1. Chapter 3 figures

2. Fig 3.1  E E E E Fig 3.1

3. Fig 3.2a  E E E E E E A1A1 A2A2 d1d1 d2d2

4. Fig 3.2b  E E E E E E A 1 =1A 2 =1 I cos(  ) reaches unit area from direction 

5. Fig 3.2a  E E E E E E A1A1 A2A2 d1d1 d2d2

6. Fig 3.4 Shortwave Atmosphere 341 (100) Ocean & Land Outer Space Shortwave Longwave 365 (100) 18 (5) 61 (18) 23 (7) 66 (19) 161 (47) 12 (4) 356 (104.5) 40 (12) 40 (12) 80 (23.5) 333 (98) 17 (5) 168 (49) 30 (9) 1 (0.3) LH LHF SHF NA

7. Fig 3.5 Shortwave Atmosphere (‘glass’) I S Ocean & Land (‘black’) Outer Space Shortwave Longwave 365 (100) I S A LH I in =I S (1-A) I i =I S (1-r a ) a SA I in a SG I in a SA I i a LA I a a SA I i (1-a LA ) I g I g a LA I g a LA I a

8. Fig 3.5 Shortwave Atmosphere (‘glass’) I S Ocean & Land (‘black’) Outer Space Shortwave Longwave 365 (100) I S A LH I IN =I S (1-A) I i =I S (1-r a ) a SA I IN a SG I IN a SA I i a LA I A a SA I i (1-a LA ) I G I G a LA I G a LA I A

10. Chap 3 Fig 3.1 Cold Warm Z (km) p (hpa) EqWinter Summer 1000 200  E Very Cold Warm Cold Very Cold E E E

11. Fig 3.2a  E E E Fig 3.2a E E E A1A1 A2A2 d1d1 d2d2

13. Fig 1.8 (b) Ψ max >0 ζ min <0 λ λ  φ φ  0 -5 τxτx τxτx curl τ x <0 -βv >0 k ζ ~0 HA ~0 Diff ~ 0 VA~D T >0 → w >0 Z (km) HA ~0 Diff ~ 0 VA~D T <0 → w <0 VA ~0 D T ~ 0 v >0, T y <0 Diff~HA<0 → a>>0

14. Chap 1 Fig 1.4c Cold Warm Z (km) p (hpa) EqWinter Summer 1000 200 10 0 Very Cold Warm Cold Very Cold