Education

Video lectures on atmospheric dynamics and climate dynamics

• AtmosphericDynamics-Chapter01-Part01-Forces.pdf
• AtmosphericDynamics-Chapter01-Part02-MaterialDerivative.pdf
• AtmosphericDynamics-Chapter01-Part03-Continuity.pdf
• AtmosphericDynamics-Chapter01-Part04-Thermodynamics.pdf
• AtmosphericDynamics-Chapter01-Part05-VerticalCoordinates.pdf
• AtmosphericDynamics-Chapter01-Part06-VerticalCoordinates2.pdf
• AtmosphericDynamics-Chapter02-Part01-ScaleAnalysis.pdf
• AtmosphericDynamics-Chapter02-Part02-ScaleAnalysis2.pdf
• AtmosphericDynamics-Chapter02-Part03-Buoyancy.pdf
• AtmosphericDynamics-Chapter03-Part01-NaturalCoordinates.pdf
• AtmosphericDynamics-Chapter03-Part02-BalancedFlow.pdf
• AtmosphericDynamics-Chapter03-Part03-ThermalWind.pdf
• AtmosphericDynamics-Chapter03-Part04-VerticalMotion.pdf
• AtmosphericDynamics-Chapter03-Part05-DevelopingLow.pdf
• AtmosphericDynamics-Chapter04-Part01-Vorticity.pdf
• AtmosphericDynamics-Chapter04-Part02-VorticityEquation.pdf
• AtmosphericDynamics-Chapter04-Part03-PotentialVorticity.pdf
• AtmosphericDynamics-Chapter04-Part04-MountainWaves.pdf
• AtmosphericDynamics-Chapter04-Part05-VerticalStructure.pdf
• AtmosphericDynamics-Chapter05-Part01-NorwegianCycloneModel.pdf
• AtmosphericDynamics-Chapter05-Part02-EquationsOfQGTheory.pdf
• AtmosphericDynamics-Chapter05-Part03-SynopticScaleWaves.pdf
• AtmosphericDynamics-Chapter05-Part04-GeopotentialTendency.pdf
• AtmosphericDynamics-Chapter05-Part05-QGPotentialVorticity.pdf
• AtmosphericDynamics-Chapter05-Part06-BaroclinicInstability.pdf
• AtmosphericDynamics-Chapter06-Part01-WaveMotion.pdf
• AtmosphericDynamics-Chapter06-Part02-RossbyWaves.pdf
• AtmosphericDynamics-Chapter06-Part03-InternalGravityWaves.pdf
• AtmosphericDynamics-Chapter06-Part04-TropicalDynamics.pdf
• AtmosphericDynamics-Chapter06-Part05-MRGWaves.pdf

• Lecture 01 - Overview and History
• Lecture 02 - CESM Overview
• Lecture 03 - Horizontal Discretizations
• Lecture 04 - Temporal Discretizations
• Lecture 05 - Vertical Discretizations
• Lecture 06 - Diffusion, Filters and Fixers
• Lecture 07 - Supercomputing
• Lecture 08 - Variable Resolution Modeling
• Lecture 09 - Turbulence, Clouds, and Moisture
• Lecture 10 - Radiation
• Lecture 11 - Tuning
• Lecture 12 - Model Intercomparison
• Lecture 13 - Operational Models
• Lecture 14 - Modern Climate Modeling
• Lecture 15 - Future of Climate Modeling

Also check out our lecture series from DCMIP2016:

https://www.earthsystemcog.org/projects/dcmip-2016/lectureschedule

• Lecture 01 - Introduction
• Lecture 02 - Energy
• Lecture 03 - Atmospheric Structure
• Lecture 04a - Dynamics Review
• Lecture 04b - Dry Convection
• Lecture 04c - Moist Convection
• Lecture 05 - General Circulation
• Lecture 06 - Near Surface Flow
• Lecture 07 - The Ocean
• Lecture 08 - Ocean Dynamics
• Lecture 09a - Wind Driven Circulation (Part 1)
• Lecture 09b - Wind Driven Circulation (Part 2)
• Lecture 10 - Thermohaline
• Lecture 11a - Climate Oscillations
• Lecture 11b - ENSO
• Lecture 12 - Paleoclimate
• Lecture 13 - Climate Change

