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Pistacia terebinthus
Pistacia terebinthus
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Pistacia terebinthus
Scientific classification Edit this classification
Kingdom: Plantae
Clade: Tracheophytes
Clade: Angiosperms
Clade: Eudicots
Clade: Rosids
Order: Sapindales
Family: Anacardiaceae
Genus: Pistacia
Species:
P. terebinthus
Binomial name
Pistacia terebinthus
Distribution
Synonyms[1]
  • Lentiscus vulgaris Garsault nom. inval.
  • Pistacia terebinthina St.-Lag. [Spelling variant]
  • Terebinthus communis Dum.Cours.
  • Pistacia palaestina Boiss.
  • Terebinthus vulgaris Dum.Cours.
Dry fruit of Pistacia terebinthus (MHNT collection)
Aphid Forda formicaria galls on the leaflets

Pistacia terebinthus also called the terebinth /ˈtɛrəˌbɪnθ/ and the turpentine tree, is a deciduous shrub species of the genus Pistacia, native to the Mediterranean region from the western regions of Morocco and Portugal to Greece and western and southeastern Turkey. At one time terebinths growing on the eastern shores of the Mediterranean Sea (in Syria, Lebanon and Israel) were regarded as a separate species, Pistacia palaestina,[2] but these are now considered to be a synonym of P. terebinthus.

Description

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The terebinth is a deciduous flowering plant belonging to the cashew family, Anacardiaceae; a small tree or large shrub, it grows to 10 m (33 ft) tall. The leaves are compound, 10–20 cm (3.9–7.9 in) long, odd pinnate with five to eleven opposite glossy oval leaflets, the leaflets 2–6 cm (0.79–2.36 in) long and 1–3 cm (0.39–1.18 in) broad. The flowers are reddish-purple, appearing with the new leaves in early spring. The fruit consists of small, globular drupes 5–7 mm (0.20–0.28 in) long, red to black when ripe. All parts of the plant have a strong resinous smell.[citation needed]

The terebinth is a dioecious tree, i.e. it exists as male and female specimens. For a viable population both sexes must be present. The oblong leaf is bright green, leathery, with 10 cm (3.9 in) long or more with three to nine leaflets. Leaves alternate, leathery and compound paripinnate (no terminal leaflet) with three or six deep green leaflets. They are generally larger and rounder than the leaves of the mastic, reminiscent of the leaves of carob tree. The flowers range from purple to green, the fruit is the size of a pea and turns from red to brown, depending on the degree of maturation. The whole plant emits a strong smell: bitter, resinous, or medicinal. In the vegetative period they develop "galls" shaped like a goat's horn (from which the plant gets the name "cornicabra", the common name in Spanish), that occur on the leaves and leaflets which have been bitten by insects.

The species propagates by seeds and shoots. Although marred by the presence of galls, it is a very strong and resistant tree which survives in degraded areas where other species have been eliminated. Pistacia terebinthus is related to Pistacia lentiscus, with which it hybridizes frequently in contact zones. Pistacia terebinthus is more abundant in the mountains and inland and the mastic is usually found more frequently in areas where the Mediterranean influence of the sea moderates the climate. The mastic tree does not reach the size of the Pistacia terebinthus, but the hybrids are very difficult to distinguish. The mastic has winged stalks to its leaflets, i.e., the stalks are flattened and with side fins, whereas these stems in Pistacia terebinthus are simple. On the west coast of the Mediterranean, Canary Islands and Middle East, P. terebinthus can be confused with P. atlantica.[citation needed]

Habitat

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Pistacia terebinthus in Peñas Blancas, Cartagena, Spain
Pistacia terebinthus in Yenifoça, Turkey

The terebinth prefers relatively moist areas, up to 600 m (2,000 ft) in elevation. It tolerates more intense frost and summer drought than mastic can. The plant is common in the garrigue and maquis. It appears in deciduous oak wood. It has a gray trunk that is very aromatic, and may have multiple trunks or stems when grown as a shrub. Usually reaching 5 m (16 ft) in height, although in rare cases can reach 10 m (33 ft). P. terebinthus is one of the European species of Anacardiaceae, a family of about 600 mostly tropical species. It can be found to 1,500 m (4,900 ft) above sea level. P. terebinthus is more moisture demanding than the mastic and more resistant to cold. It requires a sunny exposure and average soils, tolerating lime and some salt, often grows near the sea, deep ravines and near salt-lakes and streams.

