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| Format: | Artículo científico |
| Sprache: | en |
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Nature communications
2026
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| Online-Zugang: | https://pubmed.ncbi.nlm.nih.gov/41526389/ |
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| author | Radchuk, Viktoriia Jones, Carys V McLean, Nina Charmantier, Anne Teplitsky, Céline Alisauskas, Ray Ancona, Sergio Anker-Nilssen, Tycho Arcese, Peter Arlt, Debora Aubry, Lise M Bailey, Liam Barbraud, Christophe Berg, Karl S Berteaux, Dominique Blumstein, Daniel T Bouwhuis, Sandra Brose, Ulrich Brouwer, Lyanne Catry, Paulo Chero, Guillaume Chiaradia, Andre Courtiol, Alexandre Daunt, Francis Delord, Karine Dobson, F Stephen Drummond, Hugh Eeva, Tapio Fauteux, Dominique Gauthier, Gilles Genovart, Meritxell Granadeiro, José P Hentati-Sundberg, Jonas Harris, Michael Igual, José Manuel Janzen, Fredric Keogan, Katharine Korpimäki, Erkki Kramer-Schadt, Stephanie Kruuk, Loeske E B Lewis, Sue Mallory, Mark Martin, Julien Massot, Manuel Matthysen, Erik Mihoub, Jean-Baptiste Møller, Anders Pape Nater, Chloé R Newell, Mark Oppel, Steffen Oro, Daniel Ortega, Santiago Parejo, Deseada Pärt, Tomas Payo-Payo, Ana Pemberton, Josephine Phillips, Richard A Pillay, Neville Avilés, Jesús M Rödel, Heiko G Sanz-Aguilar, Ana Saraux, Claire Schielzeth, Holger Schradin, Carsten Schroeder, Julia Sheldon, Ben C Tavecchia, Giacomo Tarwater, Corey E Veiberg, Vebjørn Viblanc, Vincent A von Holst, Dietrich Vriend, Stefan J G Wanless, Sarah Wheelwright, Nathaniel Wood, Andrew G Sæther, Bernt-Erik Jenouvrier, Stephanie Clobert, Jean Beissinger, Steven R Visser, Marcel E Reed, Thomas E van de Pol, Martijn |
| author_facet | Radchuk, Viktoriia Jones, Carys V McLean, Nina Charmantier, Anne Teplitsky, Céline Alisauskas, Ray Ancona, Sergio Anker-Nilssen, Tycho Arcese, Peter Arlt, Debora Aubry, Lise M Bailey, Liam Barbraud, Christophe Berg, Karl S Berteaux, Dominique Blumstein, Daniel T Bouwhuis, Sandra Brose, Ulrich Brouwer, Lyanne Catry, Paulo Chero, Guillaume Chiaradia, Andre Courtiol, Alexandre Daunt, Francis Delord, Karine Dobson, F Stephen Drummond, Hugh Eeva, Tapio Fauteux, Dominique Gauthier, Gilles Genovart, Meritxell Granadeiro, José P Hentati-Sundberg, Jonas Harris, Michael Igual, José Manuel Janzen, Fredric Keogan, Katharine Korpimäki, Erkki Kramer-Schadt, Stephanie Kruuk, Loeske E B Lewis, Sue Mallory, Mark Martin, Julien Massot, Manuel Matthysen, Erik Mihoub, Jean-Baptiste Møller, Anders Pape Nater, Chloé R Newell, Mark Oppel, Steffen Oro, Daniel Ortega, Santiago Parejo, Deseada Pärt, Tomas Payo-Payo, Ana Pemberton, Josephine Phillips, Richard A Pillay, Neville Avilés, Jesús M Rödel, Heiko G Sanz-Aguilar, Ana Saraux, Claire Schielzeth, Holger Schradin, Carsten Schroeder, Julia Sheldon, Ben C Tavecchia, Giacomo Tarwater, Corey E Veiberg, Vebjørn Viblanc, Vincent A von Holst, Dietrich Vriend, Stefan J G Wanless, Sarah Wheelwright, Nathaniel Wood, Andrew G Sæther, Bernt-Erik Jenouvrier, Stephanie Clobert, Jean Beissinger, Steven R Visser, Marcel E Reed, Thomas E van de Pol, Martijn Radchuk, Viktoriia Jones, Carys V McLean, Nina Charmantier, Anne Teplitsky, Céline Alisauskas, Ray Ancona, Sergio Anker-Nilssen, Tycho Arcese, Peter Arlt, Debora Aubry, Lise M Bailey, Liam Barbraud, Christophe Berg, Karl S Berteaux, Dominique Blumstein, Daniel T Bouwhuis, Sandra Brose, Ulrich Brouwer, Lyanne Catry, Paulo Chero, Guillaume Chiaradia, Andre Courtiol, Alexandre Daunt, Francis Delord, Karine Dobson, F Stephen Drummond, Hugh Eeva, Tapio Fauteux, Dominique Gauthier, Gilles Genovart, Meritxell Granadeiro, José P Hentati-Sundberg, Jonas Harris, Michael Igual, José Manuel Janzen, Fredric Keogan, Katharine Korpimäki, Erkki Kramer-Schadt, Stephanie Kruuk, Loeske E B Lewis, Sue Mallory, Mark Martin, Julien Massot, Manuel Matthysen, Erik Mihoub, Jean-Baptiste Møller, Anders Pape Nater, Chloé R Newell, Mark Oppel, Steffen Oro, Daniel Ortega, Santiago Parejo, Deseada Pärt, Tomas Payo-Payo, Ana Pemberton, Josephine Phillips, Richard A Pillay, Neville Avilés, Jesús M Rödel, Heiko G Sanz-Aguilar, Ana Saraux, Claire Schielzeth, Holger Schradin, Carsten Schroeder, Julia Sheldon, Ben C Tavecchia, Giacomo Tarwater, Corey E Veiberg, Vebjørn Viblanc, Vincent A von Holst, Dietrich Vriend, Stefan J G Wanless, Sarah Wheelwright, Nathaniel Wood, Andrew G Sæther, Bernt-Erik Jenouvrier, Stephanie Clobert, Jean Beissinger, Steven R Visser, Marcel E Reed, Thomas E van de Pol, Martijn |
