Introduction to Climate Dynamics
(Microsoft Word)
|
Introduction to lecture course
(Microsoft PowerPoint)
|
L 9&10 Meridional Overturning Circulation - stability
(Microsoft PowerPoint)
|
L 11 Earth System Models
(Microsoft PowerPoint)
|
L13 Climate and the wider Earth System
(Microsoft PowerPoint)
|
L02_Climate Overview1
(Microsoft PowerPoint)
|
L4 The Global Energy Balance
(Microsoft PowerPoint)
|
L17_Climate Change Factor Forty 2010
(PDF)
|
L07-08_The Oceans and Climate
(Microsoft PowerPoint)
|
L6_ The Greenhouse Effect & Radiative-Convective models 2010
(PDF)
|
L5_ Zonally Averaged Energy Balanced Models
(PDF)
|
L3_Atmosphere 'some basics'
(Microsoft PowerPoint)
|
L14 Natural variability of climate
(Microsoft PowerPoint)
|
L15-16, General Circulation Models Ocean, Atmosphere & Coupled
(Microsoft PowerPoint)
|
Practical 1_exploring stability using Matlab
(PDF)
|
Matlab script for practical 1
(Matlab)
|
Matlab script for practical 1
(Matlab)
|
Matlab script for practical 1
(Matlab)
|
Matlab script for practical 1
(Matlab)
|
Matlab script for practical 1
(Matlab)
|
Matlab script for practical 1
(Matlab)
|
Matlab script for practical 1
(Matlab)
|
Practical 2, Introduction to basic Linear System Dynamics
(PDF)
|
Practical 2, Worksheet for Workshop Session on basic mathematics of linear dynamical systems
(PDF)
|
Practical 2, Worksheet for Workshop Session on basic mathematics of linear dynamical systems with answers
(PDF)
|
Practical 2 Problem sheet introduction, Mathematical formalism - budgets, feedbacks and linear stability
(PDF)
|
Practical 2 problem sheet with answers - budgets, feedbacks and linear stability
(PDF)
|
L18_Geoengineering March 2010
(Microsoft PowerPoint)
|
GENIE_practical1
(PDF)
|
GENIE_practical 2
(PDF)
| | | | | |
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