Appendix A. Mean peak flowering dates and regression slopes for the 15 most common species with flowering periods overlapping that of Lathyrus.

Appendix G. Diagnostic plots for the regression of first flower date to soil temperature in Kobresia humilis.

S. P. Wang (2928477)
F. D. Meng (2928471)
J. C. Duan (2928468)
Y. F. Wang (2059195)
X. Y. Cui (2928459)
S. L. Piao (2928456)
H. S. Niu (2928450)
G. P. Xu (2928432)
C. Y. Luo (2928474)
Z. H. Zhang (1827751)
X. X. Zhu (1318302)
M. G. Shen (2928438)
Y. N. Li (2928462)
M. Y. Du (2928441)
Y. H. Tang (2928435)
X. Q. Zhao (2928444)
P. Ciais (2928429)
B Kimball (2928465)
J. Peñuelas (2928447)
I. A. Janssens (2928480)
S. J. Cui (2928423)
L. Zhao (2928453)
F. W. Zhang (2928426)

August 2016

Diagnostic plots for the regression of first flower date to soil temperature in Kobresia humilis

Appendix A. Supplementary results: Average temperature intervals for each macrophyte order and raw thermogravimetric data for all samples.

Stacey M. Trevathan-Tackett (2930040)
Jeffrey Kelleway (2930037)
Peter I. Macreadie (280451)
John Beardall (295243)
Peter Ralph (410918)
Alecia Bellgrove (2930034)

August 2016

Supplementary results: Average temperature intervals for each macrophyte order and raw thermogravime...

Appendix A. Response of individual species to richness or weather (principal components analysis of spring temperature and rainfall in the current and previous years).

Sarah C. Elmendorf (2907518)
Susan P. Harrison (2907521)

August 2016

Response of individual species to richness or weather (principal components analysis of spring tempe...

Appendix A. Mean flower production across the growing season for cohorts of Campanulastrum americanum that initiated flowering earlier, at the same time, and later than the native population.

Laura F. Galloway (2917358)
Kevin S. Burgess (94482)

August 2016

Mean flower production across the growing season for cohorts of Campanulastrum americanum that initi...

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. Strength and significance of phylogenetic signal in mean flowering time, 1974–2012.

Paul J. CaraDonna (2924619)
David W. Inouye (2918915)

August 2016

Strength and significance of phylogenetic signal in mean flowering time, 1974–2012

Supplementary material Appendix_6

Felix Heydel (437107)
Oliver Tackenberg (437108)

November 2016

Appendix 6 Table A6: Calculated mean values for date, duration and growing degree days for species’ ...

Supplementary material Appendix_6

Heydel, Felix
Tackenberg, Oliver

September 2016

Appendix 6 Table A6: Calculated mean values for date, duration and growing degree days for species’ ...

Supplementary material Appendix_6

Heydel, Felix
Tackenberg, Oliver

September 2016

Appendix 6 Table A6: Calculated mean values for date, duration and growing degree days for species’ ...

Appendix A. A figure showing the flowering phenology of the study population of Aquilegia canadensis.

Agnes Kliber (2913137)
Christopher G. Eckert (2913140)

August 2016

A figure showing the flowering phenology of the study population of Aquilegia canadensis

Appendix D. Relationships between first flowering dates and average annual air temperatures and annual soil temperatures at 5-cm depth.

S. P. Wang (2928477)
F. D. Meng (2928471)
J. C. Duan (2928468)
Y. F. Wang (2059195)
X. Y. Cui (2928459)
S. L. Piao (2928456)
H. S. Niu (2928450)
G. P. Xu (2928432)
C. Y. Luo (2928474)
Z. H. Zhang (1827751)
X. X. Zhu (1318302)
M. G. Shen (2928438)
Y. N. Li (2928462)
M. Y. Du (2928441)
Y. H. Tang (2928435)
X. Q. Zhao (2928444)
P. Ciais (2928429)
B Kimball (2928465)
J. Peñuelas (2928447)
I. A. Janssens (2928480)
S. J. Cui (2928423)
L. Zhao (2928453)
F. W. Zhang (2928426)

August 2016

Relationships between first flowering dates and average annual air temperatures and annual soil temp...

Appendix D. Traditional outcome of logistic regression showing how flowering is affected by different treatments on eggs(+) and eggs(-) plants.

Foteini G. Pashalidou (140339)
Dani Lucas-Barbosa (311173)
Joop J. A. van Loon (191267)
Marcel Dicke (77972)
Nina E. Fatouros (140342)

August 2016

Traditional outcome of logistic regression showing how flowering is affected by different treatments...

