Appendix A. A figure showing response of the dynamical model to the changes in the competition coefficients or the apparent competition coefficients for the fox and skunk as conferred by the isotopic analysis, a scatterplot matrix of distribution histograms, and a table showing stable carbon and nitrogen isotope abundance of various species on Santa Cruz Island, California, USA.

Appendix A. A summary of chemical and physical data for the five source lakes that contributed dispersers for this study and for mesocosms averaged across weeks of the experiment, and a graph illustrating the first two axes of a principle coordinates analysis of the plankton communities across the three dispersal treatments using compositional data collected on the last day of the experiment.

Brandon S. Schamp (497231)
Shelley E. Arnott (2907266)
Katelyn L. Joslin (2929041)

August 2016

A summary of chemical and physical data for the five source lakes that contributed dispersers for th...

Appendix B. Additional figures including illustration of the use of the cumulative distribution function (CDF) for converting predictions to rank-abundance distributions (RADs), results of the simulation analyses, and predictions for the number of rare species in a community.

Ethan P. White (376962)
Katherine M. Thibault (2913338)
Xiao Xiao (99147)

August 2016

Additional figures including illustration of the use of the cumulative distribution function (CDF) f...

Appendix A. Figures showing population and silicate dynamics for each replicate during the competition experiment.

Blandine Descamps-Julien (2914166)
Andrew Gonzalez (73353)

August 2016

Figures showing population and silicate dynamics for each replicate during the competition experimen...

Appendix D. Predictions of the reliance of focal predators on source habitats derived using Bayesian isotope mixing models parameterized with different fractionation values.

Douglas J. McCauley (144148)
Hillary S. Young (144146)
Robert B. Dunbar (2908478)
James A. Estes (130124)
Brice X. Semmens (183075)
Fiorenza Micheli (150385)

August 2016

Predictions of the reliance of focal predators on source habitats derived using Bayesian isotope mix...

Appendix C. Details of statistical analyses to compare carbon and nitrogen isotope signatures between lakes, treatments, and seasons.

K. Scharnweber (2927688)
J. Syväranta (2927676)
S. Hilt (2927685)
M. Brauns (2927682)
M. J. Vanni (2927667)
S. Brothers (2927673)
J. Köhler (2738410)
J. Knežević-Jarić (2927670)
T. Mehner (2927679)

August 2016

Details of statistical analyses to compare carbon and nitrogen isotope signatures between lakes, tre...

Appendix C. A figure showing differences in isotopic signatures between two tree species and grasses.

Ricardo M. Holdo (259065)
Jesse B. Nippert (493527)

August 2016

A figure showing differences in isotopic signatures between two tree species and grasses

Appendix A. A table showing the sensitivity of the relationship between food-chain length and ecosystem size to different assumptions about trophic fractionation and isotopic baseline.

Gaku Takimoto (147135)
David A. Spiller (2916410)
David M. Post (2906981)

August 2016

A table showing the sensitivity of the relationship between food-chain length and ecosystem size to ...

Appendix D. Stable isotope ratios (13C/12C) of carbon (δ13C) for fish and local food sources (benthic invertebrates and periphyton) collected from multiple locations in rivers that vary in rhythmicity.

Timothy D. Jardine (421183)
Nicholas R. Bond (2928876)
Michele A. Burford (2908046)
Mark J. Kennard (394593)
Douglas P. Ward (2928879)
Peter Bayliss (2928873)
Peter M. Davies (421188)
Michael M. Douglas (412292)
Stephen K. Hamilton (421185)
John M. Melack (1346721)
Robert J. Naiman (2904611)
Neil E. Pettit (421184)
Bradley J. Pusey (421186)
Danielle M. Warfe (421182)
Stuart E. Bunn (421187)

August 2016

Stable isotope ratios (13C/12C) of carbon (δ13C) for fish and local food sources (benthic invertebra...

Appendix B. Stable-isotope analysis of lizard tails, leaves and seaweed, and estimation of percentage of marine-based prey consumed by lizards using mixing models.

David A. Spiller (2916410)
Jonah Piovia-Scott (2920995)
Amber N. Wright (2920989)
Louie H. Yang (145951)
Gaku Takimoto (147135)
Thomas W. Schoener (2920992)
Tomoya Iwata (546182)

August 2016

Stable-isotope analysis of lizard tails, leaves and seaweed, and estimation of percentage of marine-...

