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| Format: | Artículo científico |
| Sprache: | en |
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The New phytologist
2026
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| Online-Zugang: | https://pubmed.ncbi.nlm.nih.gov/42087538/ |
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| author | Clark, James S Bankston, Taylar Bogdziewicz, Michal Cailleret, Maxime Camarero, J Julio Delzon, Sylvain Fady, Bruno Hacket-Pain, Andrew Hanley, Mick E Hu, Miao Ibáñez, Inés Jenkins, Lauren Journé, Valentin Kays, Roland Kunstler, Georges Luongo, Jordan Mårell, Anders McMurry, Sierra Meyer, Kira Moran, Emily Nagel, Thomas A Qiu, Tong Quintero, Elena Redmond, Miranda D Reid, Chantal D Rodriguez-Sánchez, Francisco Bel-Venner, Marie-Claude Venner, Samuel Zavala, Miguel A Zheng, Shiqi Zywiec, Magdalena |
| author_facet | Clark, James S Bankston, Taylar Bogdziewicz, Michal Cailleret, Maxime Camarero, J Julio Delzon, Sylvain Fady, Bruno Hacket-Pain, Andrew Hanley, Mick E Hu, Miao Ibáñez, Inés Jenkins, Lauren Journé, Valentin Kays, Roland Kunstler, Georges Luongo, Jordan Mårell, Anders McMurry, Sierra Meyer, Kira Moran, Emily Nagel, Thomas A Qiu, Tong Quintero, Elena Redmond, Miranda D Reid, Chantal D Rodriguez-Sánchez, Francisco Bel-Venner, Marie-Claude Venner, Samuel Zavala, Miguel A Zheng, Shiqi Zywiec, Magdalena Clark, James S Bankston, Taylar Bogdziewicz, Michal Cailleret, Maxime Camarero, J Julio Delzon, Sylvain Fady, Bruno Hacket-Pain, Andrew Hanley, Mick E Hu, Miao Ibáñez, Inés Jenkins, Lauren Journé, Valentin Kays, Roland Kunstler, Georges Luongo, Jordan Mårell, Anders McMurry, Sierra Meyer, Kira Moran, Emily Nagel, Thomas A Qiu, Tong Quintero, Elena Redmond, Miranda D Reid, Chantal D Rodriguez-Sánchez, Francisco Bel-Venner, Marie-Claude Venner, Samuel Zavala, Miguel A Zheng, Shiqi Zywiec, Magdalena |
| collection | PubMed - marine biology |
| contents | Despite rapid warming, seed production is not leading poleward migration in North American and European forests. Clark, James S Bankston, Taylar Bogdziewicz, Michal Cailleret, Maxime Camarero, J Julio Delzon, Sylvain Fady, Bruno Hacket-Pain, Andrew Hanley, Mick E Hu, Miao Ibáñez, Inés Jenkins, Lauren Journé, Valentin Kays, Roland Kunstler, Georges Luongo, Jordan Mårell, Anders McMurry, Sierra Meyer, Kira Moran, Emily Nagel, Thomas A Qiu, Tong Quintero, Elena Redmond, Miranda D Reid, Chantal D Rodriguez-Sánchez, Francisco Bel-Venner, Marie-Claude Venner, Samuel Zavala, Miguel A Zheng, Shiqi Zywiec, Magdalena Seeds Europe Forests North America Temperature Trees Climate Change Fertility Geography Seasons Global Warming To survive climate change, forest trees will have to shift seed production poleward. However, warming will not stimulate tree fecundity in the north if it is limited by other habitat variables. We evaluated the responses of tree fecundity to climate change for 292 tree species in North America and Europe, using response velocity, defined as (climate sensitivity) × (climate-change rate). The sensitivities to climate were estimated for each species and combined with rates of climate change to quantify how temperature, moisture deficits, and late freeze are influencing biogeographic shifts in tree reproduction. The results show that moisture deficit and late freeze, not annual temperature, drive changing seed production. Unlike annual temperature, which is increasing generally, change in these climate variables is not driving poleward shifts in seed production. These findings do not challenge the expectation that forests might eventually shift poleward. Rather, they show why current efforts offer divergent interpretations. The changes happening now are not consistent with annual temperature trends. As warming continues, fecundity changes can best be anticipated from temperature interactions with precipitation and extremes that impact flowering and fruiting in winter and spring. |
| format | Artículo científico |
| id | pubmed_42087538 |
| institution | PubMed |
| language | en |
| publishDate | 2026 |
| publisher | The New phytologist |
| record_format | pubmed |
| spellingShingle | Despite rapid warming, seed production is not leading poleward migration in North American and European forests. Clark, James S Bankston, Taylar Bogdziewicz, Michal Cailleret, Maxime Camarero, J Julio Delzon, Sylvain Fady, Bruno Hacket-Pain, Andrew Hanley, Mick E Hu, Miao Ibáñez, Inés Jenkins, Lauren Journé, Valentin Kays, Roland Kunstler, Georges Luongo, Jordan Mårell, Anders McMurry, Sierra Meyer, Kira Moran, Emily Nagel, Thomas A Qiu, Tong Quintero, Elena Redmond, Miranda D Reid, Chantal D Rodriguez-Sánchez, Francisco Bel-Venner, Marie-Claude Venner, Samuel Zavala, Miguel A Zheng, Shiqi Zywiec, Magdalena Seeds Europe Forests North America Temperature Trees Climate Change Fertility Geography Seasons Global Warming Despite rapid warming, seed production is not leading poleward migration in North American and European forests. Clark, James S Bankston, Taylar Bogdziewicz, Michal Cailleret, Maxime Camarero, J Julio Delzon, Sylvain Fady, Bruno Hacket-Pain, Andrew Hanley, Mick E Hu, Miao Ibáñez, Inés Jenkins, Lauren Journé, Valentin Kays, Roland Kunstler, Georges Luongo, Jordan Mårell, Anders McMurry, Sierra Meyer, Kira Moran, Emily Nagel, Thomas A Qiu, Tong Quintero, Elena Redmond, Miranda D Reid, Chantal D Rodriguez-Sánchez, Francisco Bel-Venner, Marie-Claude Venner, Samuel Zavala, Miguel A Zheng, Shiqi Zywiec, Magdalena Seeds Europe Forests North America Temperature Trees Climate Change Fertility Geography Seasons Global Warming To survive climate change, forest trees will have to shift seed production poleward. However, warming will not stimulate tree fecundity in the north if it is limited by other habitat variables. We evaluated the responses of tree fecundity to climate change for 292 tree species in North America and Europe, using response velocity, defined as (climate sensitivity) × (climate-change rate). The sensitivities to climate were estimated for each species and combined with rates of climate change to quantify how temperature, moisture deficits, and late freeze are influencing biogeographic shifts in tree reproduction. The results show that moisture deficit and late freeze, not annual temperature, drive changing seed production. Unlike annual temperature, which is increasing generally, change in these climate variables is not driving poleward shifts in seed production. These findings do not challenge the expectation that forests might eventually shift poleward. Rather, they show why current efforts offer divergent interpretations. The changes happening now are not consistent with annual temperature trends. As warming continues, fecundity changes can best be anticipated from temperature interactions with precipitation and extremes that impact flowering and fruiting in winter and spring. |
| title | Despite rapid warming, seed production is not leading poleward migration in North American and European forests. |
| topic | Seeds Europe Forests North America Temperature Trees Climate Change Fertility Geography Seasons Global Warming |
| url | https://pubmed.ncbi.nlm.nih.gov/42087538/ |