Appendix C. Focal arthropod taxa included in this study: total number of individuals captured at invaded (n = 8) and uninvaded (n = 8) plots, and the proportion of invaded and uninvaded plots at which each taxon was detected.

Appendix A. List of species included and excluded from the analyses, sample sizes, and posterior summaries of estimated detection probabilities.

Jean-Yves Barnagaud (178047)
Luc Barbaro (640407)
Julien Papaïx (281313)
Marc Deconchat (794362)
Eckehard G. Brockerhoff (140068)

August 2016

List of species included and excluded from the analyses, sample sizes, and posterior summaries of es...

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 D. Summary table of the number and percentage of established beetle species by interception frequency.

Eckehard G. Brockerhoff (140068)
Mark Kimberley (140073)
Andrew M. Liebhold (206023)
Robert A. Haack (206483)
Joseph F. Cavey (564008)

August 2016

Summary table of the number and percentage of established beetle species by interception frequency

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 B. Arthropod morphospecies categories used in the analyses of floral visitor diversity.

Cause Hanna (2911631)
Ida Naughton (2911634)
Christina Boser (2911640)
Ruben Alarcón (202418)
Keng-Lou James Hung (2928624)
David Holway (2911637)

August 2016

Arthropod morphospecies categories used in the analyses of floral visitor diversity

Appendix C. A table summarizing arthropod abundance from flower species and planting treatments for each taxa collected.

Ashley B. Bennett (653971)
Claudio Gratton (148958)

August 2016

A table summarizing arthropod abundance from flower species and planting treatments for each taxa co...

Appendix A. Species used in the study including classifications of invasiveness and noninvasiveness.

Jean H. Burns (2904191)

August 2016

Species used in the study including classifications of invasiveness and noninvasiveness

Appendix F. Arthropod abundance categorized by functional group for flower species and levels of plant diversity.

Ashley B. Bennett (653971)
Claudio Gratton (148958)

August 2016

Arthropod abundance categorized by functional group for flower species and levels of plant diversity

Appendix D. Detailed description of the methods used to quantify the dominance index and multivariate arthropod assemblages.

Ashley B. Bennett (653971)
Claudio Gratton (148958)

August 2016

Detailed description of the methods used to quantify the dominance index and multivariate arthropod ...

Appendix A. A table of mean species abundances (no. individuals/mL) in each of the 18 treatments in this study.

Jamie M. Kneitel (315081)
Jonathan M. Chase (583360)

August 2016

A table of mean species abundances (no. individuals/mL) in each of the 18 treatments in this study

Appendix E. A review of common garden studies examining the manner in which arthropod abundance and density are affected by plant genotype, environment, and their interaction at multiple spatial scales.

Marc T. J. Johnson (117231)
Anurag A. Agrawal (532455)

August 2016

A review of common garden studies examining the manner in which arthropod abundance and density are ...

Appendix A. Mean numbers of passerine individuals detected per site at Removal and Control sites.

Krista L. De Groot (2912321)
James N. M. Smith (135455)

August 2016

Mean numbers of passerine individuals detected per site at Removal and Control sites

Appendix A. Three figures detailing experimental methods and two tables detailing invertebrate functional group, life stage, taxonomic information, and abundance.

Christine Angelini (2923626)
Brian R. Silliman (190608)

August 2016

Three figures detailing experimental methods and two tables detailing invertebrate functional group,...

Appendix A. A summary of invertebrate taxa of different size categories collected at all sites.

Mosheh Wolf (2913053)
George Batzli (2913056)

August 2016

A summary of invertebrate taxa of different size categories collected at all sites

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. List of species included and excluded from the analyses, sample sizes, and posterior summaries of estimated detection probabilities.

Jean-Yves Barnagaud (178047)
Luc Barbaro (640407)
Julien Papaïx (281313)
Marc Deconchat (794362)
Eckehard G. Brockerhoff (140068)

August 2016

List of species included and excluded from the analyses, sample sizes, and posterior summaries of es...

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 D. Summary table of the number and percentage of established beetle species by interception frequency.