Appendix C. A table showing the species-specific mass, metabolic mass, and feeding group of all animals that were caught in all plots along the succession gradient.

Schrama, Maarten
Berg, Matty P.
Olff, Han
Olff group
Conservation Ecology Group

September 2016

A table showing the species-specific mass, metabolic mass, and feeding group of all animals that wer...

Appendix A. Tables showing alphabetical lists of bat species (with varying feeding habits) captured at La Selva Biological Station, Costa Rica, with corresponding ratios of non-exchangeable hydrogen stable isotopes in fur keratin and of hydrogen stable isotopes in body water from field season A, and corresponding ratios of non-exchangeable hydrogen stable isotopes and nitrogen isotopes in hair keratin from field season B.

Christian C. Voigt (103380)
Karin Schneeberger (103371)
Anja Luckner (186816)

August 2016

Tables showing alphabetical lists of bat species (with varying feeding habits) captured at La Selva ...

Appendix A. A table listing the C and N stable-isotope composition of the plants at the study sites.

Pei-Jen Shaner (2914970)
Michael Bowers (2914973)
Stephen Macko (2914967)

August 2016

A table listing the C and N stable-isotope composition of the plants at the study sites

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 A. Simulation results based on two theoretical abundance distributions and four large empirical surveys.

Anne Chao (162776)
T. C. Hsieh (753331)
Robin L. Chazdon (508740)
Robert K. Colwell (162781)
Nicholas J. Gotelli (519835)

August 2016

Simulation results based on two theoretical abundance distributions and four large empirical surveys

Appendix F. Carbon and nitrogen isotope ratio biplots for six frugivorous fish species and food sources during three hydrological seasons.

Sandra Bibiana Correa (2927106)
Kirk O. Winemiller (173919)

August 2016

Carbon and nitrogen isotope ratio biplots for six frugivorous fish species and food sources during t...

Appendix A. A summary of chemical and physical data for the five source lakes that contributed dispersers for this study and for mesocosms averaged across weeks of the experiment, and a graph illustrating the first two axes of a principle coordinates analysis of the plankton communities across the three dispersal treatments using compositional data collected on the last day of the experiment.

Brandon S. Schamp (497231)
Shelley E. Arnott (2907266)
Katelyn L. Joslin (2929041)

August 2016

A summary of chemical and physical data for the five source lakes that contributed dispersers for th...

Appendix B. Additional figures including illustration of the use of the cumulative distribution function (CDF) for converting predictions to rank-abundance distributions (RADs), results of the simulation analyses, and predictions for the number of rare species in a community.

Ethan P. White (376962)
Katherine M. Thibault (2913338)
Xiao Xiao (99147)

August 2016

Additional figures including illustration of the use of the cumulative distribution function (CDF) f...

Appendix A. Figures showing population and silicate dynamics for each replicate during the competition experiment.

Blandine Descamps-Julien (2914166)
Andrew Gonzalez (73353)

August 2016

Figures showing population and silicate dynamics for each replicate during the competition experimen...

Appendix D. Predictions of the reliance of focal predators on source habitats derived using Bayesian isotope mixing models parameterized with different fractionation values.

Douglas J. McCauley (144148)
Hillary S. Young (144146)
Robert B. Dunbar (2908478)
James A. Estes (130124)
Brice X. Semmens (183075)
Fiorenza Micheli (150385)

August 2016

Predictions of the reliance of focal predators on source habitats derived using Bayesian isotope mix...

Appendix C. Details of statistical analyses to compare carbon and nitrogen isotope signatures between lakes, treatments, and seasons.

K. Scharnweber (2927688)
J. Syväranta (2927676)
S. Hilt (2927685)
M. Brauns (2927682)
M. J. Vanni (2927667)
S. Brothers (2927673)
J. Köhler (2738410)
J. Knežević-Jarić (2927670)
T. Mehner (2927679)

August 2016

Details of statistical analyses to compare carbon and nitrogen isotope signatures between lakes, tre...

Appendix C. A figure showing differences in isotopic signatures between two tree species and grasses.

Ricardo M. Holdo (259065)
Jesse B. Nippert (493527)

August 2016

A figure showing differences in isotopic signatures between two tree species and grasses

Appendix A. A table showing the sensitivity of the relationship between food-chain length and ecosystem size to different assumptions about trophic fractionation and isotopic baseline.

Gaku Takimoto (147135)
David A. Spiller (2916410)
David M. Post (2906981)

August 2016

A table showing the sensitivity of the relationship between food-chain length and ecosystem size to ...

