References of "Vanderpoorten, Alain"
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See detailGeographic range in liverworts: does sex really matter?
Laenen, B.; Machac, A.; Gradstein, S.R. et al

in Journal of Biogeography (in press)

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See detailIs the sword moss (Bryoxiphium) a preglacial Tertiary relict?
Patino, J.; Goffinet, B.; Sim-Sim, M.A. et al

in Molecular Phylogenetics & Evolution (in press)

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See detailIncreased diversification rates correlate with bisexuality in liverworts
Laenen, B.; Machac, A.; Gradstein, S.R. et al

in New Phytologist (in press)

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See detailMeasuring spore settling velocity for an improved assessment of dispersal rates in mosses
Zanatta, Florian ULg; Vanderpoorten, Alain ULg; Patiño, Jairo et al

in Annals of Botany (2016)

The settling velocity of diaspores is a key parameter for the measurement of dispersal ability in wind-dispersed plants and one of the most relevant parameters in explicit dispersal models, but remains ... [more ▼]

The settling velocity of diaspores is a key parameter for the measurement of dispersal ability in wind-dispersed plants and one of the most relevant parameters in explicit dispersal models, but remains largely undocumented in bryophytes. The settling velocities of moss spores were measured and it was determined whether settling velocities can be derived from spore diameter using Stokes’ Law or if specific traits of spore ornamentation cause departures from theoretical expectations. [less ▲]

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See detailMacaronesia is a departure gate of anagenetic speciation in the moss genus Rhynchostegiella
Patino, J; Vanderpoorten, Alain ULg

in Journal of Biogeography (2015), 42

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See detailHow to define nativeness in organisms with high dispersal capacities ? A comment on Essl et al.
Patino, J; Vanderpoorten, Alain ULg

in Journal of Biogeography (2015), 42

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See detailApproximate Bayesian Computation reveals the crucial role of oceanic islands for the assembly of continental biodiversity
Patino, J; Carine, M; Mardulyn, P et al

in Systematic Biology (2015), 64

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See detailIsland floras are not necessarily more species-poor than continental ones.
Patiño, J.; Solymos, P.; Carine, M.A. et al

in Journal of Biogeography (2015), 42

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See detailPhylogeny, classification and species delimitation in the liverwort genus Odontoschisma (Cephaloziaceae)
Aranda, S.C.; Gradstein, S.R.; Patino Llorente, Jairo ULg et al

in Taxon (2014), 63

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See detailExtant diversity of bryophytes emerged from successive post-Mesozoic diversification bursts
Laenen, B.; Shaw, B.; Schneider, H. et al

in Nature Communications (2014), 5

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See detailThe cosmopolitan moss Bryum argenteum in Antarctica: recent
colonisation or in situ survival?

Pisa, S.; Biersma, E.M.; Convey, P. et al

in Polar Biology (2014), 37

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See detailDifferences in species–area relationships among the major lineages of land plants: a macroecological perspective
Patino Llorente, Jairo ULg; Weigelt, P.; Guilhaumon, F. et al

in Global Ecology & Biogeography (2014), 23

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See detailNotes on Early Land Plants Today. Transfer of Iwatsukia to Odontoschisma (Cephaloziaceae, Marchantiophyta)
Gradstein, S.R.; Aranda; Vanderpoorten, Alain ULg

in Phytotaxa (2014), 162

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See detailFrom climatic niche conservatism to spatial predictions: what can invasive mosses tell us?
Mateo, R.G.; Broennimann, O.; Petitpierre, B. et al

in Ecography (2014), 37

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See detailThe anagenetic world of spore-producing land plants
Patino Llorente, Jairo ULg; Carine, M.A.; Fernández-Palacios, J.M. et al

in New Phytologist (2014), 201

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See detailThe anagenetic world of spore-producing land plants.
Patino Llorente, Jairo; Carine, M.A.; Fernández-Palacios, J.M. et al

in New Phytologist (2014), 201

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See detailThree species for the price of one within the moss Homalothecium sericeum s.l.
Hedenäs, Lars; Desamore, Aurélie ULg; Laenen, Benjamin ULg et al

in Taxon (2014), 63

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See detailModeling Species Distributions from Heterogeneous Data for the Biogeographic Regionalization of the European Bryophyte Flora
Mateo, R. G. A; Vanderpoorten, Alain ULg; Muñoz, J. B D et al

in PLoS ONE (2013), 8(2),

The definition of biogeographic regions provides a fundamental framework for a range of basic and applied questions in biogeography, evolutionary biology, systematics and conservation. Previous research ... [more ▼]

The definition of biogeographic regions provides a fundamental framework for a range of basic and applied questions in biogeography, evolutionary biology, systematics and conservation. Previous research suggested that environmental forcing results in highly congruent regionalization patterns across taxa, but that the size and number of regions depends on the dispersal ability of the taxa considered. We produced a biogeographic regionalization of European bryophytes and hypothesized that (1) regions defined for bryophytes would differ from those defined for other taxa due to the highly specific eco-physiology of the group and (2) their high dispersal ability would result in the resolution of few, large regions. Species distributions were recorded using 10,000 km2 MGRS pixels. Because of the lack of data across large portions of the area, species distribution models employing macroclimatic variables as predictors were used to determine the potential composition of empty pixels. K-means clustering analyses of the pixels based on their potential species composition were employed to define biogeographic regions. The optimal number of regions was determined by v-fold cross-validation and Moran's I statistic. The spatial congruence of the regions identified from their potential bryophyte assemblages with large-scale vegetation patterns is at odds with our primary hypothesis. This reinforces the notion that post-glacial migration patterns might have been much more similar in bryophytes and vascular plants than previously thought. The substantially lower optimal number of clusters and the absence of nested patterns within the main biogeographic regions, as compared to identical analyses in vascular plants, support our second hypothesis. The modelling approach implemented here is, however, based on many assumptions that are discussed but can only be tested when additional data on species distributions become available, highlighting the substantial importance of developing integrated mapping projects for all taxa in key biogeographically areas of Europe, and the Mediterranean peninsulas in particular. © 2013 Mateo et al. [less ▲]

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