Distribution of parameters estimated from 10,000 bootstrapped data sets using the 2-parameter model for D. simulans and D. sechellia.

The definitions, values and dimensions of model parametersa.

Peter H. F. Hobbelen (298146)
Neil D. Paveley (541219)
Frank van den Bosch (101969)

March 2014

aParameter values were taken from <a href="http://www.plosone.org/article/info:doi/10.1371/journa...

Summary of the species selected for distribution modelling, the number of records available for each (after sampling bias was reduced) and the predictor variables were selected for each.

Rebecca Upson (3361301)
Jennifer J. Williams (2195239)
Tim P. Wilkinson (3361298)
Colin P. Clubbe (3361295)
Ilya M. D. Maclean (817599)
Jim H. McAdam (3361304)
Justin F. Moat (781062)

November 2016

Summary of the species selected for distribution modelling, the number of records available for e...

Description of parameters and values used in the model simulations to obtain Figs 2–6.

Willian T. A. F. Silva (5497496)

July 2018

Description of parameters and values used in the model simulations to obtain Figs <a href="http:/...

Distribution of parameters estimated from 10,000 bootstrapped data sets using the 4-parameter model for D. simulans and D. sechellia.

Shannon R. McDermott (25946)
Richard M. Kliman (25947)

February 2013

See <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0002442#pone-0002442-g0...

Distribution of parameters estimated from 10,000 bootstrapped data sets using the 4-parameter model for D. simulans and D. mauritiana.

Shannon R. McDermott (25946)
Richard M. Kliman (25947)

February 2013

See <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0002442#pone-0002442-g0...

Distribution of parameters estimated from 10,000 bootstrapped data sets using the 2-parameter model for D. simulans and D. mauritiana.

Shannon R. McDermott (25946)
Richard M. Kliman (25947)

February 2013

Shown are distributions using θ̂π as the estimate of D. simulans polymorphism. ...

Distribution of eukaryotic species according to their expected GC-content background.

Didier Jollivet (184148)
Jean Mary (184149)
Nicolas Gagnière (184152)
Arnaud Tanguy (184155)
Eric Fontanillas (118365)
Isabelle Boutet (184158)
Stéphane Hourdez (83643)
Béatrice Segurens (5649544)
Jean Weissenbach (8107)
Olivier Poch (13951)
Odile Lecompte (13953)

February 2012

(A) Linear regression and confidence interval (99%) of GARP and FYMINK residues and (B) relations...

Selected parameter sets used in model simulations of Dl gradient for three different Drosophila species, D. busckii, D. simulans and D. sechellia.

Priscilla Ambrosi (622665)
Juan Sebastian Chahda (622666)
Hannah R. Koslen (622667)
Hillel J. Chiel (622668)
Claudia Mieko Mizutani (65545)

August 2014

Bold numbers indicate modified values in relation to D. melanogaster. Abbreviations: bu...

Parameters used for disease spread simulation.

Aurélien Madouasse (457606)
Alexis Marceau (457607)
Anne Lehébel (457608)
Henriëtte Brouwer-Middelesch (457609)
Gerdien van Schaik (457610)
Yves Van der Stede (457611)
Christine Fourichon (457612)

September 2013

See <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0073726#pone-0073726-g0...

Parameters for best fits of equation 2 to the data in Figure 2, and ratios of those parameters across observers (bold).

Daniel H. Baker (327642)

July 2013

Standard deviations of the bootstrapped parameter values are also given based refitting the model...

Distribution of the parameter values of the phylodynamic model simulations.

Maude Jacquot (522172)
Mathieu Gonnet (104259)
Elisabeth Ferquel (36317)
David Abrial (142678)
Alexandre Claude (550264)
Patrick Gasqui (278621)
Valérie Choumet (36323)
Myriam Charras-Garrido (550265)
Martine Garnier (236590)
Benjamin Faure (550266)
Natacha Sertour (236587)
Nelly Dorr (550267)
Jocelyn De Goër (550268)
Gwenaël Vourc'h (522174)
Xavier Bailly (335858)

April 2014

The values of the parameters of interest for the simulations we selected (based on their similari...

Model parameters for the studied disease subtypes.

