Ardisia crenata

Common Name(s): Coral ardisia

Non-Native to Florida


Ardisia crenata, or Coral Ardisia, is a small upright shrub that is used and sold extensively in the horticulture industry as an ornamental
plant – often called Christmas berry. Ardisia’s native range includes areas of Japan and northern India. Ardisia escaped cultivation in 1982,
spreading into wooded areas. Currently ardisia has established in many counties in northern and central Florida. In the landscape, ardisia is known and
grown for its persistent red berries, glossy foliage and low maintenance.

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Coral ardisia is a small upright shrub that can grow up to 6 feet in height. Ardisia can be seen growing in clumps, often times multi-stemmed. Leaves are
dark green and thick, somewhat glossy, roughly 8 inches long with scalloped margins. The flowers are white or pinkish, borne in axillary clusters. The berries,
which are readily eaten by birds, turn a bright coral red color and hang or droop on the plant. Ardisia is usually seen in fairly large colonies with its persistent
red berries. Recent research has also shown the presence of large seedling clumps in association with larger plants. These seedlings can remain juvenile for quite
some time and once removal of the larger, dominant specimens occurs, the seedlings begin to grow.

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Coral ardisia has naturalized in many natural areas across Florida, such as hardwood hammocks, becoming a significant pest. The Florida Exotic Pest Plant
Council lists Coral ardisia as a category I species because of its invasive nature and ability to disrupt native plant communities. Ardisia can potentially
shade out native seedling and understory plants, preventing their growth and development. Mature plants are prolific seed producers and can be surrounded by
many seedlings, also leading to reduced seed germination of valued native species.

Ardisia is capable of resprouting after cutting back or after a fire. Heavy fruit set is produced after 2 years. Viable seed can remain on plants throughout
the year, providing a food source for birds and other wildlife. Birds and raccoons have been shown to consume and disperse fruits. Germination rates are fairly
high for ardisia, ranging from 84-98%, with germination taking up to 40 days once the fruit has been removed from the plant. Ardisia seeds can germinate in a
wide range of soil types from acidic to alkaline and at temperatures of 25 C or higher.

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The first step in preventative control of ardisia is to limit planting and removal of existing plants within the landscape. If possible, removal should occur
before seeds are produced. Since seeds remain on the plant for several months, care must be exercised to prevent seed spread and dispersal during the removal process.


Cultural management is difficult once the plant has established, but a healthy ground cover will limit seedling establishment.


Mechanical methods can be grouped into several strategies. With small or isolated infestations, hand-pulling is effective for seedling control. Larger plants can
be cut or burned, but regrowth from underground rhizomes and root crowns. Disking can be very effective if the disking operation is frequent and sufficiently deep to
cut the rhizome/rootstocks. However, the use of disking is very limited due to the type of areas that ardisia is most problematic – woodlands. It must also be
noted that any type of mechanical operation, whether it be disking or burning, should be monitored for at least one year to inspect and remove seedlings and/or resprouts.


There are no known biological control agents for ardisia.


In areas with a dense groundcover of seedlings, a broadcast spray of a glyphosate or triclopyr-ester may be effective, generally a 2-3% solution. The waxy leaves of
ardisia may limit glyphosate uptake, so a surfactant is recommended. Due to the non-selective nature of glyphosate, use precaution to avoid damaging desirable plants.
The woody bark of desirable trees may be contacted, but avoid green bark. Triclopyr herbicide is also very effective, especially on larger, more mature specimens.
A low-volume basal application mixed with an oil diluent has shown very promising results. Triclopyr applications containing 18% basal oil is effective. Ardisia is also
susceptible to 2,4-D, but more so at the seedling stage or regrowth after cutting/burning of mature plants.

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References and Useful Links

Floridata Homepage

University of Florida Center for Aquatic and Invasive Plants

University of Florida’s Cooperative Extension Electronic Data Information Source

Langeland, K.A. and K. Craddock Burks. 1998. Identification and Biology of Non-Native Plants in Florida’s Natural Areas. IFAS Publication SP 257. University of Florida, Gainesville. 165 pp.

Pacific Island Ecosystems at Risk (PIER). Plant Threats to Pacific Ecosystems

Excerpted from

University of Florida, IFAS Extension, Circular 1529, Invasive Species Management Plans for Florida, 2008 by

Greg MacDonald, Associate Professor Jay Ferrell, Assistant Professor and Extension Weed Specialist

Brent Sellers, Assistant Professor and Extension Weed Specialist

Ken Langeland, Professor and Extension Weed Specialist Agronomy Department, Gainesville and Range Cattle REC, Ona

Tina Duperron-Bond, DPM – Osceola County

Eileen Ketterer-Guest, former Graduate Research Assistant

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More Resources

See more information and pictures about coral ardisia, as contained in the Langeland/Burks book,
Identification & Biology of Non-Native Plants in Florida’s Natural Areas.

Field trials for herbicide control of coral ardisia (Ardisia crenata) in natural areas of
north-central Florida
, by J.T. Hutchinson, K.A. Langeland, and M. Meisenburg, Invasive Plant Science and Management 4:234-238 (2011).

View the herbarium specimen image from the
University of Florida Herbarium Digital Imaging Projects.

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1. Identification and Biology of Nonnative Plants in Florida’s Natural Areas – Second Edition,
by K.A. Langeland, H.M. Cherry, et al. University of Florida-IFAS Publication # SP 257. 2008.

3. Invasive and Non-native Plants You Should Know – Recognition Cards,
by A. Richard and V. Ramey. University of Florida-IFAS Publication # SP 431. 2007.

4. Integrated Management of Nonnative Plants in Natural Areas of Florida, by K. A. Langeland, J. A. Ferrell, B. Sellers, G. E. MacDonald, and R. K. Stocker. University of Florida-IFAS Publication # SP 242. 2011.

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