Common Name(s): Brazilian pepper-tree
Non-Native to Florida
Origin: Brazil, Argentina, Paraguay 1
Introduction to Florida: 1840s (ornamental) 2
This species appears on the following legally prohibited plant lists
|Federal Noxious Weed List||Florida Noxious Weed List||Florida Prohibited Aquatic Plants List|
UF-IFAS Assessment of Non-Native Plants in Florida’s Natural Areas
CATEGORY I on the Florida Exotic Pest Plant Council’s (FLEPPC) 2017 List of Invasive Plant Species
Download a recognition card (PDF) from Invasive and Non-native Plants You Should Know3
Download a page (PDF) from Identification and Biology of Nonnative Plants in Florida’s Natural Areas – Second Edition1
Control information: Integrated Management of Nonnative Plants in Natural Areas of Florida (EDIS publication SP 242)4
See Table 1 in Florida’s Established Arthropod Weed Biological Control Agents and Their Targets (2013) for a list of arthropod biological control agents that occur on this species.
For a discussion of species name, see Phytotaxa 222(1):075-077 by Scott Zona
The family Anacardiaceae contains poison ivy, poison oak, poison sumac, and Schinus terebinthifolius, or Brazilian pepper-tree. People sensitive to poison ivy, oak or sumac may also be allergic to Brazilian pepper tree because it also has the potential to cause dermatitis to those with sensitive skin. Some people have also expressed respiratory problems associated with the bloom period of pepper tree.
Brazilian pepper tree is native to Argentina, Paraguay, and Brazil. Brazilian pepper tree was brought into Florida in mid-1800 for use as an ornamental plant. Its bright red berries and brilliant green foliage are used frequently as Christmas decorations.
Distribution of Brazilian pepper tree throughout Florida is widespread, although limited to the warmer areas due to sensitivity to cold temperatures. Brazilian pepper can be found as far north as Levy and St. Johns Counties, and as far west as Santa Rosa County. It is an aggressive invader of disturbed habitats; this characteristic has led to its placement on the Florida Exotic Pest Plant Council’s list of invasive species. Many plant communities such as hammocks, pinelands and mangrove forests are often invaded and dominated by Brazilian pepper tree.
Brazilian pepper-tree is a shrub or small tree that reaches over 30 feet in height, typically with a short trunk hidden in a thicket of branches. Some trees can live over 30 years. The leaves are alternately arranged with 1-2 inch long, elliptic, and finely toothed leaflets. The leaves are also reddish, often possessing a reddish mid-rib. The flower clusters are white and 2-3 inches long with male and female flowers that look very similar. The glossy fruits are borne in clusters that are initially green, becoming bright red when ripe. Seeds are dark brown and 0.3 mm in diameter. Flowering occurs from September through November and fruits are usually mature by December.
Birds and mammals are the primary mechanisms for dispersal, although seeds may be transported via flowing water. Seeds are viable for up to 2 months, losing viability as time progresses. Germination is improved by scarification. Typically, acids in an animal’s digestive tract provide adequate scarification required for germination. The invasiveness of Brazilian pepper tree in Florida can be attributed to its high germination rates and dispersal agents.
This shrub/tree is one of the most aggressive and wide-spread of the invasive non-indigenous exotic pest plants in the State of Florida. There are over 700,000 acres in Florida infested with Brazilian pepper tree. Brazilian pepper tree produces a dense canopy that shades out all other plants and provides a very poor habitat for native species. This species invades aquatic as well as terrestrial habitats, greatly reducing the quality of native biotic communities in the state.
The public should be notified to avoid cultivating, transplanting, or promote proliferation of Brazilian pepper. Care should also be exercised to avoid seed spread through disposal of cut trees. Due to its invasive nature, it is placed by the Florida Department of Environmental Protection under section 62C-52.011 as a Class I -“Prohibited Aquatic Plant.” This law prohibits sale and or movement of this species.
A well established native cover or plant community is a way to suppress Brazilian pepper-tree. However, the rapid growth and high germination rates make Brazilian pepper-tree difficult to suppress from a cultural weed management standpoint.
When utilizing aggressive mechanical methods, the entire plant, particularly the root system, should be removed. Roots ¼ inch in diameter and larger are able to resprout and produce new plants, so follow-up from this type of control method will be necessary. Pepper-tree seeds cannot tolerate heat and will not germinate following a fire, but the plant has the potential to resprout after a fire from roots.
Currently there are no known biological control agents used for Brazilian pepper-tree. Over two hundred insects have been identified that feed on Brazilian pepper-tree in its native land. Before any insect is released into the U.S. as a biological control, it must be proven to be specific to the target pest, and non-harmful to native species. A sawfly and a thrips are currently under investigation at the University of Florida as potential biological control agents for Brazilian pepper-tree. The sawfly causes defoliation and the thrips feeds on new shoots.
Chemical methods for Brazilian pepper-tree control can be separated into soil residual, foliar and basal bark/cut stump treatments. Each of these will be discussed in detail in the following sections.
Soil Residual – Bromacil, diuron, and hexazinone are root-absorbed herbicides that can be very effective for the control of Brazilian pepper-tree. However, these are the slowest acting and have the most residual activity. This residual activity is beneficial for long-term control but can pose problems to non-target species. Oaks, maples and other hardwoods are particularly sensitive to these herbicides, so care must be exercised when using these materials.
