Classification
Product TypeRaw Material
Product FormDried
Industry PositionPrimary Agricultural Product
Raw Material
Commodity GroupCulinary herb (spice / dried aromatic herb)
Scientific NameArtemisia dracunculus L.
PerishabilityLow (once properly dehydrated); quality is moisture-sensitive
Growing Conditions- Temperate to continental climates; cultivated across the Americas, Asia, and Europe
- Highest yields reported in literature for crops grown on moist, sandy-clay soils with an alkaline reaction
Main VarietiesFrench tarragon (Artemisia dracunculus var. sativa; methylchavicol/estragole-type referenced in ISO 7926), Russian tarragon (elemicin-sabinene-type; noted in ISO 7926 as out-of-scope for the dehydrated tarragon specification), German tarragon (variety group referenced in scientific literature on Artemisia dracunculus)
Consumption Forms- Dried leaves as culinary seasoning (home cooking, foodservice)
- Ingredient in spice blends and sauces
- Flavoring component for products such as herb vinegars and tarragon mustard
- Industrial extraction into essential oil or extracts for flavor/fragrance applications (separate product stream)
Grading Factors- Botanical identity (Artemisia dracunculus) and declared type/chemotype where specified
- Aroma intensity (volatile profile) and absence of off-odors (e.g., mouldy notes)
- Cleanliness (low extraneous matter; free from physical contaminants)
- Moisture control (dry, free-flowing; no evidence of mould growth)
- Leaf integrity, cut size, and color consistency by buyer specification
Market
Dried tarragon is a niche, high-aroma culinary herb traded internationally as dehydrated leaves (whole, cut, or powdered) and commonly classified within HS Chapter 7 dried vegetable/herb lines that group multiple products together, reducing commodity-specific visibility in trade data. Cultivation and wild distribution span temperate regions across Eurasia and North America, with the species widely introduced and cultivated as a culinary herb in Europe, Asia, and the Americas. Buyer specifications often emphasize botanical identity (Artemisia dracunculus), chemotype/quality expectations ("French" vs "Russian" tarragon), and cleanliness parameters aligned with ISO specifications for dehydrated tarragon. Supply-chain performance is driven less by cold-chain logistics and more by hygienic drying, moisture control, and contamination prevention in long, multi-stage consolidation chains typical of spices and dried aromatic herbs.
Market GrowthNot Mentioned
Major Producing Countries- 러시아EPPO lists wide distribution (including Siberia and the Russian Far East) and cultivation as a culinary herb; public sources do not consistently report Russia's production as a distinct tarragon commodity.
- 우크라이나EPPO notes presence/distribution; tarragon-specific production statistics are not commonly separated in global datasets.
- 중국EPPO notes presence (including Taiwan); cultivation occurs but global production shares are not consistently published for tarragon as a distinct line item.
- 인도EPPO lists presence; Codex CCSCH is hosted by India, reflecting the country's central role in global spices/herbs standard-setting, though tarragon-specific output is not transparently reported.
- 몽골EPPO lists presence/distribution; commercial production scale is not well quantified in widely used global statistics.
- 미국EPPO lists North American distribution; the U.S. is a significant consumer/importer of spices overall, but tarragon is typically not singled out in public trade summaries.
Specification
Major VarietiesFrench tarragon (Artemisia dracunculus var. sativa; methylchavicol/estragole-type in ISO 7926 scope), Russian tarragon (elemicin-sabinene-type; explicitly excluded from ISO 7926 scope), German tarragon (reported cultivar/variety group in agronomic and scientific literature)
Physical Attributes- Dehydrated leaves (and, in some definitions, flowering tops) of Artemisia dracunculus used as a culinary herb/spice
- Highly aromatic dried leaf material where color retention and leaf integrity influence buyer acceptance
Compositional Metrics- Chemotype/volatile profile expectations are material to conformance in ISO specifications for dehydrated tarragon (French-type vs Russian-type differentiation)
- Essential oil profile is a quality anchor for tarragon-derived products; ISO also specifies characteristics for tarragon essential oil
Grades- ISO 7926:1991 — Dehydrated tarragon specification (French/methylchavicol type; whole/cut leaves and powder)
- ISO/DIS 7926 — Revision in development to replace ISO 7926:1991
Packaging- Supplied as whole leaves, cut leaves, or powder; packaging typically prioritizes moisture barrier and protection of volatile aroma compounds
- Bulk trade often uses lined cartons or multiwall bags with inner liners; retail formats use sealed jars, pouches, or sachets depending on market
ProcessingPrimary transformation is dehydration (air/sun drying or mechanical/forced-air drying) followed by cleaning, grading, and optional cutting/millingSome supply chains apply validated microbial reduction treatments (e.g., steam treatment or irradiation where permitted) to meet buyer/regulatory expectations for spices and dried aromatic herbs
Supply Chain
