RF
Member Since 2003
Raffaele M. Ferrari
Professor, Massachusetts Institute of Technology
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Tidally-Induced Turbulence over Sloping Topography
AGU 2024
ocean sciences | 12 december 2024
Yidongfang Si, Raffaele M. Ferrari
It has been suggested that the upwelling branch of the abyssal overturning circulation is associated with strong flows driven by abyssal mixing along ...
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Accounting for Memory and Explainability in Emulating Dynamical Systems
AGU 2024
global environmental change | 09 december 2024
Christopher Womack, Glenn Flierl, Ruizhe Wang, And...
We incorporate memory into a climate emulator by using linear response functions represented as a combination of spatial and temporal modes. Previous ...
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A Statistical Emulator Design for Monthly Averaged Climate Fields
AGU 2024
global environmental change | 09 december 2024
Gosha Geogdzhayev, Andre Souza, Raffaele M. Ferrar...
We demonstrate a data-driven method for the emulation of distributions of monthly averaged temperature and relative humidity from Earth system models ...
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Stochastic emulation of spatially-resolved climate extremes: from global mean temperature to full probability distributions
AGU 2024
global environmental change | 09 december 2024
Mengze Wang, Andre Souza, Raffaele M. Ferrari, The...
Estimation of the probability of extreme events under climate change is both challenging and crucial for risk management of natural disasters. Earth S...
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A New WENO‐Based Momentum Advection Scheme for Simulations of Ocean Mesoscale Turbulence
JOURNAL OF ADVANCES IN MODELING EARTH SYSTEMS
15 july 2024
Simone Silvestri, Gregory L. Wagner, Jean-Michel C...
Current eddy‐permitting and eddy‐resolving ocean models require dissipation to prevent a spurious accumulation of enstrophy at the grid...
A novel momentum advection scheme for mesoscale ocean large-eddy simulations with no explicit dissipation
OCEAN SCIENCES 2024
digital ocean | 23 february 2024
Simone Silvestri, Siddhartha Bishnu, Jean-Michel C...
Current eddy-permitting and eddy-resolving ocean models require explicit dissipation to prevent a spurious accumulation of enstrophy at the grid scale...
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Oceananigans: Ocean modeling for the 21st century
OCEAN SCIENCES 2024
digital ocean | 23 february 2024
Raffaele M. Ferrari, Siddhartha Bishnu, Lucy Brock...
Geostrophic eddies exert a strong control on the ocean uptake of heat and carbon, but they have proved hard to accurately parameterize in climate simu...
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A theory for the middepth stratification and overturning
OCEAN SCIENCES 2024
physical oceanography: mesoscale and larger | 23 february 2024
Mason Rogers, Raffaele M. Ferrari, Louis-Philippe ...
The middepth ocean, spanning from 1 to 3 kilometers in depth, is characterized by a remarkably exponential stratification profile. Existing conceptual...
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