Effect plots in the linear model fit to the δ15N data for the three significant factors species (sp), aridity index (AI) and the interaction between body mass and age (bm*age).

Results from the a) linear regression model for growth and b) logistic regression model for age-class structure fit within a Bayesian framework.

Melanie A. Harsch (545387)
Matt S. McGlone (545388)
Janet M. Wilmshurst (154481)

April 2014

The mean (filled dots) and 95% credible intervals (solid lines) for the parameter estimates descr...

Mixed effects model fit for annual atrophy rates, allowing for linear change with age.

Dominic Holland (127515)
Rahul S. Desikan (127522)
Anders M. Dale (127526)
Linda K. McEvoy (127519)

August 2012

Data points plotted, with 95% confidence intervals, are independent estimates of the atrophy rate...

The relationship between the range size and the age of extant species expected under the stochastic model.

Alex L. Pigot (183555)
Ian P. F. Owens (183560)
C. David L. Orme (183565)

February 2012

Variation in Spearman's correlation (ρ) between species' age and geographic range area under diff...

Effect plots in the linear model fit to the δ13C data for the two significant factors aridity index (AI) and the interaction between body mass and age (bm*age).

Ana G. Popa-Lisseanu (186801)
Stephanie Kramer-Schadt (133831)
Juan Quetglas (200321)
Antonio Delgado-Huertas (344348)
Detlev H. Kelm (186882)
Carlos Ibáñez (186826)

February 2015

A 95-percent pointwise confidence interval is drawn around the estimated effect. A: adults, J: ju...

Results of a linear model explaining the dependence of δ13C on the independent variables.

Ana G. Popa-Lisseanu (186801)
Stephanie Kramer-Schadt (133831)
Juan Quetglas (200321)
Antonio Delgado-Huertas (344348)
Detlev H. Kelm (186882)
Carlos Ibáñez (186826)

February 2015

Residual standard error: 0.8892, d.f. = 679 (6 observations deleted due to missingness), multiple...

Coefficient of determination (Adjusted R2) of models predicting basal body mass based on climatic variables and genetic affinity (n = 80 for all except adult male populations, n = 20).

Daniel J. Hruschka (414300)
Craig Hadley (713760)
Alexandra A. Brewis (713761)
Christopher M. Stojanowski (53086)

March 2015

a Model based on affinity-predicted bBMI from full adult female sample due to small sa...

Results from linear mixed model analyses of fixed effects on adult weight and proportionate weight loss in Colaphellus bowringi in relation to temperature, population and sex.

Jianjun Tang (143041)
Haimin He (4243465)
Chao Chen (195669)
Shu Fu (625905)
Fangsen Xue (4243462)

July 2017

Results from linear mixed model analyses of fixed effects on adult weight and proportionate weigh...

Marginal effect plots of the three main explanatory variables (deviance explained >5%).

Stefano Canessa (586855)
Kirsten M. Parris (586856)

July 2013

Plots represent the effect of each variable on species richness (top) and probability of occupanc...

Main results from robust regressions for the relationships of δ15N and δ13C in Aspidoscelis hyperythra tissue and different ecological correlates.

Miguel Delibes (205963)
Ma Carmen Blazquez (739280)
Jose Maria Fedriani (739281)
Arsenio Granados (739282)
Laura Soriano (336702)
Antonio Delgado (302271)

May 2015

Season: proportion of individuals sampled in summer; Age: proportion of sampled adults; Sex: prop...

Model-averaged coefficients (error bar = 95% CI) of explanatory variables’ influence on residual body mass of all case study species.

Justus P. Deikumah (458512)
Clive A. McAlpine (458513)
Martine Maron (415741)

June 2015

Generalist above the horizontal dashed line and specialists below in each panel.</p

Relationship between age and body mass for male and female possums.

Jane L. DeGabriel (654726)
Ben D. Moore (423846)
William J. Foley (395149)
Christopher N. Johnson (157130)

November 2014

Polynomial regression model showing the relationship between age and body mass for female (dashed...

Model estimates for effect of body mass and body size index (mass/tarsus length) on migratory status of males.

