botanical record · discovered

Garland Chrysanthemum

Chrysanthemum coronarium

Garland Chrysanthemum · Chrysanthème couronné · Chrysanthème des jardins · Chrysanthème à couronnes · Crown Daisy · Kronen-Saatwucherblume · Vainikinė skaistažiedė · crowndaisy · koronás aranyvirág · zlateň věncová · 쑥갓 · Annual chrysanthemum · Crown daisy · Edible chrysanthemum

At a glance

Origin / distribution: China, Crete, Europe

Cultural traditions: not documented

Recorded uses: Digestive, Intoxicant, Purgative, Repellant(Insect)

Science studied: ASCORBIC-ACID, ASH, CALCIUM, CARBOHYDRATES

Research volume: 0 indexed records · volume only · methodology ↗

Legal status: Varies by jurisdiction; not assessed in this record.

Names and identity

Family: Asteraceae

Scientific name: Chrysanthemum coronarium

Common names: Garland Chrysanthemum, Chrysanthème couronné, Chrysanthème des jardins, Chrysanthème à couronnes, Crown Daisy, Kronen-Saatwucherblume, Vainikinė skaistažiedė, crowndaisy, koronás aranyvirág, zlateň věncová, 쑥갓, Annual chrysanthemum, Crown daisy, Edible chrysanthemum

History

The source record documents this plant in China, Elsewhere, Crete, Europe.

It records these historical or traditional applications:

Digestive
Intoxicant
Purgative
Repellant(Insect)
Stomachic
Sclerosis
Sedative

This summary is limited to the cited source record.

Origins and distribution

China
Elsewhere
Crete
Europe

Documented cultural uses

Digestive
Intoxicant
Purgative
Repellant(Insect)
Stomachic
Sclerosis
Sedative

Cultural record detail

These entries are transcribed from the cited ethnobotanical source; they do not represent current advice or a claim of efficacy.

Digestive · China · "
Intoxicant · China · "
Purgative · Elsewhere · "
Repellant(Insect) · Crete · "
Stomachic · Elsewhere · "
Sclerosis · Europe · "
Sedative · China · "

Contemporary uses

Contemporary practice is not documented separately in this record.

Scientific research

Indexed records indicate research activity; they do not establish efficacy or safety.

Indexed research records

Polystyrene nanoplastics increase tetracycline residues while aggravating nutrient dysregulation and ultrastructural damage in the roots of Chrysanthemum coronarium L. · 2026 source ↗
Lighting Spectrum, Intensity, and Photoperiod Induce Distinct Photoresponses in <i>Chrysanthemum coronarium</i> Greens, Cultivated in CEA. · 2026 source ↗
Aquaporin inhibitors modulate the toxic effects of polystyrene nanoplastics on Chrysanthemum coronarium L. · 2025 source ↗