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14 results for “Sexual Diploid”
Positive and negative frequency dependent parasitism in naturally co-occurring lineages of diploid sexual and polyploid asexual Lumbriculus variegatus
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Supplementary material 1 from: Morin DP, Alexander PJ, Beck JB, Windham MD, Bailey CD (2018) Deciphering the sexual diploid members of the Boechera suffrutescens complex (Brassicaceae, Boechereae). PhytoKeys 98: 15-50. https://doi.org/10.3897/phytokeys.98.24296
Representative pollen morphologies : Explanation note: A. S2X pollen of B. rollei (Morin 13, NMC). B. Potentially functional pollen from an A3X individual (Morin 8, NMC). C. Representative malformed non-functional pollen from A2X and some A3X individuals (Christ 20051, OSC).
Supplementary material 2 from: Morin DP, Alexander PJ, Beck JB, Windham MD, Bailey CD (2018) Deciphering the sexual diploid members of the Boechera suffrutescens complex (Brassicaceae, Boechereae). PhytoKeys 98: 15-50. https://doi.org/10.3897/phytokeys.98.24296
Analysis 1 : Explanation note: A. STRUCTURE bar plots with the highest likelihood for K = 5, 6, and 8 respectively. Instability was consistently noted across iterations at all values of K. B. An MDS plot demonstrates distinctness in TL-ro in three dimensions and TL-su in two dimensions. Calculations for optimal K were ambiguous and inconsistent, as were clustering patterns with regard to the B. constancei clusters (TL-co, PLSI-co and CD-co), particularly with regard to TL-co. MDS plots do not represent analyses, but are a visual interpretation of the dataset. TL-su and TL-ro are the most distinct and coherent clusters based on allele sharing distance.
Breeding system of diploid sexuals within the Ranunculus auricomus complex and its role in a geographical parthenogenesis scenario
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Figure 4 from: Morin DP, Alexander PJ, Beck JB, Windham MD, Bailey CD (2018) Deciphering the sexual diploid members of the Boechera suffrutescens complex (Brassicaceae, Boechereae). PhytoKeys 98: 15-50. https://doi.org/10.3897/phytokeys.98.24296
Figure 4 Distribution of diploid B. constancei s.l. and SNP-su clusters in Plumas County, California. CD-co lies to the north of the east branch of the north fork of the Feather River. The type locality cluster (TL-co) exhibited unstable placement in both genetic clustering analyses.
Figure 3 from: Morin DP, Alexander PJ, Beck JB, Windham MD, Bailey CD (2018) Deciphering the sexual diploid members of the Boechera suffrutescens complex (Brassicaceae, Boechereae). PhytoKeys 98: 15-50. https://doi.org/10.3897/phytokeys.98.24296
Figure 3 Geographic distribution of B. suffrutescens (CP-su, SNP-su, and TL-su) and B. rollei (TL-ro) lineages inferred from Analysis 2. A map of Plumas Co., California with distributions of the B. constancei clusters is presented in Fig. 4.
Figure 2 from: Morin DP, Alexander PJ, Beck JB, Windham MD, Bailey CD (2018) Deciphering the sexual diploid members of the Boechera suffrutescens complex (Brassicaceae, Boechereae). PhytoKeys 98: 15-50. https://doi.org/10.3897/phytokeys.98.24296
Figure 2 Results from Analysis 2 (which excluded TL-co). A STRUCTURE bar plot with K = 6 B MDS microsatellite plot of first three axes at K = 6 as found with the gap statistic C MDS plot with TL-su and TL-ro, the most divergent clusters, excluded to demonstrate coherence of the remaining four clusters (gap statistic K = 4).
Figure 1 from: Morin DP, Alexander PJ, Beck JB, Windham MD, Bailey CD (2018) Deciphering the sexual diploid members of the Boechera suffrutescens complex (Brassicaceae, Boechereae). PhytoKeys 98: 15-50. https://doi.org/10.3897/phytokeys.98.24296
Figure 1 Geographic distribution of 498 initial individuals. Only 307 diploids were retained for diploid-level molecular analyses. All maps were created in QGIS (Quantum GIS 1137 Development Team 2013).
Data from: Higher rate of tissue regeneration in polyploid asexual vs. diploid sexual freshwater snails
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Figure 9 from: Morin DP, Alexander PJ, Beck JB, Windham MD, Bailey CD (2018) Deciphering the sexual diploid members of the Boechera suffrutescens complex (Brassicaceae, Boechereae). PhytoKeys 98: 15-50. https://doi.org/10.3897/phytokeys.98.24296
Figure 9 Boechera suffrutescens, Morin, Windham, Allphin 14 (NMC).
Figure 7 from: Morin DP, Alexander PJ, Beck JB, Windham MD, Bailey CD (2018) Deciphering the sexual diploid members of the Boechera suffrutescens complex (Brassicaceae, Boechereae). PhytoKeys 98: 15-50. https://doi.org/10.3897/phytokeys.98.24296
Figure 7 Boechera duriuscula, Tiehm and Nachlinger 8279 (CAS).
Figure 8 from: Morin DP, Alexander PJ, Beck JB, Windham MD, Bailey CD (2018) Deciphering the sexual diploid members of the Boechera suffrutescens complex (Brassicaceae, Boechereae). PhytoKeys 98: 15-50. https://doi.org/10.3897/phytokeys.98.24296
Figure 8 Boechera rollei, Rolle s.n. (CAS).
Figure 6 from: Morin DP, Alexander PJ, Beck JB, Windham MD, Bailey CD (2018) Deciphering the sexual diploid members of the Boechera suffrutescens complex (Brassicaceae, Boechereae). PhytoKeys 98: 15-50. https://doi.org/10.3897/phytokeys.98.24296
Figure 6 Boechera constancei, Ahart 12,874 (JEPS).
Figure 5 from: Morin DP, Alexander PJ, Beck JB, Windham MD, Bailey CD (2018) Deciphering the sexual diploid members of the Boechera suffrutescens complex (Brassicaceae, Boechereae). PhytoKeys 98: 15-50. https://doi.org/10.3897/phytokeys.98.24296
Figure 5 Boechera botulifructa, Morin 24 (MO).
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Allen Brain Atlas
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