Appendix A. Statistical tables of predation on insects and effects on herbivory and figures that show insect abundances and herbivory prior to the experiment, sticky trap samples by order, and changes in leaf damage.

Appendix E. Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, using the different trapping methods.

Schrama, Maarten
Berg, Matty P.
Olff, Han
Olff group
Vrije Universiteit Amsterdam, de Boelelaan

August 2016

Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, u...

Appendix A. Details of the identification and selection of studies and statistical analyses used to determine if exotic herbivores are better competitors.

Laura Radville (2927067)
Liahna Gonda-King (2927064)
Sara Gómez (2927070)
Ian Kaplan (297376)
Evan L. Preisser (271576)

August 2016

Details of the identification and selection of studies and statistical analyses used to determine if...

Appendix E. Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, using the different trapping methods.

Maarten Schrama (2924811)
Matty P. Berg (2916599)
Han Olff (143646)

August 2016

Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, u...

Appendix A. A table showing arthropod taxa sampled during the field experiment and their diet breadth, mobility, size, and dominance.

Ian Kaplan (297376)
Micky D. Eubanks (203906)

August 2016

A table showing arthropod taxa sampled during the field experiment and their diet breadth, mobility,...

Appendix A. Statistical procedures for the among-patch survey of the distribution of spiders and planthoppers and the spider impact experiment.

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

August 2016

Statistical procedures for the among-patch survey of the distribution of spiders and planthoppers an...

Appendix A. A table showing variance components and treatment effects for plants attacked by tortoise beetles.

Helen M. Hull-Sanders (2913695)
Micky D. Eubanks (203906)

August 2016

A table showing variance components and treatment effects for plants attacked by tortoise beetles

Appendix A. Statistical analyses for treatment and time effects on arthropods and on ponderosa pine.

Kailen A. Mooney (326733)

August 2016

Statistical analyses for treatment and time effects on arthropods and on ponderosa pine

Appendix B. Figures showing the effect of insecticide treatment on damage and effects of damage and density on stem size.

Nora Underwood (2913641)
Stacey L. Halpern (2924064)

August 2016

Figures showing the effect of insecticide treatment on damage and effects of damage and density on s...

Appendix B. Detailed list of the 42 traits initially considered to predict leaf standing herbivore damage and graph of predicted against measured values of herbivory in monocultures.

Jessy Loranger (2924940)
Sebastian T. Meyer (606763)
Bill Shipley (2912033)
Jens Kattge (159419)
Hannah Loranger (2924943)
Christiane Roscher (163339)
Christian Wirth (169175)
Wolfgang W. Weisser (140915)

August 2016

Detailed list of the 42 traits initially considered to predict leaf standing herbivore damage and gr...

Appendix A. Description of a simulation model of the effects of multiple herbivores on selection on plant defensive structures, including supplementary figures.

Casey P. terHorst (2919020)
Jennifer A. Lau (2914184)
Idelle A. Cooper (2929794)
Kane R. Keller (2929797)
Raffica J. La Rosa (2929803)
Anne M. Royer (601847)
Elizabeth H. Schultheis (2929806)
Tomomi Suwa (2929800)
Jeffrey K. Conner (2929791)

August 2016

Description of a simulation model of the effects of multiple herbivores on selection on plant defens...

Appendix A. A table showing a linear mixed-effects model (LMM) fitted to test for effects of invasive status, insecticide, and their interaction on percentage leaf damage on invasive and native populations of Brassica nigra.

Ayub M. O. Oduor (820211)
Sharon Y. Strauss (221816)
Yedra García (2926818)
Modesto Berbel Cascales (2926815)
José M. Gómez (232240)

August 2016

A table showing a linear mixed-effects model (LMM) fitted to test for effects of invasive status, in...

Appendix A. Figuresand tables showing the absolute biomass of organisms, the effect of latitudinal location, the relative biomass of predator species, habitat complexity, listing all species and statistical results.

