Appendix C. Figure showing the relationship between litter abundance and resident tannin concentrations with respect to herbivore exclusion and fertilization across both habitat types.

Appendix B. Methods and statistical analysis of mass-specific nutrient concentrations and nutrient ratios of material associated with the emergence of Brood X periodocal cicadas.

Weston H. Nowlin (2915453)
María J. González (2905760)
Michael J. Vanni (2905757)
M. Henry H. Stevens (268009)
Matthew W. Fields (2480473)
Jonathon J. Valente (2915450)

August 2016

Methods and statistical analysis of mass-specific nutrient concentrations and nutrient ratios of mat...

Appendix A. A table showing habitat variables measured that were candidates for each selection order or grain model.

C. B. Meyer (2904710)

August 2016

A table showing habitat variables measured that were candidates for each selection order or grain mo...

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 D. Figure showing the relationship between specific leaf area and soil resource availability.

Etienne Laliberté (132934)
Jason M. Tylianakis (150323)

August 2016

Figure showing the relationship between specific leaf area and soil resource availability

Appendix B. A figure depicting the correlation between foliar arthropod abundance and litter microarthropod abundance.

Gregory M. Crutsinger (254793)
Mariano A. Rodriguez-Cabal (234422)
Adam B. Roddy (2927163)
Kabir G. Peay (529493)
Justin L. Bastow (2927166)
Allison G. Kidder (2927169)
Todd E. Dawson (716580)
Paul V. A. Fine (175511)
Jennifer A. Rudgers (1898734)

August 2016

A figure depicting the correlation between foliar arthropod abundance and litter microarthropod abun...

Appendix C. Statistical analyses for cover, biomass, richness, diversity, evenness, herbivore abundance, and herbivore biomass.

Susan L. Williams (2816413)
Matthew E. S. Bracken (264791)
Emily Jones (823034)

August 2016

Statistical analyses for cover, biomass, richness, diversity, evenness, herbivore abundance, and her...

Appendix E. Changes in herbivore abundance and biomass through time in response to temperature and nitrogen addition.

Claudio de Sassi (150319)
Owen T. Lewis (2924490)
Jason M. Tylianakis (150323)

August 2016

Changes in herbivore abundance and biomass through time in response to temperature and nitrogen addi...

Appendix B. Description of investigations into relationships between algal biomass and herbivore density.

Alexandra H. Campbell (506604)
Adriana Vergés (230282)
Peter D. Steinberg (193758)

August 2016

Description of investigations into relationships between algal biomass and herbivore density

Appendix A. Figures showing relative abundance distributions for species contributing to community-level analysis, soil and air temperatures for open-top chamber (OTC) and control plots on the upper and lower slope in 2009, and peak flowering time for species included in community-level analyses.

Pierre Liancourt (2923941)
Laura A. Spence (2923944)
Bazartseren Boldgiv (2923950)
Ariuntsetseg Lkhagva (2923938)
Brent R. Helliker (2923947)
Brenda B. Casper (2916194)
Peter S. Petraitis (2914433)

August 2016

Figures showing relative abundance distributions for species contributing to community-level analysi...

Appendix C. A figure showing mean (± SE) of cover and species richness of annual forbs in rodent removal and control plots in grass- and shrub-dominated vegetation.

Selene Báez (271886)
Scott L. Collins (271887)
David Lightfoot (2914856)
Terri L. Koontz (2914853)

August 2016

A figure showing mean (± SE) of cover and species richness of annual forbs in rodent removal and con...

Appendix E. A figure showing influence of habitat characteristics on aggregate nitrogen excretion by fishes.

Peter B. McIntyre (93008)
Alexander S. Flecker (103284)
Michael J. Vanni (2905757)
James M. Hood (2916227)
Brad W. Taylor (2909411)
Steven A. Thomas (130094)

August 2016

A figure showing influence of habitat characteristics on aggregate nitrogen excretion by fishes

Appendix C. The effect of soil moisture treatments on the number of predator and detritivore individuals.

