FRUITS, VEGETABLES AND NUTS / fresh · green · fruity
Fig Leaf
Category
FRUITS, VEGETABLES AND NUTS
Subcategory
fresh · green · fruity
Origin
Volatility
Heart Note
Botanical
Ficus carica
Appearance
dark green solid paste
Odor Strength
Medium
Producing Countries
Mediterranean
Pyramid
Heart
Crushed green sap on hot skin. Fig leaf smells like breaking a stem in full sun — bitter, lactonic, with a coconut-milk sweetness hiding under the chlorophyll.
Immediate impression: sharp green sap, bitter and vegetal, like snapping a stem from a sun-warmed tree. Within minutes the chlorophyll edge softens and a milky, coconut-lactonic sweetness emerges — this is the signature duality of fig leaf, green aggression over creamy warmth. Compared to galbanum, fig leaf is less metallic and more rounded; compared to violet leaf, it is drier, with less powdery iris-like character. A faint mossy-woody undertone persists in the base, similar to of damp bark.
Evolution over time
Immediately
Immediately
Sharp green sap, bitter and vegetal — crushed stems, chlorophyll, a hint of raw tomato vine.
After a few hours
After a few hours
The green edge retreats. A creamy, coconut-lactonic sweetness surfaces, with faint mossy-woody undertones.
After a few days
After a few days
Dry, papery green. The lactonic warmth fades to a clean woody-mossy murmur, skin-close and quiet.
The Full Story
Fig leaf absolute is extracted from the leaves of Ficus caric a, native to the eastern Mediterranean bas in and western Asia. The scent is sharply green, vegetal, and bitter — closer to crushed toma to vine than to ripe fru it. Underneath the initial chlorophyll blast sits a particular lactonic, almost coconut-like creaminess that separates fig leaf from other green notes. It is drier than galbanum, less anisic than basil, and carries a faint woody-mossy undertone that recalls wet bark.
Origin and Chemistry
GC-MS analys is of Ficus caric a leaf volatiles has identified over 120 constituents. Key odorants include psoralen (approximately 10%), bet a-damascenone (10%), benzyl alcohol, and bergapten (approximately 2%). The nitrogen-containing trace compound 2-isobutyl-4-methylpyridine, identified by Roman Kaiser in 1985 among some 200 constituents of fig leaf absolute, contributes an unusual tobacco-green quality. The natural absolute is a dark green viscous paste with a herbaceous-woody-mossy character.
Regulatory Constraints
Fig leaf absolute contains psoralen and bergapten — two potent furanocoumarins that cause phototoxic reactions when skin is exposed to UV light. IFRA severely restricts its use in leave-on products, and many houses have moved entirely to synthetic reconstructions. This is why the fig note in contemporary use is almost always built from molecules rather than the natural absolute.
Synthetic Reconstruction
The modern fig accord in perfumery rests on a small set of synthetic molecules. Stemone (CAS 22457-23-4), an oxime introduced in 1967, delivers the crushed-stem, green-leaf quality. Gamm a-octalactone provides the creamy, coconut-milky body that gives fig its characteristic lactonic sweetness. Labienoxime or damascones add a blackcurrant-fruity dimensi on, while coumar in contributes powdery depth. A woody base — often a cedryl methyl ether — anchors the accord.
Carbonized figs found at Gilgal I, a Neolithic site in the Jordan Valley dating to 11,400 years ago, represent the earliest known evidence of deliberate plant cultivation — predating wheat and barley domestication by roughly a thousand years. The figs were parthenocarpic (seedless), meaning they could only have been propagated by humans planting cuttings.
Extraction & Chemistry
Extraction method: The natural absolute is obtained by solvent extraction (typically hexane) of fresh Ficus carica leaves, yielding a concrete that is then washed with ethanol to produce the absolute — a dark green, viscous paste. CO2 extraction is also used to produce a cleaner extract with fewer waxes. No steam-distilled essential oil of fig leaf exists commercially in significant volume; the leaf does not yield enough volatile oil to make distillation viable. Due to the presence of phototoxic furanocoumarins (psoralen at approximately 10% of volatiles, bergapten at approximately 2%), IFRA severely restricts the use of fig leaf absolute in leave-on products. Most modern fig notes are therefore built entirely from synthetic molecules.
Molecular Formula
unspecified
CAS Number
68916-52-9
Botanical Name
Ficus carica
IFRA Status
Restricted — phototoxic; fig leaf absolute contains psoralen-type furanocoumarins; IFRA limits use in leave-on products
Synonyms
FICUS LEAF
Physical Properties
Odor Strength
Medium
Appearance
dark green solid paste
In Perfumery
Fig leaf functions primarily as a green modifier and character note in the heart of a compositi on. It belongs to no single fragrance family but appears most frequently in green-floral, chypre-fruity, and aquatic-green constructions. In functional terms, fig leaf bridges fresh top notes (citrus, herbs) to warmer base materials (woods, musks) through its dual green-lactonic character. Its volatility profile places it in the heart, though its initial green burst can read as a top-note accent. The synthetic reconstructi on of fig leaf relies on stemone (CAS 22457-23-4), an oxime that delivers the crushed-stem green quality, and gamm a-octalactone for the creamy, milky body. Labienoxime and bet a-damascone extend the fruity-blackcurrant dimensi on. Coumar in adds powdery depth. Because the natural absolute is restricted by IFRA due to phototoxic furanocoumarins (psoralen, bergapten), virtually all modern fig notes are synthetic accords. The perfumer's challenge is balancing the bitter-green aggressi on of the leaf against the sweet lactonic creaminess of the fru it.
