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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Puriri Vitex lucens Purple Jerusalem sage Phlomis purpurea Purple sage Salvia purpurea Pycnanthemum Pycnanthemum Michx. 1 item Pycnanthemum Pycnanthemum Pycnanthemum pycnanthemoides Pycnanthemum pycnanthemoides Pycnanthemum virginianum Pycnanthemum virginianum Pyrenean germander Teucrium pyrenaicum Pyrenean hemp-nettle Galeopsis pyrenaica Pyrenean horminum Horminum pyrenaicum Red Mint Mentha gentilis Red velvet sage Salvia confertiflora Red-leaf sage Salvia rubifolia Rieder's hedge-nettle Stachys riederi Rila savory Satureja rumelica Rock ballota Ballota saxatilis Roegner's thyme Thymus roegneri Roemer's sage Salvia roemeriana Rosemary Salvia rosmarinus Rostrinucula Rostrinucula 2 items Rotheca Rotheca 3 items Rough hedge nettle Stachys asperata Round-leaved germander Teucrium rotundifolium Round-leaved mint Mentha suaveolens Russel's sage Phlomis russeliana Saccocalyx Saccocalyx 1 item Salicifolia bugle Ajuga salicifolia Salvia abrotanoides Salvia abrotanoides Salvia amplexicaulis Salvia amplexicaulis Salvia blancoana Salvia blancoana Salvia brachiata Salvia brachiata Salvia brachyodon Salvia brachyodon Salvia bracteata Salvia bracteata Salvia candidissima Salvia candidissima Salvia canescens Salvia canescens Salvia dasycalyx Salvia dasycalyx Salvia dichroantha Salvia dichroantha Salvia dorrii Salvia dorrii Salvia dumetorum Salvia dumetorum Salvia forskaohlii Salvia forskaohlii Salvia gesneriflora Salvia gesneriflora Salvia hians Salvia hians Salvia hyptoides Salvia hyptoides Salvia jurisicii Salvia jurisicii Salvia kronenburgii Salvia kronenburgii Salvia microstegia Salvia microstegia Salvia misella Salvia misella Salvia mukerjeei Salvia mukerjeei Salvia multicaulis Salvia multicaulis Salvia pachyphylla Salvia pachyphylla Salvia phlomoides Salvia phlomoides Salvia plebeia Salvia plebeia Salvia runcinata Salvia runcinata Salvia sessei Salvia sessei Salvia staminea Salvia staminea Salvia tomentosa Salvia tomentosa Salvia urica Salvia urica Salvia virgata Salvia virgata Salvia yangii Salvia yangii Samuelsson's sage Salvia samuelssonii
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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.