Appendix H. Relationships between changes in extinction time associated with actuarial senescence and life history trait predictors in 58 species of mammals: alternative models and parameters.

Senescence Is More Important in the Natural Lives of Long- Than Short-Lived Mammals

Turbill Christopher
Ruf Thomas

August 2010

Senescence has been widely detected among mammals, but its importance to fitness in wild populations...

Appendix B. Figures showing trait correlations between mortality rate and functional traits of tree species at five Neotropical forest sites.

L. Poorter (2916146)
S. J. Wright (2913266)
H. Paz (2916140)
D. D. Ackerly (2914655)
R. Condit (2916149)
G. Ibarra-Manríquez (2916128)
K. E. Harms (2916125)
J. C. Licona (2916143)
M. Martínez-Ramos (2916137)
S. J. Mazer (2916131)
H. C. Muller-Landau (2916152)
M. Peña-Claros (2916122)
C. O. Webb (2914652)
I. J. Wright (2916134)

August 2016

Figures showing trait correlations between mortality rate and functional traits of tree species at f...

Appendix C. Alternative model forms and model statistics for relationships between time since fire and vital attributes.

Carl R. Gosper (2909312)
Suzanne M. Prober (169526)
Colin J. Yates (506624)

August 2016

Alternative model forms and model statistics for relationships between time since fire and vital att...

Actuarial senescence can increase the risk of extinction of mammal populations

Robert, Alexandre
Chantepie, Stéphane
Pavard, Samuel
Sarrazin, Francois
Teplitsky, Céline

January 2015

International audienceDespite recent acknowledgement that senescence can have negative impact on sur...

Appendix C. Results of the multivariate analysis showing the effects of life history traits and extrinsic threats on extinction risk.

Hélène Fréville (2913035)
Kevin McConway (352622)
Mike Dodd (352621)
Jonathan Silvertown (352618)

August 2016

Results of the multivariate analysis showing the effects of life history traits and extrinsic threat...

Appendix C. Model-averaged estimates of age-specific mortality, survivorship, net reproductive rate, life expectancy, population age distribution (live animals), and death distribution.

Jeffrey E. Moore (102449)
Andrew J. Read (241045)

August 2016

Model-averaged estimates of age-specific mortality, survivorship, net reproductive rate, life expect...

Appendix B. Survival estimates derived from mark–recapture analyses and life history traits of alcids used in comparative analysis.

Steven R. Beissinger (267107)
M. Zachariah Peery (293409)

August 2016

Survival estimates derived from mark–recapture analyses and life history traits of alcids used in co...

Variation in actuarial senescence does not reflect life span variation across mammals.

Guillaume Péron
Jean-François Lemaître
Victor Ronget
Morgane Tidière
Jean-Michel Gaillard

September 2019

The concept of actuarial senescence (defined here as the increase in mortality hazards with age) is ...

Appendix D. Magnitudes of demographic changes associated with actuarial senescence: details on population dynamics indices.

Alexandre Robert (192668)
Stéphane Chantepie (776173)
Samuel Pavard (81691)
François Sarrazin (192680)
Céline Teplitsky (2910893)

August 2016

Magnitudes of demographic changes associated with actuarial senescence: details on population dynami...

Appendix F. Detailed descriptions of the associations between species’ life history traits and environmental variables.

Sandrine Pavoine (131101)
Michel Baguette (59548)
Virginie M. Stevens (364159)
Mathew A. Leibold (2913227)
Camille Turlure (2851652)
Michael B. Bonsall (39581)

August 2016

Detailed descriptions of the associations between species’ life history traits and environmental var...

Senescence is more important in the natural lives of long- than short-lived mammals

Turbill, Christopher (R16915)
Ruf, Thomas

January 2010

Background - Senescence has been widely detected among mammals, but its importance to fitness in wil...

Senescence rates are determined by ranking on the fast–slow life-history continuum

Jones, Owen R.
Gaillard, Jean-Michel
Tuljapurkar, Shripad
Alho, Jussi S.
Armitage, Kenneth B.
Becker, Peter H.
Bize, Pierre
Brommer, Jon
Charmantier, A.
Charpentier, Marie
Clutton-Brock, Tim
Dobson, F. Stephen
Festa-Bianchet, Marco
Gustafsson, Lars
Jensen, Henrik
Jones, Carl G.
Lillandt, Bo-Göran
Mc Cleery, Robin
Merilä, Juha
Neuhaus, Peter
Nicoll, Malcolm A.C.
Norris, Ken
Oli, Madan K.
Pemberton, Josephine
Pietiäinen, Hannu
Ringsby, Thor Harald
Roulin, Alexandre
Saether, Bernt-Erik
Setchell, Joanna M.
Sheldon, Ben C.
Thompson, Paul M.
Weimerskirch, Henri
Wickings, E. Jean
Coulson, Tim

July 2008

International audienceComparative analyses of survival senescence by using life tables have identifi...

