Meadowsweet: History and Traditional Use

Meadowsweet is the frothy, almond-scented herb of wet European meadows whose old botanical name, Spiraea, is hidden inside the word aspirin. Its documented story runs from Bronze Age graves in Scotland and Wales, where its flowers were laid beside the dead four thousand years ago, through the Elizabethan herbals that praised it as the finest of all strewing herbs, into the chemistry laboratories of the 1830s where a Swiss pharmacist and a German chemist distilled its flowers and found the acid that would become the world's most familiar painkiller. This article follows that record as it can actually be verified: where a claim rests on excavation reports, dated texts or journal papers we say so, and where it is folklore we name it as such.

Table of Contents

  1. A Plant of Wet Meadows: Botany, Range and the Names
  2. From Spiraea to Filipendula: How the Botanical Name Changed
  3. Flowers for the Dead: Meadowsweet in Bronze Age Graves
  4. Gerard, Culpeper and the Finest of Strewing Herbs
  5. Traditional Preparations and What They Were Used For
  6. The Chemists' Meadow: Salicylaldehyde and Spirsäure (1834–1839)
  7. A Name Folded into a Word: Aspirin (1897–1899)
  8. The "Gentler on the Stomach" Tradition and the Evidence
  9. Commission E, the 2011 EMA Monograph and Meadowsweet Today
  10. Key Research Papers
  11. Connections
  12. Featured Videos

A Plant of Wet Meadows: Botany, Range and the Names

Meadowsweet, Filipendula ulmaria, is a tall perennial of the rose family (Rosaceae) that grows wild across most of Europe and into western Asia, and has since naturalised in parts of North America. It is a plant of wet feet: damp meadows, ditch banks, fens, riversides and the margins of marshes, where it stands waist- to shoulder-high through June, July and August with flat, creamy sprays of tiny flowers. The leaves are crumpled like elm leaves — which is exactly what the species name says. Ulmaria means "elm-like", from the Latin Ulmus, and the point was made in 1597 by the English herbalist John Gerard, who wrote that the leaves are "crumpled or wrinkled like those of the Elme tree, whereof it tooke the name Vlmaria".

The English name is a small puzzle with a satisfying answer. It looks as though it should mean "sweet plant of the meadow", but the name is recorded in the 15th and 16th centuries as meadsweet and meadwort, and standard etymologies trace it to mead, the honey wine, rather than to meadow: it was the herb used to sweeten and flavour mead and ale. Culpeper, in the mid-17th century, still headed his chapter "Queen of the Meadows, Meadow Sweet, or Mead Sweet", and noted that a leaf "put into a cup of claret wine, gives also a fine relish to it". The spelling drifted toward "meadow" because the plant so obviously lives in one.

The other old names are a record of how the plant was used. Queen of the meadow (Gerard's Regina prati), pride of the meadow, lady of the meadow and meadow queen describe how it looks in July. Bridewort recalls its strewing at weddings and in churches for festivals, and its use in bridal garlands. In French it is reine des prés, in German Mädesüß or Wiesenkönigin (meadow queen).

Two look-alikes are worth naming: dropwort, Filipendula vulgaris, a smaller relative of drier ground with tuberous roots, used in similar ways and still studied alongside meadowsweet; and the garden shrubs sold as Spiraea, which are not meadowsweet at all, although until the late 19th century they shared its genus — a fact that matters for the aspirin story below.

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From Spiraea to Filipendula: How the Botanical Name Changed

When Carl Linnaeus published Species Plantarum on 1 May 1753 — the starting point of modern botanical naming — he placed meadowsweet in the genus Spiraea as Spiraea ulmaria (volume 1, page 490). Under Spiraea Linnaeus grouped meadowsweet and dropwort together with the woody spiraeas of gardens. That is the name the chemists of the 1830s knew.

Botanists later decided that the herbaceous meadowsweets were different enough from the shrubby spiraeas to deserve their own genus. The name Filipendula — from the Latin filum, a thread, and pendulus, hanging, describing the way dropwort's little root tubers dangle on thread-like roots — was applied to the group, and the combination Filipendula ulmaria (L.) Maxim. was published by the Russian botanist Carl Johann Maximowicz in 1879, in the Trudy (Proceedings) of the Imperial St Petersburg Botanical Garden, volume 6, page 251. The "(L.) Maxim." in the formal name records both steps: Linnaeus named the species, Maximowicz moved it. Older texts therefore say Spiraea ulmaria, modern ones Filipendula ulmaria; both mean the same plant.