History

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Historian of Mycenae John Chadwick believes that the terebinth is the plant called ki-ta-no in some of the Linear B tablets. He cites the work of a Spanish scholar, J. L. Melena, who had found "an ancient lexicon which showed that kritanos was another name for the turpentine tree, and that the Mycenaean spelling could represent a variant form of this word."[3]

The Latin name is underlain by the Ancient Greek name τερέβινθος which, in turn, is underlain by a pre-Greek Pelasgian word, marked by the characteristic consonant complex νθ.

Terebinth from Oricum is referred to in Virgil's Aeneid, by Robin Lane Fox in Alexander the Great, and in the Hebrew Scriptures (or Old Testament), where the Hebrew word elah (plural elot) is used, although the word is sometimes translated as 'oak'.[4]

Uses

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The word "turpentine" was originally used for the exudate of terebinth trees (P. terebinthus and related species such as P. atlantica), now called Chian, Chios, or Cyprian turpentine,[5] and it was later transferred to the crude turpentine (oleoresin) and the oil of turpentine (essential oil) of conifer trees.[6] The word turpentine derives (via Old French and Latin) from the Greek word τερεβινθίνη (terebinthínē), the feminine form (to go with the feminine Greek word for resin) of an adjective τερεβίνθινος (terebínthinos), derived from the Greek noun τερέβινθος (terébinthos), the name for the terebinth tree.[7] However, the main source of the terebinth turpentine is P. atlantica which produces abundant resin instead of P. terebinthus of which the amount of resin is limited.[6][8]

The fruits are used in Cyprus for baking of a specialty village bread. In Crete, where the plant is called tsikoudia, it is used to flavor the local variety of pomace brandy, also called tsikoudia. In the Northern Sporades the shoots are used as a vegetable (called tsitsíravla). The plant is rich in tannins and resinous substances and was used for its aromatic and medicinal properties in classical Greece. A mild sweet scented gum can be produced from the bark, and galls often found on the plant are used for tanning leather. A triterpene has been extracted from these galls.[9] In Turkey, it is known as menengiç or bıttım. A coffee-like beverage, Kurdish coffee or menengiç kahvesi,[10] is made from the roasted fruit, and a soap is made from the oil. Terebinth resin was used as a wine preservative in the entire ancient Near East, as proven by many findings in areas such as the foot of the Zagros Mountains[11] and Middle Bronze Age Galilee.[12]

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See also

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References

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Revisions and contributorsEdit on WikipediaRead on Wikipedia
from Grokipedia
Pistacia terebinthus, commonly known as the terebinth or turpentine , is a or small in the family Anacardiaceae, native to the Mediterranean region and characterized by its pinnate leaves, dioecious flowers, and resinous drupes. This species typically grows 2–10 meters tall, with slow growth on well-drained, soils in dry open woodlands or scrub habitats, often on slopes up to 1,850 meters , and it thrives in full sun while being highly drought-tolerant. Its leaves are odd-pinnate, up to 20 cm long, with 7–9 ovate-lanceolate leaflets that are dark green above and paler beneath, turning to vibrant autumn colors. Flowers appear in spring as small, greenish panicles, followed by roundish-oval drupes that ripen from red to purplish-brown in autumn, containing nutrient-rich seeds. Native to (from to northwestern ), ( to ), and parts of the (including , , and ), it extends eastward in like P. terebinthus subsp. palaestina. Ecologically, it supports by hosting aphid-induced and serves as a for the cultivated pistachio (Pistacia vera). Historically valued for its resin, known as Cyprus turpentine, which is harvested for medicinal, incense, and varnish purposes due to its antiseptic and expectorant properties, P. terebinthus has been used in traditional medicine across its range to treat respiratory infections, gastrointestinal issues, and wounds. The fruits and seeds are edible, often roasted for coffee substitutes, pressed for oil, or used in pastries and relishes, while leaves provide a vegetable green and the resin acts as chewing gum. Modern research highlights its phytochemical richness, including flavonoids, phenolic acids, and terpenoids, supporting potential applications in antioxidants, antimicrobials, and nutraceuticals. It may cause allergic reactions in sensitive individuals due to oxidized terpenes, though it remains largely wild and uncultivated.

