Appendix H. Tables showing the results of the variance partitioning and partial Mantel correlations between macroinvertebrate community dissimilarity and three different distance models for actively and passively dispersing macroinvertebrates.

Appendix D. Linear regression model results of Anthocoridae-days (Anth) and exotic Coccinellidae-days (Ecocc) with area- and distance-weighted flux (Fluxad) and effective conductance (Conduct) at different threshold distances with different dispersal probability cutoffs.

Insu Koh (2909537)
Helen I. Rowe (2909540)
Jeffrey D. Holland (2909534)

August 2016

Linear regression model results of Anthocoridae-days (Anth) and exotic Coccinellidae-days (Ecocc) wi...

Appendix D. Comparison of the ability of three different metrics of even trait spacing to distinguish between alternative models of community assembly.

Nathan J. B. Kraft (444622)
David D. Ackerly (89663)

August 2016

Comparison of the ability of three different metrics of even trait spacing to distinguish between al...

Appendix E. The correlation (and associated P value) between planthopper and spider density in each of three planthopper generations.

James T. Cronin (212615)
Kyle J. Haynes (2912939)
Forrest Dillemuth (2913200)

August 2016

The correlation (and associated P value) between planthopper and spider density in each of three pla...

Appendix J. Tables showing the results of the variance partitioning and partial Mantel correlations between macroinvertebrate community dissimilarity and three different distance models for active dispersers with short (<1 yr) and long (>1 yr) generation time.

Frank Van de Meutter (2915348)
Luc De Meester (221969)
Robby Stoks (229040)

August 2016

Tables showing the results of the variance partitioning and partial Mantel correlations between macr...

Appendix I. Tables showing the results of the variance partitioning and partial Mantel correlations between macroinvertebrate community dissimilarity and three different distance models for invertebrates with short (<1 yr) and long (>1 yr) generation time.

Frank Van de Meutter (2915348)
Luc De Meester (221969)
Robby Stoks (229040)

August 2016

Tables showing the results of the variance partitioning and partial Mantel correlations between macr...

Appendix C. Select partial Mantel tests showing correlations among community dissimilarity (1–J, full suite of species), distance, and environmental factors, accounting for the variation in an additional given factor.

Amy L. Freestone (443073)
Brian D. Inouye (258785)

August 2016

Select partial Mantel tests showing correlations among community dissimilarity (1–J, full suite of s...

Appendix D. Correlation coefficients (r) between invertebrate community characteristics and lichen traits.

Stef Bokhorst (40342)
Johan Asplund (120682)
Paul Kardol (140646)
David A. Wardle (120689)

August 2016

Correlation coefficients (r) between invertebrate community characteristics and lichen traits

Appendix G. Linear mixed effects model summary statistics for the loge-transformed mean zooplankton community body size.

Pavel Kratina (702924)
Hamish S. Greig (2919053)
Patrick L. Thompson (693416)
Ticiana S. A. Carvalho-Pereira (2576797)
Jonathan B. Shurin (265901)

August 2016

Linear mixed effects model summary statistics for the loge-transformed mean zooplankton community bo...

Appendix F. A table of statistical tests for the effect of patch size, isolation, and planthopper abundance on planthopper distributions over five generations.

James T. Cronin (212615)

August 2016

A table of statistical tests for the effect of patch size, isolation, and planthopper abundance on p...

Appendix B. Relative frequencies distributions of species richness–altitude SRA relationships observed in different taxa and in different climatic and biogeographic regions.

Victoria Werenkraut (709129)
Adriana Ruggiero (2922735)

August 2016

Relative frequencies distributions of species richness–altitude SRA relationships observed in differ...

Appendix I - additional specification on joint species distribution model and output from Do priority effects outweigh environmental filtering in a guild of dominant freshwater macroinvertebrates?

Chelsea J. Little (2926767)
Florian Altermatt (82469)

March 2018

Abiotic conditions have long been considered essential in structuring freshwater macroinvertebrate c...

Appendix for: Caradima, Schuwirth, Reichert, 2019. From individual to joint species distribution models: a comparison of model complexity and predictive performance

Caradima, Bogdan
Schuwirth, Nele
Reichert, Peter

May 2019

Aim: Species distribution models (SDMs) are widely used to study geographic distributions of taxa in...

