any 5 adaptive features of aloe vera . i need it point by point please ... i will brainlist whoever does fist
.plz
Answers
Answer:
Aloes, like other succulents, have fleshy leaves that hold water to sustain the plant during a drought. To help prevent water loss through to the leaves and to reflect excess light away from the plant, aloes have a waxy coating on the outside of the leaves. This bluish wax accounts for some of the beautiful coloration of aloe foliage. However, that's not the plants' only adaptation. Aloes use crassulacean acid metabolism (CAM), a special form of photosynthesis, to help them conserve water. In normal photosynthesis, plants release water and take in carbon dioxide throughout the day through tiny pores, called stomata, on the undersides of the leaves.
Aloes, like other succulents, have fleshy leaves that hold water to sustain the plant during a drought. To help prevent water loss through to the leaves and to reflect excess light away from the plant, aloes have a waxy coating on the outside of the leaves. This bluish wax accounts for some of the beautiful coloration of aloe foliage. However, that's not the plants' only adaptation. Aloes use crassulacean acid metabolism (CAM), a special form of photosynthesis, to help them conserve water. In normal photosynthesis, plants release water and take in carbon dioxide throughout the day through tiny pores, called stomata, on the undersides of the leaves.
Explanation:
Aloes, like other succulents, have fleshy leaves that hold water to sustain the plant during a drought. To help prevent water loss through to the leaves and to reflect excess light away from the plant, aloes have a waxy coating on the outside of the leaves. This bluish wax accounts for some of the beautiful coloration of aloe foliage. However, that's not the plants' only adaptation. Aloes use crassulacean acid metabolism (CAM), a special form of photosynthesis, to help them conserve water. In normal photosynthesis, plants release water and take in carbon dioxide throughout the day through tiny pores, called stomata, on the undersides of the leaves.
Aloes, like other succulents, have fleshy leaves that hold water to sustain the plant during a drought. To help prevent water loss through to the leaves and to reflect excess light away from the plant, aloes have a waxy coating on the outside of the leaves. This bluish wax accounts for some of the beautiful coloration of aloe foliage. However, that's not the plants' only adaptation. Aloes use crassulacean acid metabolism (CAM), a special form of photosynthesis, to help them conserve water. In normal photosynthesis, plants release water and take in carbon dioxide throughout the day through tiny pores, called stomata, on the undersides of the leaves.