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Flowers for the Dead: Meadowsweet in Bronze Age Graves

The oldest evidence for meadowsweet in human hands does not come from a book but from the soil of graves. In the early 1960s archaeologists excavating an Early Bronze Age dagger-grave at Ashgrove, Methilhill, in Fife, Scotland, found a decorated beaker beside the body and, within and around it, organic material whose pollen was dominated by meadowsweet. Archaeologists have read this two ways ever since: the beaker may have held a honey-based drink — mead, or ale flavoured with meadowsweet — or a bunch of the fragrant flowers may simply have been laid in the grave. The Ashgrove report was published in the Proceedings of the Society of Antiquaries of Scotland in 1966, and in 1994 the palynologist Richard Tipping reviewed the pollen evidence from Ashgrove and other Scottish cist burials (including North Mains, Strathallan) in the Journal of Archaeological Science, arguing that meadowsweet appears in these graves as a "floral tribute" — flowers deliberately placed with the dead.

The clearest single find came in 2009 at Forteviot in Perthshire. Excavating a Neolithic ceremonial complex, the Strathearn Environs and Royal Forteviot (SERF) project of Glasgow and Aberdeen universities lifted a massive carved capstone to reveal an Early Bronze Age cist, radiocarbon-dated to 2199–1977 cal BC, containing a bronze dagger with a gold hilt mount, a knife-dagger, a wooden bowl and a leather bag. The floor had been laid with birch bark, and among abundant plant remains — moss, leaf litter, seeds — were the flower buds and flowerheads of Filipendula ulmaria. The excavators, Gordon Noble and Kenneth Brophy, wrote in Antiquity in 2011 that this "suggests a bunch (or bunches) of flowers were placed with the body", and that whereas earlier sites had yielded only pollen, Forteviot gave the first direct evidence of the flowers themselves.

Wales has a parallel. A Bronze Age burial cairn on the summit of Fan Foel in the Black Mountain of Carmarthenshire, excavated in 2002–04 and published in Archaeologia Cambrensis in 2014, held a central stone cist with the cremated bones of an adult woman and two children, dated to about 2000 BC, together with a food vessel and a chert knife; remains of meadowsweet flowers were found in the cist and are interpreted as a possible wreath left with the bones. Whether these flowers were a drink offering, a scent, or simply a gift of the loveliest thing in a July meadow, we cannot know; what is certain is that people in Britain were gathering meadowsweet for a solemn purpose roughly four thousand years ago.

A word about the Druids. Popular herbals often call meadowsweet one of the "three sacred herbs of the Druids", with vervain and water-mint. No ancient or medieval source says so; the Druids left no writings, and the claim appears only in modern books without a citation. It should be treated as a piece of romantic folklore, not history.

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Gerard, Culpeper and the Finest of Strewing Herbs

Meadowsweet does not appear in the classical Mediterranean herbals — Dioscorides and Pliny describe the plants of warmer, drier country — and its written record begins in northern Europe. The European regulator's own assessment of the herb dates its documented medicinal use from "the late 16th and 17th century", which is to say from the great printed herbals of Elizabethan and Stuart England and their continental counterparts.

John Gerard's Herball, or Generall Historie of Plantes (London, 1597) devotes chapter 402 to "Medesweete, or Queene of the medows". He notes that it "groweth almost euerie where" in wet places, and lists its virtues. The root, boiled or powdered, was given for "the bloodie flixe" (dysentery) and other bleeding; the flowers boiled in wine were "reported" to take away the fits of a quartan ague (a malaria-type fever recurring every fourth day) and to "make the hart merrie"; the distilled flower-water was dropped into sore eyes. But his warmest praise is for the plant as a room freshener, in the age when floors were covered with rushes and herbs: "The leaues and flowers far excell all other strowing herbes, for to decke vp houses, to strowe in chambers, hals, and banketting houses in the sommer time; for the smell thereof maketh the hart merrie, delighteth the senses: neither doth it cause headach, or lothsomnesse to meate, as some other sweete smelling herbes do." Thomas Johnson's enlarged 1633 edition of Gerard repeats the passage almost word for word.

