Genetic relationships among the 40 Castanopsis sieboldii populations estimated using STRUCTURE [58].

Population structure among the wild and domesticated genotypes of Cajanus.

Mulualem T. Kassa (156202)
R. Varma Penmetsa (156206)
Noelia Carrasquilla-Garcia (156209)
Birinchi K. Sarma (156213)
Subhojit Datta (156217)
Hari D. Upadhyaya (118396)
Rajeev K. Varshney (151116)
Eric J. B. von Wettberg (156224)
Douglas R. Cook (156229)

June 2012

Output of the population genetic program STRUCTURE at increasing K values of 2 to 5. The primary ...

Genetic Diversity and Population Structure Analysis of Castanopsis hystrix and Construction of a Core Collection Using Phenotypic Traits and Molecular Markers

Na Li
Yuanmu Yang
Fang Xu
Xinyu Chen
Ruiyan Wei
Ziyue Li
Wen Pan
Weihua Zhang

December 2022

Castanopsis hystrix is a valuable native, broad-leaved, and fast-growing tree in South China. In thi...

Relationships between habitat size and allele number (A) or haplotype number (B) of Castanopsis sclerophylla populations in the different island habitats (open circles) and their total numbers of alleles or haplotypes (filled circles).

Xin Zhang (35492)
Miao-Miao Shi (319145)
Dong-Wei Shen (319146)
Xiao-Yong Chen (319147)

February 2013

The line shows the expected number of alleles or haplotypes if fragmentation per se has no effect...

Genetic relationships among the 63 Castanopsis populations over 32 EST-SSR loci.

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

In total, 1,502 individuals were surveyed in this study. Numbers correspond to the population num...

AMOVA of genetic variation for Castanopsis and within C. sieboldii and C. cuspidata populations based on 32 EST-SSR markers.

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

AMOVA of genetic variation for Castanopsis and within C. sieboldii and C. cuspid...

Relationships between the genetic diversity of Castanopsis and the current environmental conditions.

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

Relationship between allelic richness and latitude for 40 populations of C. sieboldii, and...

Maps of genetic diversity of Castanopsis sieboldii and C. cuspidata populations using GRASS [44].

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

(A) – (C) Allelic richness, the frequencies of rare alleles and private alleles of C. sieboldi...

Relationships between habitat size and number of alleles per locus in pre-(circles, solid line) and post-fragmentation (squares, dashed line) cohorts of Castanopsis sclerophylla.

Xin Zhang (35492)
Miao-Miao Shi (319145)
Dong-Wei Shen (319146)
Xiao-Yong Chen (319147)

February 2013

Relationships between habitat size and number of alleles per locus in pre-(circles, solid line) a...

Genetic diversity of Castanopsis sieboldii and C. cuspidata populations observed in each district.

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

aNA, Number of alleles; bHE, expected heterozygosi...

Genetic relationships between the 11 yeast accessions for which genomic sequence is available.

J. Roman Arguello (272625)
Carolina Sellanes (447316)
Yann Ru Lou (447317)
Robert A. Raguso (447318)

August 2013

Left: Inferred proportion of ancestry estimated for 2–5 genetic clusters. Right: A Neighbor Joini...

Relationship between geographical distance and Nei's genetic distance (DA) for 32 loci in Castanopsis sieboldii.

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

The significance of this relationship, which represents the magnitude of isolation by distance, w...

Data from: Inbreeding depression at the sapling stage and its genetic consequences in a population of the outcrossing dominant tree species, Castanopsis sieboldii

Nakanishi, Atsushi
Yoshimaru, Hiroshi
Tomaru, Nobuhiro
Miura, Masahiro
Manabe, Tohru
Yamamoto, Shin-ichi

May 2015

Highly frequent pollination at short distances combined with spatial genetic structure (SGS) among r...

Basic information of Castanopsis sclerophylla populations and the parameters of genetic diversity in the present study.

Xin Zhang (35492)
Miao-Miao Shi (319145)
Dong-Wei Shen (319146)
Xiao-Yong Chen (319147)

February 2013

A: habitat size (hm2); D: distance to the nearest landmass (km); N: estimated o...

Genetic Differentiation and Genetic Diversity of Castanopsis (Fagaceae), the Dominant Tree Species in Japanese Broadleaved Evergreen Forests, Revealed by Analysis of EST-Associated Microsatellites

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

<div>The broadleaved evergreen forests of the East Asian warm temperate zone are characterised by...

Nuria Remón (419610)
Pedro Galán (419611)
Marta Vila (419612)
Oscar Arribas (419613)
Horacio Naveira (232326)

June 2013

A) Unrooted NJ tree, using chord distances. Numbers indicate bootstrap support (10,000 sam...

Population structure among the wild and domesticated genotypes of Cajanus.

Mulualem T. Kassa (156202)
R. Varma Penmetsa (156206)
Noelia Carrasquilla-Garcia (156209)
Birinchi K. Sarma (156213)
Subhojit Datta (156217)
Hari D. Upadhyaya (118396)
Rajeev K. Varshney (151116)
Eric J. B. von Wettberg (156224)
Douglas R. Cook (156229)

June 2012

Output of the population genetic program STRUCTURE at increasing K values of 2 to 5. The primary ...

Genetic Diversity and Population Structure Analysis of Castanopsis hystrix and Construction of a Core Collection Using Phenotypic Traits and Molecular Markers

Na Li
Yuanmu Yang
Fang Xu
Xinyu Chen
Ruiyan Wei
Ziyue Li
Wen Pan
Weihua Zhang

December 2022

Castanopsis hystrix is a valuable native, broad-leaved, and fast-growing tree in South China. In thi...

