Sempervivum Tectorum - roof root

Sempervivum Tectorum, generally known as the roof root or roof house root, is a succulent that is valued for its fascinating morphology and its diverse adjustments to extreme habitats. This species belongs to the family of the thick leaf family (crassulaceae) and is native to Europe.

Botanical characteristics

Sempervivum Tectorum forms density rosettes made of fleshy, pointed leaves, which are usually colored gray -green. The leaves are covered with a wax-like layer that protects against excessive evaporation and gives the plant a silvery-gray appearance. The rosettes produce long, upright stems in summer, which are crowned with star -shaped, pink flowers. The flowers attract a variety of pollinators and contribute to the genetic diversity of the species.

Ecological adaptability

Sempervivum Tectorum is adapted to extreme habitat conditions and thrives in rocky, dry areas such as stony slopes, rock cliffs and walls. This plant is tolerant of dryness, heat and strong sunlight. Her ability to store water enables her to survive long dry periods. The low growth height and the compact rosettes offer protection against strong winds and reduce evaporation.

Use and use

Sempervivum Tectorum is often grown as an ornamental plant in stone gardens, dry stone walls and alpine gardens. Your attractive rosettes and your low care requirements make you a popular choice for gardens with little water. In addition, some cultures have historically used Sempervivum species for their medical properties, although their use in modern medicine is more limited.

Conservation and challenges

Although Sempervivum Tectorum is currently not classified as endangered, some subspecies are at risk due to the loss of habitat and uncontrolled collection. The protection of natural habitats in which this plant occurs is therefore crucial for its long -term survival. In addition, environmental changes such as climate change can influence the habitats of Sempervivum Tectorum and represent additional challenges for their preservation.