Nawang Norbu (407522)
Martin C. Wikelski (407523)
David S. Wilcove (407524)
Jesko Partecke (293344)
Ugyen (407525)
Ugyen Tenzin (407526)
Sherub (407527)
Tshering Tempa (407528)

April 2013

Model estimates for effect of body mass and body size index (mass/tarsus length) on migratory sta...

Shoot age as a confounding factor on detecting the effect of human-induced disturbance on Posidonia oceanica growth performance

Tomasello, A.
Calvo, S.
DI MAIDA, G.
Lovison, G.
Pirrotta, M.
Sciandra, M.

January 2007

The response of orthotropic rhizome elongation and primary production of Posidonia oceanica to anthr...

Coefficient estimates and 95% confidence intervals from linear mixed-effects models (Gaussian response) predicting stand-scale small mammal species and functional richness by structural retention treatment, northwest Oregon and southwest Washington, USA, 2017–2019.

Sean M. Sultaire (3265170)
Andrew J. Kroll (13550101)
Jake Verschuyl (3200253)
Gary J. Roloff (13550104)

August 2022

Coefficient estimates and 95% confidence intervals from linear mixed-effects models (Gaussian respon...

Unstardardized parameters and t-tests of the General Linear Models evaluating the effects of age, sex and subspecies/population on the various biometrics.

Júlio M. Neto (159247)
Luís Gordinho (410968)
Eduardo J. Belda (410969)
Marcial Marín (410970)
Juan S. Monrós (159255)
Peter Fearon (410971)
Ross Crates (410972)

May 2013

# – P = 0.059; *** – P<0.001; ** – P<0.01; * – P<0.05; ns – non-significant.Fat and muscle...

Results from the a) linear regression model for growth and b) logistic regression model for age-class structure fit within a Bayesian framework.

Melanie A. Harsch (545387)
Matt S. McGlone (545388)
Janet M. Wilmshurst (154481)

April 2014

The mean (filled dots) and 95% credible intervals (solid lines) for the parameter estimates descr...

Mixed effects model fit for annual atrophy rates, allowing for linear change with age.

Dominic Holland (127515)
Rahul S. Desikan (127522)
Anders M. Dale (127526)
Linda K. McEvoy (127519)

August 2012

Data points plotted, with 95% confidence intervals, are independent estimates of the atrophy rate...

The relationship between the range size and the age of extant species expected under the stochastic model.

Alex L. Pigot (183555)
Ian P. F. Owens (183560)
C. David L. Orme (183565)

February 2012

Variation in Spearman's correlation (ρ) between species' age and geographic range area under diff...

Effect plots in the linear model fit to the δ13C data for the two significant factors aridity index (AI) and the interaction between body mass and age (bm*age).

Ana G. Popa-Lisseanu (186801)
Stephanie Kramer-Schadt (133831)
Juan Quetglas (200321)
Antonio Delgado-Huertas (344348)
Detlev H. Kelm (186882)
Carlos Ibáñez (186826)

February 2015

A 95-percent pointwise confidence interval is drawn around the estimated effect. A: adults, J: ju...

Results of a linear model explaining the dependence of δ13C on the independent variables.

Ana G. Popa-Lisseanu (186801)
Stephanie Kramer-Schadt (133831)
Juan Quetglas (200321)
Antonio Delgado-Huertas (344348)
Detlev H. Kelm (186882)
Carlos Ibáñez (186826)

February 2015

Residual standard error: 0.8892, d.f. = 679 (6 observations deleted due to missingness), multiple...

Coefficient of determination (Adjusted R2) of models predicting basal body mass based on climatic variables and genetic affinity (n = 80 for all except adult male populations, n = 20).

Daniel J. Hruschka (414300)
Craig Hadley (713760)
Alexandra A. Brewis (713761)
Christopher M. Stojanowski (53086)

March 2015

a Model based on affinity-predicted bBMI from full adult female sample due to small sa...

Results from linear mixed model analyses of fixed effects on adult weight and proportionate weight loss in Colaphellus bowringi in relation to temperature, population and sex.

Jianjun Tang (143041)
Haimin He (4243465)
Chao Chen (195669)
Shu Fu (625905)
Fangsen Xue (4243462)

July 2017

Results from linear mixed model analyses of fixed effects on adult weight and proportionate weigh...

Marginal effect plots of the three main explanatory variables (deviance explained >5%).