Relationships between habitat size and allele number (A) or haplotype number (B) of Castanopsis sclerophylla populations in the different island habitats (open circles) and their total numbers of alleles or haplotypes (filled circles).

Xin Zhang (35492)
Miao-Miao Shi (319145)
Dong-Wei Shen (319146)
Xiao-Yong Chen (319147)

February 2013

The line shows the expected number of alleles or haplotypes if fragmentation per se has no effect...

Genetic relationships among the 63 Castanopsis populations over 32 EST-SSR loci.

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

In total, 1,502 individuals were surveyed in this study. Numbers correspond to the population num...

AMOVA of genetic variation for Castanopsis and within C. sieboldii and C. cuspidata populations based on 32 EST-SSR markers.

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

AMOVA of genetic variation for Castanopsis and within C. sieboldii and C. cuspid...

Relationships between the genetic diversity of Castanopsis and the current environmental conditions.

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

Relationship between allelic richness and latitude for 40 populations of C. sieboldii, and...

Maps of genetic diversity of Castanopsis sieboldii and C. cuspidata populations using GRASS [44].

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

(A) – (C) Allelic richness, the frequencies of rare alleles and private alleles of C. sieboldi...

Relationships between habitat size and number of alleles per locus in pre-(circles, solid line) and post-fragmentation (squares, dashed line) cohorts of Castanopsis sclerophylla.

Xin Zhang (35492)
Miao-Miao Shi (319145)
Dong-Wei Shen (319146)
Xiao-Yong Chen (319147)

February 2013

Relationships between habitat size and number of alleles per locus in pre-(circles, solid line) a...

Genetic diversity of Castanopsis sieboldii and C. cuspidata populations observed in each district.

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

aNA, Number of alleles; bHE, expected heterozygosi...

Genetic relationships between the 11 yeast accessions for which genomic sequence is available.

J. Roman Arguello (272625)
Carolina Sellanes (447316)
Yann Ru Lou (447317)
Robert A. Raguso (447318)

August 2013

Left: Inferred proportion of ancestry estimated for 2–5 genetic clusters. Right: A Neighbor Joini...

Relationship between geographical distance and Nei's genetic distance (DA) for 32 loci in Castanopsis sieboldii.

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

The significance of this relationship, which represents the magnitude of isolation by distance, w...

Data from: Inbreeding depression at the sapling stage and its genetic consequences in a population of the outcrossing dominant tree species, Castanopsis sieboldii

Nakanishi, Atsushi
Yoshimaru, Hiroshi
Tomaru, Nobuhiro
Miura, Masahiro
Manabe, Tohru
Yamamoto, Shin-ichi

May 2015

Highly frequent pollination at short distances combined with spatial genetic structure (SGS) among r...

Basic information of Castanopsis sclerophylla populations and the parameters of genetic diversity in the present study.

Xin Zhang (35492)
Miao-Miao Shi (319145)
Dong-Wei Shen (319146)
Xiao-Yong Chen (319147)

February 2013

A: habitat size (hm2); D: distance to the nearest landmass (km); N: estimated o...

Genetic Differentiation and Genetic Diversity of Castanopsis (Fagaceae), the Dominant Tree Species in Japanese Broadleaved Evergreen Forests, Revealed by Analysis of EST-Associated Microsatellites

Kyoko Aoki (517347)
Saneyoshi Ueno (408537)
Takashi Kamijo (517348)
Hiroaki Setoguchi (517349)
Noriaki Murakami (517350)
Makoto Kato (282326)
Yoshihiko Tsumura (408539)

January 2014

<div>The broadleaved evergreen forests of the East Asian warm temperate zone are characterised by...

Nuria Remón (419610)
Pedro Galán (419611)
Marta Vila (419612)
Oscar Arribas (419613)
Horacio Naveira (232326)

June 2013

A) Unrooted NJ tree, using chord distances. Numbers indicate bootstrap support (10,000 sam...

Population structure among the wild and domesticated genotypes of Cajanus.

Mulualem T. Kassa (156202)
R. Varma Penmetsa (156206)
Noelia Carrasquilla-Garcia (156209)
Birinchi K. Sarma (156213)
Subhojit Datta (156217)
Hari D. Upadhyaya (118396)
Rajeev K. Varshney (151116)
Eric J. B. von Wettberg (156224)
Douglas R. Cook (156229)

June 2012

Output of the population genetic program STRUCTURE at increasing K values of 2 to 5. The primary ...

Genetic Diversity and Population Structure Analysis of Castanopsis hystrix and Construction of a Core Collection Using Phenotypic Traits and Molecular Markers

Na Li
Yuanmu Yang
Fang Xu
Xinyu Chen
Ruiyan Wei
Ziyue Li
Wen Pan
Weihua Zhang

December 2022

Castanopsis hystrix is a valuable native, broad-leaved, and fast-growing tree in South China. In thi...

Relationships between habitat size and allele number (A) or haplotype number (B) of Castanopsis sclerophylla populations in the different island habitats (open circles) and their total numbers of alleles or haplotypes (filled circles).

Xin Zhang (35492)
Miao-Miao Shi (319145)
Dong-Wei Shen (319146)
Xiao-Yong Chen (319147)

February 2013

The line shows the expected number of alleles or haplotypes if fragmentation per se has no effect...

Genetic relationships among the 40 <i>Castanopsis sieboldii</i> populations estimated using STRUCTURE [58].

Abstract

Extracted data

Genetic relationships among the 40 <i>Castanopsis sieboldii</i> populations estimated using STRUCTURE [58].

Abstract

Extracted data

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