The Experts below are selected from a list of 3654 Experts worldwide ranked by ideXlab platform
Isabelle Olivieri - One of the best experts on this subject based on the ideXlab platform.
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Multilocus genetic structure at contrasted spatial scales of the endangered Water Fern Marsilea strigosa Willd. (Marsileaceae, Pteridophyta).
American journal of botany, 2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats only. We analyzed the level and the distribution of genetic variation at seven microsatellite loci, both at the Mediterranean scale and at a narrower scale within a highly fragmented French metapopulation. Genetic diversity among individuals within each pond suggests that M. strigosa reproduces predominantly through selfing. The very high population differentiation at the Mediterranean scale indicates that gene flow (if any) is highly restricted. Similar differentiation is also found at the scale of a single metapopulation. The distribution of multilocus genotypes suggests that the genetic variation in this species is maintained mainly through the interplay of mutation and low recombination.
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Multilocus genetic structure at contrasted spatial scales of the endangered Water Fern Marsilea strigosa Willd. (Marsileaceae, Pteridophyta)1
American Journal of Botany, 2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats
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SPATIAL SCALES OF THE ENDANGERED Water Fern MARSILEA STRIGOSA WILLD. (MARSILEACEAE, PTERIDOPHYTA)1
2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats only. We analyzed the level and the distribution of genetic variation at seven microsatellite loci, both at the Mediterranean scale and at a narrower scale within a highly fragmented French metapopulation. Genetic diversity among individuals within each pond suggests that M. strigosa reproduces predominantly through selfing. The very high population differentiation at the Mediterranean scale indicates that gene flow (if any) is highly restricted. Similar differentiation is also found at the scale of a single metapopulation. The distribution of multilocus genotypes suggests that the genetic variation in this species is maintained mainly through the interplay of mutation and low recombination.
Renaud Vitalis - One of the best experts on this subject based on the ideXlab platform.
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Multilocus genetic structure at contrasted spatial scales of the endangered Water Fern Marsilea strigosa Willd. (Marsileaceae, Pteridophyta).
American journal of botany, 2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats only. We analyzed the level and the distribution of genetic variation at seven microsatellite loci, both at the Mediterranean scale and at a narrower scale within a highly fragmented French metapopulation. Genetic diversity among individuals within each pond suggests that M. strigosa reproduces predominantly through selfing. The very high population differentiation at the Mediterranean scale indicates that gene flow (if any) is highly restricted. Similar differentiation is also found at the scale of a single metapopulation. The distribution of multilocus genotypes suggests that the genetic variation in this species is maintained mainly through the interplay of mutation and low recombination.
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Multilocus genetic structure at contrasted spatial scales of the endangered Water Fern Marsilea strigosa Willd. (Marsileaceae, Pteridophyta)1
American Journal of Botany, 2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats
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SPATIAL SCALES OF THE ENDANGERED Water Fern MARSILEA STRIGOSA WILLD. (MARSILEACEAE, PTERIDOPHYTA)1
2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats only. We analyzed the level and the distribution of genetic variation at seven microsatellite loci, both at the Mediterranean scale and at a narrower scale within a highly fragmented French metapopulation. Genetic diversity among individuals within each pond suggests that M. strigosa reproduces predominantly through selfing. The very high population differentiation at the Mediterranean scale indicates that gene flow (if any) is highly restricted. Similar differentiation is also found at the scale of a single metapopulation. The distribution of multilocus genotypes suggests that the genetic variation in this species is maintained mainly through the interplay of mutation and low recombination.
Miquel Riba - One of the best experts on this subject based on the ideXlab platform.
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Multilocus genetic structure at contrasted spatial scales of the endangered Water Fern Marsilea strigosa Willd. (Marsileaceae, Pteridophyta).
American journal of botany, 2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats only. We analyzed the level and the distribution of genetic variation at seven microsatellite loci, both at the Mediterranean scale and at a narrower scale within a highly fragmented French metapopulation. Genetic diversity among individuals within each pond suggests that M. strigosa reproduces predominantly through selfing. The very high population differentiation at the Mediterranean scale indicates that gene flow (if any) is highly restricted. Similar differentiation is also found at the scale of a single metapopulation. The distribution of multilocus genotypes suggests that the genetic variation in this species is maintained mainly through the interplay of mutation and low recombination.
