The marks that indicate where a leaf ends and grows between the petiole and the stem are called leaf scars. These scars are left on the stem when the leaf falls off, showing the location of the vascular bundle connections. They can be identified as small, often circular or oval-shaped marks on the stem. The arrangement and characteristics of these scars can help in identifying different plant species.
The stalk that joins the leaf blade to the stem is called the petiole. Its main function is to support the leaf and provide a pathway for nutrients to move between the leaf and the rest of the plant.
A plant stalk is the stem or main axis of a plant, or the petiole, pedicel, or peduncle of a plant.
The slender stalk that connects the flattened leaf blade to the stem in most dicots is called a petiole. It allows the leaf blade to be positioned for optimal light absorption and gas exchange. The petiole also contains vascular tissues that transport water and nutrients between the leaf and the rest of the plant.
The swollen petiole of the water hyacinth helps the plant float on water by providing buoyancy. It also stores air, which aids in respiration and helps the plant stay afloat. Additionally, the swollen petiole acts as a flotation device to support the plant and allow it to survive in aquatic environments.
A petiolated leaf is a leaf that has a petiole, which is the stalk that attaches the leaf blade to the stem of a plant. The petiole allows the leaf to be positioned for optimal sunlight absorption and facilitates the transport of nutrients and water between the leaf and the rest of the plant. Petiolated leaves are common in many types of plants and play a crucial role in photosynthesis and overall plant growth.
The petiole is the delivery pipeline between plant stem and leaf vein.
The stalk that joins the leaf blade to the stem is called the petiole. Its main function is to support the leaf and provide a pathway for nutrients to move between the leaf and the rest of the plant.
A plant stalk is the stem or main axis of a plant, or the petiole, pedicel, or peduncle of a plant.
The slender stalk that connects the flattened leaf blade to the stem in most dicots is called a petiole. It allows the leaf blade to be positioned for optimal light absorption and gas exchange. The petiole also contains vascular tissues that transport water and nutrients between the leaf and the rest of the plant.
The swollen petiole of the water hyacinth helps the plant float on water by providing buoyancy. It also stores air, which aids in respiration and helps the plant stay afloat. Additionally, the swollen petiole acts as a flotation device to support the plant and allow it to survive in aquatic environments.
Leaves develop from buds. A bud that grows out from an existing stem is called an axillary bud (buds that are at the tip of a developing stem are called terminal buds). The point of attachment between the stem and the petiole (the leaf stalk) is called a node.
so they cna stay on the plant
A petiolated leaf is a leaf that has a petiole, which is the stalk that attaches the leaf blade to the stem of a plant. The petiole allows the leaf to be positioned for optimal sunlight absorption and facilitates the transport of nutrients and water between the leaf and the rest of the plant. Petiolated leaves are common in many types of plants and play a crucial role in photosynthesis and overall plant growth.
In bamboo leaves, the petiole corresponds to the part where the leaf blade meets the stem. This is similar to the location of the petiole in hibiscus leaves, which connects the leaf blade to the main stem of the plant.
answer: yes, a plant that grows in sand grows stronger than a plant that grows in cotton or soil. =)
Celery is a special part of leaf structure called petiole
cell plant grows between the two new nuclei