Appendix A. Supporting figures of icosohedron, eBird checklist distribution, study area, examples from the analysis, breeding and winter range centroids, and individual-level scaling relationships between body mass and migration speed compiled from the literature.

Appendix B. A figure showing phylogenetic relationships between prey species of birds involved in the study of prey of Sparrowhawk and Goshawk.

Anders Pape Møller (214068)
Jan Tøttrup Nielsen (504484)

August 2016

A figure showing phylogenetic relationships between prey species of birds involved in the study of p...

Appendix B. Details of study site, experimental setup, statistical methods, and supplementary results, including tables of statistical analysis and figures of common species.

Michael A. Sams (2924106)
Michael J. Keough (472137)

August 2016

Details of study site, experimental setup, statistical methods, and supplementary results, including...

Appendix A. Comparisons of model accuracies with literature, species-wise estimates of canopy foliar traits,comparisons of models built with different canopy weighing schemes, comparisons of spatial predictions of foliar traits.

Aditya Singh (416287)
Shawn P. Serbin (2910383)
Brenden E. McNeil (2482483)
Clayton C. Kingdon (2910386)
Philip A. Townsend (2903366)

August 2016

Comparisons of model accuracies with literature, species-wise estimates of canopy foliar traits,comp...

Appendix E. Coefficients table for distance moved with wingspan and wing shape as wing morphology traits and adult feeding, larval feeding guild, and forest affinity as life-history traits.

Eleanor M. Slade (333431)
Thomas Merckx (2926479)
Terhi Riutta (336224)
Daniel P. Bebber (2926482)
David Redhead (2926476)
Philip Riordan (337534)
David W. Macdonald (154641)

August 2016

Coefficients table for distance moved with wingspan and wing shape as wing morphology traits and adu...

Appendix E. A figure showing relationships between foraging metrics and body size at the family level.

Kirsty L. Nash (591040)
Nicholas A. J. Graham (115235)
David R. Bellwood (141161)

August 2016

A figure showing relationships between foraging metrics and body size at the family level

Appendix A. Figures showing the study area and the allometric relations between cockle length and body composition, and a table showing the mixed-modeling results for the effects of predation on a cockle’s relative body composition.

Bijleveld, Allert
Twietmeyer, Sonke
Piechocki, Julia
van Gils, Jan
Piersma, Theunis
Piersma group
NIOZ, Dept Coastal Systems

September 2016

Figures showing the study area and the allometric relations between cockle length and body compositi...

Appendix B. A table with abundance, size, dispersal, and growth-form data, along with summary spatial statistics for all the species included in the analyses.

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

A table with abundance, size, dispersal, and growth-form data, along with summary spatial statistics...

Appendix E. A table comparing the impact of dispersal phenotype on yearling recruitment from animals of central vs. peripheral origin.

P. M. Waser (2926362)
K. M. Nichols (2926356)
J. D. Hadfield (2926359)

August 2016

A table comparing the impact of dispersal phenotype on yearling recruitment from animals of central ...

Appendix C. Summary table of the size and steepness of a barrier to movement for 11 species distributed among six studies in relation to species mass and territory diameter.

Katrine Turgeon (156855)
Audrey Robillard (2922561)
Jacinthe Grégoire (2922555)
Vanessa Duclos (2922558)
Donald L. Kramer (156862)

August 2016

Summary table of the size and steepness of a barrier to movement for 11 species distributed among si...

Appendix B. Supporting figures displaying examples of species’ weekly frequency of occurrence and weekly stewardship plots; weekly occurrence centroids and average breeding season probability of occurrence on GAP status 2 lands; weekly occurrence centroids and average breeding season probability of occurrence on GAP status 3 lands; and weekly elevation associations and maximum seasonal range size.

Frank A. La Sorte (99487)
Daniel Fink (337132)
Wesley M. Hochachka (400287)
Jocelyn L. Aycrigg (276359)
Kenneth V. Rosenberg (368046)
Amanda D. Rodewald (290505)
Nicholas E. Bruns (2910605)
Andrew Farnsworth (401325)
Brian L. Sullivan (2910608)
Chris Wood (337129)
Steve Kelling (337133)

August 2016

Supporting figures displaying examples of species’ weekly frequency of occurrence and weekly steward...

Appendix K. The associations between bird species' distributions and individual architectural gradients at the large spatial scale.

