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Coriander
Illustration of coriander parts
Scientific classification Edit this classification
Kingdom: Plantae
Clade: Tracheophytes
Clade: Angiosperms
Clade: Eudicots
Clade: Asterids
Order: Apiales
Family: Apiaceae
Genus: Coriandrum
Species:
C. sativum
Binomial name
Coriandrum sativum

Coriander (/ˌkɒriˈændər, ˈkɒriændər/),[1] whose leaves are known as cilantro (/sɪˈlæntr, -ˈlɑːn-/)[1]: 90 [2] is an annual herb (Coriandrum sativum) in the family Apiaceae.

Most people perceive the leaves as having a fresh, slightly citrus taste. Due to variations in the gene OR6A2, some people perceive it to have a soap-like taste, or even a pungent or rotten taste.[3]

It is native to the Mediterranean Basin.[4] All parts of the plant are edible, but the fresh leaves, the dried seeds, and the roots are the parts most traditionally used in cooking. It is used in certain cuisines, like Peruvian, Mexican, Indian and Southeast Asian.

Description

[edit]
Coriandrum sativum flowers

It is a soft plant growing to 50 cm (20 in) tall. The leaves are variable in shape, broadly lobed at the base of the plant, and slender and feathery higher on the flowering stems.

The flowers are borne in small umbels, white or very pale pink, asymmetrical, with the petals pointing away from the centre of the umbel longer (5–6 mm or 31614 in) than those pointing toward it (only 1–3 mm or 11618 in long). The fruit is a globular, dry schizocarp 3–5 mm (18316 in) in diameter.[5] The pollen size is approximately 30 μm (0.0012 in).[6]

Taste and smell

[edit]
Linalool, a terpenoid, is a major contributor to the fragrance of coriander.[7]

The essential oil from coriander leaves and seeds contains mixed polyphenols and terpenes, including linalool as the major constituent accounting for the aroma and flavour of coriander.[8]

Different people may perceive the taste of coriander leaves differently. Those who enjoy it say it has a refreshing, lemony or lime-like flavour, while those who dislike it have a strong aversion to its pungent taste and smell, characterizing it as soapy or rotten.[9] Studies also show variations in preference among different ethnic groups: 21% of East Asians, 17% of Caucasians, and 14% of people of African descent expressed a dislike for coriander, but among the groups where coriander is popular in their cuisine, only 7% of South Asians, 4% of Hispanics, and 3% of Middle Eastern subjects expressed a dislike.[10]

About 80% of identical twins shared the same preference for the herb, but fraternal twins agreed only about half the time, strongly suggesting a genetic component to the preference. In a genetic survey of nearly 30,000 people, two genetic variants linked to the perception of coriander have been found, the most common of which is a gene involved in sensing smells.[11] The gene OR6A2 lies within a cluster of olfactory-receptor genes, and encodes a receptor that is highly sensitive to aldehyde chemicals. Flavour chemists have found that the coriander aroma is created by a half-dozen substances, most of which are aldehydes. Those who dislike the taste are sensitive to the offending unsaturated aldehydes and, at the same time, may be unable to detect the aromatic chemicals that others find pleasant.[12] Association between its taste and several other genes, including a bitter-taste receptor, have also been found.[13]

Similar plants

[edit]
  • Eryngium foetidum, also a member of the Apiaceae, has a similar but more intense taste. Known as culantro and ngò gai, it is found in Mexico, the Caribbean, Central and South America, and South East Asia cuisine.[14]
  • Persicaria odorata is commonly called Vietnamese coriander, or rau răm. The leaves have a similar odour and flavour to coriander. It is a member of the Polygonaceae, or buckwheat family.[14]
  • "Summer cilantro" is one common name for Porophyllum ruderale subsp. macrocephalum, a member of the Asteraceae, the sunflower family. This species is found growing wild from Texas to Argentina.[14]

Etymology

[edit]

First attested in English during the late 14th century, the word "coriander" derives from the Old French coriandre, which comes from Latin coriandrum,[15] in turn from Ancient Greek κορίαννον : koríannon (or κορίανδρον : koríandron),[16][17] possibly derived from or related to κόρις : kóris (a bed bug),[18][19] and was given on account of its fetid, bug-like smell.[20]

The earliest attested form of the word is the Mycenaean Greek ko-ri-ja-da-na[21] (variants: ko-ri-a2-da-na, ko-ri-ja-do-no, ko-ri-jo-da-na)[22] written in Linear B syllabic script (reconstructed as koriadnon, similar to the name of Minos' daughter Ariadne) which later evolved to koriannon or koriandron,[23] and Koriander (German).[24]

Cilantro is the Spanish word for coriander, also deriving from coriandrum. It is the common term in US English for coriander leaves due to their extensive use in Mexican cuisine, but the seeds are referred to as coriander in American English.[24]

Origin

[edit]

