Echeveria TENCHO, Agua Blanca - Echeveria Tencho, Agua Blanca, Hen and Chicks.
Echeveria is a large genus in the family Crassulaceae, numbering about 150 species of succulent perennials distributed across semi-arid regions of Central America, Mexico, and northwestern South America - from Texas to Argentina. The center of species diversity is concentrated in Mexico. Most species inhabit rocky slopes, stony screes, dry gorges, and mountain plateaus with good drainage and intense lighting.
Echeverias are evergreen rosette succulents without a true stem or with a short leafy stem. The leaves are fleshy, covered with a waxy or powdery coating (farina), ranging from rounded to lanceolate, often with a colored tip or margin. In many species, lateral offsets form over time, earning the plants the popular common name 'hens and chicks'. The plants are polycarpic - they flower and set seed repeatedly throughout their lifespan.
The inflorescence is a single-flowered or many-flowered cincinnus on an arching peduncle arising from the center or base of the rosette. The flowers are tubular, nodding, usually in shades of red, orange, or yellow, pollinated mainly by hummingbirds and insects. The fruits are small follicles; the seeds are small and numerous.
Echeveria Tencho is an ornamental succulent that forms a dense symmetrical rosette of fleshy, spatulate leaves with pointed tips. The leaves are covered with a pronounced waxy coating, making the coloration appear glaucous-blue or gray-green, and under bright light the edges and tips often take on a pinkish or reddish tint. The rosette remains compact, over time can produce offsets at the base, and forms a small cluster.
Flowering occurs in spring or summer. The peduncle rises above the rosette and bears a raceme of bell-shaped flowers, most often orange or coral, sometimes with a lighter interior and darker petal tips. The flowers are arranged along a slightly curved inflorescence axis and retain their ornamental appeal for several weeks. After flowering, fruits with tiny seeds may form.