Foliar Herbicide Application – Foliar applications can also be very effective, but thorough coverage is essential. Due to their large size and often-inaccessible habitat, these types of applications are limited in scope. However, foliar treatments are very good on seedlings. For larger trees, triclopyr or glyphosate herbicides should be applied directly to the tree’s foliage and will be translocated to other parts of the tree. The advantage of these materials is low to no soil residual activity. Arsenal is also effective, but has extensive soil activity and may pose problems to non-target vegetation. Another overall disadvantage of foliar applications is non-target damage to desirable species, especially with aerial foliar applications to larger trees.
Basal Bark/Cut Stump Treatments – (The following is taken from Gioeli and Langeland). Brazilian pepper-trees can be effectively controlled by cutting and treating the stumps with herbicide. The trunk should be cut as close to the ground as possible. Within 5 minutes, a herbicide containing glyphosate or triclopyr should be applied as carefully as possible to the thin layer of living tissue, called the cambium, which is just inside the bark of the stump The best time to cut Brazilian pepper-trees is when they are not fruiting, because seeds contained in the fruits have the capability of producing new Brazilian pepper-trees. If Brazilian pepper-trees that have fruits attached are cut, care should be taken not to spread the fruits to locations where they can cause future problems. Caution: Avoid touching the tree’s cambium. A rash can result. Some individuals are very sensitive to touching only the leaves. Use proper protective gear when sawing the tree and applying the herbicides.
Brazilian pepper-trees can also be controlled using basal bark herbicide application. An application of triclopyr ester (Garlon, Remedy – 44% concentration) herbicide is applied to the Brazilian pepper-tree’s bark between one half and one foot from the ground. Triclopyr is pre-mixed with a penetrating oil at a concentration of 14% triclopyr. The oil will cause the herbicide to pass through the bark. Therefore, girdling the tree’s trunk is not necessary and may, in fact, reduce the effectiveness. Once the basal bark treatment has been completed, it may take several weeks to exhibit symptoms of control. Defoliation and the presence of termites is an indicator that the treatment has been successful.
Basal bark treatments are most effective in the fall when the Brazilian pepper-trees are flowering. This is due to the high level of translocation occurring within the tree. Fruiting occurs during winter, and Brazilian pepper-trees that have been controlled using a basal bark treatment may retain their fruit. This situation will require that the area be checked for seedlings on a regular basis.
References and Useful Links
Hall, D.W. 2003. Weeds in Florida, SP 37, Florida Cooperative Extension Service, Institute of Food and Agricultural Sciences, University of Florida.
Pacific Island Ecosystems at Risk (PIER). Plant Threats to Pacific Ecosystems
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.
Gioeli, K. and K. Langeland. 1997. Brazilian Pepper-tree Control. Publication SS-AGR-17. Agronomy Department, Florida Cooperative Extension Service, Institute of Food and Agricultural Sciences, University of Florida.
Francis, J.K.Schinus terebinthifolius (Raddi) Brazilian pepper-tree. U.S. Department of Agriculture, Forest Service
Elfers, S.C. FLFO. Element Stewardship Abstract for Schinus terebinthifolius Brazilian pepper-tree. The Nature Conservancy.
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
For control information about Schinus terebinthifolius, download this UF/IFAS-EDIS publication, Brazilian Pepper Tree Control, by K. Gioeli and K. Langeland
See more information and pictures about Brazilian pepper-tree, as contained in the Langeland/Burks book, Identification & Biology of Non-Native Plants in Florida’s Natural Areas.
Read the EDIS publications:
Brazilian Pepper-tree Control, by Ken Gioeli and Ken Langeland.
Classical Biological Control of Brazilian Peppertree (Schinus terebinthifolius) in Florida, by J.P. Cuda, J.C. Medal, W.A. Overholt, M. D. Vitorino, and D.H. Habeck
For more information about a suggested Brazilian pepper management plan for the state, download the following report in the Adobe Acrobat format: Brazilian Pepper Management Plan for Florida–A Report From the Florida Exotic Pest Plant Council’s Brazilian Pepper TaskForce, edited by Amy Ferriter of the South Florida Water Management District.
Read the Brazilian Pepper Management Plan: Recommendations from the Brazilian Peppertree Task Force by the Florida Exotic Pest Plant Council.
Control de Brazilian Pepper-tree, SS-AGR-17-Sp, a 5-page illustrated fact sheet by Ken Gioeli and Ken Langeland, is the Spanish language version of SS-AGR-17/AA219 Brazilian Pepper Tree Control.
View the herbarium specimen image from the University of Florida Herbarium Digital Imaging Projects.
For brief control information, see Efficacy of Herbicide Active Ingredients Against Aquatic Weeds by K. Langeland, M. Netherland, and W. Haller.
Financial support for this web page provided by the St. Johns River Water Management District (FL).
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.
2. Strangers in Paradise, Impact and Management of Nonindigenous Species in Florida, Chapter 2: Florida’s Invasion by Nonindigenous Plants: History, Screening, and Regulation, by D.R. Gordon and K.P. Thomas, pp. 21-37. Island Press, Washington, DC, 1997.
3. 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.