Luís González

Dr. Luís González

Plant Biology and Soil Science Department, University of Vigo, Vigo, Spain
orcid

Research Focus & Metrics

Academic Career Length

33Years (1994-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 January 2010 in Annals of Forest Science
Verified
Journal Article
Open access
PDF file
Paula LorenzoPaula Lorenzo
Paula Lorenzo
Luís GonzálezLuís González
Luís González
Manuel Joaquín Reigosa-RogerManuel Joaquín Reigosa-Roger
Manuel Joaquín Reigosa-Roger
• We review current knowledge about the biology of the genus Acacia, and Acacia dealbata Link (silver wattle) in particular, as an invader in Europe, focusing on (i) the biology of the genus Acacia; (ii) biological attributes that are important for the invasiveness of the genus and A. dealbata; (iii) possible hypotheses for the invasion success; and (iv) control methods. • Several Australian wattles have been recorded as naturalized in Europe. Acacia has attained pest proportions in certain habitats and protected sites (notably coastal dunes, river courses, natural parks and biosphere reserves). • The spread of Acacia dealbata seems to be assisted by human interference such as soil disturbance and severe fires. The biological attributes favoring invasion by A. dealbata include tolerance of changing soil conditions, the ability to take advantage of environmental disturbance, phenotypic plasticity, vegetative reproduction, fire tolerance and allelopathic potential. • Different hypotheses explaining invasiveness and transition between invasion steps related to biological attributes as the key factor for A. dealbata invasion are discussed. Effects on the biodiversity of native flora are little understood and studies of suppression of autochthonous species are needed. It is desirable that further studies comparing Acacia at field sites in their native and exotic range should be done. • Understanding the biology of invasive wattles in Europe is the first step to an effective control method. Studies comparing plant invaders at field sites in their native and invaded areas seem to be most appropriate in order to be able to attack the most vulnerable stages. • We review current knowledge about the biology of the genus Acacia, and Acacia dealbata Link (silver wattle) in particular, as an invader in Europe, focusing on (i) the biology of the genus Acacia; (ii) biological attributes that are important for the invasiveness of the genus and A. dealbata; (iii) possible hypotheses for the invasion success; and (iv) control methods. • Several Australian wattles have been recorded as naturalized in Europe. Acacia has attained pest proportions in certain habitats and protected sites (notably coastal dunes, river courses, natural parks and biosphere reserves). • The spread of Acacia dealbata seems to be assisted by human interference such as soil disturbance and severe fires. The biological attributes favoring invasion by A. dealbata include tolerance of changing soil conditions, the ability to take advantage of environmental disturbance, phenotypic plasticity, vegetative reproduction, fire tolerance and allelopathic potential. • Different hypotheses explaining invasiveness and transition between invasion steps related to biological attributes as the key factor for A. dealbata invasion are discussed. Effects on the biodiversity of native flora are little understood and studies of suppression of autochthonous species are needed. It is desirable that further studies comparing Acacia at field sites in their native and exotic range should be done. • Understanding the biology of invasive wattles in Europe is the first step to an effective control method. Studies comparing plant invaders at field sites in their native and invaded areas seem to be most appropriate in order to be able to attack the most vulnerable stages. • Nous passons en revue les connaissances actuelles sur la biologie du genre Acacia et de Acacia dealbata Link, en particulier comme un envahisseur en Europe, en mettant l’accent sur : (i) la biologie du genre Acacia ; (ii) les attributs biologiques qui sont importants pour le caractère envahissant du genre et d’A. dealbata; (iii) les hypothèses possibles pour la réussite de l’invasion et (iv) les méthodes de contrôle. • Plusieurs acacias australiens ont été enregistrés comme naturalisés en Europe. Acacia a atteint la proportion de nuisible dans certains habitats et sites protégés (notamment des dunes côtières, des cours d’eau, des parcs naturels et des réserves de la biosphère). • La propagation de l’Acacia dealbata semble avoir été aidée par l’intervention humaine, telle que la perturbation des sols et de graves incendies. Les attributs biologiques favorisant l’invasion par A. dealbata incluent la tolérance aux changements des conditions du sol, la capacité à tirer profit des perturbations de l’environnement, la plasticité phénotypique, la reproduction végétative, la tolérance au feu, et le potentiel allélopathique. • Différentes hypothèses expliquant le caractère invasif et la transition entre les phases de l’invasion en relation avec les attributs biologiques comme facteur clé pour l’invasion d’A. dealbata sont discutées. Les effets sur la biodiversité de la flore sont mal compris et des études sur la suppression des espèces autochtones sont nécessaires. Il est souhaitable que d’autres études comparant Acacia sur le terrain dans leurs sites et dans des régions exotiques soient faites. • Comprendre la biologie des espèces d’Acacia invasives en Europe est la première étape d’une méthode de contrôle efficace. Les études comparant les envahisseurs végétaux sur le terrain dans leurs sites et dans les zones envahies semblent être plus appropriées afin d’être en mesure d’attaquer les étapes les plus vulnérables. • Nous passons en revue les connaissances actuelles sur la biologie du genre Acacia et de Acacia dealbata Link, en particulier comme un envahisseur en Europe, en mettant l’accent sur : (i) la biologie du genre Acacia ; (ii) les attributs biologiques qui sont importants pour le caractère envahissant du genre et d’A. dealbata; (iii) les hypothèses possibles pour la réussite de l’invasion et (iv) les méthodes de contrôle. • Plusieurs acacias australiens ont été enregistrés comme naturalisés en Europe. Acacia a atteint la proportion de nuisible dans certains habitats et sites protégés (notamment des dunes côtières, des cours d’eau, des parcs naturels et des réserves de la biosphère). • La propagation de l’Acacia dealbata semble avoir été aidée par l’intervention humaine, telle que la perturbation des sols et de graves incendies. Les attributs biologiques favorisant l’invasion par A. dealbata incluent la tolérance aux changements des conditions du sol, la capacité à tirer profit des perturbations de l’environnement, la plasticité phénotypique, la reproduction végétative, la tolérance au feu, et le potentiel allélopathique. • Différentes hypothèses expliquant le caractère invasif et la transition entre les phases de l’invasion en relation avec les attributs biologiques comme facteur clé pour l’invasion d’A. dealbata sont discutées. Les effets sur la biodiversité de la flore sont mal compris et des études sur la suppression des espèces autochtones sont nécessaires. Il est souhaitable que d’autres études comparant Acacia sur le terrain dans leurs sites et dans des régions exotiques soient faites. • Comprendre la biologie des espèces d’Acacia invasives en Europe est la première étape d’une méthode de contrôle efficace. Les études comparant les envahisseurs végétaux sur le terrain dans leurs sites et dans les zones envahies semblent être plus appropriées afin d’être en mesure d’attaquer les étapes les plus vulnérables.