| collection | PubMed - marine biology |
| contents | Changes in phenology mediate vertebrate population responses to temperature globally. Radchuk, Viktoriia Jones, Carys V McLean, Nina Charmantier, Anne Teplitsky, Céline Alisauskas, Ray Ancona, Sergio Anker-Nilssen, Tycho Arcese, Peter Arlt, Debora Aubry, Lise M Bailey, Liam Barbraud, Christophe Berg, Karl S Berteaux, Dominique Blumstein, Daniel T Bouwhuis, Sandra Brose, Ulrich Brouwer, Lyanne Catry, Paulo Chero, Guillaume Chiaradia, Andre Courtiol, Alexandre Daunt, Francis Delord, Karine Dobson, F Stephen Drummond, Hugh Eeva, Tapio Fauteux, Dominique Gauthier, Gilles Genovart, Meritxell Granadeiro, José P Hentati-Sundberg, Jonas Harris, Michael Igual, José Manuel Janzen, Fredric Keogan, Katharine Korpimäki, Erkki Kramer-Schadt, Stephanie Kruuk, Loeske E B Lewis, Sue Mallory, Mark Martin, Julien Massot, Manuel Matthysen, Erik Mihoub, Jean-Baptiste Møller, Anders Pape Nater, Chloé R Newell, Mark Oppel, Steffen Oro, Daniel Ortega, Santiago Parejo, Deseada Pärt, Tomas Payo-Payo, Ana Pemberton, Josephine Phillips, Richard A Pillay, Neville Avilés, Jesús M Rödel, Heiko G Sanz-Aguilar, Ana Saraux, Claire Schielzeth, Holger Schradin, Carsten Schroeder, Julia Sheldon, Ben C Tavecchia, Giacomo Tarwater, Corey E Veiberg, Vebjørn Viblanc, Vincent A von Holst, Dietrich Vriend, Stefan J G Wanless, Sarah Wheelwright, Nathaniel Wood, Andrew G Sæther, Bernt-Erik Jenouvrier, Stephanie Clobert, Jean Beissinger, Steven R Visser, Marcel E Reed, Thomas E van de Pol, Martijn Animals Temperature Vertebrates Population Dynamics Phenotype Climate Change Global Warming Population Density Population Growth Phenotypic responses to climate affect individual fitness, but the extent to which this translates into effects on population dynamics remains poorly understood. We assemble 213 time series on phenotypes and population sizes of wild vertebrates globally and match them with local climate data. Our meta-analysis shows that morphological traits are mostly climate insensitive. However, phenology is earlier in warmer-than-average years, which contributes positively to population growth in most species. At lower latitudes, temperature has weaker effects on phenology but stronger direct negative effects on population growth, likely because these populations are less capable of tracking climate via plasticity. Variation in the phenology-mediated effect of temperature on population growth cannot be explained by latitude, generation time, migratory mode, or diet. This suggests that simple relationships between species characteristics and population responses to warming may not occur in nature. Instead, we may need to embrace ecological complexity by considering local-scale predictors that capture intra-specific variation. |
| format | Artículo científico |
| id | pubmed_41526389 |
| institution | PubMed |
| language | en |
| publishDate | 2026 |
| publisher | Nature communications |
| record_format | pubmed |
