has long been celebrated as a muse for creativity. Throughout history, luminaries such as Baudelaire, Verlaine, Van Gogh, Monet, Degas, Picasso, and Hemingway have succumbed to its enchanting allure. Echoes of its intoxicating influence linger in cultural references like "Moulin Rouge," where the indulgence in la fée verte (the green fairy) gave rise to the legendary "l'heure verte" (the green hour), a time when the emerald elixir cast its spell with its hypnotic green hue.

Experience the enchantment of Déesse Verte - a fragrance that transcends tradition to ignite the senses and inspire the imagination.

Fragrance Family: Tart Floral
Scent Type: Medium, Tart, Spicy

Key notes: Wormwood, Cassis, Orange, Amber, Tonka and Patchouli

Specs

1.7 fl oz (50 ml)

Concentration: Parfum

Our scents are diluted to concentration using organic perfumers alcohol. They are blended, filtered and bottled by hand in our California studio.

Our glass bottles are manufactured in Italy. The glass may be recycled if the sprayer is removed before disposal.

The boxes are produced and printed locally from recycled material.

Ingredients

Alcohol Denat, Fragrance (Parfum).

May contain: Limonene, Coumarin, Linalool, Citronellol, Citral, Geraniol, Cinnamal, Isoeugenol, Eugenol, Farnesol.

WARNING: Flammable Liquid & Vapor. Keep away from Heat/Sparks/Flame/Hot Surfaces. Avoid spraying in eyes. Patch test before general use, if irritation occurs use on clothing instead of skin.

 All of our scents are vegan and cruelty free. We use a blend of natural and synthetic materials in our scents, especially where the natural equivalent faces sustainability or safety concerns.