
Parfums de Marly
Crisp green apple and bergamot brighten into a sophisticated heart of cedar and violet, anchored by earthy oakmoss and warm musk
Top Notes
Heart Notes
Base Notes
Accords
Best Clone
The best clone of Parfums de Marly Greenley is On The Green by La Ree Fragrances, with a 82% accuracy score. A fraction of the cost of the $285 original.

La Ree Fragrances
-
Price
-
Longevity
-
Sillage
The clone's heart notes lack the refined complexity of the original's violet leaf-iris interplay, resulting in a less nuanced mid-development. Additionally, Greenley exhibits noticeably better performance metrics in terms of longevity and sillage compared to On The Green's more modest 4-5 hour wear time.

Fragrance World
-
Price
5-7 hours
Longevity
Moderate
Sillage
Midori's longevity is moderately shorter (5-6 hours vs 7-8 hours), and the violet leaf note is less prominent in the heart, making it slightly more one-dimensional. The sillage is also marginally softer compared to Greenley's more pronounced projection.

French Avenue
-
Price
4-6 hours
Longevity
Moderate
Sillage
Aether Extrait's heart notes are more generically green rather than the distinctive iris-violet elegance of the original, and longevity is noticeably shorter (4-5 hours vs 7-8 hours). The sillage is also more moderate, making it a softer, less complex interpretation of Greenley's refined fresh woody profile.

Al Haramain
$71
FragranceNet
6-8 hours
Longevity
Moderate to Strong
Sillage
The clone replaces Greenley's signature galbanum and violet leaf greenness with oud and amber warmth, resulting in a completely different olfactory character. Longevity and sillage also differ considerably, with the clone performing more like a traditional oriental rather than a fresh aromatic.

Dua
$60
Dua
-
Longevity
-
Sillage
The clone performs well on projection and initial scent similarity but shows reduced longevity and base development compared to Greenley's more sophisticated dry-down. The citrus-to-iris transition is more abrupt in the clone due to slightly different concentration ratios.