Baby Sage

Description

Salvia microphylla, the baby sage, Graham's sage, or blackcurrant sage, is an evergreen shrub found in the wild in southeastern Arizona and the mountains of eastern, western, and southern Mexico. It is a very complex species which easily hybridizes, resulting in numerous hybrids and cultivars brought into horticulture since the 1990s. The specific epithet microphylla, from the Greek, means "small leaved". In Mexico it is called mirto de montes, or "myrtle of the mountains". Salvia microphylla grows to 1 to 1.3 m (3.3 to 4.3 ft) tall and wide, blooming in its first year and growing to full size in its second year. The leaves are ovate shaped, of varying sizes, and smooth or lightly covered with hairs. When crushed, the leaves have a strong fragrance, which has been described as pleasant and mint-like, but also as similar to that of blackcurrants, leading to the use of "blackcurrant sage” as an English name for this species. It sometimes spreads underground, producing dense patches. Along with its cultivars and hybrids, S. microphylla blooms heavily in late spring and again in autumn, with sporadic flowering year-round in mild conditions. The flowers are arranged in whorls, with a wide range of color: magenta, red, pink, and rose. Botanist Carl Epling considered Salvia microphylla to have three geographical races, though the wide variation still causes confusion today, and there are conceivably more than three races. Adding to the confusion, Salvia microphylla is often mistaken for Salvia greggii, with which it frequently hybridizes. Epling distinguishes between the two by the S. microphylla leaves, which have serrated edges, compared to the narrow, elliptic, and smooth-edged S. greggii leaves — and by a pair of papillae inside the S. microphylla corolla. In the U.S. it is sometimes called "Graham's sage," as it was named Salvia grahamii by George Bentham. It was also named Salvia neurepia by Merritt Lyndon Fernald. Both these botanic names are considered invalid as they are later than microphylla.