All about plant fertilizationIn general, many gardeners can make the mistake of thinking that because they have acid soil they will not be able to grow plants in it without first lowering those acid levels. But that is not the case, there are many acid-loving plants. In this article we will see what . . . Read more
Adenium is a genus of shrubs whose origin is found in the tropics of East Africa and Arabia. Within the genus there are 15 recognized species, although without a doubt the most popular is Adenium obesum, or commonly known as the desert rose. It can grow up to 1.50 m . . . Read more
The coffee tree is a shrub that in ideal conditions can reach 10 m in height, with very intense green leaves and the seeds that are undoubtedly the reason for its popularity. Native to South Asia and the subtropical areas of Africa, its crops are of great economic importance in . . . Read more
Pachysandra is a genus of subshrubs formed by 4 species. With origins in the Far East and North America, these plants are capable of covering large areas with their dense foliage. They usually do not exceed 20 cm in height and do very well under other trees or when grown . . . Read more
The Ixora is a shrubby plant characterized by its beautiful inflorescences. More precisely, it is a genus of the Rubiaceae family, native to Asian countries. Usually they do not exceed 3 meters in height, with inflorescences that vary in color according to the species, and can be pink, red, yellow, . . . Read more
Rosemary is a perennial and shrub plant typical of the Mediterranean, whose cultivation has spread to practically all the latitudes of the world. Its particular aroma and flavor have made it a must-see species in any kitchen. In ideal conditions it can reach a meter of height with a very . . . Read more
Plumeria is a genus of plants known as frangipani, which is undoubtedly a masterpiece of nature for its beauty. It is native to the tropical areas of Central America and the Caribbean, although currently its cultivation has spread in gardens almost all over the world. In optimal conditions they can . . . Read more