Appendix E. A supplementary discussion on differences in predictability between arthropod assemblages.

André P. Schaffers (2913065)
Ivo P. Raemakers (2915834)
Karlè V. Sýkora (2915831)
Cajo J. F. ter Braak (252555)

August 2016

A supplementary discussion on differences in predictability between arthropod assemblages

Appendix E. Summary statistics from analyses examining the effects of species traits on the change in clustering between juveniles and adults.

Robert Bagchi (245768)
Peter A Henrys (2923254)
Patrick E Brown (2923269)
David F. R. P Burslem (2923257)
Peter J Diggle (2923260)
C. V. Savitri Gunatilleke (2837420)
I. A. U. Nimal Gunatilleke (2837417)
Abdul Rahman Kassim (275427)
Richard Law (2912735)
Supardi Noor (2923266)
Renato L Valencia (2923263)

August 2016

Summary statistics from analyses examining the effects of species traits on the change in clustering...

Appendix B. Relationship between structural and temporal forest variables and beetle community structure (transformed data).

David Bell (38377)
Joakim Hjältén (147999)
Christer Nilsson (139506)
Dolly Jørgensen (2911415)
Therese Johansson (148014)

August 2016

Relationship between structural and temporal forest variables and beetle community structure (transf...

Appendix D. Linear regression model results of Anthocoridae-days (Anth) and exotic Coccinellidae-days (Ecocc) with area- and distance-weighted flux (Fluxad) and effective conductance (Conduct) at different threshold distances with different dispersal probability cutoffs.

Insu Koh (2909537)
Helen I. Rowe (2909540)
Jeffrey D. Holland (2909534)

August 2016

Linear regression model results of Anthocoridae-days (Anth) and exotic Coccinellidae-days (Ecocc) wi...

Appendix D. Comparison of the ability of three different metrics of even trait spacing to distinguish between alternative models of community assembly.

Nathan J. B. Kraft (444622)
David D. Ackerly (89663)

August 2016

Comparison of the ability of three different metrics of even trait spacing to distinguish between al...

Appendix E. The correlation (and associated P value) between planthopper and spider density in each of three planthopper generations.

James T. Cronin (212615)
Kyle J. Haynes (2912939)
Forrest Dillemuth (2913200)

August 2016

The correlation (and associated P value) between planthopper and spider density in each of three pla...

Appendix J. Tables showing the results of the variance partitioning and partial Mantel correlations between macroinvertebrate community dissimilarity and three different distance models for active dispersers with short (<1 yr) and long (>1 yr) generation time.

Frank Van de Meutter (2915348)
Luc De Meester (221969)
Robby Stoks (229040)

August 2016

Tables showing the results of the variance partitioning and partial Mantel correlations between macr...

Appendix I. Tables showing the results of the variance partitioning and partial Mantel correlations between macroinvertebrate community dissimilarity and three different distance models for invertebrates with short (<1 yr) and long (>1 yr) generation time.

Frank Van de Meutter (2915348)
Luc De Meester (221969)
Robby Stoks (229040)

August 2016

Tables showing the results of the variance partitioning and partial Mantel correlations between macr...

Appendix C. Select partial Mantel tests showing correlations among community dissimilarity (1–J, full suite of species), distance, and environmental factors, accounting for the variation in an additional given factor.

Amy L. Freestone (443073)
Brian D. Inouye (258785)

August 2016

Select partial Mantel tests showing correlations among community dissimilarity (1–J, full suite of s...

Appendix D. Correlation coefficients (r) between invertebrate community characteristics and lichen traits.

Stef Bokhorst (40342)
Johan Asplund (120682)
Paul Kardol (140646)
David A. Wardle (120689)

August 2016

Correlation coefficients (r) between invertebrate community characteristics and lichen traits

Appendix G. Linear mixed effects model summary statistics for the loge-transformed mean zooplankton community body size.

