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The common names soap plant, soaproot and amole refer to the genus Chlorogalum. They are native to western North America , with some species in Oregon but they are mostly found in California . Common names of the genus and several species derive from their use as soap .
Like all the soap plants, Chlorogalum pomeridianum is a perennial that grows from a bulb, which is brown, between 7 and 15 cm in diameter, slightly elongated, and covered in thick, coarse fibers. The leaves grow from the base of the plant, and can be from 20 to 70 cm long and 6 to 25 mm wide. [ 1 ]
The resulting mixture is known as soft soap [broken anchor], which serves as a precursor for hard soap production. After adding sodium chloride (a process known as salting out), the soap nucleus rises and separates. The water-soluble glycerin and unwanted fat residues remain in the solution (see also soap [broken anchor]).
Sapindus species are used as food plants by the larvae of some Lepidoptera (moths and butterflies) species including Endoclita malabaricus. Kernel extracts of soapnut disrupt the activity of enzymes of larvae and pupae and inhibit the growth of the mosquito Aedes aegypti , an important vector of viral diseases.
Saponaria officinalis is a common perennial plant from the family Caryophyllaceae. This plant has many common names, [2] including common soapwort, [3] bouncing-bet, [3] crow soap, [2] wild sweet William, [2] and soapweed. [4] There are about 20 species of soapworts altogether.
The beans, which are often used in Asian cooking, can grow plants one to two feet high without the need for soil. Now picture going on vacation and coming back to that in your shower.
The endosperm is a tissue produced inside the seeds of most of the flowering plants following double fertilization. It is triploid (meaning three chromosome sets per nucleus) in most species, [1] which may be auxin-driven. [2] It surrounds the embryo and provides nutrition in the form of starch, though it can also contain oils and protein. This ...
As Bryan E. Cummings and Michael S. Waring, the authors of the Drexel study, found, you would need 10–100 plants per square meter to clear the air in the way the NASA study reported. “ ...