Jana S. Petermann (244274)
Vinicius F. Farjalla (137364)
Merlijn Jocque (170221)
Pavel Kratina (702924)
A. Andrew M. MacDonald (702926)
Nicholas A. C. Marino (702925)
Paula M. de Omena (2928714)
Gustavo C. O. Piccoli (2928717)
Barbara A. Richardson (2928711)
Michael J. Richardson (307418)
Gustavo Q. Romero (217663)
Martin Videla (2928708)
Diane S. Srivastava (135453)

August 2016

Figuresand tables showing the absolute biomass of organisms, the effect of latitudinal location, the...

Appendix H. Tables and figures describing the results of our field study investigating rodent predation on seeds of five tree species as a function of the relative basal area of trees in alluvial and marine terrace forests.

David M. Forsyth (538086)
Deborah J. Wilson (2933673)
Tomás A. Easdale (390988)
Georges Kunstler (379831)
Charles D. Canham (529044)
Wendy A. Ruscoe (704828)
Elaine F. Wright (747901)
Lora Murphy (2932710)
Andrew M. Gormley (703812)
Aurora Gaxiola (2933676)
David A. Coomes (199244)

August 2016

Tables and figures describing the results of our field study investigating rodent predation on seeds...

Appendix E. Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, using the different trapping methods.

Schrama, Maarten
Berg, Matty P.
Olff, Han
Olff group
Vrije Universiteit Amsterdam, de Boelelaan

August 2016

Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, u...

Appendix E. Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, using the different trapping methods.

Schrama, Maarten
Berg, Matty P.
Olff, Han
Olff group
VU Amsterdam

September 2016

Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, u...

Appendix E. Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, using the different trapping methods.

Schrama, Maarten
Berg, Matty P.
Olff, Han
Olff group
Vrije Universiteit Amsterdam, de Boelelaan

August 2016

Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, u...

Appendix A. Details of the identification and selection of studies and statistical analyses used to determine if exotic herbivores are better competitors.

Laura Radville (2927067)
Liahna Gonda-King (2927064)
Sara Gómez (2927070)
Ian Kaplan (297376)
Evan L. Preisser (271576)

August 2016

Details of the identification and selection of studies and statistical analyses used to determine if...

Appendix E. Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, using the different trapping methods.

Maarten Schrama (2924811)
Matty P. Berg (2916599)
Han Olff (143646)

August 2016

Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, u...

Appendix A. A table showing arthropod taxa sampled during the field experiment and their diet breadth, mobility, size, and dominance.

Ian Kaplan (297376)
Micky D. Eubanks (203906)

August 2016

A table showing arthropod taxa sampled during the field experiment and their diet breadth, mobility,...

Appendix A. Statistical procedures for the among-patch survey of the distribution of spiders and planthoppers and the spider impact experiment.

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

August 2016

Statistical procedures for the among-patch survey of the distribution of spiders and planthoppers an...

Appendix A. A table showing variance components and treatment effects for plants attacked by tortoise beetles.

Helen M. Hull-Sanders (2913695)
Micky D. Eubanks (203906)

August 2016

A table showing variance components and treatment effects for plants attacked by tortoise beetles

Appendix A. Statistical analyses for treatment and time effects on arthropods and on ponderosa pine.

Kailen A. Mooney (326733)

August 2016

Statistical analyses for treatment and time effects on arthropods and on ponderosa pine

Appendix B. Figures showing the effect of insecticide treatment on damage and effects of damage and density on stem size.

Nora Underwood (2913641)
Stacey L. Halpern (2924064)

August 2016

Figures showing the effect of insecticide treatment on damage and effects of damage and density on s...

Appendix B. Detailed list of the 42 traits initially considered to predict leaf standing herbivore damage and graph of predicted against measured values of herbivory in monocultures.

Jessy Loranger (2924940)
Sebastian T. Meyer (606763)
Bill Shipley (2912033)
Jens Kattge (159419)
Hannah Loranger (2924943)
Christiane Roscher (163339)
Christian Wirth (169175)
Wolfgang W. Weisser (140915)

August 2016

Detailed list of the 42 traits initially considered to predict leaf standing herbivore damage and gr...