It is very widely repeated that Queen Elizabeth I "did more desire it than any other herb to strew her chambers withal". The line is usually credited to Gerard or to John Parkinson, but we could not find it in the 1597 or 1633 Gerard, nor in Parkinson's Paradisi in Sole of 1629, and we present it here as a well-worn tradition rather than a verified quotation.

Half a century later Nicholas Culpeper, in his English Physitian and Complete Herbal (1652–53), assigned the plant to Venus, as his astrological system required, and recorded a range of uses: "to stay all manner of bleedings, fluxes, vomitings", to relieve colic, to open or (boiled in red wine) to bind the bowels, to dress old ulcers and sores, and — again — "to make a merry heart". He adds, citing the German herbalist Hieronymus Bock (Tragus), that full-grown leaves laid on the skin will raise blisters. Together the two herbals give the pre-chemical picture: a fever herb, an astringent for bleeding and diarrhoea, a wound wash, and a fragrance for a stuffy room.

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Traditional Preparations and What They Were Used For

Across northern and central Europe the part used was, and is, the flowering top: the flowers and upper leaves, gathered in high summer and dried in the shade. The everyday preparation was an infusion — a covered cup of hot water poured over a spoonful of the dried herb — taken for feverish colds, aches and rheumatic pains, and for an upset or acid stomach. The European assessment report summarising the older literature (Madaus in 1938, and the German and Dutch reference works that followed) notes that meadowsweet was used above all as a diaphoretic — a herb to bring on a sweat and "break" a fever — and as a diuretic, and that over the 20th century its reputation shifted from diuretic toward anti-rheumatic. These are traditional uses, recorded as such; none was tested in a controlled trial.

The British herbal tradition kept the digestive use alive with particular affection. The British Herbal Pharmacopoeia of 1983 listed meadowsweet as a stomachic, mild urinary antiseptic, antirheumatic and antacid, and recommended it in combination with marshmallow root and lemon balm for gastric complaints; the British Herbal Compendium of 1992 gave its indications as "atonic and acid dyspepsia, gastritis and peptic ulceration", with rheumatic and arthritic pain as a further use. This is the tradition that puts an aspirin-family plant in the stomach-soothing drawer — a paradox returned to below.

Beyond medicine the plant kept its older, homelier jobs. It flavoured mead, ale and wine (the mead-wort of its name), and Culpeper's leaf in a cup of claret is the same idea in a later century; today it still turns up in cordials, syrups and country wines, and the Council of Europe lists it as a natural source of food flavouring. Its flowers were strewn on floors and in churches and woven into wedding garlands. In the Welsh Mabinogion, Math and Gwydion conjure the woman Blodeuwedd, "flower-face", from the flowers of oak, broom and meadowsweet — a story, not a source, but a measure of how the plant was regarded.

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The Chemists' Meadow: Salicylaldehyde and Spirsäure (1834–1839)

The scientific chapter opens in the 1830s, when European chemistry had just learned to take plants apart. Willow bark went first: in 1828 the German pharmacist and chemist Johann Andreas Buchner isolated its bitter principle and named it salicin, after the willow genus Salix. Meadowsweet followed within a few years, and by a different door — not its bitter glycosides but its scent.

In 1834–35 the Swiss pharmacist Johann Samuel Friedrich Pagenstecher of Bern distilled meadowsweet flowers with water and obtained a fragrant oil, the compound now called salicylaldehyde (salicylic aldehyde), which is largely responsible for the plant's wintergreen-and-almond smell; a short note headed simply "Spiraea Ulmaria" appeared in Liebig's Annalen der Pharmacie in 1834. In 1835 the German chemist Carl Jacob Löwig published his own Untersuchungen über das flüchtige Oel der Spiraea ulmaria ("Investigations of the volatile oil of Spiraea ulmaria") in the Annalen der Physik. Oxidising the aldehyde gave a crystalline acid, which the German literature named Spirsäure or Spiräasäure — "spiraea acid" — after the plant.

Meanwhile, in 1838, the Italian chemist Raffaele Piria split willow's salicin into a sugar and an aromatic fragment and, by oxidising the latter, obtained an acid he called salicylic acid. By 1839 it was recognised — Löwig is generally credited, in work published with Weidmann that year — that Spirsäure from meadowsweet and salicylic acid from willow were one and the same molecule. A tree and a meadow flower had led chemists to the same substance by two routes. Salicylic acid went into use for fever and rheumatic pain, but it tasted vile and was hard on the stomach, which set up the next step.