Value Chain- Harvesting (leafy tops) -> initial sorting -> drying (natural or mechanical) -> cleaning/sieving -> grading -> cutting or milling (if required) -> packing -> consolidation/export -> destination repacking/blending -> retail/foodservice use
Demand Drivers- Culinary use as a distinctive anise-like herb in sauces, marinades, and seasoning blends
- Ingredient use in value-added products such as herb vinegars and tarragon mustard
Temperature- Not a cold-chain commodity; quality preservation depends on keeping product cool and dry to protect volatile aroma and prevent moisture uptake
- Heat and humidity exposure during storage/transport can accelerate aroma loss and elevate mould/microbial risk if moisture increases
Risks
Food Safety HighSpices and dried aromatic herbs can carry microbial hazards (notably Salmonella spp., among others) and have been linked to outbreaks; dried products are often added post-cook or to ready-to-eat foods, making contamination a direct public-health and market-access risk. Complex, long supply chains with multiple handling steps increase the number of contamination opportunities if GAP/GMP and hygienic drying controls are weak.Use supplier programs aligned to Codex hygienic practice (GAP/GMP), implement validated microbial reduction where appropriate (e.g., steam treatment/irradiation as permitted), and apply risk-based sampling/testing and strong moisture-control/segregation controls through packing and storage.
Chemical Contaminants MediumChemical hazards (pesticide residues, heavy metals) and mycotoxin-producing mould risks can occur in spices and dried aromatic herbs, particularly where drying and storage allow moisture uptake or where agricultural chemical controls are inconsistent. These hazards can drive import detentions, recalls, and buyer rejections.Apply residue-management programs (approved pesticides only, pre-harvest intervals), test to destination-market MRLs where applicable, control moisture rapidly during drying, and enforce clean storage/transport to prevent mould growth and contamination.
Quality And Authenticity MediumBuyer specifications for dehydrated tarragon can be sensitive to botanical identity and chemotype: ISO 7926 is scoped to French (methylchavicol/estragole-type) tarragon and explicitly excludes Russian (elemicin-sabinene-type) tarragon, creating a risk of non-conformance where naming or sourcing is ambiguous. Inconsistent cutting/milling and poor packaging can also accelerate volatile aroma loss, lowering perceived quality.Specify target type/chemotype in contracts, qualify suppliers against ISO-aligned criteria (including identity/quality checks), and use moisture-barrier packaging with controlled storage conditions to preserve aroma.
Regulatory Compliance MediumMicrobial reduction treatments used in spice/herb supply chains (e.g., steam treatment, irradiation, or certain gas treatments) are subject to different legal limits and buyer policies across markets, affecting acceptance and labeling requirements. Non-aligned treatment choices can trigger border issues even when product quality is otherwise acceptable.Confirm destination-market rules and customer policies for decontamination treatments, document validated process parameters, and maintain clear treatment/traceability records for audits and import controls.
Sustainability- Drying method trade-off: open-air/sun drying can reduce energy use but increases exposure to environmental contaminants; controlled mechanical drying reduces contamination exposure but requires energy inputs
- Packaging and storage integrity (moisture barriers) reduce food loss/waste risk by preventing quality degradation and mould growth in long supply chains
Labor & Social- Small-farm production and multi-stage collection/consolidation can complicate traceability and increase reliance on intermediaries in dried herb/spice supply chains
- Responsible sourcing programs (e.g., audited suppliers, organic certification where applicable) are often used to strengthen transparency and farm-level practice controls
FAQ
How is dried tarragon commonly classified for international trade reporting?Dried tarragon is commonly captured under HS Chapter 7 classifications for dried vegetables/herbs (heading 07.12), where official notes indicate that the term “vegetables” includes herbs such as tarragon. In practice, it is often recorded within aggregated subheadings like HS 0712.90 (“Other vegetables; mixtures of vegetables”), which can make tarragon-specific trade values hard to isolate.
Is there an international specification standard for dehydrated tarragon quality?Yes. ISO publishes a commodity-specific standard for dehydrated tarragon: ISO 7926:1991 (with a revision project ISO/DIS 7926 under development). The ISO 7926 scope is for French (methylchavicol/estragole-type) tarragon supplied as whole or cut leaves and powder, and it explicitly excludes Russian (elemicin-sabinene-type) tarragon.
What is the scientific name used for culinary tarragon in regulatory and standards contexts?Culinary tarragon is commonly identified as Artemisia dracunculus L. This botanical naming is used in regulatory references (e.g., U.S. FDA listings of spices) and in ISO standards for dehydrated tarragon specifications.