Laurel forest

Laurel forest, also called laurisilva or laurissilva, is a type of subtropical forest found in areas with high humidity and relatively stable, mild temperatures. The forest is characterized by broadleaf tree species with evergreen, glossy and elongated leaves, known as 'laurophyll' or 'lauroid'. Plants from the laurel family (Lauraceae) may or may not be present, depending on the location. Laurel forest, also called laurisilva or laurissilva, is a type of subtropical forest found in areas with high humidity and relatively stable, mild temperatures. The forest is characterized by broadleaf tree species with evergreen, glossy and elongated leaves, known as 'laurophyll' or 'lauroid'. Plants from the laurel family (Lauraceae) may or may not be present, depending on the location. Laurel forests are specific to wet forests from sea level to the highest mountains, but are poorly represented in areas with a pronounced dry season.They need an ecosystem of high humidity, such as cloud forests, with abundant rainfall throughout the year. Laurel forests typically occur on the slopes of tropical or subtropical mountains, where the moisture from the ocean condenses so that it falls as rain or fog and soils have high moisture levels. Some evergreen tree species will survive short frosts, but most species will not survive hard freezes and prolonged cool weather. They need a mild climate with annual temperature oscillation moderated by the proximity of the ocean. These conditions of temperature and moisture occur in four different geographical regions: Some laurel forests are a type of cloud forest. Cloud forests are found on mountain slopes where the dense moisture from the sea or ocean is precipitated as warm moist air masses blowing off the ocean are forced upwards by the terrain, which cools the air mass to the dew point. The moisture in the air condenses as rain or fog, creating a habitat characterized by cool, moist conditions in the air and soil. The resulting climate is wet and mild, with the annual oscillation of the temperature moderated by the proximity of the ocean.