Scatterplots of the single pair of PLS axes (PLS1) from two-block partial least-square analyses.

Log–Log Plots of Cluster Size Distributions

Shibu Yooseph (38227)
Granger Sutton (38234)
Douglas B Rusch (273559)
Aaron L Halpern (79035)
Shannon J Williamson (273561)
Karin Remington (273562)
Jonathan A Eisen (187)
Karla B Heidelberg (273563)
Gerard Manning (143099)
Weizhong Li (10010)
Lukasz Jaroszewski (4284)
Piotr Cieplak (103772)
Christopher S Miller (273566)
Huiying Li (117255)
Susan T Mashiyama (273569)
Marcin P Joachimiak (1409)
Christopher van Belle (273573)
John-Marc Chandonia (7981)
David A Soergel (273578)
Yufeng Zhai (273583)
Kannan Natarajan (273586)
Shaun Lee (273591)
Benjamin J Raphael (16052)
Vineet Bafna (44575)
Robert Friedman (273596)
Steven E Brenner (435)
Adam Godzik (4285)
David Eisenberg (2080)
Jack E Dixon (273599)
Susan S Taylor (41304)
Robert L Strausberg (3112)
Marvin Frazier (38235)
J. Craig Venter (38236)

February 2013

<div>The x-axis is logarithm of the cluster size X and the y-a...

Principal axes of shape variation for the mixed-species data.

Benjamin J. Pomidor (1369995)
Jana Makedonska (124107)
Dennis E. Slice (426123)

March 2016

Top shows the axis of greatest (I) and second greatest (II) variance (see <a href="http://www.plo...

Scatterplots and fitted LOWESS splines for relationship between average number of alleles per locus (left column) and observed heterozygosity (right column) with focal mean landscape resistance within a 10km radius (top row), cumulative density of least cost paths (middle row), and cumulative resistant kernel density (bottom row).

Ewan A. Macdonald (5742428)
Samuel A. Cushman (645632)
Erin L. Landguth (2512732)
Andrew J. Hearn (251714)
Yadvinder Malhi (443766)
David W. Macdonald (154641)

September 2018

Scatterplots and fitted LOWESS splines for relationship between average number of alleles per locus ...

Scatterplot representing the pattern obtained by partial least square (PLS) analysis of shape (GM) and genetic (PCOA axes) data.

Lorenzo Tancioni (115111)
Tommaso Russo (397627)
Stefano Cataudella (284501)
Valentina Milana (397628)
Anne Kathrin Hett (397629)
Elisa Corsi (397630)
Anna Rita Rossi (397631)

April 2013

Splines show shapes relative to the extremes of the y-axes. Specimen Ss22 and Sl14 are indicated ...

Two-block partial least squares plots.

Juan Antonio Pérez-Claros (770258)
Juan Manuel Jiménez-Arenas (770259)
Paul Palmqvist (509576)

July 2015

Non-pooled (A) and pooled within species (B) 2B-PLS plots of the face vs. the neurocranium...

Principal component analyses.

Christine Mayer (24730)
Brian D. Metscher (673853)
Gerd B. Müller (673854)
Philipp Mitteroecker (163098)

December 2014

Principal component analyses of (A) fin shape and (B) cell density, as well as (C) a joint ordina...

A scatterplot of the first and second PC axes from principal component analysis (PCA) of the shape data in Siwalik murines.

Yuri Kimura (440862)
Louis L. Jacobs (352394)
Lawrence J. Flynn (440865)

October 2013

All individuals on <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0076070#...

Score plot of the PLS-DA model showing the four clusters.

Emmanuel Bäckryd (4840350)
Elisabeth B. Persson (4840356)
Annelie Inghilesi Larsson (4840353)
Marcelo Rivano Fischer (4840347)
Björn Gerdle (291780)

February 2018

Each dot represents a patient. The two axes–i.e., scores t[<a href="http://www.plosone.org/articl...

