Towards Process-Based Comparative Models for Bridging Micro and Macroevolutionary Dynamics
Explorez les modèles comparatifs basés sur les processus pour relier la micro et la macroévolution. Découvrez les avancées en dynamique des populations mathématiques, écologie et évolution.
Stochastic Dynamics for Adaptation and Evolution of Microorganisms
Explore stochastic dynamics in microorganism adaptation and evolution through mathematical modeling and population dynamics.
Exponent Dynamics for Branching Processes
Explore exponent dynamics in branching processes with Sylvie Méléard's mathematical insights, focusing on stochastic analysis and numerical probability concepts.
What the Numbers Say - Endemicity - What’s Next?
Experts discuss COVID-19 endemicity, examining data-driven approaches to future outbreaks. Topics include variants, immunity, global perspectives, and policy challenges in transitioning to an endemic state.
Penguins from Space - New Findings on Antarctic Supercolony
Scientists present new findings on Antarctic penguin supercolony discovered via satellite imagery, including unpublished data on colony age and refined techniques for studying penguins from space.
A Top-Down-Bottom-Up Approach to Evolution-Based Therapies in Compact Populations
Explore evolution-based therapies in compact populations through a top-down-bottom-up approach with Dr. Jona Kayser's seminar on mathematical oncology.
Age of Infection Disease Modeling: From Kermack and McKendrick to Multi-Compartment Models
Explore the evolution of infectious disease modeling, from early Kermack-McKendrick theories to modern multi-compartment approaches, enhancing understanding of epidemiological dynamics.
Models to Understand Drivers of Pathogen Prevalence
Explore mathematical models to analyze factors influencing pathogen prevalence in populations, enhancing understanding of disease dynamics and ecological impacts.
Tree-Free Phylodynamic Inference for Emerging Viral Pathogens and Lineages
Explore tree-free phylodynamic methods for analyzing emerging viral pathogens and lineages, focusing on innovative approaches to study viral evolution and spread.
Introduction to Evolutionary Game Theory - Classes 3 and 4
Explore evolutionary game theory applications in socio-economic complexity through advanced concepts and mathematical models.
Rethinking Reproduction in Climate Crisis
Explores diverse perspectives on fertility and family in the context of climate change, examining tensions between scarcity, abundance, choice, and control from various viewpoints and cultural works.
Statistical Rethinking 2023 - Generalized Linear Madness
Explore advanced statistical concepts including allometry, state space models, and ordinary differential equations through practical examples and applications in various fields.
Statistical Rethinking 2022 - Generalized Linear Madness
Explore advanced statistical concepts like geometric models, state-based analysis, and population dynamics through innovative examples and practical applications.
Harvesting Populations in Differential Equations
Explore the impact of harvesting and stocking on logistic and explosion/extinction differential equations in population dynamics.
Equilibrium Solutions and Stability of Differential Equations
Explore equilibrium solutions, critical points, and their impact on population dynamics in differential equations. Gain insights into stability analysis.
Birth Rates and Death Rates in Differential Equations
Explore how birth and death rates impact population growth through differential equation modeling, enhancing understanding of demographic dynamics.
Using Mathematical Approaches to Describe and Understand Cancer
Explore mathematical modeling in cancer research, covering population dynamics, systems biology, and machine learning to enhance understanding and treatment of this complex disease.
Dynamics of Biological Systems - Lecture 5
Explore biological dynamics using physics tools to model and predict complex living systems, from predator-prey oscillations to bacterial motility and collective behavior in fluids.
Dynamics of Biological Systems - Lecture 8
Explore biological dynamics using physics tools to model and predict complex living systems, from predator-prey oscillations to bacterial motility and collective behavior in fluids.
Dynamics of Biological Systems - Lecture 7
Explore biological dynamics using physics principles. Learn to model predator-prey oscillations, ecosystem chaos, and microbial swimming. Gain insights into species competition, population changes, and collective behavior in fluids.
Dynamics of Biological Systems - Lecture 6
Explore biological dynamics using physics tools to model and predict complex living systems, from predator-prey oscillations to bacterial motility and collective behavior in fluids.