Coriander grows wild over a wide area of Western Asia and Southern Europe, making it difficult to define where the plant is native and where it was only recently established.[25] Recent works suggest that wild coriander in Israel and Portugal might be an ancestor of cultivated coriander.[26][better source needed][27][better source needed] They have low germination rates and a small vegetative appearance. Israeli coriander has an extremely hard fruit coat.[26]

In Israel, fifteen desiccated mericarps were found in the Pre-Pottery Neolithic B level (six to eight thousand years ago) of the Nahal Hemar Cave,[28] and eleven from ~8,000–7,500 years ago in Pre-Pottery Neolithic C in Atlit-Yam.[29] If these finds do belong to these archaeological layers, they are the oldest find of coriander in the world.[30]: 163  The herb is mentioned in the Torah as a point of reference for the taste of manna, implying it was a well-known ingredient in ancient Israel.[31]

About 500 millilitres (17 US fl oz) of coriander mericarps were recovered from the tomb of Tutankhamen. As coriander does not grow wild in Egypt, this could be proof that coriander was cultivated by the ancient Egyptians.[25] The Ebers Papyrus, an Egyptian text dated around 1550 BCE, mentioned uses of coriander.[32]

Coriander may have been cultivated in Greece since at least the second millennium BCE. One of the Linear B tablets recovered from Pylos refers to the species as being cultivated for the manufacture of perfumes. It was used in two forms: as a spice for its seeds and as an herb for the flavour of its leaves.[23] This appears to be confirmed by archaeological evidence: the large quantities of coriander retrieved from an Early Bronze Age layer at Sitagroi in Macedonia could point to cultivation of the herb at that time.[33]

Allergies

[edit]

Some people are allergic to coriander leaves or seeds, having symptoms similar to those of other food allergies. A cross-sectional study of 589 cases where food allergies to spices were suspected found 32% of pin-prick tests in children and 23% in adults were positive for coriander and other members of the family Apiaceae, including caraway, fennel, and celery.[34] The allergic symptoms may be minor or life-threatening.[35]

Uses

[edit]

Nutrition

[edit]
Coriander (cilantro) leaves, raw
Nutritional value per 100 g (3.5 oz)
Energy95 kJ (23 kcal)
3.67 g
Sugars0.87
Dietary fiber2.8 g
0.52 g
2.13 g
Vitamins and minerals
VitaminsQuantity
%DV
Vitamin A equiv.
37%
337 μg
36%
3930 μg
865 μg
Thiamine (B1)
6%
0.067 mg
Riboflavin (B2)
12%
0.162 mg
Niacin (B3)
7%
1.114 mg
Pantothenic acid (B5)
11%
0.57 mg
Vitamin B6
9%
0.149 mg
Folate (B9)
16%
62 μg
Vitamin C
30%
27 mg
Vitamin E
17%
2.5 mg
Vitamin K
258%
310 μg
MineralsQuantity
%DV
Calcium
5%
67 mg
Iron
10%
1.77 mg
Magnesium
6%
26 mg
Manganese
19%
0.426 mg
Phosphorus
4%
48 mg
Potassium
17%
521 mg
Sodium
2%
46 mg
Zinc
5%
0.5 mg
Other constituentsQuantity
Water92.21 g

Percentages estimated using US recommendations for adults,[36] except for potassium, which is estimated based on expert recommendation from the National Academies.[37]

Raw coriander leaves are 92% water, 4% carbohydrates, 2% protein, and less than 1% fat. The nutritional profile of coriander seeds is different from that of fresh stems or leaves. In a 100-gram (3+12 oz) reference amount, leaves are particularly rich in vitamin A, vitamin C, and vitamin K, with moderate content of dietary minerals. Although seeds generally have lower vitamin content, they do provide significant amounts of dietary fiber, calcium, selenium, iron, magnesium, and manganese.[38]

Culinary

[edit]

All parts of the plant are edible. Fresh leaves and dried seeds are the most commonly used in cooking. Coriander roots are an important element of Thai cooking. Coriander is used in cuisines throughout the world.[39]

Leaves

[edit]
Coriander leaves

The leaves are variously referred to as coriander leaves, fresh coriander, Chinese parsley, or cilantro (US, commercially in Canada, and Spanish-speaking countries). The fresh leaves are an ingredient in many foods, such as chutneys and salads, salsa, guacamole, and as a widely used garnish for soup, fish, and meat.[40] As heat diminishes their flavour, coriander leaves are often used raw or added to the dish immediately before serving. In Indian and Central Asian recipes, coriander or dhania leaves are used in large amounts and cooked until the flavour diminishes.[24] The leaves spoil quickly when removed from the plant and lose their aroma when dried or frozen.[citation needed]

The taste of the leaves differs from that of the seeds. The seeds exhibit citrus overtones. The dominant flavorants in the leaves are the aldehydes 2-decenal and 2-dodecenal. The main flavorant in the seeds is (+)-linalool.[41]

Seeds

[edit]
Dried coriander fruits are often called "coriander seeds" when used as a spice.

