axillary bud

Simply count the number of leaves after an axillary bud.

The axillary bud is exposed only after the leaf falls off.

A small very light green, stalked axillary bud is associated with each leaf.

They are known to regulate axillary bud growth and apical dominance.

The smaller leaves develop from the axillary buds of the larger leaves.

It develops from axillary buds on the stem's surface.

When stems produce considerable secondary growth, the axillary buds may be destroyed.

The new shoot, in turn, produces an axillary bud and a clustering habit results.

These may develop from either the axillary bud or the terminal bud of the stem.

They are provided with vascular tissue, which may develop from the axillary bud or terminal buds.

Axillary buds can be used to tell the different kinds if the plant is single-leafed or multi-leafed.

Different instars overwinter in cases attached to branches or axillary buds.

In Passiflora, the tendrils develop from the axillary bud.

Flowers occur at axillary buds and are sessile or subsessile.

The trunk develops an axillary bud at a leaf node, usually near the base, from which a new shoot emerges.

The flower buds ovate, 1 cm long, much larger than the axillary buds.

These develop from axillary buds.

Like the apical meristem, axillary buds can develop into a stem or flower.

The stipules are in the axils of the leaves, sometimes enclosing an axillary bud.

When axillary bud becomes fleshy and rounded due to storage of food, it is called bulbil.

It induces shoot apical dominance; the axillary buds are inhibited by auxin.

Rhizomes develop from axillary buds and are diageotropic or grow perpendicular to the force of gravity.

The axillary bud is an embryonic shoot which lies at the junction of the stem and petiole of a plant.

This theory states that auxin from apical buds travels down shoots to inhibit axillary bud growth.

Axillary buds are notably conspicuous in this species and are located 1.5-7 mm above the leaf axils.