Stanley H. Faeth (247522)
Eyal Shochat (310606)

August 2016

The effect of soil moisture treatments on the number of predator and detritivore individuals

Appendix C. Full GLM summaries from analysis of litter species richness and composition after 196 and 564 days for mass loss, moisture, C:N ratio, microbial biomass, and nematode abundance.

Aidan M. Keith (2916293)
René van der Wal (363347)
Rob W. Brooker (335392)
Graham H. R. Osler (363343)
Stephen J. Chapman (246410)
David F. R. P. Burslem (231130)
David A. Elston (2916296)

August 2016

Full GLM summaries from analysis of litter species richness and composition after 196 and 564 days f...

Appendix C. A table showing correlations between selected environmental variables and (a) Centaurea percent cover per square meter, (b) Centaurea frequency per square meter, (c) native grass percent cover per square meter, and (d) native grass richness per square meter on nonserpentine soils for two years.

Jonathan L. Gelbard (2903810)
Susan Harrison (570036)

August 2016

A table showing correlations between selected environmental variables and (a) Centaurea percent cove...

Appendix F. Correlations among plant richness, plant biomass, and soil edaphic characteristics.

Daniel C. Schlatter (2928576)
Matthew G. Bakker (139187)
James M. Bradeen (139195)
Linda L. Kinkel (139198)

August 2016

Correlations among plant richness, plant biomass, and soil edaphic characteristics

Appendix B. Methods and statistical analysis of mass-specific nutrient concentrations and nutrient ratios of material associated with the emergence of Brood X periodocal cicadas.

Weston H. Nowlin (2915453)
María J. González (2905760)
Michael J. Vanni (2905757)
M. Henry H. Stevens (268009)
Matthew W. Fields (2480473)
Jonathon J. Valente (2915450)

August 2016

Methods and statistical analysis of mass-specific nutrient concentrations and nutrient ratios of mat...

Appendix A. A table showing habitat variables measured that were candidates for each selection order or grain model.

C. B. Meyer (2904710)

August 2016

A table showing habitat variables measured that were candidates for each selection order or grain mo...

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 D. Figure showing the relationship between specific leaf area and soil resource availability.

Etienne Laliberté (132934)
Jason M. Tylianakis (150323)

August 2016

Figure showing the relationship between specific leaf area and soil resource availability

Appendix B. A figure depicting the correlation between foliar arthropod abundance and litter microarthropod abundance.

Gregory M. Crutsinger (254793)
Mariano A. Rodriguez-Cabal (234422)
Adam B. Roddy (2927163)
Kabir G. Peay (529493)
Justin L. Bastow (2927166)
Allison G. Kidder (2927169)
Todd E. Dawson (716580)
Paul V. A. Fine (175511)
Jennifer A. Rudgers (1898734)

August 2016

A figure depicting the correlation between foliar arthropod abundance and litter microarthropod abun...

Appendix C. Statistical analyses for cover, biomass, richness, diversity, evenness, herbivore abundance, and herbivore biomass.

Susan L. Williams (2816413)
Matthew E. S. Bracken (264791)
Emily Jones (823034)

August 2016

Statistical analyses for cover, biomass, richness, diversity, evenness, herbivore abundance, and her...

Appendix E. Changes in herbivore abundance and biomass through time in response to temperature and nitrogen addition.

Claudio de Sassi (150319)
Owen T. Lewis (2924490)
Jason M. Tylianakis (150323)

August 2016

Changes in herbivore abundance and biomass through time in response to temperature and nitrogen addi...

Appendix B. Description of investigations into relationships between algal biomass and herbivore density.