Senescence is more important in the natural lives of long- than short-lived mammals.

Christopher Turbill
Thomas Ruf

August 2010

Senescence has been widely detected among mammals, but its importance to fitness in wild populations...

Senescence rates are determined by ranking on the fast-slow life-history continuum

Jones, O. R.
Gaillard, J. M.
Tuljapurkar, S.
Alho, J. S.
Armitage, K. B.
Becker, P. H.
Bize, P.
Brommer, J.
Charmantier, A.
Charpentier, M.
Clutton-Brock, T.
Dobson, F. S.
Festa-Bianchet, M.
Gustafsson, L.
Jensen, H.
Jones, C. G.
Lillandt, B. G.
McCleery, R.
Merila, J.
Neuhaus, P.
Nicoll, M. A. C.
Norris, K.
Oli, M. K.
Pemberton, J.
Pietiainen, H.
Ringsby, T. H.
Roulin, A.
Saether, B. E.
Setchell, J. M.
Sheldon, B. C.
Thompson, P. M.
Weimerskirch, H.
Wickings, E. J.
Coulson, T.

January 2008

Comparative analyses of survival senescence by using life tables have identified generalizations inc...

Dataset used in Ecology and mode-of-life explain lifespan variation in birds and mammals

Kevin Healy (99153)
Thomas Guillerme (577616)
Sive Finlay (414410)
Natalie Cooper (277070)
Andrew Jackson (96657)

July 2014

<p>Dataset used in analysis in the paper "Ecology and mode-of-life explain lifespan variation in bir...

Senescence Is More Important in the Natural Lives of Long- Than Short-Lived Mammals

Turbill Christopher
Ruf Thomas

August 2010

Senescence has been widely detected among mammals, but its importance to fitness in wild populations...

Appendix B. Figures showing trait correlations between mortality rate and functional traits of tree species at five Neotropical forest sites.

L. Poorter (2916146)
S. J. Wright (2913266)
H. Paz (2916140)
D. D. Ackerly (2914655)
R. Condit (2916149)
G. Ibarra-Manríquez (2916128)
K. E. Harms (2916125)
J. C. Licona (2916143)
M. Martínez-Ramos (2916137)
S. J. Mazer (2916131)
H. C. Muller-Landau (2916152)
M. Peña-Claros (2916122)
C. O. Webb (2914652)
I. J. Wright (2916134)

August 2016

Figures showing trait correlations between mortality rate and functional traits of tree species at f...

Appendix C. Alternative model forms and model statistics for relationships between time since fire and vital attributes.

Carl R. Gosper (2909312)
Suzanne M. Prober (169526)
Colin J. Yates (506624)

August 2016

Alternative model forms and model statistics for relationships between time since fire and vital att...

Actuarial senescence can increase the risk of extinction of mammal populations

Robert, Alexandre
Chantepie, Stéphane
Pavard, Samuel
Sarrazin, Francois
Teplitsky, Céline

January 2015

International audienceDespite recent acknowledgement that senescence can have negative impact on sur...

Appendix C. Results of the multivariate analysis showing the effects of life history traits and extrinsic threats on extinction risk.

Hélène Fréville (2913035)
Kevin McConway (352622)
Mike Dodd (352621)
Jonathan Silvertown (352618)

August 2016

Results of the multivariate analysis showing the effects of life history traits and extrinsic threat...

Appendix C. Model-averaged estimates of age-specific mortality, survivorship, net reproductive rate, life expectancy, population age distribution (live animals), and death distribution.

Jeffrey E. Moore (102449)
Andrew J. Read (241045)

August 2016

Model-averaged estimates of age-specific mortality, survivorship, net reproductive rate, life expect...

Appendix B. Survival estimates derived from mark–recapture analyses and life history traits of alcids used in comparative analysis.

Steven R. Beissinger (267107)
M. Zachariah Peery (293409)

August 2016

Survival estimates derived from mark–recapture analyses and life history traits of alcids used in co...

Variation in actuarial senescence does not reflect life span variation across mammals.

Guillaume Péron
Jean-François Lemaître
Victor Ronget
Morgane Tidière
Jean-Michel Gaillard

September 2019

The concept of actuarial senescence (defined here as the increase in mortality hazards with age) is ...

Appendix D. Magnitudes of demographic changes associated with actuarial senescence: details on population dynamics indices.

Alexandre Robert (192668)
Stéphane Chantepie (776173)
Samuel Pavard (81691)
François Sarrazin (192680)
Céline Teplitsky (2910893)

August 2016

Magnitudes of demographic changes associated with actuarial senescence: details on population dynami...