Use of Two-Block Partial Least-Squares to Study Covariation in Shape

F. James
Rohlf
Marco Corti

March 2015

Abstract.—The relatively new two-block partial least-squares method for analyzing the covariance bet...

Ordination (PCA) and clusters of mtDNA sequence (A), nDNA SNP (B), phenotypic (C), and climatic (D) datasets in geographic space, (E,F,G,H, respectively).

Jesse M. Meik (252270)
Jeffrey W. Streicher (184504)
A. Michelle Lawing (194036)
Oscar Flores-Villela (260763)
Matthew K. Fujita (123478)

June 2015

Clusters are based on PC axes that explained > 5% of total variation for each analysis (excluding...

Biplot of the first two canonical axes showing species and growth types.

David B. Lindenmayer (101857)
Amanda R. Northrop-Mackie (172695)
Rebecca Montague-Drake (172698)
Mason Crane (172705)
Damian Michael (172710)
Sachiko Okada (172717)
Philip Gibbons (120631)

April 2012

Distances between species approximate the chi-squared distance between species distributions (see...

Morphometric differentiation among species of the Brookesia minima group.

Frank Glaw (139558)
Jörn Köhler (184680)
Ted M. Townsend (184686)
Miguel Vences (35733)

February 2012

The two left graphs are scatterplots of the first two factors of Principal Component Analyses of ...

Scatter plot with correlation between relative node height and nodal support for the three phylogenetic analyses.

Andrea Luchetti (183589)
Barbara Mantovani (381805)

February 2013

Circles: ME; squares: ML; triangles: BI. Solid line indicates correlation for ME (Pearson r = −0....

Minimal spanning tree of the strains as shown in Figures 1 and 2 using the same color code.

Julia M. Riehm (182476)
Gilles Vergnaud (2639)
Daniel Kiefer (182479)
Tserennorov Damdindorj (182481)
Otgonbaatar Dashdavaa (182484)
Tungalag Khurelsukh (182486)
Lothar Zöller (182489)
Roman Wölfel (182492)
Philippe Le Flèche (18361)
Holger C. Scholz (182494)

February 2012

The figure is based on the same data set as <a href="http://www.plosone.org/article/info:doi/10.1...

Bivariate scatterplots of radius, metacarpus, femur and metatarsus indicating size and robustness of the Tulln specimen by greatest length (GL) and smallest diameter of the shaft (SD) in comparison to data obtained from Steiger [17].

Alfred Galik (578019)
Elmira Mohandesan (715707)
Gerhard Forstenpointner (715708)
Ute Maria Scholz (715709)
Emily Ruiz (715710)
Martin Krenn (715711)
Pamela Burger (715712)

April 2015

Bivariate scatterplots of radius, metacarpus, femur and metatarsus indicating size and robustness...

Log–Log Plots of Cluster Size Distributions

Shibu Yooseph (38227)
Granger Sutton (38234)
Douglas B Rusch (273559)
Aaron L Halpern (79035)
Shannon J Williamson (273561)
Karin Remington (273562)
Jonathan A Eisen (187)
Karla B Heidelberg (273563)
Gerard Manning (143099)
Weizhong Li (10010)
Lukasz Jaroszewski (4284)
Piotr Cieplak (103772)
Christopher S Miller (273566)
Huiying Li (117255)
Susan T Mashiyama (273569)
Marcin P Joachimiak (1409)
Christopher van Belle (273573)
John-Marc Chandonia (7981)
David A Soergel (273578)
Yufeng Zhai (273583)
Kannan Natarajan (273586)
Shaun Lee (273591)
Benjamin J Raphael (16052)
Vineet Bafna (44575)
Robert Friedman (273596)
Steven E Brenner (435)
Adam Godzik (4285)
David Eisenberg (2080)
Jack E Dixon (273599)
Susan S Taylor (41304)
Robert L Strausberg (3112)
Marvin Frazier (38235)
J. Craig Venter (38236)

February 2013

<div>The x-axis is logarithm of the cluster size X and the y-a...