Ekaterina Kotelnikova (16300)
Narsis A. Kiani (4537159)
Elena Abad (4537156)
Elena H. Martinez-Lapiscina (4537153)
Magi Andorra (4537150)
Irati Zubizarreta (690905)
Irene Pulido-Valdeolivas (607517)
Inna Pertsovskaya (4537162)
Leonidas G. Alexopoulos (115324)
Tomas Olsson (150960)
Roland Martin (56671)
Friedemann Paul (25657)
Jesper Tegnér (43426)
Jordi Garcia-Ojalvo (3106212)
Pablo Villoslada (5424)

October 2017

Parameter distribution for the different disease subtypes were analyzed through pairwise Wilcoxon...

Parameter estimates for the fit of seven distributions to the phenotypic potential data from Saccharomyces cerevisiae.

John H. Graham (27128)
Daniel T. Robb (123163)
Amy R. Poe (123165)

November 2012

DPLN is the double Pareto-lognormal distribution. RPLN is the right Pareto-lognormal distribution...

Density distributions for sampled parameter values in the mixing model.

Ryan P. Kelly (255075)
Jesse A. Port (124035)
Kevan M. Yamahara (509322)
Larry B. Crowder (234013)

January 2014

Shaded areas represent 5×104 model results constituting the 99th percentile of goodnes...

Comparison of parameter estimates obtained from different datasets.

Sanket Rane (5088665)
Thea Hogan (631181)
Benedict Seddon (170494)
Andrew J. Yates (195608)

April 2018

95% CIs are shown in parentheses. See <a href="http://www.plosbiology.org/article/info:doi/10.137...

The definitions, values and dimensions of model parametersa.

Peter H. F. Hobbelen (298146)
Neil D. Paveley (541219)
Frank van den Bosch (101969)

March 2014

aParameter values were taken from <a href="http://www.plosone.org/article/info:doi/10.1371/journa...

Summary of the species selected for distribution modelling, the number of records available for each (after sampling bias was reduced) and the predictor variables were selected for each.

Rebecca Upson (3361301)
Jennifer J. Williams (2195239)
Tim P. Wilkinson (3361298)
Colin P. Clubbe (3361295)
Ilya M. D. Maclean (817599)
Jim H. McAdam (3361304)
Justin F. Moat (781062)

November 2016

Summary of the species selected for distribution modelling, the number of records available for e...

Description of parameters and values used in the model simulations to obtain Figs 2–6.

Willian T. A. F. Silva (5497496)

July 2018

Description of parameters and values used in the model simulations to obtain Figs <a href="http:/...

Distribution of parameters estimated from 10,000 bootstrapped data sets using the 4-parameter model for D. simulans and D. sechellia.

Shannon R. McDermott (25946)
Richard M. Kliman (25947)

February 2013

See <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0002442#pone-0002442-g0...

Distribution of parameters estimated from 10,000 bootstrapped data sets using the 4-parameter model for D. simulans and D. mauritiana.

Shannon R. McDermott (25946)
Richard M. Kliman (25947)

February 2013

See <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0002442#pone-0002442-g0...

Distribution of parameters estimated from 10,000 bootstrapped data sets using the 2-parameter model for D. simulans and D. mauritiana.

Shannon R. McDermott (25946)
Richard M. Kliman (25947)

February 2013

Shown are distributions using θ̂π as the estimate of D. simulans polymorphism. ...

Distribution of eukaryotic species according to their expected GC-content background.

Didier Jollivet (184148)
Jean Mary (184149)
Nicolas Gagnière (184152)
Arnaud Tanguy (184155)
Eric Fontanillas (118365)
Isabelle Boutet (184158)
Stéphane Hourdez (83643)
Béatrice Segurens (5649544)
Jean Weissenbach (8107)
Olivier Poch (13951)
Odile Lecompte (13953)

February 2012

(A) Linear regression and confidence interval (99%) of GARP and FYMINK residues and (B) relations...

Selected parameter sets used in model simulations of Dl gradient for three different Drosophila species, D. busckii, D. simulans and D. sechellia.

Priscilla Ambrosi (622665)
Juan Sebastian Chahda (622666)
Hannah R. Koslen (622667)
Hillel J. Chiel (622668)
Claudia Mieko Mizutani (65545)

August 2014

Bold numbers indicate modified values in relation to D. melanogaster. Abbreviations: bu...

