Advances in Mathematical Modeling of Mass Extinction Events • IMSI

Description

To consolidate and synthesize these findings into manuscripts aimed at high-impact journals, we are requesting to organize a dedicated writing IRC. The IRC’s objective is to finalize our collaborative papers, integrate interdisciplinary feedback, refine our mathematical frameworks, and clearly articulate their significance for advancing paleontological research. This concentrated effort will enhance the clarity, rigor, and impact of our research, enabling us to effectively communicate groundbreaking insights into mass extinction dynamics and ecological resilience to a broad scientific audience.

This project represents a continuation of the research conducted in our previous IRCs, Exploring shifts in biogeochemical cycles and mass extinction events through slow-fast dynamical systems (2024) and Climate Tipping Phenomena in Non-autonomous Paleoecosystems (2023), and involves collaboration across the Mathematics of Mass Extinctions Network.

Organizers

I S

Ivan Sudakow School of Mathematics and Statistics, The Open University

S P

Sergei Petrovskii School of Computing and Mathematic Sciences, University of Leicester

C M

Corinne Myers Department of Earth and Planetary Sciences, University of New Mexico

Participants

F B

Fernando Blanco-Segovia School of Mathematics and Statistics, Open University

P G

Punit Gandhi Virginia Commonwealth University

C M

Corinne Myers Department of Earth and Planetary Sciences, University of New Mexico

S P

Sergei Petrovskii Department of Mathematics, University of Leicester

P R

Parimita Roy Department of Mathematics, Thapar Institute of Engineering and Technology, India

I S

Ivan Sudakow School of Mathematics and Statistics, The Open University

J W

James Witts Natural History Museum, London

H H Z

Hao Helen Zhang Department of Mathematics, University of Arizona

Y Z

Yulong Zhao Department of Mathematics, University of Arizona