Principal axes of shape variation for the mixed-species data.

Benjamin J. Pomidor (1369995)
Jana Makedonska (124107)
Dennis E. Slice (426123)

March 2016

Top shows the axis of greatest (I) and second greatest (II) variance (see <a href="http://www.plo...

Scatterplots and fitted LOWESS splines for relationship between average number of alleles per locus (left column) and observed heterozygosity (right column) with focal mean landscape resistance within a 10km radius (top row), cumulative density of least cost paths (middle row), and cumulative resistant kernel density (bottom row).

Ewan A. Macdonald (5742428)
Samuel A. Cushman (645632)
Erin L. Landguth (2512732)
Andrew J. Hearn (251714)
Yadvinder Malhi (443766)
David W. Macdonald (154641)

September 2018

Scatterplots and fitted LOWESS splines for relationship between average number of alleles per locus ...

Scatterplot representing the pattern obtained by partial least square (PLS) analysis of shape (GM) and genetic (PCOA axes) data.

Lorenzo Tancioni (115111)
Tommaso Russo (397627)
Stefano Cataudella (284501)
Valentina Milana (397628)
Anne Kathrin Hett (397629)
Elisa Corsi (397630)
Anna Rita Rossi (397631)

April 2013

Splines show shapes relative to the extremes of the y-axes. Specimen Ss22 and Sl14 are indicated ...

Two-block partial least squares plots.

Juan Antonio Pérez-Claros (770258)
Juan Manuel Jiménez-Arenas (770259)
Paul Palmqvist (509576)

July 2015

Non-pooled (A) and pooled within species (B) 2B-PLS plots of the face vs. the neurocranium...

Principal component analyses.

Christine Mayer (24730)
Brian D. Metscher (673853)
Gerd B. Müller (673854)
Philipp Mitteroecker (163098)

December 2014

Principal component analyses of (A) fin shape and (B) cell density, as well as (C) a joint ordina...

A scatterplot of the first and second PC axes from principal component analysis (PCA) of the shape data in Siwalik murines.

Yuri Kimura (440862)
Louis L. Jacobs (352394)
Lawrence J. Flynn (440865)

October 2013

All individuals on <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0076070#...

Score plot of the PLS-DA model showing the four clusters.

Emmanuel Bäckryd (4840350)
Elisabeth B. Persson (4840356)
Annelie Inghilesi Larsson (4840353)
Marcelo Rivano Fischer (4840347)
Björn Gerdle (291780)

February 2018

Each dot represents a patient. The two axes–i.e., scores t[<a href="http://www.plosone.org/articl...

Use of Two-Block Partial Least-Squares to Study Covariation in Shape

F. James
Rohlf
Marco Corti

March 2015

Abstract.—The relatively new two-block partial least-squares method for analyzing the covariance bet...

Ordination (PCA) and clusters of mtDNA sequence (A), nDNA SNP (B), phenotypic (C), and climatic (D) datasets in geographic space, (E,F,G,H, respectively).

Jesse M. Meik (252270)
Jeffrey W. Streicher (184504)
A. Michelle Lawing (194036)
Oscar Flores-Villela (260763)
Matthew K. Fujita (123478)

June 2015

Clusters are based on PC axes that explained > 5% of total variation for each analysis (excluding...

Biplot of the first two canonical axes showing species and growth types.

David B. Lindenmayer (101857)
Amanda R. Northrop-Mackie (172695)
Rebecca Montague-Drake (172698)
Mason Crane (172705)
Damian Michael (172710)
Sachiko Okada (172717)
Philip Gibbons (120631)

April 2012

Distances between species approximate the chi-squared distance between species distributions (see...

Morphometric differentiation among species of the Brookesia minima group.