The dry fruits are coriander seeds. The word "coriander" in food preparation may refer solely to these seeds (as a spice), rather than the plant. The seeds have a lemony citrus flavor when crushed due to the terpenes linalool (which comprises about two thirds of its volatile components) and pinene.[42] It is described as warm, nutty, spicy, and orange-flavoured.

The variety C. sativum var. sativum has a fruit diameter of 3–5 mm (18316 in), while var. microcarpum fruits have a diameter of 1.5–3.0 mm (0.06–0.12 in), and var. indicum has elongated fruits.[43] Large-fruited types are grown mainly by tropical and subtropical countries, such as Morocco, India, and Australia, and contain a low volatile oil content (0.1–0.4%). They are used for grinding and blending purposes in the spice trade. Types with smaller fruit are produced in temperate regions and usually have a volatile oil content of around 0.4–1.8%, so they are highly valued as a raw material for the preparation of essential oil.[44]

Coriander is commonly found both as whole dried seeds and in ground form. Roasting or heating the seeds in a dry pan heightens the flavor, aroma, and pungency. Ground coriander seed loses flavor quickly in storage and is best ground fresh. Coriander seed is a spice in garam masala, and Indian curries, which often employ the ground fruits in generous amounts together with cumin, acting as a thickener in a mixture called dhania jeera.[45] Roasted coriander seeds, called dhania dal, are eaten as a snack.

Outside of Asia, coriander seed is used widely for pickling vegetables. In Germany and South Africa (see boerewors), the seeds are used while making sausages. In Russia and Central Europe, coriander seed is an occasional ingredient in rye bread (e.g. Borodinsky bread) as an alternative to caraway. The Zuni people of North America have adopted it into their cuisine, mixing the powdered seeds ground with chili peppers, using it as a condiment with meat, and eating leaves as a salad.[46]

Onion coriander paratha

Coriander seeds are used in brewing certain styles of beer, particularly some Belgian wheat beers. The coriander seeds are used with orange peel to add a citrus character.[citation needed]

Coriander seeds are one of the key botanicals used to flavor gin.[citation needed]

One preliminary study showed coriander essential oil to inhibit Gram-positive and Gram-negative bacteria, including Staphylococcus aureus, Enterococcus faecalis, Pseudomonas aeruginosa, and Escherichia coli.[47]

Coriander is listed as one of the original ingredients in the secret formula for Coca-Cola.[48]

Roots

[edit]
Coriander roots

Coriander roots have a deeper, more intense flavour than the leaves and are used in a variety of Asian cuisines, particularly in Thai dishes such as soups or curry pastes.[citation needed]

In culture

[edit]

Coriander was mentioned by Hippocrates (around 400 BCE), as well as Dioscorides (65 CE).[32]

References

[edit]
[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia
from Grokipedia
Coriander (Coriandrum sativum) is a fast-growing annual herb in the family, native to the Mediterranean region and cultivated worldwide for its edible leaves and . The plant typically reaches a height of 20–70 cm, featuring variable leaves that are broadly lobed at the base and more feathery toward the top, along with small white to pink flowers arranged in umbels. The fresh leaves, commonly known as cilantro or Chinese , provide a distinctive citrusy flavor, while the dried , referred to as coriander spice, offer a warm, nutty taste used in various cuisines. One of the oldest recorded herbs, coriander has been cultivated for over 3,000 years, with evidence from ancient Egyptian tombs and references in texts dating back to 1550 BC. Originating in regions spanning , , and southwestern Asia, it spread globally through trade routes and is now grown in diverse climates, thriving in full sun and well-drained soil with a of 6.2–6.8. As an annual, it completes its life cycle in a single growing season, often bolting quickly in warm weather, which influences harvest timing for leaves versus seeds. Coriander's versatility extends to culinary, medicinal, and industrial applications, making it a staple in , Indian, and Middle Eastern dishes. The leaves enhance salsas, curries, and soups, while seeds flavor breads, pickles, and sausages; additionally, the plant's essential oils and polyphenols contribute to traditional remedies for digestive issues, inflammation, and effects. Global production, led by (accounting for nearly 80% of output as of 2023), includes significant contributions from countries like and , with ongoing research exploring its nutritional profile, including antioxidants and vitamins.

