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The CAM photosynthetic pathway absorbs the humidity in small spaces, effectively making the plant such as Sansevieria trifasciata a natural indoor humidity absorber. Not only will this help with cross-ventilation, but lowering the surrounding humidity increases the thermal comfort of people in the room.
Movement occurs when plant tissue matures, dies and desiccates, cell walls drying, shrinking; [12] and also when humidity re-hydrates plant tissue, cell walls enlarging, expanding. [11] The direction of the resulting force depends upon the architecture of the tissue and is capable of producing bending, twisting or coiling movements.
Canisters are commonly filled with silica gel and other molecular sieves as desiccants in drug containers to keep contents dry Silica gel in a sachet or porous packet. A desiccant is a hygroscopic substance that is used to induce or sustain a state of dryness (desiccation) in its vicinity; it is the opposite of a humectant.
In the agricultural industry, sodium polyacrylate is used to help plants retain moisture in the soil. [13] It can act as a water reservoir for plants and is commonly used by florists to keep flowers fresh. Furthermore, the use of sodium polyacrylate for growing domestic fruit and vegetables has been approved by the U.S. Department of Agriculture.
4. Air Plants. Per Marino, tillandsia (AKA air plants) thrive in humidity: “As an epiphyte, the air plant grows on top of tree branches and pulls all the water it needs from the intense morning ...
Silica gel was in existence as early as the 1640s as a scientific curiosity. [5] It was used in World War I for the adsorption of vapors and gases in gas mask canisters.The synthetic route for producing silica gel was patented in 1918 by Walter A. Patrick, a chemistry professor at Johns Hopkins University.