Appendix B. Supporting figures displaying examples of species’ weekly frequency of occurrence and weekly stewardship plots; weekly occurrence centroids and average breeding season probability of occurrence on GAP status 2 lands; weekly occurrence centroids and average breeding season probability of occurrence on GAP status 3 lands; and weekly elevation associations and maximum seasonal range size.

Frank A. La Sorte (99487)
Daniel Fink (337132)
Wesley M. Hochachka (400287)
Jocelyn L. Aycrigg (276359)
Kenneth V. Rosenberg (368046)
Amanda D. Rodewald (290505)
Nicholas E. Bruns (2910605)
Andrew Farnsworth (401325)
Brian L. Sullivan (2910608)
Chris Wood (337129)
Steve Kelling (337133)

August 2016

Supporting figures displaying examples of species’ weekly frequency of occurrence and weekly steward...

Appendix C. Comparison of linear, quadratic, and piecewise regressions of elk fecal chlorophyll on Julian day over three winter–spring transitions.

David Christianson (598934)
Scott Creel (361317)

August 2016

Comparison of linear, quadratic, and piecewise regressions of elk fecal chlorophyll on Julian day ov...

Appendix H. A table showing hierarchical multiple linear regression models examining factors influencing of native perennial herb species richness in two sample years.

Genie M. Fleming (2906102)
James E. Diffendorfer (2906099)
Paul H. Zedler (2905520)

August 2016

A table showing hierarchical multiple linear regression models examining factors influencing of nati...

Appendix G. Diagnostic plots for the regression of first flower date to soil temperature in Kobresia humilis.

S. P. Wang (2928477)
F. D. Meng (2928471)
J. C. Duan (2928468)
Y. F. Wang (2059195)
X. Y. Cui (2928459)
S. L. Piao (2928456)
H. S. Niu (2928450)
G. P. Xu (2928432)
C. Y. Luo (2928474)
Z. H. Zhang (1827751)
X. X. Zhu (1318302)
M. G. Shen (2928438)
Y. N. Li (2928462)
M. Y. Du (2928441)
Y. H. Tang (2928435)
X. Q. Zhao (2928444)
P. Ciais (2928429)
B Kimball (2928465)
J. Peñuelas (2928447)
I. A. Janssens (2928480)
S. J. Cui (2928423)
L. Zhao (2928453)
F. W. Zhang (2928426)

August 2016

Diagnostic plots for the regression of first flower date to soil temperature in Kobresia humilis

Appendix A. Supplementary results: Average temperature intervals for each macrophyte order and raw thermogravimetric data for all samples.

Stacey M. Trevathan-Tackett (2930040)
Jeffrey Kelleway (2930037)
Peter I. Macreadie (280451)
John Beardall (295243)
Peter Ralph (410918)
Alecia Bellgrove (2930034)

August 2016

Supplementary results: Average temperature intervals for each macrophyte order and raw thermogravime...

Appendix A. Response of individual species to richness or weather (principal components analysis of spring temperature and rainfall in the current and previous years).

Sarah C. Elmendorf (2907518)
Susan P. Harrison (2907521)

August 2016

Response of individual species to richness or weather (principal components analysis of spring tempe...

Appendix A. Mean flower production across the growing season for cohorts of Campanulastrum americanum that initiated flowering earlier, at the same time, and later than the native population.

Laura F. Galloway (2917358)
Kevin S. Burgess (94482)

August 2016

Mean flower production across the growing season for cohorts of Campanulastrum americanum that initi...

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. Strength and significance of phylogenetic signal in mean flowering time, 1974–2012.

Paul J. CaraDonna (2924619)
David W. Inouye (2918915)

August 2016

Strength and significance of phylogenetic signal in mean flowering time, 1974–2012

Supplementary material Appendix_6

Felix Heydel (437107)
Oliver Tackenberg (437108)

November 2016

Appendix 6 Table A6: Calculated mean values for date, duration and growing degree days for species’ ...

Supplementary material Appendix_6

Heydel, Felix
Tackenberg, Oliver

September 2016

Appendix 6 Table A6: Calculated mean values for date, duration and growing degree days for species’ ...

Supplementary material Appendix_6

Heydel, Felix
Tackenberg, Oliver

September 2016

Appendix 6 Table A6: Calculated mean values for date, duration and growing degree days for species’ ...

Appendix A. A figure showing the flowering phenology of the study population of Aquilegia canadensis.

Agnes Kliber (2913137)
Christopher G. Eckert (2913140)

August 2016

A figure showing the flowering phenology of the study population of Aquilegia canadensis

Appendix D. Relationships between first flowering dates and average annual air temperatures and annual soil temperatures at 5-cm depth.