Botanical Description

Physical Characteristics

Coriandrum sativum, commonly known as coriander, is an annual herb in the family, characterized by its erect growth habit and glabrous, branching structure. It typically reaches heights of 20–70 cm (8–28 in), though it can occasionally grow up to 1.3 m under optimal conditions, with a well-developed system supporting its slender, hollow stems that branch profusely from the middle. These stems are solid at the base, subterete, striate, and up to 2 cm in diameter, providing a lightweight framework for the plant's foliage and inflorescences. The leaves of C. sativum exhibit notable dimorphism, with lower leaves being long-petioled, broadly lobed, and 3–5-pinnatisect with rounded ultimate segments, resembling those of , while upper leaves are shorter-petioled or sessile, linear, and finely divided into 2–3-pinnatisect forms. These alternate, compound leaves are green, pinnate, and glabrous, measuring up to 20 cm in length, contributing to the plant's soft, feathery appearance. Flowers emerge in summer on compound umbels with 5–10 primary rays measuring 2–5 cm long, featuring small, white or pale pink blooms, each 2–3 mm across with five petals. These inflorescences, often 5 cm in diameter, attract pollinators and mark the transition to production. The fruits are globular schizocarps, typically 3–5 mm in diameter, composed of two mericarps that separate at maturity, appearing hard, ridged, and turning from green to , yellow-brown, or . These dry fruits feature 10 primary straight ridges alternating with 8–10 secondary wavy ones, serving as the primary harvestable part. height and leaf shape in C. sativum can vary due to environmental factors such as conditions, , and light intensity, influencing overall morphology across growing regions.

Taste and Aroma

Coriander leaves, known as cilantro in many regions, impart a fresh, citrusy flavor with subtle notes that can evoke a slightly soapy sensation for certain individuals. This sensory profile stems primarily from a class of aldehydes, including (E)-2-decenal and (E)-2-dodecenal, which contribute to the bright, green, and tangy qualities while also accounting for the off-putting soapy perception in sensitive tasters. The variation in taste perception for coriander leaves is linked to genetic factors, with approximately 10-20% of people detecting a soapy or unpleasant flavor due to a polymorphism in the olfactory receptor gene, which heightens sensitivity to these aldehydes. This genetic trait varies by population, affecting 3-21% overall, with higher rates among those of East Asian (up to 21%) and Caucasian (17%) descent. In contrast, coriander seeds offer a distinctly different sensory experience, characterized by a warm, nutty aroma reminiscent of orange peel, with spicy and woody undertones that add depth to dishes. These qualities arise mainly from monoterpenes such as , , γ-terpinene, and α-pinene, which dominate the composition and provide a floral, citrus-infused warmth. The aroma of coriander seeds differs notably between fresh and dried forms, with drying processes enhancing the overall complexity by concentrating volatile compounds like and promoting the development of nuanced spicy and woody notes through maturation. Fresh green seeds tend to emphasize brighter elements, while drying intensifies the nutty and profile for a more layered scent.

Taxonomy

Etymology

The English term "coriander" derives from the Latin coriandrum, which traces back to the koriannon (κορίαννον) or kóriannon. The Greek name is thought to stem from kóris (κόρις), meaning "bedbug," owing to the pungent, bug-like odor of the plant's leaves when crushed. The word entered Middle English as coriandre in the late 14th century, borrowed from Old French coriandre. In American English, the fresh leaves are commonly known as "cilantro," a borrowing from Spanish cilantro, itself a variant of culantro ultimately derived from Latin coriandrum. In ancient Indian texts, the plant is referred to as dhanyaka in Sanskrit, derived from dhanya meaning "grain" due to the seeds' resemblance to grains, and sometimes interpreted as "rich" or "wealthy one," highlighting its economic and culinary importance in early Indian subcontinental agriculture. This name influenced modern Hindi dhania, widely used for both seeds and leaves in India. Arabic kusbara (كُزْبَرَة) or kozbara, denoting coriander, originates from the Akkadian kisibirru, an ancient Mesopotamian term that spread through Semitic languages to reflect the plant's role in Middle Eastern cuisines. In Chinese, it is called hú suī (胡荽), literally "foreign parsley," underscoring its introduction as an exotic herb from outside traditional Chinese flora. These diverse names illustrate how linguistic adaptations mirrored the plant's global dissemination and cultural integration.

Similar Species

Coriandrum belongs to the Apiaceae family and is a monotypic genus in cultivation, with C. sativum as the sole widely grown species; its closest relative is the wild Coriandrum tordylium, an annual herb native to the eastern Mediterranean region from Turkey to Lebanon. C. tordylium shares morphological traits such as umbellate inflorescences and dissected leaves with C. sativum but remains largely uncultivated and restricted to subtropical habitats in its native range. Within the family, coriander is frequently confused with (Petroselinum crispum) due to similarities in their lower leaves, which are both finely divided and green. However, coriander's upper leaves are more deeply divided and fern-like, contrasting with parsley's consistently curly or flat, triangular leaflets, while coriander produces white to pinkish umbellate flowers compared to parsley's greenish-yellow ones. Coriander seeds are also sometimes mistaken for those of cumin (Cuminum cyminum), another member used as a , but they differ markedly in shape and sensory profile. Coriander seeds are round, oval-shaped globules, pale yellow to brown, and about 3-5 mm in diameter with a mild, citrusy flavor, whereas cumin seeds are elongated ovals, 4-6 mm long with prominent ridges, darker in color, and possess a stronger, earthier aroma. Other potential look-alikes in the family include (Foeniculum vulgare), which has feathery, thread-like leaves and a distinctive licorice scent absent in coriander, and wild carrot (), featuring fern-like, pinnately compound leaves and white umbels often with a central floret, unlike coriander's flower clusters. These distinctions are crucial for identification, as the family includes both edible and toxic species.

