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Common names: Living stones, pebble plants. Botanical name: Lithops spp. Plant family: Aizoaceae. Toxicity: Not considered toxic. Sun exposure: Full (6 or more hours per day) Soil type: Well ...
Lithops is a genus of succulent plants in the ice plant family, Aizoaceae. Members of the genus are native to southern Africa. They avoid being eaten by herbivores with their camouflage as small stones, and are often known as pebble plants or living stones. "Lithops" is both the genus name and the common name, and is singular as well as plural.
Living stone plants, also called lithops plants, are succulents that nearly anyone can grow with a little patience. Named for their unique, pebble-like appearance, ...
Lithops francisci, commonly known as one of the living stones or pebble plants, is in the family Aizoaceae. It is endemic to the arid desert environments of Namibia. It is a succulent with a natural habitat in rocky areas. L. francisci was assessed by Nicholas Edward Brown in 1925. [3]
Several genera are commonly known as 'ice plants' or 'carpet weeds'. The Aizoaceae are also referred to as vygies in South Africa . Some of the unusual Southern African genera—such as Conophytum , Lithops , Titanopsis and Pleiospilos (among others)—resemble gemstones, rocks or pebbles, and are sometimes referred to as ' living stones ' or ...
Learn how to deadhead flowers correctly and which flowers need deadheading. Skip to main content. Sign in. Mail. 24/7 Help. For premium support please call: 800-290-4726 more ...
Cleretum bellidiforme, [2] commonly called Livingstone daisy, Bokbaaivygie , or Buck Bay vygie, is a species of flowering plant in the family Aizoaceae, native to the Cape Peninsula in South Africa. It is a low-growing succulent annual growing to 25 cm (10 in), and cultivated for its iridescent, many-petalled, daisy-like blooms in shades of ...
The Cape Floristic Region in South Africa is home to a diverse range of plant life, believed to have evolved through widespread evolutionary radiation.Within the family Aizoaceae, the genus Argyroderma shows evidence of diversification due to spatially isolated populations experiencing phenotypic divergence from different habitat conditions, leading to genetic differentiation and varying ...