D-concave nonautonomous differential equations and applications to critical transitions

Autores: Jesús Dueñas Pamplona
Directores de la Tesis: Carmen Núñez Jiménez (dir. tes.) , Rafael Obaya García (codir. tes.)
Lectura: En la Universidad de Valladolid ( España ) en 2024
Idioma: inglés
Tribunal Calificador de la Tesis: Amadeu Delshams Valdés (presid.) , María Paz Calvo Cabrero (secret.) , Peter Ashwin (voc.)
Enlaces
- Tesis en acceso abierto en: UVADOC
Resumen
- The results presented in this document delve deeper into nonautonomous bifurcation theory with a view towards critical transitions. Nonautonomous d-concave scalar differential equations have been studied due to their significance in modeling various real-world phenomena. Special interest has been placed on their applications in ecology, where d-concave equations are frequently employed to describe single species populations subject to the Allee effect.