Reference · Crops

Lamiaceae

The Lamiaceae family, also known as the mint or deadnettle family, comprises a large group of dicotyledonous plants, including many valuable agricultural, culinary, and medicinal crops. In the agricultural sector, members of this family are highly valued for their high concentration of essential oils, tannins, and phytoncides, making them essential raw materials for the pharmaceutical, cosmetic, and food industries.

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Thymus longicaulis Thymus longicaulis Thymus mastigophorus Thymus mastigophorus Thymus membranaceus Thymus membranaceus Thymus michaelis Thymus michaelis Thymus moroderi Thymus moroderi Thymus nervosus Thymus nervosus Thymus piperella Thymus piperella Thymus pulcherrimus Thymus pulcherrimus Thymus saturejoides Thymus saturejoides Thymus sibthorpii Thymus sibthorpii Thymus striatus Thymus striatus Thymus teucrioides Thymus teucrioides Thymus tschernjajevii Thymus tschernjajevii Thymus zygis Thymus zygis Tinnea Tinnea 1 item Torrey's mountain mint Pycnanthemum torreyi Trichostema Trichostema 2 items Tsoongia Tsoongia 1 item Turkish oregano Origanum onites Unknown savory Satureja innota Valentian Sage Salvia valentina Velvet horehound Marrubium velutinum Vetter's Oregano Origanum vetteri Vincent's germander Teucrium vincentinum Virginia water horehound Lycopus virginicus Vitex acunae Vitex acunae Vitex altissima Vitex altissima Vitex cannabifolia Vitex cannabifolia Vitex capitata Vitex capitata Vitex chrysocarpa Vitex chrysocarpa Vitex cofassus Vitex cofassus Vitex cymosa Vitex cymosa Vitex divaricata Vitex divaricata Vitex doniana Vitex doniana Vitex ferruginea Vitex ferruginea Vitex fischeri Vitex fischeri Vitex gaumeri Vitex gaumeri Vitex gigantea Vitex gigantea Vitex glabrata Vitex glabrata Vitex leucoxylon Vitex leucoxylon Vitex madiensis Vitex madiensis Vitex micrantha Vitex micrantha Vitex orinocensis Vitex orinocensis Vitex parviflora Vitex parviflora Vitex pinnata Vitex pinnata Vitex polygama Vitex polygama Vitex quinata Vitex quinata Vitex rehmannii Vitex rehmannii Vitex trifolia Vitex triflora Vitex turczaninowii Vitex turczaninowii Vitex vestita Vitex vestita Volkameria Volkameria 1 item Wall germander Teucrium racemosum Water germander Teucrium scordium Webb's self-heal Prunella webbiana West Indian sage Salvia occidentalis Westringia Westringia Sm. 3 items Westringia Westringia 4 items White beech Gmelina leichardtii White sage Salvia apiana
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Lamiaceae

These plants have a global distribution, though the greatest species diversity is found in the Mediterranean and regions with temperate climates. Historically, many Lamiaceae species were domesticated in these zones, adapting to dry periods and specific soil conditions. Today, industrial plantations of basil, mint, lemon balm, and sage are successfully cultivated in many countries across the globe.

Botanically, the family is easily recognized by its distinctive features: a square stem, opposite leaf arrangement, and zygomorphic flowers with a characteristic lip shape. The root system of most representatives is well-developed, allowing them to effectively penetrate various soil layers. Flowers are often arranged in spike-like or head-like inflorescences that attract numerous pollinators.

For successful cultivation of Lamiaceae, access to sunlight and soil aeration are critical. Most crops in this family prefer light, well-drained soils with a neutral or slightly alkaline pH. Agronomic practices include regular weeding, as these plants are highly sensitive to weed competition during early development, as well as moderate watering to prevent waterlogging at the roots.

  • Commercial use: essential oil production
  • Medical application: herbal medicine and extracts
  • Culinary value: herbs and seasoning
  • Plant protection: use as natural repellents

The primary threats to industrial Lamiaceae crops include fungal infections, such as powdery mildew and various types of rot, which often occur due to improper moisture management. Pests, including aphids and spider mites, can also cause significant damage to crop yields. Effective protection strategies rely on crop rotation and the timely application of approved biological control agents.