This is online supplementary material for the Chapter "Intraspecific genetic and ecological differentiation in Australian Acacia species: Insights from A. longifolia" authored by S. Vicente et al., corresponding to Chapter 7 In: "Wattles: Australian Acacia species around the world". Eds: D.M. Richardson, J.J. Le Roux, and E. Marchante (CABI, UK, 2023)
Acacia saligna is a species complex that has become invasive in a number of countries worldwide wher...
Irrespective of its causes, strong population genetic structure indicates a lack of gene flow. Under...
This is online supplementary material for the Chapter "Remote sensing of invasive Australian Acacia ...
This is online supplementary material for the Chapter "Linking the functional traits of Australian A...
This is online supplementary material for the Chapter "Australian Acacia species in Europe" authored...
This is online Supplementary material for the Chapter "Ecological impacts and changes in ecosystem s...
This is online supplementary material for the Chapter " Biological control of Acacia species: Histor...
This is online supplementary material for the Chapter "Evidence-based impact assessment for naturali...
This is online supplementary material for the Chapter "Management of invasive Australian Acacia spec...
Supplementary data referenced in Chapter 15 Global Uses of Global uses of Australian Acacia species:...
Miller, Joseph T., Seigler, David (2012): Evolutionary and taxonomic relationships of Acacia s.l. (L...
Miller, Joseph T., Seigler, David (2012): Evolutionary and taxonomic relationships of Acacia s.l. (L...
Fig. 4. Indicative distribution of Acacia subg. Acacia (excluding the distribution of A. farnesiana ...
Molecular and morphological assessments for the identity of Australian Acacia species collected in S...
Acacia saligna is a species complex that has become invasive in a number of countries worldwide wher...
Acacia saligna is a species complex that has become invasive in a number of countries worldwide wher...
Irrespective of its causes, strong population genetic structure indicates a lack of gene flow. Under...
This is online supplementary material for the Chapter "Remote sensing of invasive Australian Acacia ...
This is online supplementary material for the Chapter "Linking the functional traits of Australian A...
This is online supplementary material for the Chapter "Australian Acacia species in Europe" authored...
This is online Supplementary material for the Chapter "Ecological impacts and changes in ecosystem s...
This is online supplementary material for the Chapter " Biological control of Acacia species: Histor...
This is online supplementary material for the Chapter "Evidence-based impact assessment for naturali...
This is online supplementary material for the Chapter "Management of invasive Australian Acacia spec...
Supplementary data referenced in Chapter 15 Global Uses of Global uses of Australian Acacia species:...
Miller, Joseph T., Seigler, David (2012): Evolutionary and taxonomic relationships of Acacia s.l. (L...
Miller, Joseph T., Seigler, David (2012): Evolutionary and taxonomic relationships of Acacia s.l. (L...
Fig. 4. Indicative distribution of Acacia subg. Acacia (excluding the distribution of A. farnesiana ...
Molecular and morphological assessments for the identity of Australian Acacia species collected in S...
Acacia saligna is a species complex that has become invasive in a number of countries worldwide wher...
Acacia saligna is a species complex that has become invasive in a number of countries worldwide wher...
Irrespective of its causes, strong population genetic structure indicates a lack of gene flow. Under...
This is online supplementary material for the Chapter "Remote sensing of invasive Australian Acacia ...