2007
DOI: 10.1111/j.1399-3054.2007.00934.x
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Recent advances in the biogeography and genecology of symbioticFrankiaand its host plants

Abstract: Molecular phylogenetic approaches have begun to outline the origin, distribution and diversity of actinorhizal partners. Geographic isolation of Frankia and its host plants resulting from shifting continents and dispersal patterns have apparently led to the development of Frankia genotypes with differing affinities for host genera, even within the same plant family. Actinorhizal plant genera of widespread global distribution tend to nodulate readily even outside their native ranges. These taxa may maintain inf… Show more

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Cited by 121 publications
(75 citation statements)
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“…Frankia appear to disperse more readily than their host plants and to maintain a free-living existence in soil (reviewed in Benson and Dawson 2007;Benson and Silvester 1993). Plant-trapping studies indicate that population size of soil-dwelling Frankia can covary with a number of environmental factors related to soil conditions (e.g., Batzli et al 2004;Huguet et al 2004a, b;Myrold and Huss-Danell 1994;Zitzer and Dawson 1992;Dawson et al 1989) and non-host vegetative cover (e.g., Maunuksela et al 1999;Paschke et al 1994;Zitzer and Dawson 1992;Smolander and Sundman 1987), and that some of these factors appear to diVerentially aVect Frankia genotypes (Huguet et al 2004a, b;Zitzer and Dawson 1992).…”
Section: Introductionmentioning
confidence: 98%
“…Frankia appear to disperse more readily than their host plants and to maintain a free-living existence in soil (reviewed in Benson and Dawson 2007;Benson and Silvester 1993). Plant-trapping studies indicate that population size of soil-dwelling Frankia can covary with a number of environmental factors related to soil conditions (e.g., Batzli et al 2004;Huguet et al 2004a, b;Myrold and Huss-Danell 1994;Zitzer and Dawson 1992;Dawson et al 1989) and non-host vegetative cover (e.g., Maunuksela et al 1999;Paschke et al 1994;Zitzer and Dawson 1992;Smolander and Sundman 1987), and that some of these factors appear to diVerentially aVect Frankia genotypes (Huguet et al 2004a, b;Zitzer and Dawson 1992).…”
Section: Introductionmentioning
confidence: 98%
“…Actinorhizal plants are therefore found often on sandy and wet soils where low levels of available nitrogen may preclude the growth of other species, and thus usually occur as pioneer vegetation at early stages of plant succession [4]. The formation of root nodules is host plant-specific, with frankiae of clusters 1, 2, and 3 representing nitrogen-fixing frankiae of the Alnus, Dryas, and Elaeagnus host infection groups [5], and those of cluster 4 representing non-nitrogen-fixing strains [6].…”
Section: Introductionmentioning
confidence: 99%
“…Phylogenetic Tables 1 and 2 Trees specificity is a significant factor in the Alnus tenuifoliaFrankia interaction, and significant habitat-based differentiation may exist among A. tenuifolia-infective genotypes . The global biogeographic community of Alnus-associated Frankia (Benson and Dawson 2007;Põlme et al 2014) and the genetic diversity of Frankia populations in the soil and root nodules (Pokharel et al 2011) have also been evaluated. …”
Section: Nodule Biomass In Alnus Standsmentioning
confidence: 99%