Alexandra H. Campbell (506604)
Adriana Vergés (230282)
Peter D. Steinberg (193758)

August 2016

Description of investigations into relationships between algal biomass and herbivore density

Appendix A. Figures showing relative abundance distributions for species contributing to community-level analysis, soil and air temperatures for open-top chamber (OTC) and control plots on the upper and lower slope in 2009, and peak flowering time for species included in community-level analyses.

Pierre Liancourt (2923941)
Laura A. Spence (2923944)
Bazartseren Boldgiv (2923950)
Ariuntsetseg Lkhagva (2923938)
Brent R. Helliker (2923947)
Brenda B. Casper (2916194)
Peter S. Petraitis (2914433)

August 2016

Figures showing relative abundance distributions for species contributing to community-level analysi...

Appendix C. A figure showing mean (± SE) of cover and species richness of annual forbs in rodent removal and control plots in grass- and shrub-dominated vegetation.

Selene Báez (271886)
Scott L. Collins (271887)
David Lightfoot (2914856)
Terri L. Koontz (2914853)

August 2016

A figure showing mean (± SE) of cover and species richness of annual forbs in rodent removal and con...

Appendix E. A figure showing influence of habitat characteristics on aggregate nitrogen excretion by fishes.

Peter B. McIntyre (93008)
Alexander S. Flecker (103284)
Michael J. Vanni (2905757)
James M. Hood (2916227)
Brad W. Taylor (2909411)
Steven A. Thomas (130094)

August 2016

A figure showing influence of habitat characteristics on aggregate nitrogen excretion by fishes

Appendix C. The effect of soil moisture treatments on the number of predator and detritivore individuals.

Stanley H. Faeth (247522)
Eyal Shochat (310606)

August 2016

The effect of soil moisture treatments on the number of predator and detritivore individuals

Appendix C. Full GLM summaries from analysis of litter species richness and composition after 196 and 564 days for mass loss, moisture, C:N ratio, microbial biomass, and nematode abundance.

Aidan M. Keith (2916293)
René van der Wal (363347)
Rob W. Brooker (335392)
Graham H. R. Osler (363343)
Stephen J. Chapman (246410)
David F. R. P. Burslem (231130)
David A. Elston (2916296)

August 2016

Full GLM summaries from analysis of litter species richness and composition after 196 and 564 days f...

Appendix C. A table showing correlations between selected environmental variables and (a) Centaurea percent cover per square meter, (b) Centaurea frequency per square meter, (c) native grass percent cover per square meter, and (d) native grass richness per square meter on nonserpentine soils for two years.

Jonathan L. Gelbard (2903810)
Susan Harrison (570036)

August 2016

A table showing correlations between selected environmental variables and (a) Centaurea percent cove...

Appendix F. Correlations among plant richness, plant biomass, and soil edaphic characteristics.

Daniel C. Schlatter (2928576)
Matthew G. Bakker (139187)
James M. Bradeen (139195)
Linda L. Kinkel (139198)

August 2016

Correlations among plant richness, plant biomass, and soil edaphic characteristics

Appendix B. Methods and statistical analysis of mass-specific nutrient concentrations and nutrient ratios of material associated with the emergence of Brood X periodocal cicadas.

Weston H. Nowlin (2915453)
María J. González (2905760)
Michael J. Vanni (2905757)
M. Henry H. Stevens (268009)
Matthew W. Fields (2480473)
Jonathon J. Valente (2915450)

August 2016

Methods and statistical analysis of mass-specific nutrient concentrations and nutrient ratios of mat...

Appendix A. A table showing habitat variables measured that were candidates for each selection order or grain model.

C. B. Meyer (2904710)

August 2016

A table showing habitat variables measured that were candidates for each selection order or grain mo...

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 C. Figure showing the relationship between litter abundance and resident tannin concentrations with respect to herbivore exclusion and fertilization across both habitat types.

Abstract

Extracted data

Appendix C. Figure showing the relationship between litter abundance and resident tannin concentrations with respect to herbivore exclusion and fertilization across both habitat types.

Abstract

Extracted data

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