a)
0.5
0.4
g 0.3 -
,..
(ij
E
g
.. 0.1
!
a
i! 0.0
&
E
!!
~
5
-0.1
.. .. ' "
en
-0.4
-0.5 43
b)
&ON
50H
53
269
Coupled model
63
Year
model
73
83
: ..c;r
:
" -" p " ' " ' '
, :
50S L---:,~_--:,~_----:-!:-_'_ ' '_"-:: ' ~ .. . ::- " _ - ._ - . _. -
-:: ' ~ ,, ::- ,,_ . _~::--_~::--_-;;;:::-'"-'
HOE
160£
180
1 BOW
HOW
120W
l00w
BOW
Figure 2: a) With the CGCM simulated low-pass filtered (retaining variability with time
scales longer than 5 years) SST anomalies averaged over the North Pacific (25 0 N - 45 0 N ,
170 0 E - 160 0 W) for the model years 43-83. b) Spatial distribution of correlation coefficients of the index time series shown in (a) and SST anomalies in the Pacific.
0.5
0.4
g 0.3 -
,..
(ij
E
g
.. 0.1
!
a
i! 0.0
&
E
!!
~
5
-0.1
.. .. ' "
en
-0.4
-0.5 43
b)
&ON
50H
53
269
Coupled model
63
Year
model
73
83
: ..c;r
:
" -" p " ' " ' '
, :
50S L---:,~_--:,~_----:-!:-_'_ ' '_"-:: ' ~ .. . ::- " _ - ._ - . _. -
-:: ' ~ ,, ::- ,,_ . _~::--_~::--_-;;;:::-'"-'
HOE
160£
180
1 BOW
HOW
120W
l00w
BOW
Figure 2: a) With the CGCM simulated low-pass filtered (retaining variability with time
scales longer than 5 years) SST anomalies averaged over the North Pacific (25 0 N - 45 0 N ,
170 0 E - 160 0 W) for the model years 43-83. b) Spatial distribution of correlation coefficients of the index time series shown in (a) and SST anomalies in the Pacific.