S. P. Wang (2928477)
F. D. Meng (2928471)
J. C. Duan (2928468)
Y. F. Wang (2059195)
X. Y. Cui (2928459)
S. L. Piao (2928456)
H. S. Niu (2928450)
G. P. Xu (2928432)
C. Y. Luo (2928474)
Z. H. Zhang (1827751)
X. X. Zhu (1318302)
M. G. Shen (2928438)
Y. N. Li (2928462)
M. Y. Du (2928441)
Y. H. Tang (2928435)
X. Q. Zhao (2928444)
P. Ciais (2928429)
B Kimball (2928465)
J. Peñuelas (2928447)
I. A. Janssens (2928480)
S. J. Cui (2928423)
L. Zhao (2928453)
F. W. Zhang (2928426)

August 2016

Relationships between first flowering dates and average annual air temperatures and annual soil temp...

Appendix D. Traditional outcome of logistic regression showing how flowering is affected by different treatments on eggs(+) and eggs(-) plants.

Foteini G. Pashalidou (140339)
Dani Lucas-Barbosa (311173)
Joop J. A. van Loon (191267)
Marcel Dicke (77972)
Nina E. Fatouros (140342)

August 2016

Traditional outcome of logistic regression showing how flowering is affected by different treatments...

Appendix B. Supporting figures displaying examples of species’ weekly frequency of occurrence and weekly stewardship plots; weekly occurrence centroids and average breeding season probability of occurrence on GAP status 2 lands; weekly occurrence centroids and average breeding season probability of occurrence on GAP status 3 lands; and weekly elevation associations and maximum seasonal range size.

Frank A. La Sorte (99487)
Daniel Fink (337132)
Wesley M. Hochachka (400287)
Jocelyn L. Aycrigg (276359)
Kenneth V. Rosenberg (368046)
Amanda D. Rodewald (290505)
Nicholas E. Bruns (2910605)
Andrew Farnsworth (401325)
Brian L. Sullivan (2910608)
Chris Wood (337129)
Steve Kelling (337133)

August 2016

Supporting figures displaying examples of species’ weekly frequency of occurrence and weekly steward...

Appendix C. Comparison of linear, quadratic, and piecewise regressions of elk fecal chlorophyll on Julian day over three winter–spring transitions.

David Christianson (598934)
Scott Creel (361317)

August 2016

Comparison of linear, quadratic, and piecewise regressions of elk fecal chlorophyll on Julian day ov...

Appendix H. A table showing hierarchical multiple linear regression models examining factors influencing of native perennial herb species richness in two sample years.

Genie M. Fleming (2906102)
James E. Diffendorfer (2906099)
Paul H. Zedler (2905520)

August 2016

A table showing hierarchical multiple linear regression models examining factors influencing of nati...

Appendix G. Diagnostic plots for the regression of first flower date to soil temperature in Kobresia humilis.

S. P. Wang (2928477)
F. D. Meng (2928471)
J. C. Duan (2928468)
Y. F. Wang (2059195)
X. Y. Cui (2928459)
S. L. Piao (2928456)
H. S. Niu (2928450)
G. P. Xu (2928432)
C. Y. Luo (2928474)
Z. H. Zhang (1827751)
X. X. Zhu (1318302)
M. G. Shen (2928438)
Y. N. Li (2928462)
M. Y. Du (2928441)
Y. H. Tang (2928435)
X. Q. Zhao (2928444)
P. Ciais (2928429)
B Kimball (2928465)
J. Peñuelas (2928447)
I. A. Janssens (2928480)
S. J. Cui (2928423)
L. Zhao (2928453)
F. W. Zhang (2928426)

August 2016

Diagnostic plots for the regression of first flower date to soil temperature in Kobresia humilis

Appendix A. Supplementary results: Average temperature intervals for each macrophyte order and raw thermogravimetric data for all samples.

Stacey M. Trevathan-Tackett (2930040)
Jeffrey Kelleway (2930037)
Peter I. Macreadie (280451)
John Beardall (295243)
Peter Ralph (410918)
Alecia Bellgrove (2930034)

August 2016

Supplementary results: Average temperature intervals for each macrophyte order and raw thermogravime...

Appendix A. Response of individual species to richness or weather (principal components analysis of spring temperature and rainfall in the current and previous years).

Sarah C. Elmendorf (2907518)
Susan P. Harrison (2907521)

August 2016

Response of individual species to richness or weather (principal components analysis of spring tempe...

Appendix A. Mean peak flowering dates and regression slopes for the 15 most common species with flowering periods overlapping that of Lathyrus.

Abstract

Extracted data

Appendix A. Mean peak flowering dates and regression slopes for the 15 most common species with flowering periods overlapping that of Lathyrus.

Abstract

Extracted data

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