Appendix A. Nitrogen-to-phosphorus (N:P) ratios in newly mature leaves, old leaves, stems, and roots for each of the fertilizer treatments.

Appendix A. Mean cover per plant species in field experiment, biochar effect on germination, and mean plant N:P, N:K, and P:K ratios.

Tess F. J. van de Voorde (2910086)
T. Martijn Bezemer (305699)
Jan Willem Van Groenigen (2910092)
Simon Jeffery (2910089)
Liesje Mommer (285796)

August 2016

Mean cover per plant species in field experiment, biochar effect on germination, and mean plant N:P,...

Figure 2. Root porosity vs. Leaf nitrogen

Pan, Yingji
Cieraad, Ellen
van Bodegom, Peter

March 2019

The original root porosity and leaf nitrogen data used to make the Figure 2. in the manuscript. More...

Appendix B. Input flux distribution characteristics of total and major components of carbon, nitrogen, and phosphorus.

C. Fissore (2907080)
L. A. Baker (2203375)
S. E. Hobbie (2907086)
J. Y. King (2907071)
J. P. McFadden (2907083)
K. C. Nelson (2907074)
I. Jakobsdottir (2907077)

August 2016

Input flux distribution characteristics of total and major components of carbon, nitrogen, and phosp...

Appendix B. Percentage of phosphorus (P) concentration of foliage, fresh litter, and litter that has been decomposed for 91 days and for 12 plant species.

David A. Wardle (120689)
Peter J. Bellingham (2916701)
Karen I. Bonner (382174)
Christa P. H. Mulder (2916704)

August 2016

Percentage of phosphorus (P) concentration of foliage, fresh litter, and litter that has been decomp...

Appendix B. Foliar N concentrations (%) in fully expanded leaves from 13 species common to high-nutrient soil (basalt) at Lamins Hill and low-nutrient soil (granite) at Mt. Nomico.

Rebecca E. Miller (2916059)
Ian E. Woodrow (314910)

August 2016

Foliar N concentrations (%) in fully expanded leaves from 13 species common to high-nutrient soil (b...

Appendix B. Table showing mass-based and leaf area-based N and P concentrations in live and senesced Pentaclethra macroloba leaves (proficiency) by soil P fertility in La Selva, Costa Rica.

Katherine L. Tully (2908361)
Tana E. Wood (491523)
Amanda M. Schwantes (2925381)
Deborah Lawrence (2903885)

August 2016

Table showing mass-based and leaf area-based N and P concentrations in live and senesced Pentaclethr...

Appendix D. Percentage of resorption of phosphorus (P) from leaves prior to litterfall and release of P from litter during decomposition (expressed both as a percentage of the initial litter mass and as a percentage of the initial amount of P present) for 12 plant species.

David A. Wardle (120689)
Peter J. Bellingham (2916701)
Karen I. Bonner (382174)
Christa P. H. Mulder (2916704)

August 2016

Percentage of resorption of phosphorus (P) from leaves prior to litterfall and release of P from lit...

Appendix C. Plots of residuals of leaf litter breakdown rates (k dd-1) versus dissolved inorganic nitrogen (DIN) against soluble reactive phosphorus (SRP), and k dd-1 vs. SRP against DIN.

John S. Kominoski (2911178)
Amy D. Rosemond (2911175)
Jonathan P. Benstead (2911184)
Vladislav Gulis (2911187)
John C. Maerz (243709)
David W. P. Manning (2911181)

August 2016

Plots of residuals of leaf litter breakdown rates (k dd-1) versus dissolved inorganic nitrogen (DIN)...

Appendix A. Effects of the five scenarios on labeled-N fractions in belowground plant biomass.

Feike A. Dijkstra (447877)

August 2016

Effects of the five scenarios on labeled-N fractions in belowground plant biomass

Appendix C. Detailed description of plant-level production and N efficiency responses of representative vascular species to nutrient addition in the bog, the intermediate fen, and the rich fen.

Colleen M. Iversen (2919032)
Scott D. Bridgham (694055)
Laurie E. Kellogg (2919035)

August 2016

Detailed description of plant-level production and N efficiency responses of representative vascular...

Appendix A. Distribution of ambient nitrate concentrations and molar nitrate:orthophosphate ratios among streams used in this study, with photos of the experimental design and measured nutrient diffusion rates.

Craig E. Nelson (196458)
Danuta M. Bennett (1756366)
Bradley J. Cardinale (128291)

August 2016

Distribution of ambient nitrate concentrations and molar nitrate:orthophosphate ratios among streams...

Appendix A. Cumulative soil microbial 15N uptake rate of three nitrogen forms in plots with alpine plants grown alone and in competition.