Parameters used for disease spread simulation.

Aurélien Madouasse (457606)
Alexis Marceau (457607)
Anne Lehébel (457608)
Henriëtte Brouwer-Middelesch (457609)
Gerdien van Schaik (457610)
Yves Van der Stede (457611)
Christine Fourichon (457612)

September 2013

See <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0073726#pone-0073726-g0...

Parameters for best fits of equation 2 to the data in Figure 2, and ratios of those parameters across observers (bold).

Daniel H. Baker (327642)

July 2013

Standard deviations of the bootstrapped parameter values are also given based refitting the model...

Distribution of the parameter values of the phylodynamic model simulations.

Maude Jacquot (522172)
Mathieu Gonnet (104259)
Elisabeth Ferquel (36317)
David Abrial (142678)
Alexandre Claude (550264)
Patrick Gasqui (278621)
Valérie Choumet (36323)
Myriam Charras-Garrido (550265)
Martine Garnier (236590)
Benjamin Faure (550266)
Natacha Sertour (236587)
Nelly Dorr (550267)
Jocelyn De Goër (550268)
Gwenaël Vourc'h (522174)
Xavier Bailly (335858)

April 2014

The values of the parameters of interest for the simulations we selected (based on their similari...

Model parameters for the studied disease subtypes.

Ekaterina Kotelnikova (16300)
Narsis A. Kiani (4537159)
Elena Abad (4537156)
Elena H. Martinez-Lapiscina (4537153)
Magi Andorra (4537150)
Irati Zubizarreta (690905)
Irene Pulido-Valdeolivas (607517)
Inna Pertsovskaya (4537162)
Leonidas G. Alexopoulos (115324)
Tomas Olsson (150960)
Roland Martin (56671)
Friedemann Paul (25657)
Jesper Tegnér (43426)
Jordi Garcia-Ojalvo (3106212)
Pablo Villoslada (5424)

October 2017

Parameter distribution for the different disease subtypes were analyzed through pairwise Wilcoxon...

Parameter estimates for the fit of seven distributions to the phenotypic potential data from Saccharomyces cerevisiae.

John H. Graham (27128)
Daniel T. Robb (123163)
Amy R. Poe (123165)

November 2012

DPLN is the double Pareto-lognormal distribution. RPLN is the right Pareto-lognormal distribution...

Density distributions for sampled parameter values in the mixing model.

Ryan P. Kelly (255075)
Jesse A. Port (124035)
Kevan M. Yamahara (509322)
Larry B. Crowder (234013)

January 2014

Shaded areas represent 5×104 model results constituting the 99th percentile of goodnes...

Comparison of parameter estimates obtained from different datasets.

Sanket Rane (5088665)
Thea Hogan (631181)
Benedict Seddon (170494)
Andrew J. Yates (195608)

April 2018

95% CIs are shown in parentheses. See <a href="http://www.plosbiology.org/article/info:doi/10.137...

The definitions, values and dimensions of model parametersa.

Peter H. F. Hobbelen (298146)
Neil D. Paveley (541219)
Frank van den Bosch (101969)

March 2014

aParameter values were taken from <a href="http://www.plosone.org/article/info:doi/10.1371/journa...

Summary of the species selected for distribution modelling, the number of records available for each (after sampling bias was reduced) and the predictor variables were selected for each.

Rebecca Upson (3361301)
Jennifer J. Williams (2195239)
Tim P. Wilkinson (3361298)
Colin P. Clubbe (3361295)
Ilya M. D. Maclean (817599)
Jim H. McAdam (3361304)
Justin F. Moat (781062)

November 2016

Summary of the species selected for distribution modelling, the number of records available for e...

Description of parameters and values used in the model simulations to obtain Figs 2–6.

Willian T. A. F. Silva (5497496)

July 2018

Description of parameters and values used in the model simulations to obtain Figs <a href="http:/...

Distribution of parameters estimated from 10,000 bootstrapped data sets using the 2-parameter model for <i>D. simulans</i> and <i>D. sechellia</i>.

Abstract

Extracted data

Distribution of parameters estimated from 10,000 bootstrapped data sets using the 2-parameter model for <i>D. simulans</i> and <i>D. sechellia</i>.

Abstract

Extracted data

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