Taxonomy and morphology

Taxonomy

Pistacia terebinthus is a within the in the family . Its taxonomic classification follows the standard hierarchy for angiosperms: Kingdom Plantae, Phylum , Class Equisetopsida, Subclass Magnoliidae, Order , Family , L., L. Several synonyms have been recognized for this species, including palaestina Boiss., crassifolia Salisb., Lentiscus terebinthus (L.) Kuntze, and terebinthina St.-Lag., reflecting historical taxonomic variations based on regional populations and morphological interpretations. Within the genus , which comprises approximately 12 accepted species, P. terebinthus belongs to section Terebinthus, characterized by species with imparipinnate leaves and larger , distinguishing it from the section Lentiscus. Phylogenetic analyses using chloroplast DNA support this sectional division and place P. terebinthus in a with close relatives such as Pistacia atlantica and Pistacia vera, highlighting shared evolutionary adaptations like and resilience to Mediterranean xeric conditions.

Morphology

Pistacia terebinthus is a or small that typically grows to 2–6 meters in , occasionally reaching up to 12 meters under optimal conditions, with a slow growth rate and a spreading, rounded crown featuring dense, symmetrical branching. The leaves are compound and pinnate, measuring 10–20 cm in length, with 5–11 , oblong to ovate-lanceolate leaflets that are 2–6 cm long and 1–3 cm wide, glossy dark green above and paler beneath, turning vibrant red in autumn. The rachis is generally unwinged, though winged forms occur in some variants. All parts of the emit a strong resinous aroma. The plant is dioecious, with unisexual flowers that are small and reddish-purple, emerging in early spring alongside the new leaves in axillary panicles; male panicles measure 5–10 cm long, while female ones are shorter, and is anemophilous (wind-mediated). The fruits are small drupes, 5–7 mm in diameter, initially green and maturing to red before turning black, each enclosing a single seed. The bark is grayish-brown, fissured, and yields resin when incised on the stems. Galls, often induced by aphids such as Baizongia pistaciae, commonly form on the leaves and leaflets.

Distribution and ecology

Geographic distribution

Pistacia terebinthus is native to the Mediterranean Basin, where it spans , , and the , with extensions into the region and . In , the species occurs across (including the ), (including ), (including and ), (including ), , , , and the European portion of Turkey. Its distribution includes , , , and , while in the it ranges through , , , , , , , and . The tree inhabits elevations from up to 1,500–1,800 meters, thriving in diverse topographic conditions within its range. It is adapted to the , featuring hot, dry summers and mild, wet winters, which supports its resilience in semi-arid environments. Outside its native range, Pistacia terebinthus has been introduced and cultivated in , primarily for ornamental purposes and as a for the cultivated . The of Pistacia terebinthus is assessed as Least Concern by the IUCN, indicating no global endangerment due to its wide distribution and population stability. However, local populations face threats from habitat loss in overgrazed regions, particularly in fragmented Mediterranean landscapes, prompting monitoring efforts in vulnerable areas.

