Its adventitious roots allow this plant to easily find a place to grow in nature.

The stems may form adventitious roots from their lower nodes.

Adventitious roots also develop along the stem just above the bulb.

These adventitious roots arise from the stem above the soil level and help support the plant.

The moisture in the media alone is sufficient to begin the formation of adventitious roots.

The plant is unusual among Coffea species in having adventitious roots.

Its trunk was actually a large collection of stems surrounded by adventitious roots.

A "mantle" of adventitious roots would then develop around the stems to support them.

In some conifers adventitious roots can form the largest part of the root system.

The ability to form adventitious roots was related to the distribution of the species on the floodplain.

Adventitious roots may also be produced from the nodes.

They climb by twining, and with the employment of adventitious roots.

Adventitious roots are uncommon and possibly grow just occasionally when the stems become very long.

Ivy climbs with adventitious roots and can reach up to 50 meter in length.

Prostrate branches often create adventitious roots when in contact with the soil.

A second moist period (about two to eight weeks after germination) is required to develop adventitious roots.

Sometimes it uses adventitious roots to this end.

Many stem cells, even in mature plants, have the capability of producing adventitious roots.

Adventitious roots and buds must develop in tissue culture propagation of plants.

These adventitious roots originate in a central stem high in the tree.

Stem: creeping or climbing to a height of 30 m with adventitious roots.

A banyan sends its adventitious roots to the ground, sometimes causing it to spread over a wide area.

When this ratio deviates from unity, adventitious root formation declines.

On some sprouts arising after the dormant-period cut, adventitious roots were observed.

Mill.) seedlings established under closed canopy generally develop adventitious roots.