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A Name Folded into a Word: Aspirin (1897–1899)

Acetylsalicylic acid — salicylic acid with an acetyl group attached, which makes it less irritating — had first been made, impurely, by the French chemist Charles Gerhardt in 1853. In 1897 chemists at the German firm Bayer prepared it in a pure and stable form, and in 1899 the company registered it under a coined trade name: Aspirin. The name is a piece of botany folded into a word. The a- stands for acetyl; -spir- is taken from Spirsäure, the meadowsweet acid, and so ultimately from Spiraea, Linnaeus's name for the plant; and -in was the customary ending for drugs of the period. So the world's most familiar medicine is named after meadowsweet rather than willow: the chemists simply reached for the name of the acid they knew.

Who did the work is less settled than what was done. For most of the 20th century the synthesis was credited to Felix Hoffmann, a young Bayer chemist,. In 1949 Arthur Eichengrün, a senior chemist who had headed the relevant laboratory in 1897 and who, as a Jew, had been written out of the company's history under the Nazi regime, published an account claiming that he had planned and directed the research and that Hoffmann had carried it out under his instructions. The pharmaceutical historian Walter Sneader re-examined the documentary record in the BMJ in 2000 and concluded that Eichengrün's account was credible. The question remains debated, and both names now appear in careful accounts. What no one disputes is the plant in the word.

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The "Gentler on the Stomach" Tradition and the Evidence

Aspirin and salicylic acid irritate the stomach lining; yet the plant that gave aspirin its name was, in British and continental tradition alike, a remedy for the stomach — for heartburn, hyperacidity, gastritis and even ulcers. The traditional explanation is that meadowsweet is a whole plant, not a salicylate in a bottle: modest amounts of salicylates travel with tannins (astringent, protein-binding compounds), flavonoids such as spiraeoside, and mucilage, and the mixture soothes where the pure drug scours.

Modern analysis gives the tradition some chemical footing. The salicylates in meadowsweet are mostly locked up as glycosides that release salicylaldehyde and methyl salicylate as the flowers dry; the European assessment puts the total salicylate content at less than 0.5 percent of the dried herb, far below the several percent found in willow bark, with salicylaldehyde making up as much as 70 percent of the small yield of volatile oil. Flavonoids, by contrast, reach 3–4 percent of the flowering herb and up to 6 percent of fresh flowers. A 2023 Lithuanian study of wild populations found that the oil and salicylate yield changes with the stage of flowering and the habitat.

The pharmacology is preclinical and points the traditional way. Serbian researchers reported in 2016 that a meadowsweet extract reduced inflammation both in cell assays and in rats, and in 2018 that extracts of meadowsweet and dropwort protected the stomach lining in an experimental ulcer model while showing antioxidant and anti-inflammatory activity. A Belgian group showed in 2023 that when meadowsweet's constituents are broken down by gut bacteria, the resulting metabolites still carry anti-inflammatory activity. None of this is a human trial. The European Medicines Agency's assessors, reviewing everything available in 2010–11, could find only a single old, uncontrolled report of a flower ointment used on the cervix, and concluded that "no clinical data are available" for the herb's traditional indications. The honest position, four centuries after Gerard, is that meadowsweet's gentleness is plausible, chemically reasonable, supported in animals, and unproven in people — and that anyone allergic to aspirin should treat the plant with the same respect.

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Commission E, the 2011 EMA Monograph and Meadowsweet Today

Germany's Commission E, the expert panel that reviewed herbal medicines for the federal health authority, published monographs for both meadowsweet flower (Spiraeae flos) and meadowsweet herb (Spiraeae herba), approving each as supportive therapy for colds, at a daily dose of 2.5–3.5 grams of flowers or 4–5 grams of herb; the European Scientific Cooperative on Phytotherapy (ESCOP) monograph of 2003 likewise lists supportive therapy for the common cold and increased renal elimination of water. The flowering herb has a European Pharmacopoeia monograph (Filipendulae ulmariae herba), which requires a minimum of 1 ml/kg of steam-volatile substances — the salicylate-bearing oil — as a marker of quality.