| spellingShingle | Changes in phenology mediate vertebrate population responses to temperature globally. Radchuk, Viktoriia Jones, Carys V McLean, Nina Charmantier, Anne Teplitsky, Céline Alisauskas, Ray Ancona, Sergio Anker-Nilssen, Tycho Arcese, Peter Arlt, Debora Aubry, Lise M Bailey, Liam Barbraud, Christophe Berg, Karl S Berteaux, Dominique Blumstein, Daniel T Bouwhuis, Sandra Brose, Ulrich Brouwer, Lyanne Catry, Paulo Chero, Guillaume Chiaradia, Andre Courtiol, Alexandre Daunt, Francis Delord, Karine Dobson, F Stephen Drummond, Hugh Eeva, Tapio Fauteux, Dominique Gauthier, Gilles Genovart, Meritxell Granadeiro, José P Hentati-Sundberg, Jonas Harris, Michael Igual, José Manuel Janzen, Fredric Keogan, Katharine Korpimäki, Erkki Kramer-Schadt, Stephanie Kruuk, Loeske E B Lewis, Sue Mallory, Mark Martin, Julien Massot, Manuel Matthysen, Erik Mihoub, Jean-Baptiste Møller, Anders Pape Nater, Chloé R Newell, Mark Oppel, Steffen Oro, Daniel Ortega, Santiago Parejo, Deseada Pärt, Tomas Payo-Payo, Ana Pemberton, Josephine Phillips, Richard A Pillay, Neville Avilés, Jesús M Rödel, Heiko G Sanz-Aguilar, Ana Saraux, Claire Schielzeth, Holger Schradin, Carsten Schroeder, Julia Sheldon, Ben C Tavecchia, Giacomo Tarwater, Corey E Veiberg, Vebjørn Viblanc, Vincent A von Holst, Dietrich Vriend, Stefan J G Wanless, Sarah Wheelwright, Nathaniel Wood, Andrew G Sæther, Bernt-Erik Jenouvrier, Stephanie Clobert, Jean Beissinger, Steven R Visser, Marcel E Reed, Thomas E van de Pol, Martijn Animals Temperature Vertebrates Population Dynamics Phenotype Climate Change Global Warming Population Density Population Growth Changes in phenology mediate vertebrate population responses to temperature globally. Radchuk, Viktoriia Jones, Carys V McLean, Nina Charmantier, Anne Teplitsky, Céline Alisauskas, Ray Ancona, Sergio Anker-Nilssen, Tycho Arcese, Peter Arlt, Debora Aubry, Lise M Bailey, Liam Barbraud, Christophe Berg, Karl S Berteaux, Dominique Blumstein, Daniel T Bouwhuis, Sandra Brose, Ulrich Brouwer, Lyanne Catry, Paulo Chero, Guillaume Chiaradia, Andre Courtiol, Alexandre Daunt, Francis Delord, Karine Dobson, F Stephen Drummond, Hugh Eeva, Tapio Fauteux, Dominique Gauthier, Gilles Genovart, Meritxell Granadeiro, José P Hentati-Sundberg, Jonas Harris, Michael Igual, José Manuel Janzen, Fredric Keogan, Katharine Korpimäki, Erkki Kramer-Schadt, Stephanie Kruuk, Loeske E B Lewis, Sue Mallory, Mark Martin, Julien Massot, Manuel Matthysen, Erik Mihoub, Jean-Baptiste Møller, Anders Pape Nater, Chloé R Newell, Mark Oppel, Steffen Oro, Daniel Ortega, Santiago Parejo, Deseada Pärt, Tomas Payo-Payo, Ana Pemberton, Josephine Phillips, Richard A Pillay, Neville Avilés, Jesús M Rödel, Heiko G Sanz-Aguilar, Ana Saraux, Claire Schielzeth, Holger Schradin, Carsten Schroeder, Julia Sheldon, Ben C Tavecchia, Giacomo Tarwater, Corey E Veiberg, Vebjørn Viblanc, Vincent A von Holst, Dietrich Vriend, Stefan J G Wanless, Sarah Wheelwright, Nathaniel Wood, Andrew G Sæther, Bernt-Erik Jenouvrier, Stephanie Clobert, Jean Beissinger, Steven R Visser, Marcel E Reed, Thomas E van de Pol, Martijn Animals Temperature Vertebrates Population Dynamics Phenotype Climate Change Global Warming Population Density Population Growth Phenotypic responses to climate affect individual fitness, but the extent to which this translates into effects on population dynamics remains poorly understood. We assemble 213 time series on phenotypes and population sizes of wild vertebrates globally and match them with local climate data. Our meta-analysis shows that morphological traits are mostly climate insensitive. However, phenology is earlier in warmer-than-average years, which contributes positively to population growth in most species. At lower latitudes, temperature has weaker effects on phenology but stronger direct negative effects on population growth, likely because these populations are less capable of tracking climate via plasticity. Variation in the phenology-mediated effect of temperature on population growth cannot be explained by latitude, generation time, migratory mode, or diet. This suggests that simple relationships between species characteristics and population responses to warming may not occur in nature. Instead, we may need to embrace ecological complexity by considering local-scale predictors that capture intra-specific variation. |
| title | Changes in phenology mediate vertebrate population responses to temperature globally. |
| topic | Animals Temperature Vertebrates Population Dynamics Phenotype Climate Change Global Warming Population Density Population Growth |
| url | https://pubmed.ncbi.nlm.nih.gov/41526389/ |