Jill L. Deppe (2932566)
John T. Rotenberry (2912984)

August 2016

The associations between bird species' distributions and individual architectural gradients at the l...

Appendix A. A list of boreal bird species used in the analysis, organized by habitat affinity.

Susan J. Hannon (2903135)
Fiona K. A. Schmiegelow (2903138)

August 2016

A list of boreal bird species used in the analysis, organized by habitat affinity

Appendix B. A figure showing the relationship between the scale of a study and the percentage of positive pairwise correlations observed for the Global Population Dynamics Database.

Thomas J. Valone (375563)
Nicholas A. Barber (2909516)

August 2016

A figure showing the relationship between the scale of a study and the percentage of positive pairwi...

Appendix A. Semivariograms of the residuals of the total abundance of bird species per Breeding Bird Survey route within six regions.

Eric M. Wood (411867)
Anna M. Pidgeon (244614)
Volker C. Radeloff (244633)
David Helmers (2910269)
Patrick D. Culbert (244623)
Nicholas S. Keuler (411868)
Curtis H. Flather (244627)

August 2016

Semivariograms of the residuals of the total abundance of bird species per Breeding Bird Survey rout...

Appendix A. A table of test statistics for -corrected Kolmogorov-Smirnov tests for comparisons of the species-level body size distributions to a uniform distribution.

S. K. Morgan Ernest (2912999)

August 2016

A table of test statistics for -corrected Kolmogorov-Smirnov tests for comparisons of the species-le...

Appendix B. A figure showing phylogenetic relationships between prey species of birds involved in the study of prey of Sparrowhawk and Goshawk.

Anders Pape Møller (214068)
Jan Tøttrup Nielsen (504484)

August 2016

A figure showing phylogenetic relationships between prey species of birds involved in the study of p...

Appendix B. Details of study site, experimental setup, statistical methods, and supplementary results, including tables of statistical analysis and figures of common species.

Michael A. Sams (2924106)
Michael J. Keough (472137)

August 2016

Details of study site, experimental setup, statistical methods, and supplementary results, including...

Appendix A. Comparisons of model accuracies with literature, species-wise estimates of canopy foliar traits,comparisons of models built with different canopy weighing schemes, comparisons of spatial predictions of foliar traits.

Aditya Singh (416287)
Shawn P. Serbin (2910383)
Brenden E. McNeil (2482483)
Clayton C. Kingdon (2910386)
Philip A. Townsend (2903366)

August 2016

Comparisons of model accuracies with literature, species-wise estimates of canopy foliar traits,comp...

Appendix E. Coefficients table for distance moved with wingspan and wing shape as wing morphology traits and adult feeding, larval feeding guild, and forest affinity as life-history traits.

Eleanor M. Slade (333431)
Thomas Merckx (2926479)
Terhi Riutta (336224)
Daniel P. Bebber (2926482)
David Redhead (2926476)
Philip Riordan (337534)
David W. Macdonald (154641)

August 2016

Coefficients table for distance moved with wingspan and wing shape as wing morphology traits and adu...

Appendix E. A figure showing relationships between foraging metrics and body size at the family level.

Kirsty L. Nash (591040)
Nicholas A. J. Graham (115235)
David R. Bellwood (141161)

August 2016

A figure showing relationships between foraging metrics and body size at the family level

Appendix A. Figures showing the study area and the allometric relations between cockle length and body composition, and a table showing the mixed-modeling results for the effects of predation on a cockle’s relative body composition.

Bijleveld, Allert
Twietmeyer, Sonke
Piechocki, Julia
van Gils, Jan
Piersma, Theunis
Piersma group
NIOZ, Dept Coastal Systems

September 2016

Figures showing the study area and the allometric relations between cockle length and body compositi...

Appendix B. A table with abundance, size, dispersal, and growth-form data, along with summary spatial statistics for all the species included in the analyses.

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

A table with abundance, size, dispersal, and growth-form data, along with summary spatial statistics...

Appendix E. A table comparing the impact of dispersal phenotype on yearling recruitment from animals of central vs. peripheral origin.

P. M. Waser (2926362)
K. M. Nichols (2926356)
J. D. Hadfield (2926359)

August 2016

A table comparing the impact of dispersal phenotype on yearling recruitment from animals of central ...

