Area of research
Atmospheric Science · Global and Planetary Change
Research interest
Research interests include Climate variability and models, Meteorological Phenomena and Simulations, Oceanographic and Atmospheric Processes, and Geology and Paleoclimatology Research.
Introduction to Focus Issue: Nonautonomous dynamical systems: Theory, methods, and applications.
Introduction to the Focus Issue: Nonautonomous dynamics in the climate sciences.
Stochastic neural emulators for subpolar gyre variability and tipping-risk prediction in Earth system models
Minimal modelling of non-equilibrium dynamics in coupled climate–economy systems
Extracting persistent topological modes of variability in complex dynamics from data
Intraseasonal atmospheric variability under climate trends.
Topological modes of variability of the wind-driven ocean circulation.
Forecast error growth: A dynamic-stochastic model.
Exponential stability for a forecast-assimilation process with unstable dynamics.
Temperature at 500hPa, energy budget and the 2003 summer heatwave over Western Europe: a triple-decomposition approach
A topological perspective on the wind-driven ocean circulation
A stable hothouse triggered by a tipping mechanism
The Wind-Driven Double-Gyre Circulation: A topological characterization of attractors across regimes
Unraveling ocean-atmosphere coupled variability with Transfer Entropy and Information Flow  
Topological fingerprinting of dynamical systems
Comment on egusphere-2025-2030
Intraseasonal atmospheric variability under climate trends
Extreme events in a templex
Some Thoughts on Causal Inference, the Scientific Method, and Data Assimilation
Improved subseasonal prediction of South Asian monsoon rainfall using data-driven forecasts of oscillatory modes
Improved subseasonal prediction of South Asian monsoon rainfall using data-driven forecasts of oscillatory modes.
Crossing planetary boundaries could lead to Hothouse Earth
Crossing planetary boundaries could lead to Hothouse Earth
A Multi‐Model Ensemble Kalman Filter for Data Assimilation and Forecasting
Review article: Dynamical systems, algebraic topology and the climate sciences
Review article: Dynamical systems, algebraic topology and the climate sciences
Random templex encodes topological tipping points in noise-driven chaotic dynamics.
Review Article: Dynamical Systems, Algebraic Topology, and the Climate Sciences
Climate, zoonosis, and interdisciplinarity.
Asymptotic behavior of the forecast-assimilation process with unstable dynamics.
Collaborative Research, Type 1, L02170206: Climate Sensitivity, Stochastic Models and GCM-EaSM Optimization
CMG Collaborative Research: Envirodynamics on River Networks
Collaborative Research: Mid-Latitude Modes of Climate Variability
Climate System Dynamics on Long Time Scales
Internal and External Causes of Climatic Changes
Travel Support for the International Symposium on Assimilation of Observations in Meteorology and Oceanography; Tokyo, Japan; March 13-17, 1995
Travel Support for U.S. Participation in the Summer School on Assimilation of Meteorological and Oceanographical Observations; Toulon, France; August 2-27, 1993
Internal and External Causes of Climatic Changes
Data Assimilation in Strongly Nonlinear Current Systems
Internal and External Causes of Climatic Change
Internal and External Causes of Glaciation Cycles
Internal and External Causes of Glaciation Cycles
Internal and External Causes of Glaciation Cycles (Climate Dynamics)
Internal and External Causes of Glaciation Cycles