Frank Glaw (139558)
Jörn Köhler (184680)
Ted M. Townsend (184686)
Miguel Vences (35733)

February 2012

The two left graphs are scatterplots of the first two factors of Principal Component Analyses of ...

Scatter plot with correlation between relative node height and nodal support for the three phylogenetic analyses.

Andrea Luchetti (183589)
Barbara Mantovani (381805)

February 2013

Circles: ME; squares: ML; triangles: BI. Solid line indicates correlation for ME (Pearson r = −0....

Minimal spanning tree of the strains as shown in Figures 1 and 2 using the same color code.

Julia M. Riehm (182476)
Gilles Vergnaud (2639)
Daniel Kiefer (182479)
Tserennorov Damdindorj (182481)
Otgonbaatar Dashdavaa (182484)
Tungalag Khurelsukh (182486)
Lothar Zöller (182489)
Roman Wölfel (182492)
Philippe Le Flèche (18361)
Holger C. Scholz (182494)

February 2012

The figure is based on the same data set as <a href="http://www.plosone.org/article/info:doi/10.1...

Bivariate scatterplots of radius, metacarpus, femur and metatarsus indicating size and robustness of the Tulln specimen by greatest length (GL) and smallest diameter of the shaft (SD) in comparison to data obtained from Steiger [17].

Alfred Galik (578019)
Elmira Mohandesan (715707)
Gerhard Forstenpointner (715708)
Ute Maria Scholz (715709)
Emily Ruiz (715710)
Martin Krenn (715711)
Pamela Burger (715712)

April 2015

Bivariate scatterplots of radius, metacarpus, femur and metatarsus indicating size and robustness...

Log–Log Plots of Cluster Size Distributions

Shibu Yooseph (38227)
Granger Sutton (38234)
Douglas B Rusch (273559)
Aaron L Halpern (79035)
Shannon J Williamson (273561)
Karin Remington (273562)
Jonathan A Eisen (187)
Karla B Heidelberg (273563)
Gerard Manning (143099)
Weizhong Li (10010)
Lukasz Jaroszewski (4284)
Piotr Cieplak (103772)
Christopher S Miller (273566)
Huiying Li (117255)
Susan T Mashiyama (273569)
Marcin P Joachimiak (1409)
Christopher van Belle (273573)
John-Marc Chandonia (7981)
David A Soergel (273578)
Yufeng Zhai (273583)
Kannan Natarajan (273586)
Shaun Lee (273591)
Benjamin J Raphael (16052)
Vineet Bafna (44575)
Robert Friedman (273596)
Steven E Brenner (435)
Adam Godzik (4285)
David Eisenberg (2080)
Jack E Dixon (273599)
Susan S Taylor (41304)
Robert L Strausberg (3112)
Marvin Frazier (38235)
J. Craig Venter (38236)

February 2013

<div>The x-axis is logarithm of the cluster size X and the y-a...

Principal axes of shape variation for the mixed-species data.

Benjamin J. Pomidor (1369995)
Jana Makedonska (124107)
Dennis E. Slice (426123)

March 2016

Top shows the axis of greatest (I) and second greatest (II) variance (see <a href="http://www.plo...

Scatterplots and fitted LOWESS splines for relationship between average number of alleles per locus (left column) and observed heterozygosity (right column) with focal mean landscape resistance within a 10km radius (top row), cumulative density of least cost paths (middle row), and cumulative resistant kernel density (bottom row).

Ewan A. Macdonald (5742428)
Samuel A. Cushman (645632)
Erin L. Landguth (2512732)
Andrew J. Hearn (251714)
Yadvinder Malhi (443766)
David W. Macdonald (154641)

September 2018

Scatterplots and fitted LOWESS splines for relationship between average number of alleles per locus ...

Scatterplots of the single pair of PLS axes (PLS1) from two-block partial least-square analyses.

Abstract

Extracted data

Scatterplots of the single pair of PLS axes (PLS1) from two-block partial least-square analyses.

Abstract

Extracted data

Related items

Related items