Thymus praecox


Thymus praecox is a species of thyme. A common name is mother of thyme, but "creeping thyme" and "wild thyme" may be used where Thymus serpyllum, which also shares these names, is not found. It is native to central, southern, and western Europe.

Classification

Thymus praecox is in the genus Thymus belonging to the Serpyllum section. It has sometimes been reclassified as ''T. polytrichus.''

Subspecies and cultivars

Thymus praecox subspecies and cultivars include:Thymus praecox subsp. praecox
  • * Thymus praecox 'Doone Valley'
  • * Thymus praecox 'Minus'
  • * Thymus praecox 'Pseudolanuginosus'Thymus praecox subsp. arcticus
  • * Thymus praecox subsp. arcticus 'Albus'
  • * Thymus praecox subsp. arcticus 'Languinosus'
  • * Thymus praecox subsp. arcticus 'Hall's Woolly'
  • * Thymus praecox subsp. arcticus 'Pink Chintz'
Image:Thymus praecox - Iceland - 2007-07-05.jpg|thumb|right|Thymus praecox near Seyðisfjörður, Iceland. It is known locally as blóðberg, meaning "bloodstone".
Image:Plant in Lonsoraefi area, Iceland.jpg|thumb|right|Thymus praecox in July in Lonsoraefi, Iceland.Thymus praecox subsp. polytrichus Jalas. Found in the wild in Bosnia.Thymus praecox subsp. skorpilii Jalas. Found in the wild in Bosnia.

Uses

Cultivation

Thymus praecox is cultivated as an ornamental plant, used as an evergreen groundcover in gardens and pots. When maintained at a lower height it is used between paving stones in patios and walkways. It is drought tolerant when established.
This thyme species has escaped cultivation in North America, and is a weed or invasive species in some habitats in the United States.

Cuisine

This thyme has a strong scent similar to Oregano. It can be used in cuisine.
Like other species of thyme, Thymus praecox is characterized by substantial differences in essential oil composition from plant to plant. Plants which differ in this way are known as chemotypes and a geographical population will generally contain a mix of chemotypes. For example, studies of chemotypes in Greenland, Iceland, Norway, England, Scotland, and Ireland show that chemotypes span those countries rather than being geographically localized. Some of those areas contain greater chemotype diversity than others.