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Multilocus genetic structure at contrasted spatial scales of the endangered Water Fern Marsilea strigosa Willd. (Marsileaceae, Pteridophyta)1
American Journal of Botany, 2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats
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SPATIAL SCALES OF THE ENDANGERED Water Fern MARSILEA STRIGOSA WILLD. (MARSILEACEAE, PTERIDOPHYTA)1
2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats only. We analyzed the level and the distribution of genetic variation at seven microsatellite loci, both at the Mediterranean scale and at a narrower scale within a highly fragmented French metapopulation. Genetic diversity among individuals within each pond suggests that M. strigosa reproduces predominantly through selfing. The very high population differentiation at the Mediterranean scale indicates that gene flow (if any) is highly restricted. Similar differentiation is also found at the scale of a single metapopulation. The distribution of multilocus genotypes suggests that the genetic variation in this species is maintained mainly through the interplay of mutation and low recombination.
Bruno Colas - One of the best experts on this subject based on the ideXlab platform.
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Multilocus genetic structure at contrasted spatial scales of the endangered Water Fern Marsilea strigosa Willd. (Marsileaceae, Pteridophyta).
American journal of botany, 2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats only. We analyzed the level and the distribution of genetic variation at seven microsatellite loci, both at the Mediterranean scale and at a narrower scale within a highly fragmented French metapopulation. Genetic diversity among individuals within each pond suggests that M. strigosa reproduces predominantly through selfing. The very high population differentiation at the Mediterranean scale indicates that gene flow (if any) is highly restricted. Similar differentiation is also found at the scale of a single metapopulation. The distribution of multilocus genotypes suggests that the genetic variation in this species is maintained mainly through the interplay of mutation and low recombination.
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Multilocus genetic structure at contrasted spatial scales of the endangered Water Fern Marsilea strigosa Willd. (Marsileaceae, Pteridophyta)1
American Journal of Botany, 2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats
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SPATIAL SCALES OF THE ENDANGERED Water Fern MARSILEA STRIGOSA WILLD. (MARSILEACEAE, PTERIDOPHYTA)1
2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats only. We analyzed the level and the distribution of genetic variation at seven microsatellite loci, both at the Mediterranean scale and at a narrower scale within a highly fragmented French metapopulation. Genetic diversity among individuals within each pond suggests that M. strigosa reproduces predominantly through selfing. The very high population differentiation at the Mediterranean scale indicates that gene flow (if any) is highly restricted. Similar differentiation is also found at the scale of a single metapopulation. The distribution of multilocus genotypes suggests that the genetic variation in this species is maintained mainly through the interplay of mutation and low recombination.
Patrick Grillas - One of the best experts on this subject based on the ideXlab platform.
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Multilocus genetic structure at contrasted spatial scales of the endangered Water Fern Marsilea strigosa Willd. (Marsileaceae, Pteridophyta).
American journal of botany, 2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats only. We analyzed the level and the distribution of genetic variation at seven microsatellite loci, both at the Mediterranean scale and at a narrower scale within a highly fragmented French metapopulation. Genetic diversity among individuals within each pond suggests that M. strigosa reproduces predominantly through selfing. The very high population differentiation at the Mediterranean scale indicates that gene flow (if any) is highly restricted. Similar differentiation is also found at the scale of a single metapopulation. The distribution of multilocus genotypes suggests that the genetic variation in this species is maintained mainly through the interplay of mutation and low recombination.
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Multilocus genetic structure at contrasted spatial scales of the endangered Water Fern Marsilea strigosa Willd. (Marsileaceae, Pteridophyta)1
American Journal of Botany, 2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats
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SPATIAL SCALES OF THE ENDANGERED Water Fern MARSILEA STRIGOSA WILLD. (MARSILEACEAE, PTERIDOPHYTA)1
2002Co-Authors: Renaud Vitalis, Miquel Riba, Bruno Colas, Patrick Grillas, Isabelle OlivieriAbstract:Marsilea strigosa (Marsileaceae, Pterydophyta) is a rare Water Fern found in the Mediterranean basin, in temporary flooded habitats only. We analyzed the level and the distribution of genetic variation at seven microsatellite loci, both at the Mediterranean scale and at a narrower scale within a highly fragmented French metapopulation. Genetic diversity among individuals within each pond suggests that M. strigosa reproduces predominantly through selfing. The very high population differentiation at the Mediterranean scale indicates that gene flow (if any) is highly restricted. Similar differentiation is also found at the scale of a single metapopulation. The distribution of multilocus genotypes suggests that the genetic variation in this species is maintained mainly through the interplay of mutation and low recombination.