Habitat and ecological role

Pistacia terebinthus thrives in Mediterranean dry woodlands, , maquis shrublands, and open or forests, particularly on , rocky, or sandy soils that provide good drainage. It is commonly found on slopes and in degraded areas at elevations from sea level up to 1,500–1,850 meters, favoring sunny aspects and avoiding waterlogged conditions. The species exhibits strong adaptations to harsh Mediterranean conditions, including high drought tolerance once established, facilitated by its root system and resin-rich tissues that help conserve moisture. It withstands short-lived frosts down to -5 to -8°C during dormancy and shows greater frost resistance compared to related species like Pistacia lentiscus. Additionally, P. terebinthus is salt-tolerant, enabling growth in coastal or low-salt to moderately saline soils, and requires full sun exposure for optimal development. Ecologically, Pistacia terebinthus acts as a in on rocky or disturbed sites, contributing to vegetation recovery in maquis and formations. It supports by hosting insects such as that induce on its leaves and stems, and its drupes serve as a source for birds and other wildlife during late summer to autumn. The tree's presence in shrub communities enhances habitat structure, often associating positively with species like Pinus brutia and Quercus coccifera. However, P. terebinthus faces threats from , which reduces regeneration, and frequent fires that can damage stands, though it shows some resilience through resprouting. It aids in on slopes by binding rocky substrates and mitigating , particularly in vulnerable Mediterranean landscapes. Local populations may decline due to degradation, though the remains classified as Least Concern globally.

History and etymology

Etymology

The scientific name Pistacia terebinthus consists of the genus , derived from the word πιστάκη (pistákē), referring to the tree due to morphological similarities among species in the genus. The specific epithet terebinthus originates from the Latin terebinthus, which in turn comes from the τερέβινθος (terébinthos), the name for the tree and its ; this Greek term is considered of pre-Greek origin, likely from a Pelasgian substrate language, characterized by the νθ and possibly denoting a tree or resin-producing plant. Common names for Pistacia terebinthus reflect its linguistic history and properties across cultures. In English, it is known as the terebinth, directly from the Greek and Latin roots described above, or as the , owing to the (terebinthine) extracted from its trunk, which was a of —a volatile oil used since antiquity. The elah (אלה) stems from a meaning "to protrude" or signifying strength and might, evoking the tree's sturdy, enduring form akin to oaks. In , it is called butm, a term highlighting its regional prominence in the Mediterranean and . The name's linguistic evolution traces back to the , with the earliest known reference appearing in tablets as ki-ta-no, likely denoting the tree, its nuts, or in administrative records from sites like and . This term connects to broader ancient Mediterranean for resinous trees, influencing words like Latin terebinthina for the , which evolved into modern terms for across , underscoring the plant's role in early trade and .

Historical significance

Pistacia terebinthus, known as the terebinth, appears in ancient texts as a significant associated with and sacred contexts. In the , the term "elah" in Genesis 35:4 refers to the terebinth under which buried the idols of his household, highlighting its role as a site for religious purification. Mycenaean tablets from around 1600 BCE record "ki-ta-no" as a term for terebinth , indicating its use in perfumery and possibly offerings in palace economies. The tree is also referenced in classical literature, such as in Virgil's (Book 10, line 136), where "Orician terebinth" appears in a simile comparing the beauty of to inlaid in terebinth wood. Archaeological evidence underscores the terebinth's prominence in ancient practices. Residues of Pistacia resin, primarily from P. terebinthus, were discovered in over 130 Canaanite amphorae aboard the Late Uluburun shipwreck (c. 1300 BCE) off the coast of Turkey, comprising nearly one ton of cargo and evidencing extensive maritime trade in the eastern Mediterranean. In ancient Egypt, chemical analyses of mummification balms from the New Kingdom, including those on high-status individuals like the official Nebiri (c. 1400 BCE), confirm the use of Pistacia resin for its preservative and aromatic properties during rituals. Similarly, terebinth resin has been identified in Minoan contexts on , linked to purification rites in cult practices, where it served as or an offering substance in religious ceremonies. Symbolically, the terebinth held cultural importance in the ancient Mediterranean, often representing endurance due to its ability to thrive in arid, rocky soils where other vegetation struggles. In Greco-Roman traditions, it was revered as a sacred tree in woodland shrines, evoking themes of divine presence and natural resilience in folklore. Its resin was a valuable commodity in historical trade networks, including routes connecting the Levant to Anatolia and beyond, facilitating exchanges that prefigured later Silk Road pathways for aromatics and medicinals.

