GHIL Michael
Topics of productions
- Ice rafted debris
- Abrupt changes
- Heinrich events
- Milankovitch
- Astronomical theory of climate
- JEL classification C15
- Business Cycles
- European Union
- Wavelet analysis
- Body size
- Data assimilation
- Intrinsic climate variability
- Ice sheets
- Singular spectrum analysis
- Nonlinear dynamics
- Volcanoes
- Climate cycles
- Shallow Water equation
- Climate impacts on the economy
- Advanced spectral methods
- Inverse problem
- Nonlinear systems
- Sahel climate
- Population structure
- Geodesy
- Spectral Analysis
- Ensemble 4DVar
- Forecasting techniques
- Spectral analysis
- Dansgaard-Oeschger events
- north–south seesaw
- Random attractors
- Time discretisation
- Iterative ensemble Kalman smoother
- Model selection
- Cubed-Sphere
- Mechanistic-statistical model
- Ensemble Kalman filter
- Age dating
- Business cycles synchronization
- Time series
- Parasites
- Marginal likelihood
- Detection and attribution
- Energy balance model
- Monte Carlo testing
- Synchronization
- Event attribution
- Astronomical theory
- Bayesian inference
- Nonlinear fluctuation dissipation
- Memory effects
- Business cycle
- Abrupt climate changes
- Nonequilibrium modeling
- Frequency domain
- Multivariate singular spectrum analysis
- millennial climate variability
- Causality theory
- Model evidence
- Modified Lorenz model
- Macroeconomic dynamics
- Ocean dynamic
- Topology
- Vulnerabiity paradox
- Vulnerability paradox
- Business cycles
- E32
- Atmosphere-ocean interactions
- C60
- Empirical model reduction
- Agent-Based modeling
- Hydroclimate variability
- Resilience
- Complex system
- Predictability
- Hierarchy of models
- Bifurcations
- Cluster analysis
- Atmospheric circulation
- Time domain
- Systemic risks
- System dynamics
- Climate dynamics
- Supply chains
- Bayesian parameter estimation
- Time variable gravity
- Time-series analysis
- Satellite gravity
- Chaos
- nonlinear climate modeling
- Climatology
- Comovements
- Hydrology
- Bond cycles
- Non-stationarity
- E32 Corresponding author
- Climate prediction
- Signal processing
- Climate change
- Non-linearity
- Machine learning
- Climate sciences
- Compact scheme
- Statistical forecasting
Affiliations
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2012 - 2021Laboratoire de météorologie dynamique
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2012 - 2020University of California Los Angeles
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2012 - 2018Ecole normale supérieure Paris
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2016 - 2017Communauté d'universités et établissements Université de Recherche Paris Sciences et Lettres
- 2021
- 2020
Affiliations are detected from the signatures of publications identified in scanR. An author can therefore appear to be affiliated with several structures or supervisors according to these signatures. The dates displayed correspond only to the dates of the publications found. For more information, see https://scanr.enseignementsup-recherche.gouv.fr