If lotus leaves do not have a waxy coating, they would not be able to repel water effectively, leading to waterlogging. This would make it difficult for the leaves to float on water and would increase the risk of disease and damage.
Waxy layer on outer surface of green plants is called cuticle .This cuticle is actually present in outer cell walls of epidermal cells . The wax present in cuticle is a type of lipid . It is waterproof layer which prevents excessive loss of water by transpiration . It also protects plant from abrasive damage. Wax is chemically a mixture of esters of long chain fatty acids eg cerotic acid , montanic acid , long chain alkanes , alcohols , ketones .
The waxy coating on gumamela leaves helps to prevent water loss and protect the plant from environmental stressors like intense sunlight, high temperatures, and pests. It also aids in reducing transpiration and enhances the plant's ability to retain moisture.
A cuticle is the waxy material that helps plants retain water.
To help keep the water inside and to keep bactriea and microbes off the plant.
The correct name of the waxy coating outside of the cells in leaves is the cuticle.
Lotus have waxy coating on the leaves to protect them from water.
Keep water out.
The waxy coat helps to reduce water loss from the leaves.
If lotus leaves do not have a waxy coating, they would not be able to repel water effectively, leading to waterlogging. This would make it difficult for the leaves to float on water and would increase the risk of disease and damage.
Evergreen leaves have a waxy coating called cuticle, which helps reduce water loss through evaporation and protects the leaves from external factors like pests and diseases. This coating also gives the leaves their characteristic glossy appearance.
Leaves have a waxy coating called a cuticle to prevent excess water loss through transpiration. Without this coating they would dry up. The waxy layer blocks the stomata preventing as much water evaporating from them
1. to keep warmth. 2. to keep the leaves from falling. 3. and to construct the shape of the conifers needle like.
1. to keep warmth. 2. to keep the leaves from falling. 3. and to construct the shape of the conifers needle like.
Underwater leaves typically have thin, delicate structures, lack a waxy coating, and have less prominent veins compared to floating leaves. Floating leaves are typically thicker, have a waxy coating to repel water, and often have more pronounced veins to support them on the water surface. Additionally, the photosynthetic adaptations and gas exchange mechanisms differ between the two types of leaves.
1. to keep warmth. 2. to keep the leaves from falling. 3. and to construct the shape of the conifers needle like.
Mainly the narrow needle leaves and waxy coating cut down transpiration.