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Sample sizes for complete observations with the two variable subsets in the three data sets.

Alan A. Cohen (143965)
Emmanuel Milot (701088)
Qing Li (84975)
Patrick Bergeron (701089)
Roxane Poirier (701090)
Francis Dusseault-Bélanger (701091)
Tamàs Fülöp (55704)
Maxime Leroux (701092)
Véronique Legault (701093)
E. Jeffrey Metter (258226)
Linda P. Fried (247575)
Luigi Ferrucci (150038)

Publication date

March 2015

DOI

10.1371/journal.pone.0116489.t002

Abstract

<p>Sample sizes for complete observations with the two variable subsets in the three data sets.</p

Extracted data

Related items

Results of illustration of sample size for two samples based on differences in means.

Mahmoud Elkasabi (6733652)
Z. Tuba Suzer-Gurtekin (5432879)
Yuxuan Chen (1511149)

September 2023

Results of illustration of sample size for two samples based on differences in means.</p

The replication efficiencies obtained for different data sets used in the study.

Mithun Padmakumar (4781754)
Keith L. Brain (190706)
John S. Young (88531)
Rohit Manchanda (4781751)

January 2018

<p>The replication efficiencies obtained for different data sets used in the study.</p

Sample sizes for each cancer.

Li-Pang Chen (9747423)

September 2022

The first row with contains sample sizes of the training data in cancer labels; the second row with...

Sample Sizes for Each Variable and Combinations of Variables in the Study, for Applicants Who Enrolled.

A. Susan M. Niessen (2609842)
Rob R. Meijer (761294)
Jorge N. Tendeiro (2609845)

April 2016

<p>Sample Sizes for Each Variable and Combinations of Variables in the Study, for Applicants Who Enr...

Sample sizes for the different dependent measures for each ambience group.

Andre Kuijsters (772555)
Judith Redi (772556)
Boris de Ruyter (772557)
Ingrid Heynderickx (480897)

July 2015

<p>Sample sizes for the different dependent measures for each ambience group.</p

Sample sizes for different clinical outcomes based on input and prediction score.

Hongyi Dammu (14341487)
Thomas Ren (14341490)
Tim Q. Duong (9179067)

January 2023

Sample sizes for different clinical outcomes based on input and prediction score.</p

Means, standard deviations, and sample sizes for all measures in Experiment 1 and Experiment 2.

Shannon Ross-Sheehy (13813326)
Bret Eschman (11984648)
Esther E. Reynolds (13813329)

September 2022

Means, standard deviations, and sample sizes for all measures in Experiment 1 and Experiment 2.</p

Final sizes of the 5 main datasets used and their associated sub-datasets.

Carina Salt (4413646)
Penelope J. Morris (644264)
Alexander J. German (333194)
Derek Wilson (4413649)
Elizabeth M. Lund (4413643)
Tim J. Cole (112581)
Richard F. Butterwick (644265)

September 2017

<p>Final sizes of the 5 main datasets used and their associated sub-datasets.</p

Sample size and characteristics of the discovery and replication datasets.

April 2013

<p>Sample size and characteristics of the discovery and replication datasets.</p

Estimated population sizes () of the four locations over the three sampling years.

Stephanie L. Greene (615843)
Theodore J. Kisha (615844)
Long-Xi Yu (511921)
Mauricio Parra-Quijano (615845)

August 2014

<p>Estimated population sizes () of the four locations over the three sampling years.</p

Sample sizes and total numbers of species recorded within land-use classes.

Irene Martín-Forés (4060507)
Greg R. Guerin (843943)
Andrew J. Lowe (529004)

June 2017

<p>Sample sizes and total numbers of species recorded within land-use classes.</p

Number of items, sample items, and reliability indicators for both samples of all study variables.

Carolin Schwab (13919153)
Anne C. Frenzel (7488371)
Martin Daumiller (5535572)
Markus Dresel (9218642)
Oliver Dickhäuser (9218648)
Stefan Janke (3925475)
Anton K. G. Marx (9606889)

October 2022

Number of items, sample items, and reliability indicators for both samples of all study variables.</...

Illustration of sample size for two samples based on differences in proportions.

Mahmoud Elkasabi (6733652)
Z. Tuba Suzer-Gurtekin (5432879)
Yuxuan Chen (1511149)

September 2023

Illustration of sample size for two samples based on differences in proportions.</p

Sample size calculations for behavioural and histological based outcome measures.

Sarah S. J. Rewell (3737317)
Leonid Churilov (810765)
T. Kate Sidon (3737323)
Elena Aleksoska (3737320)
Susan F. Cox (3737314)
Malcolm R. Macleod (250983)
David W. Howells (250980)

February 2017

<p>Sample size calculations for behavioural and histological based outcome measures.</p

Sample sizes (<i>n</i>) for objective 1 (time series analysis of spatial distribution) and objective 2 (relative importance of predictor variables on spatial distribution).

Charles F. Adams (5146427)
Larry A. Alade (5146436)
Christopher M. Legault (5146433)
Loretta O’Brien (5146430)
Michael C. Palmer (5146439)
Katherine A. Sosebee (5146445)
Michele L. Traver (5146442)

April 2018

<p>Sample sizes (<i>n</i>) for objective 1 (time series analysis of spatial distribution) and object...

