Boraginaceae
Borage, scientifically known as Borago officinalis, is a prominent member of the Boraginaceae family. This annual herb is widely cultivated for its culinary, medicinal, and nectar-producing properties. Originating from the Mediterranean region, it has naturalized in many temperate and subtropical zones worldwide, proving to be a highly adaptable crop for various soil and climate types.
What the section contains
Cerinthe palaestina
Cerinthe palaestina
Cerinthe retorta
Cerinthe retorta
Cerinthe tenuiflora
Cerinthe tenuiflora
Ceylon houndstongue
Cynoglossum zeylanicum
Changing forget-me-not
Myosotis discolor
Ciricote
Cordia dodecandra
Coastal navelwort
Omphalodes littoralis
Coldenia
Coldenia
1 item
Coldenia greggii
Coldenia greggii
Coldenia paranychioides
Coldenia paranychioides
Comfrey
Symphytum L.
2 items
Common comfrey
Symphytum officinale
Cordia
Cordia
4 items
Cordia africana
Cordia africana
Cordia alba
Cordia alba
Cordia americana
Cordia americana
Cordia angustifolia
Cordia angustifolia
Cordia aurantiaca
Cordia aurantiaca
Cordia bahamensis
Cordia bahamensis
Cordia bellonis
Cordia bellonis
Cordia boissieri
Cordia boissieri
Cordia borinquensis
Cordia borinquensis
Cordia caffra
Cordia caffra
Cordia collococca
Cordia collococca
Cordia curassavica
Cordia curassavica
Cordia cylindrostachya
Cordia cylindrostachya
Cordia decandra
Cordia decandra
Cordia dichotoma
Cordia dichotoma
Cordia diversifolia
Cordia diversifolia
Cordia ecalyculata
Cordia ecalyculata
Cordia elaeagnoides
Cordia elaeagnoides
Cordia gerascanthus
Cordia gerascanthus
Cordia glabrata
Cordia glabrata
Cordia globosa
Cordia globosa
Cordia grandicalyx
Cordia grandicalyx
Cordia grandis
Cordia grandis
Cordia laevigata
Cordia laevigata
Cordia lima
Cordia lima
Cordia megalantha
Cordia megalantha
Cordia microcephala
Cordia microcephala
Cordia millenii
Cordia millenii
Cordia monoica
Cordia monoica
Cordia monosperma
Cordia monosperma
Cordia oxyphylla
Cordia oxyphylla
Cordia parvifolia
Cordia parvifolia
Cordia pilosissima
Cordia pilosissima
Cordia rotundifolia
Cordia rotundifolia
Cordia sinensis
Cordia sinensis
Cordia spinescens
Cordia spinescens
Cordia subcordata
Cordia subcordata
Cordia sulcata
Cordia sulcata
Cordia superba
Cordia superba
Cordia trichotoma
Cordia trichotoma
Corsican forget-me-not
Myosotis corsicana
Creeping forget-me-not
Myosotis secunda
Creeping forget-me-not
Myosotis stolonifera
Cretan Comfrey
Symphytum creticum
Cretan houndstongue
Cynoglossum creticum
Cretan viper's bugloss
Echium creticum
Crimean comfrey
Symphytum tauricum
Boraginaceae
Botanically, borage is characterized by its stiff, bristly hairs covering the entire plant and its distinctive star-shaped, blue flowers. The leaves are wrinkled, ovate, and possess a strong aroma reminiscent of fresh cucumbers. The plant typically reaches a height of 60 to 100 cm and develops a deep taproot, which allows it to thrive in different environments and tolerate moderate periods of drought once established.
Cultivation requirements for borage are straightforward, making it an excellent crop for sustainable farming systems. It prefers full sun or partial shade and thrives in well-drained, fertile soils with a neutral pH. The seeds can be sown directly in the field in early spring. Key agronomic practices include thinning the plants to ensure adequate spacing, which prevents overcrowding and reduces the risk of fungal infections such as powdery mildew.
In terms of agricultural utility, borage is prized as a premier honey plant, attracting bees and pollinators throughout the blooming season, which often benefits nearby orchard crops. Beyond beekeeping, the plant is harvested for its oil-rich seeds, which contain high levels of gamma-linolenic acid (GLA). In culinary traditions, the young leaves are harvested for use in salads, soups, and refreshing beverages, providing a unique flavor profile.
When it comes to plant protection, borage is relatively hardy but can be susceptible to pests such as slugs, snails, and aphids, particularly in the seedling stage. Diseases like root rot or fungal leaf spots are primarily associated with excessive soil moisture and poor air circulation. Effective management involves implementing proper crop rotation, maintaining weed-free fields, and ensuring optimal drainage to support vigorous plant growth.