Indoor plants play an essential role in air purification. They absorb carbon dioxide, releasing oxygen during photosynthesis, a vital process for living beings. In addition, they can...
The pigments contained in nocturnal flowers play a crucial role in determining their pale color. The main pigments responsible for this characteristic are flavonoids and...
Plants can produce a red or milky liquid when cut due to the presence of latex. Latex is a milky and viscous liquid containing various...
The intense perfume of basil is due to the presence of volatile chemical compounds in its leaves. These compounds, such as methyl chavicol, eugenol, and...
The leaves of plants have a first hydrophobic mechanism thanks to the presence of tiny structures on the surface of their epidermis. These structures, called...
Toxic berries for humans but edible for birds often have differences in their chemical composition. Some berries produce substances toxic to mammals in reaction to...
Carrots contain several types of pigments responsible for their characteristic color. The main pigment present in carrots is carotene. There are two main forms of...
Mangrove forests have a significant natural filtering potential thanks to their specific structure and composition. The roots of mangroves act as natural filters, retaining sediments...
Nocturnal flowers are adapted to attract specific pollinators, such as moths, moths, and beetles, which are active at night. These pollinators are attracted by the...
Indoor plants contribute to improving air quality by absorbing carbon dioxide and releasing oxygen during the process of photosynthesis. Moreover, they can also filter common...
