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).

Habitat amount, not habitat configuration, best predicts population genetic structure in fragmented landscapes

Jackson, N.D. (Nathan D.)
Fahrig, L. (Lenore)

June 2016

Context: Landscape structure shapes the genetic structure of populations by delimiting spatial patte...

Median-joining network of haplotypes found in 4 model species ranges based on COI (on the left) and Cytb (on the right).

Thomas Lecocq (134074)
Nicolas J. Vereecken (418574)
Denis Michez (116445)
Simon Dellicour (418575)
Patrick Lhomme (134060)
Irena Valterová (134070)
Jean-Yves Rasplus (159990)
Pierre Rasmont (134078)

June 2013

A = B. lucorum; B = B. terrestris; C = B. vestalis. The sizes of the circles...

Population genetic parameters in relation to habitat suitability index Number of private alleles (A: Bioclim; B: Maxent) and Allelic richness (C: Bioclim; D: Maxent).

Shivaprakash K. Nagaraju (490992)
Ravikanth Gudasalamani (490993)
Narayani Barve (490994)
Jaboury Ghazoul (146547)
Ganeshaiah Kotiganahalli Narayanagowda (490995)
Uma Shaanker Ramanan (490996)

November 2013

Population genetic parameters in relation to habitat suitability index Number of private alleles ...

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...

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...

Sampling sites and distribution of chloroplast DNA haplotypes of Castanopsis sclerophylla populations on islands and adjacent mainland.

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

February 2013

Pie sizes are proportional to sample size. Population codes are the same as in <a href="http://ww...

Habitat Loss other than Fragmentation per se Decreased Nuclear and Chloroplast Genetic Diversity in a Monoecious Tree

Xin Zhang
Miao-miao Shi
Dong-wei Shen
Xiao-yong Chen

August 2016

Generally, effect of fragmentation per se on biodiversity has not been separated from the effect of ...

Habitat loss other than fragmentation per se decreased nuclear and chloroplast genetic diversity in a monoecious tree.

Xin Zhang
Miao-Miao Shi
Dong-Wei Shen
Xiao-Yong Chen

Generally, effect of fragmentation per se on biodiversity has not been separated from the effect of ...

Number of alleles per population of Castanopsis eyrei as a function of elevation at microsatellite locus Ccu97H18.

Miao-Miao Shi (319145)
Stefan G. Michalski (349533)
Xiao-Yong Chen (319147)
Walter Durka (231437)

February 2013

Number of alleles per population of Castanopsis eyrei as a function of elevation at micros...

Sample sites and genetic diversity estimates for Castanopsis eyrei samples.

Miao-Miao Shi (319145)
Stefan G. Michalski (349533)
Xiao-Yong Chen (319147)
Walter Durka (231437)

February 2013

N, number of individuals sampled per population; A, mean number of alleles; A...

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...

Patterns of isolation by distance and isolation by elevation in Castanopsis eyrei.

Miao-Miao Shi (319145)
Stefan G. Michalski (349533)
Xiao-Yong Chen (319147)
Walter Durka (231437)

February 2013

Population differentiation (closed circle and solid line: pairwise FST; open ci...

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 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...

Habitat amount, not habitat configuration, best predicts population genetic structure in fragmented landscapes

Jackson, N.D. (Nathan D.)
Fahrig, L. (Lenore)

June 2016

Context: Landscape structure shapes the genetic structure of populations by delimiting spatial patte...

Median-joining network of haplotypes found in 4 model species ranges based on COI (on the left) and Cytb (on the right).

Thomas Lecocq (134074)
Nicolas J. Vereecken (418574)
Denis Michez (116445)
Simon Dellicour (418575)
Patrick Lhomme (134060)
Irena Valterová (134070)
Jean-Yves Rasplus (159990)
Pierre Rasmont (134078)

June 2013

A = B. lucorum; B = B. terrestris; C = B. vestalis. The sizes of the circles...

Population genetic parameters in relation to habitat suitability index Number of private alleles (A: Bioclim; B: Maxent) and Allelic richness (C: Bioclim; D: Maxent).

Shivaprakash K. Nagaraju (490992)
Ravikanth Gudasalamani (490993)
Narayani Barve (490994)
Jaboury Ghazoul (146547)
Ganeshaiah Kotiganahalli Narayanagowda (490995)
Uma Shaanker Ramanan (490996)

November 2013

Population genetic parameters in relation to habitat suitability index Number of private alleles ...

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...

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...

Sampling sites and distribution of chloroplast DNA haplotypes of Castanopsis sclerophylla populations on islands and adjacent mainland.

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

February 2013

Pie sizes are proportional to sample size. Population codes are the same as in <a href="http://ww...

Habitat Loss other than Fragmentation per se Decreased Nuclear and Chloroplast Genetic Diversity in a Monoecious Tree

Xin Zhang
Miao-miao Shi
Dong-wei Shen
Xiao-yong Chen

August 2016

Generally, effect of fragmentation per se on biodiversity has not been separated from the effect of ...

Habitat loss other than fragmentation per se decreased nuclear and chloroplast genetic diversity in a monoecious tree.

Xin Zhang
Miao-Miao Shi
Dong-Wei Shen
Xiao-Yong Chen

Generally, effect of fragmentation per se on biodiversity has not been separated from the effect of ...

Number of alleles per population of Castanopsis eyrei as a function of elevation at microsatellite locus Ccu97H18.

Miao-Miao Shi (319145)
Stefan G. Michalski (349533)
Xiao-Yong Chen (319147)
Walter Durka (231437)

February 2013

Number of alleles per population of Castanopsis eyrei as a function of elevation at micros...

Sample sites and genetic diversity estimates for Castanopsis eyrei samples.

Miao-Miao Shi (319145)
Stefan G. Michalski (349533)
Xiao-Yong Chen (319147)
Walter Durka (231437)

February 2013

N, number of individuals sampled per population; A, mean number of alleles; A...

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...

Patterns of isolation by distance and isolation by elevation in Castanopsis eyrei.

Miao-Miao Shi (319145)
Stefan G. Michalski (349533)
Xiao-Yong Chen (319147)
Walter Durka (231437)

February 2013

Population differentiation (closed circle and solid line: pairwise FST; open ci...

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 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...

Habitat amount, not habitat configuration, best predicts population genetic structure in fragmented landscapes

Jackson, N.D. (Nathan D.)
Fahrig, L. (Lenore)

June 2016

Context: Landscape structure shapes the genetic structure of populations by delimiting spatial patte...

Median-joining network of haplotypes found in 4 model species ranges based on COI (on the left) and Cytb (on the right).

Thomas Lecocq (134074)
Nicolas J. Vereecken (418574)
Denis Michez (116445)
Simon Dellicour (418575)
Patrick Lhomme (134060)
Irena Valterová (134070)
Jean-Yves Rasplus (159990)
Pierre Rasmont (134078)

June 2013

A = B. lucorum; B = B. terrestris; C = B. vestalis. The sizes of the circles...

Population genetic parameters in relation to habitat suitability index Number of private alleles (A: Bioclim; B: Maxent) and Allelic richness (C: Bioclim; D: Maxent).

Shivaprakash K. Nagaraju (490992)
Ravikanth Gudasalamani (490993)
Narayani Barve (490994)
Jaboury Ghazoul (146547)
Ganeshaiah Kotiganahalli Narayanagowda (490995)
Uma Shaanker Ramanan (490996)

November 2013

Population genetic parameters in relation to habitat suitability index Number of private alleles ...

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

Abstract

Extracted data

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

Abstract

Extracted data

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