History and Origin

Early Domestication

Coriander (Coriandrum sativum) is native to the Mediterranean region, where it grows as a wild annual herb in diverse habitats from to the . The earliest archaeological evidence of its use by humans comes from (PPNB) sites in the southern Levant, particularly the Nahal Hemar Cave in , dated to approximately 10,000–9,000 years ago (ca. 8000–7000 BCE). Fifteen desiccated coriander mericarps were recovered from this site, indicating early collection and possible storage of the plant's seeds. Domestication of coriander likely occurred around 8,000–7,500 years ago during the transition to the C (PPNC) period, as evidenced by additional finds in Levantine coastal sites such as Atlit-Yam, also in modern . Eleven desiccated mericarps from a well at Atlit-Yam, dated to this timeframe, suggest intentional cultivation alongside other early crops, marking a shift from wild to managed . These remains, preserved in dry cave and submerged contexts, highlight coriander's role in early subsistence strategies in the region. By the mid-second millennium BCE, coriander appears in ancient written records, reflecting its established use in early civilizations. The , an Egyptian medical text from ca. 1550 BCE, references coriander seeds in remedies for digestive and other ailments, underscoring their medicinal value. Similarly, the in Exodus 16:31 describes as resembling "coriander seed" in appearance and texture, indicating familiarity with the plant among ancient Near Eastern communities by around 1400–1200 BCE. Initial human interactions with coriander probably involved populations for used as a and flavoring agent in early cuisines, gradually evolving into deliberate planting as intensified in the . These , valued for their aromatic properties, were likely ground or added whole to foods, facilitating the plant's integration into prehistoric diets before broader dissemination.

Historical Spread

Coriander's dissemination beyond its early centers of began with its integration into Mediterranean civilizations around 400 BCE, where it was documented in medical writings by the Greek physician for its therapeutic properties, such as aiding digestion and reducing fevers. By the 1st century CE, the Greek botanist and pharmacologist Dioscorides detailed its uses in his seminal work , describing coriander (known as koriandron) as a cooling agent for treating inflammation and as a in foods and wines, which facilitated its widespread adoption across the . Roman legions further propelled its spread, carrying seeds to regions like Britain as both a culinary staple and medicinal herb. The spice's expansion eastward occurred along the ancient trade networks starting in the early centuries CE, where merchants exchanged it alongside other aromatics, introducing it to and eventually to during the (206 BCE–220 CE). In , archaeological evidence from the Indus Valley Civilization (c. 2500 BCE) indicates early cultivation of coriander in , later referenced in texts as dhanyaka (meaning "lord of grains" or "wealthy one" due to its value). By the classical era, coriander had become integral to Ayurvedic medicine, valued in classical texts like the for balancing the three doshas, promoting digestion, and detoxifying the body, thus embedding it deeply in Indian cultural and healing practices. Coriander reached the in the through Spanish colonizers, who brought seeds during expeditions following Christopher Columbus's voyages, initially to the and then to mainland regions like and within decades of the 1532 conquest. This introduction rapidly integrated it into cuisines, where it adapted to local climates and became a foundational element in Mexican salsas, stews, and South American dishes like , reflecting its quick assimilation via colonial trade and . In medieval , coriander's popularity surged from the onward due to enhanced trade with intermediaries, who controlled key routes from and the , supplying seeds and dried fruits to markets in , , and beyond for use in both elite banquets and apothecary remedies. By the , it was cultivated domestically in , as evidenced by its inclusion in royal cookbooks like (c. 1390), which features recipes combining coriander with meats, wines, and other spices to enhance flavors and aid preservation. This period marked a revival of its Roman-era presence, bolstered by monastic gardens and urban plots that supported its role in everyday medieval fare and medicine.

Cultivation

Growing Conditions

Coriander (Coriandrum sativum) thrives in cool climates, with an optimal temperature range of 15–25°C (59–77°F) for growth, though it can tolerate absolute temperatures from 4–32°C. The plant is frost-sensitive, particularly during early growth stages where temperatures below 0°C can be lethal, but it can endure light frost once established. Hot temperatures above 27°C often trigger bolting, reducing leaf quality and shifting focus to seed production. For soil, coriander requires well-drained, loamy types to prevent waterlogging, with an optimal pH of 6.2–6.8, though it adapts to a broader range of 5.5–7.5. It performs best in full sun to partial shade, receiving at least 6 hours of direct sunlight daily, and benefits from annual rainfall of 300–500 mm, supplemented by irrigation during dry spells to maintain soil moisture without excess. Sowing is typically done by direct seeding in spring or fall, after the last , at a depth of 1–2 cm (0.4–0.8 in) with spaced 15–20 cm (6–8 in) apart in rows 30–38 cm (12–15 in) wide. Leaves reach maturity in 40–45 days under ideal conditions, allowing for as needed, while production takes 90–120 days from . Common cultivation practices include succession planting every 2–3 weeks to ensure a continuous supply of leaves, as the plant bolts quickly in warming conditions. is essential during dry periods to prevent bolting and support steady growth, providing about 25 mm (1 in) of water weekly once established. Coriander is generally subject to limited pest pressure. Common insect pests include aphids and spider mites. Indoor cultivation, often in pots or containers for year-round production, typically presents lower difficulty regarding pests compared to outdoor growing, as the controlled environment significantly reduces their occurrence, though aphids and spider mites can occasionally appear. Prevention and management involve regular leaf misting to increase humidity and deter spider mites, ensuring good ventilation, monitoring the undersides of leaves for early signs of infestation, and removing pests manually or with mild insecticidal soap solutions.