Stefano Canessa (586855)
Kirsten M. Parris (586856)

July 2013

Plots represent the effect of each variable on species richness (top) and probability of occupanc...

Main results from robust regressions for the relationships of δ15N and δ13C in Aspidoscelis hyperythra tissue and different ecological correlates.

Miguel Delibes (205963)
Ma Carmen Blazquez (739280)
Jose Maria Fedriani (739281)
Arsenio Granados (739282)
Laura Soriano (336702)
Antonio Delgado (302271)

May 2015

Season: proportion of individuals sampled in summer; Age: proportion of sampled adults; Sex: prop...

Model-averaged coefficients (error bar = 95% CI) of explanatory variables’ influence on residual body mass of all case study species.

Justus P. Deikumah (458512)
Clive A. McAlpine (458513)
Martine Maron (415741)

June 2015

Generalist above the horizontal dashed line and specialists below in each panel.</p

Relationship between age and body mass for male and female possums.

Jane L. DeGabriel (654726)
Ben D. Moore (423846)
William J. Foley (395149)
Christopher N. Johnson (157130)

November 2014

Polynomial regression model showing the relationship between age and body mass for female (dashed...

Model estimates for effect of body mass and body size index (mass/tarsus length) on migratory status of males.

Nawang Norbu (407522)
Martin C. Wikelski (407523)
David S. Wilcove (407524)
Jesko Partecke (293344)
Ugyen (407525)
Ugyen Tenzin (407526)
Sherub (407527)
Tshering Tempa (407528)

April 2013

Model estimates for effect of body mass and body size index (mass/tarsus length) on migratory sta...

Shoot age as a confounding factor on detecting the effect of human-induced disturbance on Posidonia oceanica growth performance

Tomasello, A.
Calvo, S.
DI MAIDA, G.
Lovison, G.
Pirrotta, M.
Sciandra, M.

January 2007

The response of orthotropic rhizome elongation and primary production of Posidonia oceanica to anthr...

Coefficient estimates and 95% confidence intervals from linear mixed-effects models (Gaussian response) predicting stand-scale small mammal species and functional richness by structural retention treatment, northwest Oregon and southwest Washington, USA, 2017–2019.

Sean M. Sultaire (3265170)
Andrew J. Kroll (13550101)
Jake Verschuyl (3200253)
Gary J. Roloff (13550104)

August 2022

Coefficient estimates and 95% confidence intervals from linear mixed-effects models (Gaussian respon...

Unstardardized parameters and t-tests of the General Linear Models evaluating the effects of age, sex and subspecies/population on the various biometrics.

Júlio M. Neto (159247)
Luís Gordinho (410968)
Eduardo J. Belda (410969)
Marcial Marín (410970)
Juan S. Monrós (159255)
Peter Fearon (410971)
Ross Crates (410972)

May 2013

# – P = 0.059; *** – P<0.001; ** – P<0.01; * – P<0.05; ns – non-significant.Fat and muscle...

Results from the a) linear regression model for growth and b) logistic regression model for age-class structure fit within a Bayesian framework.

Melanie A. Harsch (545387)
Matt S. McGlone (545388)
Janet M. Wilmshurst (154481)

April 2014

The mean (filled dots) and 95% credible intervals (solid lines) for the parameter estimates descr...

Mixed effects model fit for annual atrophy rates, allowing for linear change with age.

Dominic Holland (127515)
Rahul S. Desikan (127522)
Anders M. Dale (127526)
Linda K. McEvoy (127519)

August 2012

Data points plotted, with 95% confidence intervals, are independent estimates of the atrophy rate...

The relationship between the range size and the age of extant species expected under the stochastic model.

Alex L. Pigot (183555)
Ian P. F. Owens (183560)
C. David L. Orme (183565)

February 2012

Variation in Spearman's correlation (ρ) between species' age and geographic range area under diff...

Effect plots in the linear model fit to the δ<sup>15</sup>N data for the three significant factors species (sp), aridity index (AI) and the interaction between body mass and age (bm*age).

Abstract

Extracted data

Effect plots in the linear model fit to the δ<sup>15</sup>N data for the three significant factors species (sp), aridity index (AI) and the interaction between body mass and age (bm*age).

Abstract

Extracted data

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