1 June 1999 in Plant Growth Regulation
Verified
Journal Article
Closed access
PDF file
Manuel Joaquín Reigosa-RogerManuel Joaquín Reigosa-Roger
Manuel Joaquín Reigosa-Roger
XSX.C. Souto
X.C. Souto
Luís GonzálezLuís González
Luís González

1 November 1997 in Journal of Chemical Ecology
Verified
Journal Article
Closed access
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GCG. Chiapusio
G. Chiapusio
ASA. M. Sánchez
A. M. Sánchez
Manuel Joaquín Reigosa-RogerManuel Joaquín Reigosa-Roger
Manuel Joaquín Reigosa-Roger
Luís GonzálezLuís González
Luís González
FPF. Pellissier
F. Pellissier

1 March 2010 in Applied Soil Ecology
Verified
Journal Article
Closed access
Paula LorenzoPaula Lorenzo
Paula Lorenzo
SRSusana Rodríguez-Echeverría
Susana Rodríguez-Echeverría
Luís GonzálezLuís González
Luís González
Helena Maria De Oliveira FreitasHelena Maria De Oliveira Freitas
Helena Maria De Oliveira Freitas

15 August 2018 in Botany Letters
Verified
Journal Article
Closed access
JCJosefina G. Campoy
Josefina G. Campoy
AAAlicia T. R. Acosta
Alicia T. R. Acosta
LALaurence Affre
Laurence Affre
RLRodolfo Barreiro Lozano
Rodolfo Barreiro Lozano
GBGiuseppe Brundu
Giuseppe Brundu
JFJaime Fagúndez
Jaime Fagúndez
This report synthesizes all aspects of the taxonomy, distribution, history of introduction and spread, ecological constrains (including preferred climate, substratum and habitats), responses to biotic and abiotic factors, biology (including phenology, vegetative and reproductive biology), economic importance and human uses, ecological impacts, legislation and management of Carpobrotus N.E.Br. (Aizoaceae), a prominent invasive plant in Europe. Carpobrotus species are mat-forming trailing succulent perennial herbs native from South Africa, introduced in Europe for ornamental and soil stabilization purposes since the beginning of the seventeenth century, now widely naturalized on coastal habitats of southern and western Europe. C. acinaciformis and C. edulis are the main species recognized outside South Africa, together with their hybrids and potential hybrid swarms. Identification conflicts both in the native and invaded areas raise doubts on the taxonomy of these taxa, but hybridization processes may boost adaptive changes in the invaded range. The release of Carpobrotus in natural environments and protected areas is prohibited in several European countries, but this taxon is not included in the list of invasive species of Union concern. Carpobrotus is a pioneer of disturbed sites and coastal areas including cliffs and sand dune systems, due to its tolerance to stress factors such as salinity, drought and excess of light. Carpobrotus invasion ultimately affects patterns of native species diversity. Moreover, it has been recognized as a major driver of soil conditions shifts and soil geochemical processes disruptions, representing a serious threat for coastal habitats. Management plans for Carpobrotus must consider its high plasticity for morphological and ecophysiological traits, which may probably explain its tolerance to a wide range of ecological conditions. Its flexible mating systems, which represent an optimal strategy to facilitate local adaptation and habitat colonization, include ability to produce apomictic seeds, self- and cross-pollination, and an intense vegetative clonality. In addition, Carpobrotus produces a large seed bank with a moderate short-term persistence, and fruits are effectively dispersed by mammals. The most efficient control methods are physical removal and herbicide application on leaves, whereas integration of biological control with other conventional management methods are likely to be most effective. A long-term monitoring of control actions and restoration of soil conditions are needed to prevent recovering from clonal parts, seed bank or mammal faeces as well as potential new invasions by other opportunistic species.

12 July 2017 in Annals of Forest Science
Verified
Journal Article
Closed access
PDF file
PSPablo Souza-Alonso
Pablo Souza-Alonso
JRJonatan Rodríguez
Jonatan Rodríguez
Luís GonzálezLuís González
Luís González
Paula LorenzoPaula Lorenzo
Paula Lorenzo