Varieties

Coriandrum sativum exhibits notable botanical variation, with several recognized varieties distinguished by seed size, leaf morphology, growth habits, and regional adaptations. These differences influence their suitability for seed or leaf production and cultivation in diverse climates. The variety C. sativum var. sativum, also known as the vulgare type, features larger s typically exceeding 3 mm in diameter and broader leaves compared to other variants. It is predominantly cultivated for harvest as a due to its robust yield and is commonly grown in regions such as , , and . In contrast, C. sativum var. microcarpum produces smaller seeds measuring 1.5–3 mm in diameter and narrower leaves, enabling faster maturation that supports quicker harvests. This variety is favored for leaf production in temperate and Central Asian contexts, where its compact growth facilitates intensive herb cultivation. C. sativum var. indicum, associated with the , is characterized by broad leaves and enhanced heat tolerance, making it well-suited to tropical environments including . Its ovoid fruits contain lower levels but offer a distinct flavor profile valued in local spice blends. Modern breeding efforts in the have produced slow-bolting cultivars, such as 'Santo', which delay bolting to extend the period. These cultivars are available as certified organic seeds and offer improved reliability for commercial and home growers in varied conditions.

Production and Trade

Global Production Statistics

Global production of coriander seeds reached approximately 1.4 million metric tons in 2023, with accounting for the largest share at around 60% of the total output (about 0.85 million metric tons). This figure reflects steady cultivation primarily for harvesting, driven by demand in spice and industries worldwide. Meanwhile, the broader coriander produce market, encompassing fresh leaves and other forms, was valued at USD 4.51 billion in 2024. Production trends show consistent annual growth of 5-10%, fueled by rising global interest in ethnic cuisines and natural flavorings, with projections estimating the produce market to expand to USD 8.84 billion by 2030 at a (CAGR) of about 10.1%. Approximately 80% of coriander cultivation focuses on , often in systems suited to arid and semi-arid regions, while leaf production remains concentrated in fresh markets for immediate consumption and export. Average global seed yields range from 0.8 to 1.5 tons per , varying by and management practices. Key challenges in coriander production include climate variability, such as erratic rainfall and fluctuations, which can reduce yields by impacting and development. These factors contribute to inconsistencies in output, particularly in rainfed areas, underscoring the need for resilient farming techniques to sustain growth. As of 2024, full global production data remains preliminary, with no comprehensive figures available yet.

Major Producers and Exporters

India stands as the dominant producer of coriander worldwide, accounting for about 60% of global output with an estimated 0.85 million metric tons produced in 2023. Other major producers include , , , and , which collectively contribute significant volumes to meet international demand, though their shares remain far smaller than 's. In terms of exports, led the market with coriander seed shipments valued at USD 95.9 million in 2023-24 (97.7 million kg), primarily focusing on whole seeds that supply global chains. followed as a key exporter, while countries like , , and also contribute notably. Key importing nations include , the , , and the , which drive demand through large-scale food manufacturing and culinary applications. Regional trade dynamics highlight India's stronghold in seed exports, capturing a substantial portion of the global volume for this form. In contrast, countries like and specialize in organic coriander varieties targeted at European markets, where premium pricing and certifications boost their niche competitiveness. Coriander exhibits strong , with peak exports occurring between March and June, aligning with post-harvest availability from major growing regions. This pattern is further influenced by rising demand from industries, which rely on consistent supplies for seasonings, preservatives, and value-added products. In , Indian exports through early months totaled around 34,000 tons, indicating a slower start compared to the previous year.