Eckehard G. Brockerhoff (140068)
Mark Kimberley (140073)
Andrew M. Liebhold (206023)
Robert A. Haack (206483)
Joseph F. Cavey (564008)

August 2016

Summary table of the number and percentage of established beetle species by interception frequency

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 B. Arthropod morphospecies categories used in the analyses of floral visitor diversity.

Cause Hanna (2911631)
Ida Naughton (2911634)
Christina Boser (2911640)
Ruben Alarcón (202418)
Keng-Lou James Hung (2928624)
David Holway (2911637)

August 2016

Arthropod morphospecies categories used in the analyses of floral visitor diversity

Appendix C. A table summarizing arthropod abundance from flower species and planting treatments for each taxa collected.

Ashley B. Bennett (653971)
Claudio Gratton (148958)

August 2016

A table summarizing arthropod abundance from flower species and planting treatments for each taxa co...

Appendix A. Species used in the study including classifications of invasiveness and noninvasiveness.

Jean H. Burns (2904191)

August 2016

Species used in the study including classifications of invasiveness and noninvasiveness

Appendix F. Arthropod abundance categorized by functional group for flower species and levels of plant diversity.

Ashley B. Bennett (653971)
Claudio Gratton (148958)

August 2016

Arthropod abundance categorized by functional group for flower species and levels of plant diversity

Appendix D. Detailed description of the methods used to quantify the dominance index and multivariate arthropod assemblages.

Ashley B. Bennett (653971)
Claudio Gratton (148958)

August 2016

Detailed description of the methods used to quantify the dominance index and multivariate arthropod ...

Appendix A. A table of mean species abundances (no. individuals/mL) in each of the 18 treatments in this study.

Jamie M. Kneitel (315081)
Jonathan M. Chase (583360)

August 2016

A table of mean species abundances (no. individuals/mL) in each of the 18 treatments in this study

Appendix E. A review of common garden studies examining the manner in which arthropod abundance and density are affected by plant genotype, environment, and their interaction at multiple spatial scales.

Marc T. J. Johnson (117231)
Anurag A. Agrawal (532455)

August 2016

A review of common garden studies examining the manner in which arthropod abundance and density are ...

Appendix A. Mean numbers of passerine individuals detected per site at Removal and Control sites.

Krista L. De Groot (2912321)
James N. M. Smith (135455)

August 2016

Mean numbers of passerine individuals detected per site at Removal and Control sites

Appendix A. Three figures detailing experimental methods and two tables detailing invertebrate functional group, life stage, taxonomic information, and abundance.

Christine Angelini (2923626)
Brian R. Silliman (190608)

August 2016

Three figures detailing experimental methods and two tables detailing invertebrate functional group,...

Appendix A. A summary of invertebrate taxa of different size categories collected at all sites.

Mosheh Wolf (2913053)
George Batzli (2913056)

August 2016

A summary of invertebrate taxa of different size categories collected at all sites

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. List of species included and excluded from the analyses, sample sizes, and posterior summaries of estimated detection probabilities.

Jean-Yves Barnagaud (178047)
Luc Barbaro (640407)
Julien Papaïx (281313)
Marc Deconchat (794362)
Eckehard G. Brockerhoff (140068)

August 2016

List of species included and excluded from the analyses, sample sizes, and posterior summaries of es...

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 D. Summary table of the number and percentage of established beetle species by interception frequency.

Eckehard G. Brockerhoff (140068)
Mark Kimberley (140073)
Andrew M. Liebhold (206023)
Robert A. Haack (206483)
Joseph F. Cavey (564008)

August 2016

Summary table of the number and percentage of established beetle species by interception frequency

Appendix C. Focal arthropod taxa included in this study: total number of individuals captured at invaded (n = 8) and uninvaded (n = 8) plots, and the proportion of invaded and uninvaded plots at which each taxon was detected.

Abstract

Extracted data

Appendix C. Focal arthropod taxa included in this study: total number of individuals captured at invaded (n = 8) and uninvaded (n = 8) plots, and the proportion of invaded and uninvaded plots at which each taxon was detected.

Abstract

Extracted data

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