The outer bark is the tree’s protection from the outside world. The inner bark, or “phloem”, is pipeline through which food is passed to the rest of the tree. It lives for only a short time, then dies and turns to cork to become part of the protective outer bark. The cambium cell layer is the growing part of the trunk.

Cork and bark are two outer components of woody plants. Bark is composed of cork, cork cambium, phelloderm, cortex, and the secondary phloem. Therefore, cork is a component of the bark. Cork serves as a protective barrier whereas bark has other functions such as storage and transport.

The Cork Oak Tree is an evergreen medium-sized oak that has a thick corky bark, periodically harvested to produce marketable cork. So, cork is a natural raw material grown around the trunk of the tree, its bark actually! Yes, natural wine corks are made of bark!

Cork and bark are two outer components of woody plants. Bark is composed of cork, cork cambium, phelloderm, cortex, and the secondary phloem. The main difference between cork and bark is their structure and function. Cork serves as a protective barrier whereas bark has other functions such as storage and transport.

The walls of cork cells contain a chemical called suberin, which makes them impermeable to water and gases. Thus, cork cells prevent water loss from plants and also make them more resistant to bacterial and fungal infection.

Role or function of cork It prevents loss of water by evaporation. It protects plants from invasion of parasites and other harmful microorganisms. It provides extra insulation and protection to the plant.

It is a completely natural raw material, with unique properties which give it an unrivalled character. It is light, impermeable to liquids and gases, elastic and compressible, provides thermal and acoustic insulation, it is a fire retardant and highly abrasion-resistant.

Answer: The characteristics of cork are as follows:

• Cells of cork are dead at maturity.
• These cells are compactly arranged.
• Cells do not posses intercellular spaces.
• Cells possess a chemical substance ‘suberin’ in their walls.
• There are several thick layers.

epidermis: it prevents loss of water as it is water resistant, it protects an organism from outer harsh environment and they help in exchange of gases. cork cell: they prevent loss of water and they are protective in nature.

The main difference between epidermal cells and cork cells is that epidermal cells cover the entire plant body during primary growth whereas cork cells cover the stem and root of the plant after the secondary growth of the plant. They occur as a single layer of cells.

A mature cork cell is non-living and has cell walls that are composed of a waxy substance that is highly impermeable to gases and water called suberin. The layer of dead cells formed by the cork cambium provides the internal cells of the plants with extra insulation and protection.

the difference between epidermis and bark is that epidermis is the outer, protective layer of the skin of vertebrates, covering the dermis while bark is the short, loud, explosive sound uttered by a dog or bark can be (countable|uncountable) the exterior covering of the trunk and branches of a tree or bark can be ( …

Bark is outer covering of plant made of schlerenchyma. Epidermis is the inner layer of the bark.

The epidermis, the outermost layer of skin, provides a waterproof barrier and creates our skin tone. The dermis, beneath the epidermis, contains tough connective tissue, hair follicles, and sweat glands.

EXPLANATION: Epidermal cells and cork cells are two types of cells in the outermost layer of the cells. Epidermal cells are arranged in a single layer to cover the whole plant body during primary growth. Cork cells are produced by the cork cambium during secondary growth of plants.

Cork is the outer protective layer of bark of a tree. The cork cells are dead and compactly packed with no intercellular space. Their cell walls are coated with a waxy substance, suberin, which do not allow water and gases to pass through. Cork is hard and very rigid which can give good insulation.

Presence of suberin in dead cells of cork and absence of intercellular spaces makes the cells impermeable to water and gases thereby protecting the underlying tissues from desiccation, mechanical injury and pathogenic infection.

Meristematic tissue cells are either undifferentiated or incompletely differentiated; they continue to divide and contribute to the growth of the plant. In contrast, permanent tissue consists of plant cells that are no longer actively dividing.

Meristematic tissues have undifferentiated cells which form the building blocks of the specialized plant structures. Meristematic tissues have living cells with varied shapes. They possess a large nucleus devoid of the vacuole. The cells have no intercellular space. The place where these cells exist is called Meristem.

Answer Verified. 64.2K+ Hint: Meristematic tissues are tissues that have the ability to divide and differentiate continuously while the permanent tissue are those which have lost their ability to grow and divide.

Class 9 Biology Tissues. Simple Permanent Tissues. SIMPLE PERMANENT TISSUES. The simple permanent tissues are made of similar cells performing similar functions. These are the basic packaging tissues in the plants.

Simple permanent tissues are a group of cells which are similar in origin, structure and function. They are of three types:- a) Parenchyma- are unspecialised living cells which have thin cell walls and are loosely packed so that the intercellular spaces are found between cells of this tissue.

Ground tissue carries out different functions based on the cell type and location in the plant, and includes parenchyma (photosynthesis in the leaves, and storage in the roots), collenchyma (shoot support in areas of active growth), and schlerenchyma (shoot support in areas where growth has ceased)is the site of …

The ground tissue of the vascular plant is responsible for storing the carbohydrates produced by the plant. The major cells of the ground tissue are parenchyma cells, which function in photosynthesis and nutrient storage.

Taproots and fibrous roots are the two main types of root systems. In a taproot system, a main root grows vertically downward with a few lateral roots. Fibrous root systems arise at the base of the stem, where a cluster of roots forms a dense network that is shallower than a taproot.

Types of Roots

• Fibrous Roots. Fibrous roots are found in monocot plants.
• Taproots. Taproots are found in the majority of dicot plants.
• Adventitious Roots. Adventitious roots are similar to the fibrous roots.
• Creeping Roots.
• Tuberous Roots.
• Water Roots.
• Parasite Roots.

The first root that comes from a plant is called the radicle. A root’s four major functions are 1) absorption of water and inorganic nutrients, 2) anchoring of the plant body to the ground, and supporting it, 3) storage of food and nutrients, 4) trans locating water and minerals to the stem.