Appendix A. Description of a simulation model of the effects of multiple herbivores on selection on plant defensive structures, including supplementary figures.

Casey P. terHorst (2919020)
Jennifer A. Lau (2914184)
Idelle A. Cooper (2929794)
Kane R. Keller (2929797)
Raffica J. La Rosa (2929803)
Anne M. Royer (601847)
Elizabeth H. Schultheis (2929806)
Tomomi Suwa (2929800)
Jeffrey K. Conner (2929791)

August 2016

Description of a simulation model of the effects of multiple herbivores on selection on plant defens...

Appendix A. A table showing a linear mixed-effects model (LMM) fitted to test for effects of invasive status, insecticide, and their interaction on percentage leaf damage on invasive and native populations of Brassica nigra.

Ayub M. O. Oduor (820211)
Sharon Y. Strauss (221816)
Yedra García (2926818)
Modesto Berbel Cascales (2926815)
José M. Gómez (232240)

August 2016

A table showing a linear mixed-effects model (LMM) fitted to test for effects of invasive status, in...

Appendix A. Figuresand tables showing the absolute biomass of organisms, the effect of latitudinal location, the relative biomass of predator species, habitat complexity, listing all species and statistical results.

Jana S. Petermann (244274)
Vinicius F. Farjalla (137364)
Merlijn Jocque (170221)
Pavel Kratina (702924)
A. Andrew M. MacDonald (702926)
Nicholas A. C. Marino (702925)
Paula M. de Omena (2928714)
Gustavo C. O. Piccoli (2928717)
Barbara A. Richardson (2928711)
Michael J. Richardson (307418)
Gustavo Q. Romero (217663)
Martin Videla (2928708)
Diane S. Srivastava (135453)

August 2016

Figuresand tables showing the absolute biomass of organisms, the effect of latitudinal location, the...

Appendix H. Tables and figures describing the results of our field study investigating rodent predation on seeds of five tree species as a function of the relative basal area of trees in alluvial and marine terrace forests.

David M. Forsyth (538086)
Deborah J. Wilson (2933673)
Tomás A. Easdale (390988)
Georges Kunstler (379831)
Charles D. Canham (529044)
Wendy A. Ruscoe (704828)
Elaine F. Wright (747901)
Lora Murphy (2932710)
Andrew M. Gormley (703812)
Aurora Gaxiola (2933676)
David A. Coomes (199244)

August 2016

Tables and figures describing the results of our field study investigating rodent predation on seeds...

Appendix E. Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, using the different trapping methods.

Schrama, Maarten
Berg, Matty P.
Olff, Han
Olff group
Vrije Universiteit Amsterdam, de Boelelaan

August 2016

Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, u...

Appendix E. Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, using the different trapping methods.

Schrama, Maarten
Berg, Matty P.
Olff, Han
Olff group
VU Amsterdam

September 2016

Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, u...

Appendix E. Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, using the different trapping methods.

Schrama, Maarten
Berg, Matty P.
Olff, Han
Olff group
Vrije Universiteit Amsterdam, de Boelelaan

August 2016

Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, u...

Appendix A. Details of the identification and selection of studies and statistical analyses used to determine if exotic herbivores are better competitors.

Laura Radville (2927067)
Liahna Gonda-King (2927064)
Sara Gómez (2927070)
Ian Kaplan (297376)
Evan L. Preisser (271576)

August 2016

Details of the identification and selection of studies and statistical analyses used to determine if...

Appendix E. Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, using the different trapping methods.

Maarten Schrama (2924811)
Matty P. Berg (2916599)
Han Olff (143646)

August 2016

Figures showing the accumulation curves of trapped invertebrates for a number of dominant species, u...

Appendix A. Statistical tables of predation on insects and effects on herbivory and figures that show insect abundances and herbivory prior to the experiment, sticky trap samples by order, and changes in leaf damage.

Abstract

Extracted data

Appendix A. Statistical tables of predation on insects and effects on herbivory and figures that show insect abundances and herbivory prior to the experiment, sticky trap samples by order, and changes in leaf damage.

Abstract

Extracted data

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