Culinary Uses

Leaves

Coriander leaves, commonly referred to as cilantro in many regions, are prized for their bright, citrusy flavor and are primarily used fresh in culinary preparations to add a fresh, herbaceous note to dishes. They are often chopped and incorporated into salsas, chutneys, and curries, where their vibrant taste enhances the overall profile without overpowering other ingredients. Essential examples include guacamole, where finely chopped leaves provide a key aromatic element alongside avocados and lime; Indian dhania chutney, a tangy made by blending the leaves with chilies, , and ; and Vietnamese pho, in which they are sprinkled as a garnish to balance the soup's savory with their bitter freshness. In cooking, coriander leaves are typically added toward the end of the preparation process to preserve their delicate flavor and aroma, as they wilt quickly when exposed to prolonged heat and are not suited for long simmers. This method ensures the leaves retain their tender texture and pungent notes, often serving as a finishing garnish rather than a cooked component. The leaves hold central roles in diverse regional cuisines, including Latin American dishes where they feature prominently in fresh salsas and ; Southeast Asian preparations such as Thai som tam, a spicy that incorporates them for added freshness alongside lime and chilies; and Middle Eastern salads like tabbouleh variations, where they contribute to the herb-forward composition alongside and . For storage, fresh coriander leaves are best kept refrigerated with stems placed in a glass of , loosely covered with a plastic bag, where they can remain viable for 1–2 weeks. Freezing, either whole or chopped into portions, preserves their quality for up to 6 months, allowing for convenient use in cooked applications after thawing.

Seeds

Coriander seeds, harvested from the mature umbels of the Coriandrum sativum plant, undergo a straightforward post-harvest processing to prepare them for culinary use. After the seeds turn brown and dry on the plant, typically 2–3 weeks after flowering, the umbels are cut and hung upside down in a dry, well-ventilated area to complete drying. The seeds are then threshed to separate them from the , cleaned of debris, and either stored whole or ground into powder. Grinding releases the essential oils, which contain and other compounds responsible for the seed's citrusy, nutty aroma, so it is often done just before use to preserve flavor intensity. In culinary applications, coriander seeds are versatile, employed either whole or ground to impart a warm, slightly sweet flavor with hints of orange peel and sage. Whole seeds are commonly toasted in a dry pan over medium heat to enhance their nuttiness and aroma before incorporation into dishes, a practice that volatilizes the oils for deeper infusion. Ground coriander, finer in texture, integrates seamlessly into spice blends such as —an Indian mixture featuring , , and cloves—for use in curries and rice preparations, or , a North African paste blending chili, , and for condiments and stews. They also feature in brines, where their subtle earthiness balances vinegar's acidity in preserving vegetables like cucumbers and . Beyond blends, coriander seeds enhance a range of preparations, often pairing harmoniously with for earthy depth and ginger for zesty warmth in bases. In baking, they add a distinctive speckled appearance and flavor to rye breads and rolls, where a small amount (about 1-2 teaspoons per loaf) is mixed into the dough for subtle notes. For savory proteins, ground seeds season marinades for grilled meats, tenderizing while infusing mild spice, and are essential in casings, contributing to the herbal profile alongside and in European and Middle Eastern varieties. Their adaptability extends to slow-cooked dishes, where whole seeds simmer to release oils gradually. Globally, coriander seeds play pivotal roles in regional cuisines, underscoring their cross-cultural appeal. In Ethiopian cooking, they form a key component of , a fiery spice blend with , chili, and , used to season stews like doro wat and lentil dishes for complex, warming layers. Moroccan tagines, slow-stewed pots of meat, vegetables, and dried fruits, rely on coriander seeds alongside and to build aromatic bases that permeate lamb or chicken preparations. In Scandinavian traditions, whole coriander seeds infuse aquavit, a caraway-forward spirit, during or maceration, lending citrus undertones to the herbal liqueur served chilled with .

Roots

Coriander roots possess an earthy and intense flavor profile that blends the citrusy notes of the leaves with the warm, aromatic qualities of the seeds, often contributing depth and binding elements in complex dishes. This robust taste makes them a staple for pounded pastes, where they release oils that enhance overall harmony without overpowering other ingredients. In preparation, coriander roots are typically harvested from young to ensure tenderness, then washed thoroughly by soaking in cold water and scrubbing to remove , as they can be gritty. Due to their fibrous texture, they are rarely consumed raw and are instead scraped, chopped, or pounded into pastes using a , often combined with , chilies, and lemongrass for even flavor distribution. This method preserves their potent essence while mitigating toughness. The roots find primary application in Southeast Asian cuisines, particularly pounded into pastes for Thai or scraped and chopped for marinades in stir-fries and grilled meats. They also feature in Laotian soups, where they add foundational depth to broths similar to tom yam. Their cultural niche is most prominent in Thai and Cambodian cooking traditions, where availability from local markets supports frequent use, though they remain less common in other regions due to limited access to fresh, intact plants.