Results of illustration of sample size for two samples based on differences in means.

Mahmoud Elkasabi (6733652)
Z. Tuba Suzer-Gurtekin (5432879)
Yuxuan Chen (1511149)

September 2023

Results of illustration of sample size for two samples based on differences in means.</p

The replication efficiencies obtained for different data sets used in the study.

Mithun Padmakumar (4781754)
Keith L. Brain (190706)
John S. Young (88531)
Rohit Manchanda (4781751)

January 2018

<p>The replication efficiencies obtained for different data sets used in the study.</p

Sample sizes for each cancer.

Li-Pang Chen (9747423)

September 2022

The first row with contains sample sizes of the training data in cancer labels; the second row with...

Sample Sizes for Each Variable and Combinations of Variables in the Study, for Applicants Who Enrolled.

A. Susan M. Niessen (2609842)
Rob R. Meijer (761294)
Jorge N. Tendeiro (2609845)

April 2016

<p>Sample Sizes for Each Variable and Combinations of Variables in the Study, for Applicants Who Enr...

Sample sizes for the different dependent measures for each ambience group.

Andre Kuijsters (772555)
Judith Redi (772556)
Boris de Ruyter (772557)
Ingrid Heynderickx (480897)

July 2015

<p>Sample sizes for the different dependent measures for each ambience group.</p

Sample sizes for different clinical outcomes based on input and prediction score.

Hongyi Dammu (14341487)
Thomas Ren (14341490)
Tim Q. Duong (9179067)

January 2023

Sample sizes for different clinical outcomes based on input and prediction score.</p

Means, standard deviations, and sample sizes for all measures in Experiment 1 and Experiment 2.

Shannon Ross-Sheehy (13813326)
Bret Eschman (11984648)
Esther E. Reynolds (13813329)

September 2022

Means, standard deviations, and sample sizes for all measures in Experiment 1 and Experiment 2.</p

Final sizes of the 5 main datasets used and their associated sub-datasets.

Carina Salt (4413646)
Penelope J. Morris (644264)
Alexander J. German (333194)
Derek Wilson (4413649)
Elizabeth M. Lund (4413643)
Tim J. Cole (112581)
Richard F. Butterwick (644265)

September 2017

<p>Final sizes of the 5 main datasets used and their associated sub-datasets.</p

Sample size and characteristics of the discovery and replication datasets.

April 2013

<p>Sample size and characteristics of the discovery and replication datasets.</p

Estimated population sizes () of the four locations over the three sampling years.

Stephanie L. Greene (615843)
Theodore J. Kisha (615844)
Long-Xi Yu (511921)
Mauricio Parra-Quijano (615845)

August 2014

<p>Estimated population sizes () of the four locations over the three sampling years.</p

Sample sizes and total numbers of species recorded within land-use classes.

Irene Martín-Forés (4060507)
Greg R. Guerin (843943)
Andrew J. Lowe (529004)

June 2017

<p>Sample sizes and total numbers of species recorded within land-use classes.</p

Number of items, sample items, and reliability indicators for both samples of all study variables.

Carolin Schwab (13919153)
Anne C. Frenzel (7488371)
Martin Daumiller (5535572)
Markus Dresel (9218642)
Oliver Dickhäuser (9218648)
Stefan Janke (3925475)
Anton K. G. Marx (9606889)

October 2022

Number of items, sample items, and reliability indicators for both samples of all study variables.</...

Illustration of sample size for two samples based on differences in proportions.

Mahmoud Elkasabi (6733652)
Z. Tuba Suzer-Gurtekin (5432879)
Yuxuan Chen (1511149)

September 2023

Illustration of sample size for two samples based on differences in proportions.</p

Sample size calculations for behavioural and histological based outcome measures.

Sarah S. J. Rewell (3737317)
Leonid Churilov (810765)
T. Kate Sidon (3737323)
Elena Aleksoska (3737320)
Susan F. Cox (3737314)
Malcolm R. Macleod (250983)
David W. Howells (250980)

February 2017

<p>Sample size calculations for behavioural and histological based outcome measures.</p

Sample sizes (<i>n</i>) for objective 1 (time series analysis of spatial distribution) and objective 2 (relative importance of predictor variables on spatial distribution).

Charles F. Adams (5146427)
Larry A. Alade (5146436)
Christopher M. Legault (5146433)
Loretta O’Brien (5146430)
Michael C. Palmer (5146439)
Katherine A. Sosebee (5146445)
Michele L. Traver (5146442)

April 2018

<p>Sample sizes (<i>n</i>) for objective 1 (time series analysis of spatial distribution) and object...

Results of illustration of sample size for two samples based on differences in means.

Mahmoud Elkasabi (6733652)
Z. Tuba Suzer-Gurtekin (5432879)
Yuxuan Chen (1511149)

September 2023

Results of illustration of sample size for two samples based on differences in means.</p

The replication efficiencies obtained for different data sets used in the study.

Mithun Padmakumar (4781754)
Keith L. Brain (190706)
John S. Young (88531)
Rohit Manchanda (4781751)

January 2018

<p>The replication efficiencies obtained for different data sets used in the study.</p

Sample sizes for each cancer.

Li-Pang Chen (9747423)

September 2022

The first row with contains sample sizes of the training data in cancer labels; the second row with...