Most of their stomata are on the underside of the leaf.
To meet the different climate and regions of the world.
Leaves contain something in their cells called chlorophyll, this allows them to photosynthesise.
Yes a leaf can not have a waxy surface if it is so adapted. The waxy surface is designed to keep water off, and inside of the leaf. Leaves in the rain forest often have a waxy surface to keep from being constantly saturated in water.
-Broad leaves -Chlorophyll in chloroplasts -Air spaces in their leaves -Veins in the leaves
Most of their stomata are on the underside of the leaf.
pine
Maple
With regards to its shape, leaf has a flat surface area, increasing its rate of absorption of sunlight.
To meet the different climate and regions of the world.
Palisade cell
sun water chese
Amphistomatous describes a certain type of leaf morphology in drought adapted plants. These plants have stomates (the openings in the epidermis which allow CO2 to diffuse into the leaf) on both sides of the leaf.
A small leaf surface and large root system.
Leaves are adapted to absoring starch by having a layer at the bottom of the leaf called the stoma which is where carbon dioxide is absorbed and oxygen is released
Leaves contain something in their cells called chlorophyll, this allows them to photosynthesise.
Yes a leaf can not have a waxy surface if it is so adapted. The waxy surface is designed to keep water off, and inside of the leaf. Leaves in the rain forest often have a waxy surface to keep from being constantly saturated in water.