Uses and cultural importance

Traditional uses

The resin of Pistacia terebinthus, known as terebinth, has been extracted historically for the production of , a volatile oil used in varnishes and as an adhesive in ancient Egyptian and Mediterranean crafts. In cultures, the served ritual purposes, including as for purification. In ancient , as documented in Hippocratic texts, terebinth was employed as a purgative to treat various ailments, often administered for its effects. Across Mediterranean folk traditions, the acted as an expectorant for respiratory disorders in and , a treatment for peptic ulcers in when mixed with or formed into pills, and in ointments for and as a diaphoretic and in . The fruits and seeds of P. terebinthus have long been incorporated into traditional cuisines, particularly in the eastern Mediterranean. In Cyprus, the fruits are roasted with salt as a snack or ground into flour for baking tremithopittes, a specialty village pie or bread. On Crete, the fruits flavor tsikoudia, a local distilled spirit akin to raki, and yield a cold-pressed oil called tsikoudolado or agiolado used in cooking for its aromatic profile. In Turkey, the fruits are consumed raw or spread on bread at breakfast, with oil extracted for general culinary purposes, and the roasted seeds serve as a coffee substitute among Kurdish communities. Folk medicine in Turkey also employs the fruits to alleviate stomachaches and diarrhea. Leaves and bark of P. terebinthus provided essential for industrial applications in Mediterranean societies. , containing up to 22% , were used as an adulterant for in tanning processes, while from stem facilitated production. In Turkish folk medicine, leaf decoctions mixed with and treated sunstroke, and both leaves and bark addressed injuries, wounds, and . Greek and Cypriot traditions utilized leaf preparations for general therapeutic purposes, including remedies. Other parts of the plant contributed to daily and artisanal practices. In Greece, particularly the Northern Sporades and Pelion region, young shoots known as tsitsíravla were pickled in brine as a vegetable meze to accompany tsipouro or ouzo. The wood served as fuel for cooking and heating in Italy, valued for bread ovens due to its slow-burning properties, and occasionally for crafting small tools and furniture. Galls induced on the plant yielded tannins for ancient dyes and inks; a red dye was derived from them in historical contexts, and the material supported ink production in Mediterranean and Egyptian traditions.

Modern applications

Recent studies have highlighted the and properties of Pistacia terebinthus , fruits, and leaves, attributing these effects to rich phenolic and contents. Fruit oil extracts exhibit strong free radical scavenging and inhibit , positioning them as potential functional ingredients in . Leaf essential oils from various bioclimatic zones demonstrate comparable activity against pathogens, supporting their evaluation for pharmaceutical applications since the early . Research into antidiabetic potential focuses on fruit extracts and compounds like , which enhance glucose metabolism and inhibit alpha-amylase , suggesting benefits for managing . effects, particularly from gall-derived triterpenes, reduce chronic and acute in animal models, with NIH reviews in the 2020s noting promise for treating inflammatory disorders without significant toxicity. Essential oils, rich in and , are explored for due to their balsamic scent and mild properties, though clinical trials remain limited. Commercially, the serves as a natural component in varnishes for and adhesives, valued for its durability in Mediterranean craft industries. Fruits contribute to niche products like terebinth-based supplements for support and terebinth , a specialty from pollinated hives in arid regions. In , P. terebinthus acts as a for Pistacia vera grafts, improving scion tolerance to and water stress in Mediterranean orchards. Its deep root system supports systems for control on slopes, while post-2020 studies confirm its resilience to climate-induced droughts, aiding sustainable production. As of 2025, emerging research explores further food applications, including ultrasound-assisted leaf and fruit extracts incorporated into to enhance viability (>7 log CFU/g) and extend , and leaf polyphenolics as natural preservatives outperforming some commercial antioxidants against microbial spoilage. Conservation initiatives promote P. terebinthus in Mediterranean via EU-funded projects like NATIVE ROOTSTOCK, which integrate it into agroecosystems to enhance . It features in protected sites for habitat restoration, with efforts targeting bioactive compounds through non-destructive sampling to prevent overexploitation.

References

  1. https://en.wiktionary.org/wiki/terebinth
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