Complexity and interpretability in global change ecology

Ecological systems are inherently complex. Global change- including the impacts of climate change- affects them in varied ways, and they respond in diverse forms. Any attempt to stem the current biodiversity crisis should account for this complexity while simultaneously reaching a general understand...

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Main Authors: Montoya, D., Buron-Ugarte, A., Chretien, L. T. S., Christensen Garcia, C., Granjel, R. R., Holmes, M., Huang, M., Iglesias-Anciones, L., Larretxi-Gallastegi, I., Porras-Gomez, J.
Format: Journal Article
Language:Inglés
Published: 2025
Online Access:https://hdl.handle.net/10568/173953
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author Montoya, D.
Buron-Ugarte, A.
Chretien, L. T. S.
Christensen Garcia, C.
Granjel, R. R.
Holmes, M.
Huang, M.
Iglesias-Anciones, L.
Larretxi-Gallastegi, I.
Porras-Gomez, J.
author_browse Buron-Ugarte, A.
Chretien, L. T. S.
Christensen Garcia, C.
Granjel, R. R.
Holmes, M.
Huang, M.
Iglesias-Anciones, L.
Larretxi-Gallastegi, I.
Montoya, D.
Porras-Gomez, J.
author_facet Montoya, D.
Buron-Ugarte, A.
Chretien, L. T. S.
Christensen Garcia, C.
Granjel, R. R.
Holmes, M.
Huang, M.
Iglesias-Anciones, L.
Larretxi-Gallastegi, I.
Porras-Gomez, J.
author_sort Montoya, D.
collection Repository of Agricultural Research Outputs (CGSpace)
description Ecological systems are inherently complex. Global change- including the impacts of climate change- affects them in varied ways, and they respond in diverse forms. Any attempt to stem the current biodiversity crisis should account for this complexity while simultaneously reaching a general understanding of how ecological systems respond to global change. Here, we briefly introduce three axes of complexity in global change ecology and discuss how our approaches to understand it can be maximised.
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spelling CGSpace1739532025-10-26T13:01:45Z Complexity and interpretability in global change ecology Montoya, D. Buron-Ugarte, A. Chretien, L. T. S. Christensen Garcia, C. Granjel, R. R. Holmes, M. Huang, M. Iglesias-Anciones, L. Larretxi-Gallastegi, I. Porras-Gomez, J. Ecological systems are inherently complex. Global change- including the impacts of climate change- affects them in varied ways, and they respond in diverse forms. Any attempt to stem the current biodiversity crisis should account for this complexity while simultaneously reaching a general understanding of how ecological systems respond to global change. Here, we briefly introduce three axes of complexity in global change ecology and discuss how our approaches to understand it can be maximised. 2025-03-20 2025-04-01T10:42:06Z 2025-04-01T10:42:06Z Journal Article https://hdl.handle.net/10568/173953 en Open Access Montoya, D.; Buron-Ugarte, A.; Chretien, L. T. S.; Christensen Garcia, C.; Granjel, R. R.; Holmes, M.; Huang, M.; Iglesias-Anciones, L.; Larretxi-Gallastegi, I.; Porras-Gomez, J. 2025. Complexity and interpretability in global change ecology. PLOS Climate, 4(3):e0000587. [doi:https://doi.org/10.1371/journal.pclm.0000587]
spellingShingle Montoya, D.
Buron-Ugarte, A.
Chretien, L. T. S.
Christensen Garcia, C.
Granjel, R. R.
Holmes, M.
Huang, M.
Iglesias-Anciones, L.
Larretxi-Gallastegi, I.
Porras-Gomez, J.
Complexity and interpretability in global change ecology
title Complexity and interpretability in global change ecology
title_full Complexity and interpretability in global change ecology
title_fullStr Complexity and interpretability in global change ecology
title_full_unstemmed Complexity and interpretability in global change ecology
title_short Complexity and interpretability in global change ecology
title_sort complexity and interpretability in global change ecology
url https://hdl.handle.net/10568/173953
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