Pavel Kratina (702924)
Hamish S. Greig (2919053)
Patrick L. Thompson (693416)
Ticiana S. A. Carvalho-Pereira (2576797)
Jonathan B. Shurin (265901)

August 2016

Linear mixed effects model summary statistics for the loge-transformed mean zooplankton community bo...

Appendix F. A table of statistical tests for the effect of patch size, isolation, and planthopper abundance on planthopper distributions over five generations.

James T. Cronin (212615)

August 2016

A table of statistical tests for the effect of patch size, isolation, and planthopper abundance on p...

Appendix B. Relative frequencies distributions of species richness–altitude SRA relationships observed in different taxa and in different climatic and biogeographic regions.

Victoria Werenkraut (709129)
Adriana Ruggiero (2922735)

August 2016

Relative frequencies distributions of species richness–altitude SRA relationships observed in differ...

Appendix I - additional specification on joint species distribution model and output from Do priority effects outweigh environmental filtering in a guild of dominant freshwater macroinvertebrates?

Chelsea J. Little (2926767)
Florian Altermatt (82469)

March 2018

Abiotic conditions have long been considered essential in structuring freshwater macroinvertebrate c...

Appendix for: Caradima, Schuwirth, Reichert, 2019. From individual to joint species distribution models: a comparison of model complexity and predictive performance

Caradima, Bogdan
Schuwirth, Nele
Reichert, Peter

May 2019

Aim: Species distribution models (SDMs) are widely used to study geographic distributions of taxa in...

Appendix E. A supplementary discussion on differences in predictability between arthropod assemblages.

André P. Schaffers (2913065)
Ivo P. Raemakers (2915834)
Karlè V. Sýkora (2915831)
Cajo J. F. ter Braak (252555)

August 2016

A supplementary discussion on differences in predictability between arthropod assemblages

Appendix E. Summary statistics from analyses examining the effects of species traits on the change in clustering between juveniles and adults.

Robert Bagchi (245768)
Peter A Henrys (2923254)
Patrick E Brown (2923269)
David F. R. P Burslem (2923257)
Peter J Diggle (2923260)
C. V. Savitri Gunatilleke (2837420)
I. A. U. Nimal Gunatilleke (2837417)
Abdul Rahman Kassim (275427)
Richard Law (2912735)
Supardi Noor (2923266)
Renato L Valencia (2923263)

August 2016

Summary statistics from analyses examining the effects of species traits on the change in clustering...

Appendix B. Relationship between structural and temporal forest variables and beetle community structure (transformed data).

David Bell (38377)
Joakim Hjältén (147999)
Christer Nilsson (139506)
Dolly Jørgensen (2911415)
Therese Johansson (148014)

August 2016

Relationship between structural and temporal forest variables and beetle community structure (transf...

Appendix D. Linear regression model results of Anthocoridae-days (Anth) and exotic Coccinellidae-days (Ecocc) with area- and distance-weighted flux (Fluxad) and effective conductance (Conduct) at different threshold distances with different dispersal probability cutoffs.

Insu Koh (2909537)
Helen I. Rowe (2909540)
Jeffrey D. Holland (2909534)

August 2016

Linear regression model results of Anthocoridae-days (Anth) and exotic Coccinellidae-days (Ecocc) wi...

Appendix D. Comparison of the ability of three different metrics of even trait spacing to distinguish between alternative models of community assembly.

Nathan J. B. Kraft (444622)
David D. Ackerly (89663)

August 2016

Comparison of the ability of three different metrics of even trait spacing to distinguish between al...

Appendix E. The correlation (and associated P value) between planthopper and spider density in each of three planthopper generations.

James T. Cronin (212615)
Kyle J. Haynes (2912939)
Forrest Dillemuth (2913200)

August 2016

The correlation (and associated P value) between planthopper and spider density in each of three pla...

Appendix H. Tables showing the results of the variance partitioning and partial Mantel correlations between macroinvertebrate community dissimilarity and three different distance models for actively and passively dispersing macroinvertebrates.

Abstract

Extracted data

Appendix H. Tables showing the results of the variance partitioning and partial Mantel correlations between macroinvertebrate community dissimilarity and three different distance models for actively and passively dispersing macroinvertebrates.

Abstract

Extracted data

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