Appendix D. Stable isotope ratios (13C/12C) of carbon (δ13C) for fish and local food sources (benthic invertebrates and periphyton) collected from multiple locations in rivers that vary in rhythmicity.

Timothy D. Jardine (421183)
Nicholas R. Bond (2928876)
Michele A. Burford (2908046)
Mark J. Kennard (394593)
Douglas P. Ward (2928879)
Peter Bayliss (2928873)
Peter M. Davies (421188)
Michael M. Douglas (412292)
Stephen K. Hamilton (421185)
John M. Melack (1346721)
Robert J. Naiman (2904611)
Neil E. Pettit (421184)
Bradley J. Pusey (421186)
Danielle M. Warfe (421182)
Stuart E. Bunn (421187)

August 2016

Stable isotope ratios (13C/12C) of carbon (δ13C) for fish and local food sources (benthic invertebra...

Appendix B. Stable-isotope analysis of lizard tails, leaves and seaweed, and estimation of percentage of marine-based prey consumed by lizards using mixing models.

David A. Spiller (2916410)
Jonah Piovia-Scott (2920995)
Amber N. Wright (2920989)
Louie H. Yang (145951)
Gaku Takimoto (147135)
Thomas W. Schoener (2920992)
Tomoya Iwata (546182)

August 2016

Stable-isotope analysis of lizard tails, leaves and seaweed, and estimation of percentage of marine-...

Appendix C. A table showing the species-specific mass, metabolic mass, and feeding group of all animals that were caught in all plots along the succession gradient.

Schrama, Maarten
Berg, Matty P.
Olff, Han
Olff group
Conservation Ecology Group

September 2016

A table showing the species-specific mass, metabolic mass, and feeding group of all animals that wer...

Appendix A. Tables showing alphabetical lists of bat species (with varying feeding habits) captured at La Selva Biological Station, Costa Rica, with corresponding ratios of non-exchangeable hydrogen stable isotopes in fur keratin and of hydrogen stable isotopes in body water from field season A, and corresponding ratios of non-exchangeable hydrogen stable isotopes and nitrogen isotopes in hair keratin from field season B.

Christian C. Voigt (103380)
Karin Schneeberger (103371)
Anja Luckner (186816)

August 2016

Tables showing alphabetical lists of bat species (with varying feeding habits) captured at La Selva ...

Appendix A. A table listing the C and N stable-isotope composition of the plants at the study sites.

Pei-Jen Shaner (2914970)
Michael Bowers (2914973)
Stephen Macko (2914967)

August 2016

A table listing the C and N stable-isotope composition of the plants at the study sites

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 A. Simulation results based on two theoretical abundance distributions and four large empirical surveys.

Anne Chao (162776)
T. C. Hsieh (753331)
Robin L. Chazdon (508740)
Robert K. Colwell (162781)
Nicholas J. Gotelli (519835)

August 2016

Simulation results based on two theoretical abundance distributions and four large empirical surveys

Appendix F. Carbon and nitrogen isotope ratio biplots for six frugivorous fish species and food sources during three hydrological seasons.

Sandra Bibiana Correa (2927106)
Kirk O. Winemiller (173919)

August 2016

Carbon and nitrogen isotope ratio biplots for six frugivorous fish species and food sources during t...

Appendix A. A summary of chemical and physical data for the five source lakes that contributed dispersers for this study and for mesocosms averaged across weeks of the experiment, and a graph illustrating the first two axes of a principle coordinates analysis of the plankton communities across the three dispersal treatments using compositional data collected on the last day of the experiment.

Brandon S. Schamp (497231)
Shelley E. Arnott (2907266)
Katelyn L. Joslin (2929041)

August 2016

A summary of chemical and physical data for the five source lakes that contributed dispersers for th...

Appendix B. Additional figures including illustration of the use of the cumulative distribution function (CDF) for converting predictions to rank-abundance distributions (RADs), results of the simulation analyses, and predictions for the number of rare species in a community.

Ethan P. White (376962)
Katherine M. Thibault (2913338)
Xiao Xiao (99147)

August 2016

Additional figures including illustration of the use of the cumulative distribution function (CDF) f...

Appendix A. Figures showing population and silicate dynamics for each replicate during the competition experiment.

Blandine Descamps-Julien (2914166)
Andrew Gonzalez (73353)

August 2016

Figures showing population and silicate dynamics for each replicate during the competition experimen...

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