It is the meristem, that is present right from the embryonic stage, and continues to be active, throughout the life of a plant. It is responsible for primary growth, in the plant body. It gives rise, to the primary permanent tissues, of the plant body. Example: Meristem found at the tip of the stem and root.

It is the meristem, that appears later in the life cycle, of a plant. It develops by a process, called dedifferentiation, in the permanent tissues. It is responsible, for secondary growth in the plant body. It gives rise to secondary permanent tissues, such as, secondary cortex and secondary xylem.

All of the above are characteristics of the meristamatic cell.

It is the meristem, that occurs laterally, parallel to the long axis, of plant body. Cambium strips, formed in the vascular bundles and in the cortex, are common examples of lateral meristem. It is responsible for an increase in the girth (circumference) of the plant body, as it brings about the formation of secondary permanent tissues. The lateral meristem, is an example of secondary meristem.

It is the meristem, present at the tip of the root and stem, commonly called as, root apex and shoot apex respectively. Such meristems, constitute the actively growing regions, in the plant body. Due to the activity of apical meristem, the plant body keeps increasing in it's length

It is the meristem, present at the tip of the root and stem, commonly called as root apex and shoot apex respectively. Such meristems, constitute the actively growing regions, in the plant body. Due to the activity of apical meristem, the plant body keeps increasing in it's length.

It is the meristem, that always differentiates into ground tissue components, such as, cortex, endodermis and pith.

It is the meristem, that is present right from the embryonic stage, and continues to be active, throughout the life of a plant. It is responsible for primary growth, in the plant body. It gives rise to the primary permanent tissues, of the plant body. Example: Meristem found at the tip of the stem and root.

It is the meristem, that is present right from the embryonic stage, and continues to be active, throughout the life of a plant. It is responsible for primary growth, in the plant body. It gives rise to the primary permanent tissues, of the plant body.

It is the meristem, that occurs between permanent tissues. It represents the remnant of the apical meristem. It is particularly common, at the nodal regions. It may also occur, at the base of the leaves. The intercalary meristem also contributes, towards the increase in length, as it brings about elongation, of the internodal regions. It is also responsible, for the formation of branches, at the nodal regions.

It is the meristem, that occurs between permanent tissues. It represents the remnant of the apical meristem. It is particularly common at the nodal regions. It may also occur at the base of the leaves. The intercalary meristem also contributes, towards the increase in length, as it brings about elongation, of the internodal regions. It is also responsible, for the formation of branches, at the nodal regions.

It is the meristem, that always differentiates, into protective structures, like epidermis.

It is the meristem, that occurs between permanent tissues. It represents the remnant of the apical meristem. It is particularly common, at the nodal regions. It may also occur, at the base of the leaves. The intercalary meristem also contributes, towards the increase in length, as it brings about elongation, of the internodal regions. It is also responsible, for the formation of branches, at the nodal regions.

It is the meristem, that occurs laterally, parallel to the long axis of plant body. Cambium strips formed in the vascular bundles, and in the cortex are common examples, of lateral meristem. It is responsible for an increase in the girth (circumference) of the plant body, as it brings about the formation, of secondary permanent tissues.

It is the meristem, that occurs between permanent tissues. It represents the remnant of the apical meristem. It is particularly common, at the nodal regions. It may also occur, at the base of the leaves. The intercalary meristem also contributes, towards the increase in length, as it brings about elongation, of the internodal regions. It is also responsible, for the formation of branches, at the nodal regions.

It is the meristem, that always differentiates, into the vascular tissues like, xylem and phloem.

It is the meristem, that occurs laterally, parallel to the long axis, of plant body. Cambium strips formed in the vascular bundles, and in the cortex, are common examples, of lateral meristem. It is responsible, for an increase in the girth (circumference) of the plant body, as it brings about the formatio,n of secondary permanent tissues. The lateral meristem, is an example of, secondary meristem. C. Based on Differentiation

It is the meristem, that appears later, in the life cycle of a plant. It develops by a process, called dedifferentiation in the permanent tissues. It is responsible, for secondary growth in the plant body. It gives rise to secondary permanent tissues, such as, secondary cortex and secondary xylem. Example: Cork cambium and vascular cambium.

It is the meristem, that occurs between permanent tissues. It represents the remnant of the apical meristem. It is particularly common at the nodal regions. It may also occur at the base of the leaves. The intercalary meristem also contributes, towards the increase in length, as it brings about elongation, of the internodal regions. It is also responsible, for the formation of branches, at the nodal regions

It is the meristem, that always differentiates, into protective structures, like epidermis.

It is the meristem, that always differentiates, into ground tissue components, such as, cortex, endodermis and pith.

It is the meristem, that appears later, in the life cycle of a plant. It develops by a process, called dedifferentiation in the permanent tissues. It is responsible for secondary growth, in the plant body. It gives rise to secondary permanent tissues such as, secondary cortex and secondary xylem.

It is the meristem, that always differentiates, into ground tissue components, such as, cortex, endodermis and pith.

It is the meristem, that occurs laterally, parallel to the long axis, of plant body. Cambium strips formed in the vascular bundles, and in the cortex, are common examples of lateral meristem. It is responsible for an increase in the girth (circumference) of the plant body, as it brings about the formation, of secondary permanent tissues.

It is the meristem, that occurs laterally, parallel to the long axis, of plant body. Cambium strips formed in the vascular bundles, and in the cortex, are common examples of lateral meristem. It is responsible for an increase in the girth (circumference) of the plant body, as it brings about the formation, of secondary permanent tissues.