Articles

CHARACTERIZING THE INVASIVE POTENTIAL OF ORNAMENTAL PLANTS

Article number
937_148
Pages
1183 – 1192
Language
English
Abstract
The substantial economic and ecological costs of invasive plant management and removal warrant aggressive eradication and prevention programs.
Ornamental horticulture has been recognized as the fastest growing segment of U.S. Agriculture, as well as the main source of plant invasions worldwide.
Florida ranks second among U.S. states in the degree of ecosystem devastation as a result of exotic invasive species.
Cultivated or improved forms of a number of the ornamental species listed as invasive by Florida’s Exotic Pest Plant Council have been selected for their attractive flower color, plant form, foliage, drought tolerance, or cold hardiness.
As the cultivars are generally propagated vegetatively, relatively little is known about their pollination biology, seed production, seed viability and growth rate under varying conditions.
To identify safe alternatives to ornamental invasives, researchers at the University of Florida have evaluated numerous cultivars of Mexican petunia (Ruellia tweediana), privet (Ligustrum spp.), fountain grass (Pennisetum spp.), porterweed (Stachytarpheta spp.), heavenly bamboo (Nandina domestica), and lantana (Lantana camara). These species are not only problematic in Florida, but highly invasive in other parts of the world.
Research efforts are underway to identify and evaluate sterile non-invasive forms of lantana, heavenly bamboo, and Mexican petunia.