• ERA5 2m dewpoint temperature (climo)
  
• ERA5 mean sea level pressure (DJF)
  
• ERA5 mean sea level pressure (JJA)
  
• ERA5 mean sea level pressure (climo)
  
• ERA5 daily average precipitation (climo)
  
• ERA5 average precipitation minus evaporation (climo)
  
• ERA5 zonal average specific humidity (climo, DJF, JJA)
  
• ERA5 zonal average relative humidity (climo, DJF, JJA)
  
• ERA5 sea surface temperatures (DJF)
  
• ERA5 sea surface temperatures (JJA)
  
• ERA5 sea surface temperatures (climo)
  
• ERA5 YZ streamfunction (climo, DJF, JJA)
  
• ERA5 zonal average surface variables (msl, u10, v10)
  
• ERA5 zonal average surface variables (msl, pr)
  
• ERA5 2m temperature (climo)
  
• ERA5 zonal average temperature (climo, DJF, JJA)
  
• ERA5 zonal average potential temperature (climo, DJF, JJA)
  
• ERA5 zonal average equivalent potential temperature (climo, DJF, JJA)
  
• ERA5 zonal average zonal velocity (climo, DJF, JJA)
  
• ERA5 zonal average meridional velocity (climo, DJF, JJA)
  
• ERA5 zonal average eddy temperature flux (climo, DJF, JJA)
  
• ERA5 200hPa and 925hPa wind vectors (climo)
  
• Potential density temperature-salinity state diagram for ocean water
  
• SODA3 stratification at 200m depth (climo)
  
• SODA3 mean zonal and meridional velocity (climo)
  
• SODA3 mean and std dev current velocity (climo)
  
• SODA3 Atlantic ocean surface and 500m velocity vectors (climo)
  
• SODA3 Global ocean surface and 500m velocity vectors (climo)
  
• SODA3 Indian ocean surface and 500m velocity vectors (climo)
  
• SODA3 Pacific ocean surface and 500m velocity vectors (climo)
  
• SODA3 mixed layer depth by temperature (DJF,JJA)
  
• SODA3 Pacific zonal average zonal wind stress (climo)
  
• SODA3 Pacific zonal average zonal current speed (climo)
  
• SODA3 depth of 1026.5 kg/m3 density surface (climo)
  
• SODA3 zonal average potential density (climo)
  
• SODA3 zonal average salinity (climo)
  
• SODA3 derived Ekman vertical velocity (climo)
  
• SODA3 sea surface height anomaly (climo)
  
• SODA3 near-surface salinity (climo)
  
• SODA3 zonal average potential temperature (climo)
  
• SODA3 surface wind stress (climo)
  
• USGS topographic profile at 0 degrees longitude
  
• USGS topographic profile at 180 degrees longitude
  

• Atmospheric, Oceanic and Space Sciences Reference Sheet (by Paul Ullrich)


• AOSS 605: The Art of Climate Modeling - Lectures on Numerical Methods (by Paul Ullrich)


• Introduction to Computational Mathematics (by Hans De Sterck and Paul Ullrich)
• Introduction to Computational PDEs (by Hans De Sterck and Paul Ullrich)


• Reference Sheet for MAPLE (by Paul Ullrich)
• Corresponding MAPLE Worksheet (by Paul Ullrich)

• Shallow Water Pokémodel - A small shallow water model for learning purposes written in Matlab

• The Not So Short Introduction to LaTeX
• The Comprehensive LaTeX Symbol List
• MATLAB Reference Sheet (by Jialong He)
• Introduction to Curvilinear Coordinates (by Prof. Rebecca Brannon)