Appendix F. Detailed descriptions of the associations between species’ life history traits and environmental variables.

Sandrine Pavoine (131101)
Michel Baguette (59548)
Virginie M. Stevens (364159)
Mathew A. Leibold (2913227)
Camille Turlure (2851652)
Michael B. Bonsall (39581)

August 2016

Detailed descriptions of the associations between species’ life history traits and environmental var...

Senescence is more important in the natural lives of long- than short-lived mammals

Turbill, Christopher (R16915)
Ruf, Thomas

January 2010

Background - Senescence has been widely detected among mammals, but its importance to fitness in wil...

Senescence rates are determined by ranking on the fast–slow life-history continuum

Jones, Owen R.
Gaillard, Jean-Michel
Tuljapurkar, Shripad
Alho, Jussi S.
Armitage, Kenneth B.
Becker, Peter H.
Bize, Pierre
Brommer, Jon
Charmantier, A.
Charpentier, Marie
Clutton-Brock, Tim
Dobson, F. Stephen
Festa-Bianchet, Marco
Gustafsson, Lars
Jensen, Henrik
Jones, Carl G.
Lillandt, Bo-Göran
Mc Cleery, Robin
Merilä, Juha
Neuhaus, Peter
Nicoll, Malcolm A.C.
Norris, Ken
Oli, Madan K.
Pemberton, Josephine
Pietiäinen, Hannu
Ringsby, Thor Harald
Roulin, Alexandre
Saether, Bernt-Erik
Setchell, Joanna M.
Sheldon, Ben C.
Thompson, Paul M.
Weimerskirch, Henri
Wickings, E. Jean
Coulson, Tim

July 2008

International audienceComparative analyses of survival senescence by using life tables have identifi...

Senescence is more important in the natural lives of long- than short-lived mammals.

Christopher Turbill
Thomas Ruf

August 2010

Senescence has been widely detected among mammals, but its importance to fitness in wild populations...

Senescence rates are determined by ranking on the fast-slow life-history continuum

Jones, O. R.
Gaillard, J. M.
Tuljapurkar, S.
Alho, J. S.
Armitage, K. B.
Becker, P. H.
Bize, P.
Brommer, J.
Charmantier, A.
Charpentier, M.
Clutton-Brock, T.
Dobson, F. S.
Festa-Bianchet, M.
Gustafsson, L.
Jensen, H.
Jones, C. G.
Lillandt, B. G.
McCleery, R.
Merila, J.
Neuhaus, P.
Nicoll, M. A. C.
Norris, K.
Oli, M. K.
Pemberton, J.
Pietiainen, H.
Ringsby, T. H.
Roulin, A.
Saether, B. E.
Setchell, J. M.
Sheldon, B. C.
Thompson, P. M.
Weimerskirch, H.
Wickings, E. J.
Coulson, T.

January 2008

Comparative analyses of survival senescence by using life tables have identified generalizations inc...

Dataset used in Ecology and mode-of-life explain lifespan variation in birds and mammals

Kevin Healy (99153)
Thomas Guillerme (577616)
Sive Finlay (414410)
Natalie Cooper (277070)
Andrew Jackson (96657)

July 2014

<p>Dataset used in analysis in the paper "Ecology and mode-of-life explain lifespan variation in bir...

Senescence Is More Important in the Natural Lives of Long- Than Short-Lived Mammals

Turbill Christopher
Ruf Thomas

August 2010

Senescence has been widely detected among mammals, but its importance to fitness in wild populations...

Appendix B. Figures showing trait correlations between mortality rate and functional traits of tree species at five Neotropical forest sites.

L. Poorter (2916146)
S. J. Wright (2913266)
H. Paz (2916140)
D. D. Ackerly (2914655)
R. Condit (2916149)
G. Ibarra-Manríquez (2916128)
K. E. Harms (2916125)
J. C. Licona (2916143)
M. Martínez-Ramos (2916137)
S. J. Mazer (2916131)
H. C. Muller-Landau (2916152)
M. Peña-Claros (2916122)
C. O. Webb (2914652)
I. J. Wright (2916134)

August 2016

Figures showing trait correlations between mortality rate and functional traits of tree species at f...

Appendix C. Alternative model forms and model statistics for relationships between time since fire and vital attributes.

Carl R. Gosper (2909312)
Suzanne M. Prober (169526)
Colin J. Yates (506624)

August 2016

Alternative model forms and model statistics for relationships between time since fire and vital att...

Appendix H. Relationships between changes in extinction time associated with actuarial senescence and life history trait predictors in 58 species of mammals: alternative models and parameters.

Abstract

Extracted data

Appendix H. Relationships between changes in extinction time associated with actuarial senescence and life history trait predictors in 58 species of mammals: alternative models and parameters.

Abstract

Extracted data

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