McGill University, Department of Physics

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    I[McGill University, Department of Physics]
    PI["Parent Institutions (1)"]
    CI["Child Institutions (0)"]
    AW["Affiliated Works (66)"]
    CA["Linked Collaborating Authors (0)"]
    I== skos:broader ==>PI
    CI== skos:broader ==>I
    AW== affil ==>I
    AW== author ==>CA
    click PI "#parent-institutions"
    click CI "#child-institutions"
    click AW "#affiliated-works"
    click CA "#collaborating-authors"

ADS ID [?]

A11754

Abbreviation [?]

Dep Phy

Parent Institutions [?]

• McGill University, Canada

Child Institutions [?]

Affiliated Works

sorted by decreasing year, and then by display-name

• Anisotropic Cascades and Lidar Measurement of Atmospheric Passive Scalar
• Direct evidence for 23/9 elliptical dimensional atmospheric turbulence from fractal aircraft trajectories
• Fractional Differential Equations and Multifractality
• Multiscaling properties of the earth's topography from planetary scales down to 50cm
• Quadratic Generalized Scale Invariance
• Which Chaos in Geophysics ?
• Evidence That a Complex Atmosphere Shown by High Resolution Lidar Imagery can be Represented by a Stratified Mulitfractal Field
• Fractal aircraft trajectories and 23/9 dimensional atmospheric turbulence
• Multifractal continuum in rain
• Multifractality and Universal Laws of the Extremes, beyond Frechet and Gumbel.
• Percolating Magmas and Explosive Volcanism
• Scaling Analysis of Airborne Observations Near the Tropopause
• Stratified, causal, space-time multifractal modeling of anisotropic clouds, rain and pollution including radiative transfer
• The climate, high dimensional chaos and strongly non-gaussian perturbations.
• Anisotropic scaling of Hawaiian lava flow textures
• Lidar Investigation of Atmospheric Stratification: D<SUB>el=2</SUB>, 7/3, 23/9 or 3?
• Multifractal Large particle limit in rain: implications for radar rain measurements
• Multifractal Prediction in Hydrology
• Multifractals and Chaos, Predictability and Prediction Skills in Geophysics
• Multifractals and plankton
• Potential of Multifractals for Water Resources Planners
• Space-time multifractal models of rain, predictability and nowcasting
• Isotropic turbulence, stable layers: atmospheric fictions
• Multifractal Flood Frequency Analysis
• Mutltifractal Predictability and Mutltifractal Forecasts
• Scaling properties of meteorological analyses, numerical models, and atmospheric fields
• The Turbulent Structure of the Atmosphere: Vorticity, Winds and Temperature Emerge From Molecular Motion
• The remarkable wide range space-time scaling of atmospheric reflectivities and visible, infra red and microwave radiances
• The remarkable wide range spatial scaling of TRMM precipitation
• Climate Change and Hydrological Extreme Evolution Through a Multifractal Analysis of a Mesocale Model
• Multifractal Analysis of Rainfall Change Over France in a Climate Scenario
• Multifractal Rainfall: Utopia or Reality?
• Spatial and temporal stochastic cascade structure of deterministic numerical models of the atmosphere
• Techniques of Multifractal Nowcasting With Rada Data
• The Space-Time Statistical Structure of TRMM and MTSAT Precipitation and Radiances
• Turbulent Flux based approaches to satellite precipitation
• Reconciling deep convection with wide range statistical scaling
• Sensitivity of Hydro-Meteorological Extremes to the High Frequency Quality of Long Time Series
• The interplay between zero-rainfall and multifractal estimates of the extremes: a weighed analysis
• The space-time scaling of rain and thermal infra red radiances over weather and climate scales: theory and practice
• The transition from weather to climate
• Beyond Quasi-Geostrophic Turbulence: Generalized Scale Invariance and (2+Hz)-Dimensional Vorticity Equations
• Interdisciplinary graduate student symposium organized by students for students
• Singular measures versus nondifferentiability: from the solid earth to the atmosphere and their interface (Invited)
• The Weather - Climate Transition, the Spectral Plateau and the Emergent Climate Regime (Invited)
• Understanding the k-5/3 to k-2.4 spectral break in aircraft wind data
• Do GCM's Predict the Climate.... Or the Low Frequency Weather?
• Multifractal Resilience Metrics for Complex Systems?
• Multifractals for operational hydrology
• Quantifying the impact of scale-dependencies in satellite ocean color radiometry
• The emergence of the Climate
• Turbulence and the emergent laws of turbulence generated waves
• Cyanobacterial Blooms and Turbulence Intermittency in Lakes, a Multifractal Correlation Analysis
• Detection of High Quality Rainfall Data to Improve Flood Resilience
• GCM's and scaling climate sensitivities
• Multifractal Analysis of the Small Time-Scale Boundary-Layer Characteristics of the Wind: the Anisotropy and Extremes
• Outliers and Extremes: Dragon-Kings or Dragon-Fools?
• Singularity analysis of multiple upward continuations to detect edges in potential field data
• The Multifractal Flood Frequency Analysis to Account Long Range Dependencies and the Clustering of Extremes
• The climate is not what you expect
• The scaling cascade structure of the atmosphere and its models: emergent laws stochastic parametrizations
• GCM - free quantification of anthropogenic warming using scaling fluctuation analysis, including fat tailed extremes
• Using scaling fluctuation analysis to quantify global and regional precipitation and to estimate anthropogenic effects
• Scaling Properties of Climate Variability as Reconstructed from Different Paleo-Indicators : an Analysis of Holocene Time Series Based on Haar Fluctuations
• Macroweather Predictions and Climate Projections using Scaling and Historical Observations
• New Evidence of an Ancient Martian Ocean from the Global Distribution of Valley Networks

Linked Collaborating Authors [?]