Publication
Authors
S.B. Wilson, R. Freyre , G.W. Knox, Z. Deng
Keywords
seed germination, pollen viability, cultivar trialing, breeding, Ruellia tweediana, Nandina domestica, Lantana camara
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R.L. Cave | J.E. Erwin | G.L. Hammer | C.J. Birch | M.E. Johnston
C. Cervelli | E. Farina | C. Dalla Guda | A. Giovannini | A. Liotta | T. Paterniani | G. Burchi | S. Cacini | M. Antonetti | G. Zizzo | S. Aprile
M.A. Fernández-Zamudio | J. Bartual | D. Roca | A. Verdeguer | P.F. Martínez
Li Xia | Jin Zi-Lin | Wang Jia | An Xue | Pan Hui-Tang | Zhang Qi-Xiang
A. Macovei | M. Donà | A. Balestrazzi | L. Ventura | F. Nicoletti | A. Giovannini | A. Buttafava | R. Langella | D. Carbonera
Qi-Xiang Zhang | Hui-Tang Pan | Ming Sun | Wei-Yu Yang | Jia Wang
X.Q. Zhao | Z.H. Yuan | Y.L. Yin | L.J. Feng | R. Xu | J.L. Li
L.M. Vieira | D.C. Mendes | F.L. Finger | J.G. Barbosa
E.B. Morais | A.C.R. Castro | S.O. Paula | M.I. Gallão
A. Christiaens | M.C. Van Labeke | E. Pauwels | B. Gobin | E. De Keyser | J. De Riek
J. Van Huylenbroeck | A. Dewitte | E. Van Bockstaele
V. Scariot | L. Seglie | W. Gaino | M. Devecchi
E. Ramalho do Rêgo | F.L. Finger | A.M. Mapeli | N.F.F. do Nascimento | M.F. Nascimento | R.M. Cortez dos Santos | M. Monteiro do Rêgo
E. Ramalho do Rêgo | R.M. Cortez dos Santos | M. Monteiro do Rêgo | N.F.F. do Nascimento | M.F. Nascimento | M.A. Bairral
E. Ramalho do Rêgo | M. Monteiro do Rêgo | F.R. Costa | N.F.F. do Nascimento | M.F. Nascimento | L.A. Barbosa | F.L.G. Fortunato | R.M. Cortez dos Santos
S. Bañón | E. Conesa | R. Valdés | J. Miralles | J.J. Martínez | M.J. Sánchez Blanco
H. Shinoyama | H. Ichikawa | M. Saitoh-Nakashima | M. Saito | R. Aida | H. Ezura | H. Yamaguchi | A. Mochizuki | K. Nakase | Y. Nishibata | Y. Nomura | H. Kamada
Silan Dai | Lijun Zhang | Xinyan Luo | Xinxiang Bai | Yingxiu Xu | Qianqian Liu | Mingli Zhu | Baoqin Li | Jing He | Renwei Li | Jun Zhu | Jie Lu
Zhiyong Guan | Sumei Chen | Fadi Chen | Zhaolei Liu | Weimin Fang | Juan Tang
S.Z. Fischer | R.M.N. Peil | R.S. Neitzke | E.R.T. Stumpf | R.L. Barbieri | J.E. Schwengber | C.S. Vasconcellos
M.W. Borys | H. Leszczyńska-Borys | M.C. Miranda Vergara
I. Reis Moura | M.C. Simões-Costa | J. Garcia | M.J. Silva | M.C. Duarte
N. Tatmala | S. Kaewsuksaeng | S. Kanlayanarat | M. Buanong
L.L. Kuznetsova | R.A. Zielke | B.W.W. Grout | S.O. Baturin
U.C. Samarakoon | K.A. Funnell | D.J. Woolley | G.K. Burge | E.R. Morgan
Huanwen Meng | Zhichun Xie | Zhihui Cheng | Li Su
R. Velázquez | M. Martínez | T. Bartolomé | J.M. Coleto | S. Rodrigo | F. Honorio | M.J. Poblaciones | A. García
V. Loges | C.E.F. de Castro | W.N.R. Guimarães | A.S. Costa | T.L. de A. Lima | K.P. Leite
A.M. Cabrera | A.M. de León | M. Fernández | T. Ramos | I. Rodríguez
E. Sacco | M. Savona | M. Antonetti | A. Grassotti | P.L. Pasqualetto | B. Ruffoni
Sun Ming | Li Xiao-fan | Kong Ying | Shi Jin-fang | Zhang Qi-xiang
M.R. Boase | N.W. Albert | H. Zhang | S. Arathoon | L. Wang | D.H. Lewis
P. Tantasawat | A. Khairum | W. Chaowiset | A. Wannajindaporn
Ying-chun Chen | Nien-Tzu Wang | Wei-ling Chen | Yung-wu Chen | Chung-May Wu
W.-Q. Jia | H.-C. Liu | X.-H. Du | Y.-P. Zhao
G.S. Batista | R.S. Pimenta | R. Gimenes | K.F.L. Pivetta | G.N. Romani | R.B. Mazzini
R.S. Pimenta | G.S. Batista | R. Gimenes | K.F.L. Pivetta | R.B. Mazzini | G.N. Romani
P. Sukhumpinij | F. Kakihara | K. Hondo | M. Kato
C.E. Álvarez | F. Molina | M. Hernández | M. Fernández-Falcón | A.A. Borges | M. Guzmán
M. Hernández | F. Molina González | C.E. Álvarez | M. Fernández-Falcón | N. Fernández-García | E. Olmos
P. Monjardino | E. Bairos | A. Melo | L. Ornelas | J.A. Pinheiro | D.G. Malan
J.A. Rodríguez-Pérez | M.C. Vera-Batista | A.M. de León-Hernández | I. Rodríguez-Hernández
Dongyan Hu | Junqiu Fu | Zuoshuang Zhang
D. Fanourakis | D.R.A. Carvalho | V.W. Gitonga | A.W. Van Heusden | D.P.F. Almeida | E. Heuvelink | S.M.P. Carvalho
Luo Le | Meng Rui | Sun Xia-Feng | Wang Qiong | Li Hui | Pan Hui-Tang | Zhang Qi-Xiang
M. Shirdel | A. Motallebi-Azar | N. Mahna
P. Bologna | S. Soto | M.A. Coviella | M.J. Pannunzio | G. Facciuto | A.R. Prina | M. Borja
A. Escalona | J. Valverde | C. Dos Santos Coutinho | M.C. Salas
P.E. Vanegas-Espinoza | V. Ramos-Viveros | L.B. Rios-Salomé | J.C. Orbe-Rogel | O. Paredes-López | A. Cruz-Hernández | A.A. Del Villar-Martínez
R. Juodkaitė | S. Dapkūnienė | A. Skridaila | G. Stukėnienė | A. Baliūnienė | O. Motiejūnaitė | J.R. Naujalis | M. Navalinskienė | M. Samuitienė
J.R. Motos | R.S. Días | J.M. Mirás Avalos | E. Vidal Vázquez
G. Amoroso | P. Frangi | R. Piatti | M. Faoro | L. Martinetti | A. Fini
J.B.K. Asiedu | J.N. Buah | J.E. Blankson
M.L. Chadha | R. Yang | S.K. Sain | C. Triveni | R. Pal | M. Ravishankar | T.R. Ghai
C. Cunill | R. Cáceres | L. Narváez | J. Casadesús | O. Marfà
A.F. Dumitras | P. Pop-Boanca | A. Damian | S. Bors-Oprisa | D. Clapa | V. Singureanu | G. Mazare | G. Sabo
M. Dumitraşcu | C. Mănescu | R. Gâlă | F. Stănică
S. Gu | K.B. Paul | K. Nixon | M. Duschack
R. Madjar | V. Davidescu | M. Dumitraşcu | C. Mănescu | A. Peticilă
O. Marfà | R. Cáceres | L. Luján | L. Narváez | C. Cunill
P. Parolin | B. Rudolph | S. Bartel | C. Bresch | C. Poncet
J.A. Rodríguez- Pérez | G. Hernández González
M.C. Salas | M.M. Verdejo | A. Sánchez | M. Guzmán | J.L. Valenzuela | J.L. Montero
E.R.T. Stumpf | G. Heiden | J.R.V. Iganci | R.L. Barbieri | L.B. Corrêa | T.D. Perleberg | C.M. Romano | S.Z. Fischer | R.S. Neitzke
C. Ulrichs | C. Buettner | M. Wiesner | I. Roth | A. Blievernicht | T. Taye | I. Mewis
S.B. Wilson | R. Freyre | G.W. Knox | Z. Deng
Caiqiong Wu | Heng Zhang | Dongguang Huang | Jianxin Xu | Jiangli Lei | Yiyan Xu
Yanyan Shi | Yike Gao | Yujing Zhang
You Zhou | Yu Zheng | Xiao-hong Yang | De-xi Bian | Xue-yong Ju | Wei He | Hui-xin Zhang
I. Morón García | M. Casares Porcel