Isabel W. Ashton (2922543)
Amy E. Miller (2922546)
William D. Bowman (2907836)
Katharine N. Suding (331341)

August 2016

Cumulative soil microbial 15N uptake rate of three nitrogen forms in plots with alpine plants grown ...

Appendix B. A figure showing alkaline/acid phosphatase (APA) activity relative to leucine-aminopeptidase (LAMP) activity and net nitrogen uptake by periphyton from Stony Brook incubated in Stony Brook water and Stony Creek water receiving prior exposure to substrata from an abandoned mine drainage (AMD)-impacted stream in order to lower the P concentration of Stony Brook water.

Thomas L. Bott (2908640)
John K. Jackson (1787218)
Matthew E. McTammany (2908646)
J. Denis Newbold (2908634)
Steven T. Rier (2908649)
Bernard W. Sweeney (2908637)
Juliann M. Battle (2908643)

August 2016

A figure showing alkaline/acid phosphatase (APA) activity relative to leucine-aminopeptidase (LAMP) ...

Appendix A. A table showing abundance, biomass, and secondary production of all taxa in the reference stream and the treatment stream before and during nutrient enrichment.

W. F. Cross (2914592)
J. B. Wallace (2914586)
A. D. Rosemond (2914589)
S. L. Eggert (2914583)

August 2016

A table showing abundance, biomass, and secondary production of all taxa in the reference stream and...

Appendix B. A figure showing the stoichiometry of soluble C, phosphate-P, and total N, on a litter mass basis.

Laura A. Schreeg (239104)
Michelle C. Mack (728491)
Benjamin L. Turner (204837)

August 2016

A figure showing the stoichiometry of soluble C, phosphate-P, and total N, on a litter mass basis

Appendix A. Mean cover per plant species in field experiment, biochar effect on germination, and mean plant N:P, N:K, and P:K ratios.

Tess F. J. van de Voorde (2910086)
T. Martijn Bezemer (305699)
Jan Willem Van Groenigen (2910092)
Simon Jeffery (2910089)
Liesje Mommer (285796)

August 2016

Mean cover per plant species in field experiment, biochar effect on germination, and mean plant N:P,...

Figure 2. Root porosity vs. Leaf nitrogen

Pan, Yingji
Cieraad, Ellen
van Bodegom, Peter

March 2019

The original root porosity and leaf nitrogen data used to make the Figure 2. in the manuscript. More...

Appendix B. Input flux distribution characteristics of total and major components of carbon, nitrogen, and phosphorus.

C. Fissore (2907080)
L. A. Baker (2203375)
S. E. Hobbie (2907086)
J. Y. King (2907071)
J. P. McFadden (2907083)
K. C. Nelson (2907074)
I. Jakobsdottir (2907077)

August 2016

Input flux distribution characteristics of total and major components of carbon, nitrogen, and phosp...

Appendix B. Percentage of phosphorus (P) concentration of foliage, fresh litter, and litter that has been decomposed for 91 days and for 12 plant species.

David A. Wardle (120689)
Peter J. Bellingham (2916701)
Karen I. Bonner (382174)
Christa P. H. Mulder (2916704)

August 2016

Percentage of phosphorus (P) concentration of foliage, fresh litter, and litter that has been decomp...

Appendix B. Foliar N concentrations (%) in fully expanded leaves from 13 species common to high-nutrient soil (basalt) at Lamins Hill and low-nutrient soil (granite) at Mt. Nomico.

Rebecca E. Miller (2916059)
Ian E. Woodrow (314910)

August 2016

Foliar N concentrations (%) in fully expanded leaves from 13 species common to high-nutrient soil (b...

Appendix B. Table showing mass-based and leaf area-based N and P concentrations in live and senesced Pentaclethra macroloba leaves (proficiency) by soil P fertility in La Selva, Costa Rica.

Katherine L. Tully (2908361)
Tana E. Wood (491523)
Amanda M. Schwantes (2925381)
Deborah Lawrence (2903885)

August 2016

Table showing mass-based and leaf area-based N and P concentrations in live and senesced Pentaclethr...

Appendix D. Percentage of resorption of phosphorus (P) from leaves prior to litterfall and release of P from litter during decomposition (expressed both as a percentage of the initial litter mass and as a percentage of the initial amount of P present) for 12 plant species.

David A. Wardle (120689)
Peter J. Bellingham (2916701)
Karen I. Bonner (382174)
Christa P. H. Mulder (2916704)

August 2016

Percentage of resorption of phosphorus (P) from leaves prior to litterfall and release of P from lit...

Appendix C. Plots of residuals of leaf litter breakdown rates (k dd-1) versus dissolved inorganic nitrogen (DIN) against soluble reactive phosphorus (SRP), and k dd-1 vs. SRP against DIN.

