Evasión de la inclinación en sistemas complejos a través de la formación de patrones espaciales
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Max Rietkerk1, Robbin Bastiaansen2, Swarnendu Banerjee1,3,4
1Copernicus Institute of Sustainable Development, Utrecht University, 3508 TC, Utrecht, Netherlands.
Science (New York, N.Y.)
|October 7, 2021
Resumen
La autoorganización espacial puede indicar resiliencia, ayudando a los sistemas complejos a evitar puntos de inflexión catastróficos. Esta investigación explora cómo la formación de patrones puede indicar la estabilidad del ecosistema y el sistema terrestre en medio del cambio global.
Área de la Ciencia:
- Ecología
- Ciencia de los sistemas complejos
- Ciencias del Sistema Terrestre
Sus antecedentes:
- El cambio global plantea riesgos de puntos de inflexión catastróficos para los ecosistemas y el sistema de la Tierra.
- Se buscan activamente indicadores de alerta temprana para estas transiciones críticas.
- La autoorganización espacial ha sido considerada como una potencial señal de alerta temprana.
Objetivo del estudio:
- Revisar el papel de la autoorganización espacial para eludir los puntos de inflexión.
- Para replantear la auto-organización espacial como una señal de resiliencia en lugar de un indicador de colapso inminente.
- Explorar las condiciones bajo las cuales los sistemas complejos exhiben resiliencia a través de la formación de patrones espaciales.
Principales métodos:
- Revisión de la literatura sobre la autoorganización espacial y las transiciones críticas.
- Análisis de los marcos teóricos que vinculan los patrones espaciales con la resiliencia del sistema.
- Síntesis de pruebas para eludir los puntos de inflexión a través de la formación de patrones.
Principales resultados:
- La autoorganización espacial puede facilitar la evasión de los puntos de inflexión en sistemas complejos.
- La formación de patrones actúa como un mecanismo para mantener la resiliencia del sistema.
- Este fenómeno es potencialmente aplicable a través de varios ecosistemas y componentes del sistema de la Tierra.
Conclusiones:
- La autoorganización espacial es un indicador crucial de la resiliencia, no necesariamente una advertencia temprana de puntos de inflexión.
- La comprensión de la formación de patrones espaciales es clave para identificar y fomentar sistemas resilientes.
- Se requiere un análisis sistemático adicional para definir las condiciones que promueven la resiliencia y la evasión del punto de inflexión.
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