On 12 July 2011 the European Medicines Agency's Committee on Herbal Medicinal Products (HMPC) adopted a Community herbal monograph on Filipendulae ulmariae herba, published that September. Under the traditional-use category — which requires long documented use and plausible rather than proven efficacy — it accepts two indications: "supportive treatment of common cold" and "relief of minor articular pain". It sets adult doses (for the tea, 1.5–6 grams per cup up to several times daily), names hypersensitivity to salicylates as a contraindication, and advises against use in pregnancy, breastfeeding, and in children and adolescents under 18, for lack of data. That is the plant's legal status as a medicine in the European Union: a traditional remedy, permitted on the strength of its history, with no claim of proven effect.

Today meadowsweet is sold as a dried herb for tea, as a tincture and in capsules, and appears in combination cold-and-flu and joint teas across Europe. It still flavours drinks: the mead-wort of the Bronze Age beaker is the meadowsweet cordial of a modern farm shop. Its stands are an indicator of undrained wet grassland, a habitat that has shrunk across Europe, so the queen of the meadow now has fewer meadows to reign over. Its history is unusually well rounded for a wild flower: a grave offering, a wedding garland, a fever tea, a chemist's starting material, and the middle syllable of the most-swallowed medicine in the world.

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Key Research Papers

The list covers the archaeological reports that place meadowsweet in Bronze Age graves, the 1835 chemistry paper on its volatile oil, the historical reappraisals of aspirin, and the modern preclinical studies that test its traditional anti-inflammatory and stomach-protective uses. The historical primary texts are named in the article and linked under External Resources rather than cited here.

  1. Henshall AS, Ryder ML, Clarke AS, Murphy TR, Lambert CA (1966). A dagger-grave and other cist burials at Ashgrove, Methilhill, Fife. Proceedings of the Society of Antiquaries of Scotland. — doi:10.9750/psas.097.166.179
  2. Tipping R (1994). "Ritual" Floral Tributes in the Scottish Bronze Age — Palynological Evidence. Journal of Archaeological Science. — doi:10.1006/jasc.1994.1014
  3. Noble G, Brophy K (2011). Ritual and remembrance at a prehistoric ceremonial complex in central Scotland: excavations at Forteviot, Perth and Kinross. Antiquity. — doi:10.1017/s0003598x00068319
  4. Löwig C (1835). Untersuchungen über das flüchtige Oel der Spiraea ulmaria. Annalen der Physik. — doi:10.1002/andp.18351121107
  5. Sneader W (2000). The discovery of aspirin: a reappraisal. BMJ. — doi:10.1136/bmj.321.7276.1591
  6. Desborough MJR, Keeling DM (2017). The aspirin story – from willow to wonder drug. British Journal of Haematology. — doi:10.1111/bjh.14520
  7. Katanić J, Boroja T, Mihailović V, Nikles S, Pan SP, Rosić G, Selaković D, Joksimović J, Mitrović S, Bauer R (2016). In vitro and in vivo assessment of meadowsweet (Filipendula ulmaria) as anti-inflammatory agent. Journal of Ethnopharmacology. — doi:10.1016/j.jep.2016.10.015
  8. Samardžić S, Arsenijević J, Božić D, Milenković M, Tešević V, Maksimović Z (2018). Antioxidant, anti-inflammatory and gastroprotective activity of Filipendula ulmaria (L.) Maxim. and Filipendula vulgaris Moench. Journal of Ethnopharmacology. — doi:10.1016/j.jep.2017.11.013
  9. Van der Auwera A, Peeters L, Foubert K, Piazza S, Vanden Berghe W, Hermans N, Pieters L (2023). In Vitro Biotransformation and Anti-Inflammatory Activity of Constituents and Metabolites of Filipendula ulmaria. Pharmaceutics. — doi:10.3390/pharmaceutics15041291
  10. Ložienė K, Būdienė J, Vaitiekūnaitė U, Pašakinskienė I (2023). Variations in Yield, Essential Oil, and Salicylates of Filipendula ulmaria Inflorescences at Different Blooming Stages. Plants. — doi:10.3390/plants12020300

PubMed Topic Searches

  1. PubMed: Meadowsweet ethnobotany and traditional use
  2. PubMed: Meadowsweet, salicylic acid and the history of aspirin
  3. PubMed: Meadowsweet gastroprotective and anti-inflammatory studies

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