Atlantic-and-Pacific-SST-experiments.md

@@ -20,7 +20,11 @@ Here are the different model experiments with the corresponding color in the plo
 - Fig. 7: the OHT at the Bering Strait increases in all experiments, but more markedly in the North Pacific and Bering Strait experiments;
 - Fig. 8: the OHT at the Fram Strait generally increases in the wide and middle domain experiments, but with much lower amplitude compared to the increased OHT at the BSO and Bering Strait.
 - Fig. 9: the annual mean AMOC index at 26.5N decreases in the wide and middle domain experiments, which partly explains the decreased OHT south of 60N;
-- Fig. 10: the Atlantic meridional stream function (AMSF) strongly decreases in the 2 wide domain experiments (left column), decreases in the 2 middle domain experiments (middle column), doesn't change much in the BSO experiment (top right panel) and increases in the Bering Strait experiment (bottom right panel); interestingly, in the wide domain experiments (left column), the AMSF increases in the upper layers north of 60N, which is in agreement with the increased OHT north of 60N (Fig. 1); the overall AMSF decrease in the first 2 columns is in agreement with the reduced convection already identified in the mixed layer depth in Fig. 8 of the Atlantic [SST restoring experiments](SST restoring experiments).
+- Fig. 10: the Atlantic meridional stream function (AMSF) strongly decreases in the 2 wide domain experiments (left column), decreases in the 2 middle domain experiments (middle column), doesn't change much in the BSO experiment (top right panel) and increases in the Bering Strait experiment (bottom right panel); interestingly, in the wide domain experiments (left column), the AMSF increases in the upper layers north of 60N, which is in agreement with the increased OHT north of 60N (Fig. 1); the overall AMSF decrease in the first 2 columns is in agreement with the reduced convection already identified in the mixed layer depth in Fig. 8 of the Atlantic [SST restoring experiments](SST restoring experiments);
+- Fig. 11: the March sea-ice concentration spatial patern loss is relatively similar between the Atlantic and Pacific SST experiments, with higher loss at the sea-ice edge, with a more pronounced loss at the Atlantic (Pacific resp.) side in the Atlantic (Pacific resp.) experiments;
+- Fig. 12: the March sea-ice thickness spatial pattern loss is relatively similar between the Atlantic and Pacific SST experiments, with loss everywhere in the Arctic;
+- Fig. 13: the September sea-ice concentration spatial pattern loss is relatively similar between the wide/middle/small domain Atlantic and Pacific SST experiments;
+
 
 ![OHT_50yrs_APSST](uploads/da02abde0371b6180cb9c4382901c44b/OHT_50yrs_APSST.png)
 **Fig. 1: Latitudinal transect of mean Atlantic OHT averaged over 50 years for the control run and the 3 Atlantic (top panel) and 3 Pacific (bottom) experiments; the number in brackets is the difference in mean OHT between the experiment and the control (CTRL)**
@@ -50,4 +54,13 @@ Here are the different model experiments with the corresponding color in the plo
 **Fig. 9: Time series of annual mean Atlantic Meridional Overturning Circulation (AMOC) index at 26.5N (maximum Atlantic meridional stream function between 900 and 1200m) for the control run and the 3 Atlantic (top panel) and 3 Pacific (bottom panel) experiments**
 
 ![zomsfatl_50yrs_diff_APSST](uploads/164e1b97ba5e9fe5674a45650b406d21/zomsfatl_50yrs_diff_APSST.png)
-**Fig. 10: Vertical profiles of the difference in the mean Atlantic meridional stream function (AMSF) between the Atlantic (top panel) / Pacific (bottom panel) experiments and the control run, averaged over 50 years**
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+**Fig. 10: Vertical profiles of the difference in the mean Atlantic meridional stream function (AMSF) between the Atlantic (top panel) / Pacific (bottom panel) experiments and the control run, averaged over 50 years**
+
+![Maps_March_siconc_diff_APSST](uploads/0e3fd932df82c416032551f0a7b13153/Maps_March_siconc_diff_APSST.png)
+**Fig. 11: Maps of difference in mean March sea-ice concentration (SIC), averaged over 50 years, between the Atlantic (top row) / Pacific (bottom) experiments and the control run**
+
+![Maps_March_sivol_diff_APSST](uploads/535fb73df3750edad873aab440a96cd2/Maps_March_sivol_diff_APSST.png)
+**Fig. 12: Maps of difference in mean March sea-ice thickness (SIT), averaged over 50 years, between the Atlantic (top row) / Pacific (bottom) experiments and the control run**
+
+![Maps_September_siconc_diff_APSST](uploads/9d5827f4a6064807403333dea1a27fbc/Maps_September_siconc_diff_APSST.png)
+**Fig. 13: Maps of difference in mean September sea-ice concentration (SIC), averaged over 50 years, between the Atlantic (top row) / Pacific (bottom) experiments and the control run**
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