A. Czaja, B. Vannière et al., Simulating the Midlatitude Atmospheric Circulation… https://t.co/1TeV8Wnrgg Y. Zhao, M. I. Hegglin et al., Inter-model comparison of global hydroxyl radical (OH) distributions… https://t.co/mvMANIXzhb
@peikko763 @MVirtanen ”Intermediate-frequency eddies(5–12days) always flux momentum poleward, but a bifurcation exists for very high frequency eddies (1–5days):eddy momentum is fluxed equatorward or poleward depending on whether their kinetic energy is hig
@peikko763 @MVirtanen ”AGCMs are not able to simulate, even when forced with observed SST anomalies, the pronounced multidecadal variability displayed by the Jet Stream in the North Atlantic over the twentieth century” https://t.co/a8LVCwst57
@peikko763 @MVirtanen ”It is now known that AGCMs...” ”...for example, the correlation between predicted and observed NAO index is higher for the real atmosphere than for the atmosphere of the forecasting system, despite a realistic simulation of the noise
RT @ShoMinobe: Our new review paper, "Simulating the mid-latitude atmospheric circulation: What might we gain from high-resolution modeling…
Our new review paper, "Simulating the mid-latitude atmospheric circulation: What might we gain from high-resolution modeling of air-sea interaction", is published in Current Climate change Reports. Open access. https://t.co/Tp1OEuLgcT
私も共著に入っている,中緯度大気海洋相互作用のレビュー論文が出ました.MIROC4hの結果も使っています(Fig. 6). open accessなので関心のある方はぜひどうぞ.https://t.co/rBWDPgoErv