clonal colony

Each pillar coral clonal colony is either male or female.

A single rootstock will often form clonal colonies, which can become very large and dense.

It is possible that other unknown clonal colonies of trees rival or exceed its size.

The species site is restricted to bogs, where they naturally form large clonal colonies.

Clonal colonies are common in many plant species.

However, it has greatly recovered throughout its range, and makes large clonal colonies, carpeting the forest floor.

Clonal colonies, such as the Pando aspen, may occupy many acres.

A few non-vining, woody plants that form clonal colonies are:

Devil's club reproduces by forming clonal colonies through a layering process.

Many trees, shrubs, vines, ferns and other perennialss form clonal colony.

It is a small, terrestrial, tuberous, herbaceous plant that forms clonal colonies.

It propagates itself primarily through root sprouts, and extensive clonal colonies are common.

The bristlecone pines are the oldest single living organisms known (though some plants form clonal colonies which may be many times older).

They spread asexually by means of long under ground stolons with most plants in a clonal colony not flowering.

It spreads via rhizomes to form clonal colonies.

It typically grows to 40-100 cm tall and spreads by stolons to form clonal colonies.

It forms dense clonal colonies, and is often found along rivers and railroad tracks.

The rhizome, found directly below surface is whitish, and tends to form dense clonal colonies.

It can form dense monotypic stands, and it often grows in clonal colonies.

The plant is widespread and appears in clonal colonies in open mesic woodlands.

Parts of a large clonal colony often become detached from the parent, termed Fragmentation (biology), to form separate individuals.

Opuntia spreads into large clonal colonies, which contributes to its being considered a noxious weed in some places.

When woody plants form clonal colonies, they often remain connected through the root system, sharing roots, water and mineral nutrients.

Ultimately, the trees become a Clonal colony or "Shambler Grove".

The Osmundastrum cinnamomeum fern forms huge clonal colonies in swampy areas.