Health Aspects

Nutrition

Coriander leaves, when fresh, are a low-calorie addition to the diet, providing 23 kcal per 100 g serving, primarily from carbohydrates and protein with minimal content at 0.52 g. They are notably rich in several vitamins, including at 337 mcg (37% DV), at 27 mg (30% DV), and at 310 mcg (258% DV), alongside at 62 mcg (16% DV) and iron at 1.77 mg (10% DV). In contrast, dried coriander offer a higher of 298 kcal per 100 g, driven by carbohydrates (55 g) and fats (18.9 g), while being low in sugars. They stand out for their high content at 41.9 g, supporting digestive health, and provide substantial minerals such as at 1.9 mg (83% DV) and iron at 16.3 mg (91% DV). Overall, both parts of the plant are low in saturated fats and contribute antioxidants through polyphenols, which enhance their nutritional profile. , comprising about 92% , aid in hydration, whereas the contain essential oils that add to their biochemical value. Compared to the vitamin-dense fresh leaves, the dried are more calorie-dense, making them suitable for different dietary needs.
Nutrient (per 100 g)Coriander Leaves (Fresh)Coriander Seeds (Dried)
Energy23 kcal298 kcal
2.8 g41.9 g
337 mcg (37% DV)-
27 mg (30% DV)21 mg (23% DV)
310 mcg (258% DV)-
62 mcg (16% DV)-
Iron1.77 mg (10% DV)16.3 mg (91% DV)
0.426 mg (19% DV)1.9 mg (83% DV)

Medicinal Uses

In traditional Ayurvedic medicine, coriander, known as dhanyaka, has been used as a digestive aid to alleviate conditions such as , , , and (IBS), often prepared as teas, infusions, or powders. Practitioners recommend soaking 1-2 teaspoons of seeds overnight in water and consuming the mixture to stimulate and reduce spasmodic . Modern research supports some traditional applications, with preliminary studies demonstrating antimicrobial properties of coriander extracts, particularly against foodborne pathogens like Salmonella choleraesuis. Volatile compounds from fresh leaves have shown inhibitory effects , while seed extracts reduced bacterial growth in controlled tests. Animal studies have also demonstrated spasmolytic effects on gut smooth muscle and relief from indigestion symptoms, supporting its traditional use as a carminative. Animal trials have suggested potential for blood sugar regulation, where coriander seed supplementation lowered in diabetic rat models by enhancing insulin release and activity. Emerging research as of 2025 also indicates lipid-lowering effects and cardiovascular benefits from coriander extracts in animal models. Preclinical studies have explored additional potential benefits. Animal studies demonstrate antidiabetic effects, including reduced blood glucose levels, improved insulin secretion, and alpha-amylase inhibition in diabetic models. Hypolipidemic effects observed in animal models include reductions in total cholesterol, LDL, triglycerides, and increases in HDL. In vitro and animal studies indicate anticancer potential through antioxidant activity, apoptosis induction, and antiproliferative effects on various cancer cell lines. Traditional use for nausea and vomiting is supported by some animal studies suggesting antiemetic properties, possibly due to essential oil components. Evidence for these benefits is primarily from animal and in vitro models, with limited human clinical trials available; more human trials are needed for confirmation. Other evidence-based uses include applications for conditions, where traditional poultices have been applied topically to soothe and reduce swelling, corroborated by studies on coriander's polyphenolic compounds exhibiting effects in topical formulations. extracts have shown promise in reducing anxiety in models during the 2020s, with aqueous and preparations increasing exploratory behavior and modulating neurotransmitters like GABA in stressed mice. Common forms include seed powders or teas, with a typical dosage of 1–3 g of seeds daily for digestive support, though human trials remain limited and coriander is not approved by the FDA for any specific medical treatments.

Allergies

Allergic reactions to coriander (Coriandrum sativum) primarily manifest as or , with being rare. Contact dermatitis, often affecting the hands from handling fresh leaves, arises due to sensitizing proteins and other compounds in the plant, leading to symptoms such as redness, itching, and eczematous eruptions. This type of reaction is more commonly reported in occupational settings, like food preparation or spice processing, where repeated exposure occurs. Oral allergy syndrome (OAS) is another frequent reaction, triggered by cross-reactivity between coriander proteins and those in related family members, such as , , , and , as well as pollens like or . Symptoms typically include oral itching, tingling, swelling of the , , or , and sometimes or throat irritation, occurring shortly after consuming raw leaves or seeds. These reactions are IgE-mediated and generally mild, confined to the oral cavity, but can occasionally progress to systemic involvement. Sensitization to coriander and other Apiaceae spices is notably prevalent among individuals with suspected spice allergies; in a study of 589 food allergy cases from the CICBAA database in France, 32% of skin prick tests in children and 23% in adults were positive for coriander, caraway, fennel, or celery. Overall, spice allergies constitute about 2% of food allergies, with skin manifestations like contact urticaria or dermatitis being more common than respiratory or systemic responses. Anaphylaxis, though possible, remains exceptional and is mostly documented in occupationally exposed individuals, such as spice grinders. Management of coriander allergies emphasizes avoidance of raw leaves and seeds for those with OAS or contact sensitivity, alongside patch testing to confirm delayed or skin prick testing for IgE-mediated reactions. Cooking coriander, particularly the leaves, can reduce allergenicity by denaturing heat-labile proteins responsible for , often allowing tolerated consumption in processed forms. In severe cases, individuals may require antihistamines for symptom relief or referral to an allergist for further evaluation.

References

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