John S. Kominoski (2911178)
Amy D. Rosemond (2911175)
Jonathan P. Benstead (2911184)
Vladislav Gulis (2911187)
John C. Maerz (243709)
David W. P. Manning (2911181)

August 2016

Plots of residuals of leaf litter breakdown rates (k dd-1) versus dissolved inorganic nitrogen (DIN)...

Appendix A. Effects of the five scenarios on labeled-N fractions in belowground plant biomass.

Feike A. Dijkstra (447877)

August 2016

Effects of the five scenarios on labeled-N fractions in belowground plant biomass

Appendix C. Detailed description of plant-level production and N efficiency responses of representative vascular species to nutrient addition in the bog, the intermediate fen, and the rich fen.

Colleen M. Iversen (2919032)
Scott D. Bridgham (694055)
Laurie E. Kellogg (2919035)

August 2016

Detailed description of plant-level production and N efficiency responses of representative vascular...

Appendix A. Distribution of ambient nitrate concentrations and molar nitrate:orthophosphate ratios among streams used in this study, with photos of the experimental design and measured nutrient diffusion rates.

Craig E. Nelson (196458)
Danuta M. Bennett (1756366)
Bradley J. Cardinale (128291)

August 2016

Distribution of ambient nitrate concentrations and molar nitrate:orthophosphate ratios among streams...

Appendix A. Cumulative soil microbial 15N uptake rate of three nitrogen forms in plots with alpine plants grown alone and in competition.

Isabel W. Ashton (2922543)
Amy E. Miller (2922546)
William D. Bowman (2907836)
Katharine N. Suding (331341)

August 2016

Cumulative soil microbial 15N uptake rate of three nitrogen forms in plots with alpine plants grown ...

Appendix B. A figure showing alkaline/acid phosphatase (APA) activity relative to leucine-aminopeptidase (LAMP) activity and net nitrogen uptake by periphyton from Stony Brook incubated in Stony Brook water and Stony Creek water receiving prior exposure to substrata from an abandoned mine drainage (AMD)-impacted stream in order to lower the P concentration of Stony Brook water.

Thomas L. Bott (2908640)
John K. Jackson (1787218)
Matthew E. McTammany (2908646)
J. Denis Newbold (2908634)
Steven T. Rier (2908649)
Bernard W. Sweeney (2908637)
Juliann M. Battle (2908643)

August 2016

A figure showing alkaline/acid phosphatase (APA) activity relative to leucine-aminopeptidase (LAMP) ...

Appendix A. A table showing abundance, biomass, and secondary production of all taxa in the reference stream and the treatment stream before and during nutrient enrichment.

W. F. Cross (2914592)
J. B. Wallace (2914586)
A. D. Rosemond (2914589)
S. L. Eggert (2914583)

August 2016

A table showing abundance, biomass, and secondary production of all taxa in the reference stream and...

Appendix B. A figure showing the stoichiometry of soluble C, phosphate-P, and total N, on a litter mass basis.

Laura A. Schreeg (239104)
Michelle C. Mack (728491)
Benjamin L. Turner (204837)

August 2016

A figure showing the stoichiometry of soluble C, phosphate-P, and total N, on a litter mass basis

Appendix A. Mean cover per plant species in field experiment, biochar effect on germination, and mean plant N:P, N:K, and P:K ratios.

Tess F. J. van de Voorde (2910086)
T. Martijn Bezemer (305699)
Jan Willem Van Groenigen (2910092)
Simon Jeffery (2910089)
Liesje Mommer (285796)

August 2016

Mean cover per plant species in field experiment, biochar effect on germination, and mean plant N:P,...

Figure 2. Root porosity vs. Leaf nitrogen

Pan, Yingji
Cieraad, Ellen
van Bodegom, Peter

March 2019

The original root porosity and leaf nitrogen data used to make the Figure 2. in the manuscript. More...

Appendix B. Input flux distribution characteristics of total and major components of carbon, nitrogen, and phosphorus.

C. Fissore (2907080)
L. A. Baker (2203375)
S. E. Hobbie (2907086)
J. Y. King (2907071)
J. P. McFadden (2907083)
K. C. Nelson (2907074)
I. Jakobsdottir (2907077)

August 2016

Input flux distribution characteristics of total and major components of carbon, nitrogen, and phosp...

Appendix A. Nitrogen-to-phosphorus (N:P) ratios in newly mature leaves, old leaves, stems, and roots for each of the fertilizer treatments.

Abstract

Extracted data

Appendix A. Nitrogen-to-phosphorus (N:P) ratios in newly mature leaves, old leaves, stems, and roots for each of the fertilizer treatments.

Abstract

Extracted data

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