Appendix C. Summary table of the size and steepness of a barrier to movement for 11 species distributed among six studies in relation to species mass and territory diameter.

Katrine Turgeon (156855)
Audrey Robillard (2922561)
Jacinthe Grégoire (2922555)
Vanessa Duclos (2922558)
Donald L. Kramer (156862)

August 2016

Summary table of the size and steepness of a barrier to movement for 11 species distributed among si...

Appendix B. Supporting figures displaying examples of species’ weekly frequency of occurrence and weekly stewardship plots; weekly occurrence centroids and average breeding season probability of occurrence on GAP status 2 lands; weekly occurrence centroids and average breeding season probability of occurrence on GAP status 3 lands; and weekly elevation associations and maximum seasonal range size.

Frank A. La Sorte (99487)
Daniel Fink (337132)
Wesley M. Hochachka (400287)
Jocelyn L. Aycrigg (276359)
Kenneth V. Rosenberg (368046)
Amanda D. Rodewald (290505)
Nicholas E. Bruns (2910605)
Andrew Farnsworth (401325)
Brian L. Sullivan (2910608)
Chris Wood (337129)
Steve Kelling (337133)

August 2016

Supporting figures displaying examples of species’ weekly frequency of occurrence and weekly steward...

Appendix K. The associations between bird species' distributions and individual architectural gradients at the large spatial scale.

Jill L. Deppe (2932566)
John T. Rotenberry (2912984)

August 2016

The associations between bird species' distributions and individual architectural gradients at the l...

Appendix A. A list of boreal bird species used in the analysis, organized by habitat affinity.

Susan J. Hannon (2903135)
Fiona K. A. Schmiegelow (2903138)

August 2016

A list of boreal bird species used in the analysis, organized by habitat affinity

Appendix B. A figure showing the relationship between the scale of a study and the percentage of positive pairwise correlations observed for the Global Population Dynamics Database.

Thomas J. Valone (375563)
Nicholas A. Barber (2909516)

August 2016

A figure showing the relationship between the scale of a study and the percentage of positive pairwi...

Appendix A. Semivariograms of the residuals of the total abundance of bird species per Breeding Bird Survey route within six regions.

Eric M. Wood (411867)
Anna M. Pidgeon (244614)
Volker C. Radeloff (244633)
David Helmers (2910269)
Patrick D. Culbert (244623)
Nicholas S. Keuler (411868)
Curtis H. Flather (244627)

August 2016

Semivariograms of the residuals of the total abundance of bird species per Breeding Bird Survey rout...

Appendix A. A table of test statistics for -corrected Kolmogorov-Smirnov tests for comparisons of the species-level body size distributions to a uniform distribution.

S. K. Morgan Ernest (2912999)

August 2016

A table of test statistics for -corrected Kolmogorov-Smirnov tests for comparisons of the species-le...

Appendix B. A figure showing phylogenetic relationships between prey species of birds involved in the study of prey of Sparrowhawk and Goshawk.

Anders Pape Møller (214068)
Jan Tøttrup Nielsen (504484)

August 2016

A figure showing phylogenetic relationships between prey species of birds involved in the study of p...

Appendix B. Details of study site, experimental setup, statistical methods, and supplementary results, including tables of statistical analysis and figures of common species.

Michael A. Sams (2924106)
Michael J. Keough (472137)

August 2016

Details of study site, experimental setup, statistical methods, and supplementary results, including...

Appendix A. Comparisons of model accuracies with literature, species-wise estimates of canopy foliar traits,comparisons of models built with different canopy weighing schemes, comparisons of spatial predictions of foliar traits.

Aditya Singh (416287)
Shawn P. Serbin (2910383)
Brenden E. McNeil (2482483)
Clayton C. Kingdon (2910386)
Philip A. Townsend (2903366)

August 2016

Comparisons of model accuracies with literature, species-wise estimates of canopy foliar traits,comp...

Appendix A. Supporting figures of icosohedron, eBird checklist distribution, study area, examples from the analysis, breeding and winter range centroids, and individual-level scaling relationships between body mass and migration speed compiled from the literature.

Abstract

Extracted data

Appendix A. Supporting figures of icosohedron, eBird checklist distribution, study area, examples from the analysis, breeding and winter range centroids, and individual-level scaling relationships between body mass and migration speed compiled from the literature.

Abstract

Extracted data

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