NSTL国家科技图书文献中心

1. Anomalous Hawaiian Sea Level Pressure Is Key to Initiate the North Pacific Meridional Mode NSTL国家科技图书文献中心

Angw, Yiming | Bao, Ming - 《Journal of Climate》 - 2025,38(1) - 203～217 - 共15页

摘要：The spring North Pacific meridional mode (NPMM | ) has a significant impact on the development of the | following El Ni & ntilde;o-Southern Oscillation (ENSO | ). Thus, understanding the source of the NPMM is of | great importance for predicting the subsequent ENSO

关键词： North Pacific Ocean | ENSO | Atmosphere-ocean interaction

2. Effect of Northeast Pacific Wind on the Improvement of El Nino Prediction in a Climate Model NSTL国家科技图书文献中心

Huang, Jing | Wang, Xin ... - 《Journal of Climate》 - 2025,38(2) - 531～544 - 共14页

摘要：The role of the northeast Pacific wind in the | dynamics of El Ni & ntilde;o has been proposed in | previous theoretical studies. However, the actual effect | of northeast Pacific wind on improving El Ni | & ntilde;o prediction remains unclear, and the mechanisms

关键词： Atmosphere-ocean interaction | ENSO | Climate prediction

3. Understanding the Influence of the Tropical Intraseasonal Oscillation in Predicting the Indian Ocean Dipole NSTL国家科技图书文献中心

Jiang, Jing | Wu, Jiye ... - 《Journal of Climate》 - 2025,38(3) - 645～662 - 共18页

摘要： prediction is investigated using an atmosphere-ocean | The Indian Ocean* dipole (IOD) is an important* | atmosphere), the prediction skill of the IOD at lead times | Ocean (EIO) in autumn, and the WWEs in summer excite | source of seasonal-interannual climate prediction

关键词： Indian Ocean | Atmosphere-ocean interaction | Climate prediction | Intraseasonal variability

4. Revisiting the Inconsistent Influence of El Nino-Southern Oscillation on the Equatorial Atlantic NSTL国家科技图书文献中心

Richter, Ingo | Kido, Shoichiro ... - 《Journal of Climate》 - 2025,38(2) - 481～496 - 共16页

摘要：The impact of El Ni & ntilde;o-Southern | Oscillation (ENSO) on the equatorial Atlantic zonal mode | (AZM) is investigated using two atmospheric | reanalysis products and 44 models from phase 6 of the | Coupled Model Intercomparison Project (CMIP6). While the

关键词： Atlantic Ocean | Atmosphere-ocean interaction | ENSO | Teleconnections | Climate prediction

5. A Hybrid Adaptive Covariance Inflation Method for EnKF-Based ENSO Prediction NSTL国家科技图书文献中心

Gong, Mengmeng | Zhang, Liang ... - 《Journal of Climate》 - 2025,38(2) - 627～643 - 共17页

摘要：The ensemble-based data assimilation method is | usually used for the initialization of El Ni & ntilde;o | -Southern Oscillation (ENSO) prediction. Because of | sampling errors caused by a finite ensemble, imperfect | physical parameterizations, and other factors, the

关键词： Atmosphere-ocean interaction | ENSO | Climate prediction | Probability forecasts/models/distribution

6. Arctic Sea Ice Melting Has Triggered Distinct Interdecadal Transitions since 2000 NSTL国家科技图书文献中心

Wu, Bingyi | Li, Zhenkun ... - 《Journal of Climate》 - 2025,38(4) - 973～988 - 共16页 - 被引量：1

摘要：This study investigates dominant features of | the temporal evolutions of sea ice concentrations | (SICs) in the Barents-Kara Seas in autumn and the | subsequent winter, as well as their regulating effect on | winter atmospheric circulation variations over the

关键词： Arctic | Sea ice | Atmosphere-ocean interaction | Interdecadal variability

7. Emerging Interannual Variability of Compound Heat Waves over the Yangtze River Valley since 2000 NSTL国家科技图书文献中心

Xie, Wenxin | Zhou, Botao ... - 《Journal of Climate》 - 2025,38(2) - 597～609 - 共13页

摘要：The variability of daytime-nighttime compound | heat waves (CHWs) is a highly concerning issue due to | severe impacts on human and natural systems. Although | several studies surveyed physical processes for the CHW | occurrence, its interannual variability and associated

关键词： Heat wave | Atmosphere-ocean interaction | Climate variability | Interannual variability

8. A New Robust Frontal Disturbance Index of the Oyashio Extension Sea Surface Temperature Front NSTL国家科技图书文献中心

Hall, Richard j. | Czaja, Arnaud ... - 《Journal of Climate》 - 2025,38(1) - 293～307 - 共15页

摘要： northwest Pacific Ocean* is associated with strong* | The Oyashio Extension (OE) frontal zone in the | gradients of sea surface temperature (SST) and salinity | . The OE front enhances baroclinicity and anchors the | storm tracks; changes in its position and strength may

关键词： Atmosphere-ocean interaction | Fronts | Sea surface temperature | Regression analysis

9. Spatial Diversity of the Summer Marine Heat Waves in the South China Sea NSTL国家科技图书文献中心

Tang, Siao | Chen, Ruidan ... - 《Journal of Climate》 - 2025,38(4) - 1051～1065 - 共15页

摘要： Indian Ocean* warming via Kelvin wave response and zonal* | weaker air-sea interaction. The anticyclone favors the | around the Maritime Continent and the Indian Ocean* but* | , the relevant air-sea interaction* processes and the* | This study reveals that the summer marine heat

关键词： Atmosphere-ocean interaction | Extreme events | Heat wave | Sea surface temperature

10. The Combined Link of the Indian Ocean Dipole and ENSO with the North Atlantic-European Circulation during Early Boreal Winter in Reanalysis and the ECMWF SEAS5 Hindcast NSTL国家科技图书文献中心

Raganato, Alessandro | Abid, Muhammad adnan ... - 《Journal of Climate》 - 2025,38(2) - 445～460 - 共16页

摘要： propagating from the Indian Ocean* toward the North Atlantic* | the Indian Ocean* dipole (IOD), both in isolation and* | and December Indian Ocean* precipitation patterns* | During early boreal winter, the extratropical | atmospheric circulation is influenced by Rossby waves

摘要：The spring North Pacific meridional mode (NPMM | ) has a significant impact on the development of the | following El Ni & ntilde;o-Southern Oscillation (ENSO | ). Thus, understanding the source of the NPMM is of | great importance for predicting the subsequent ENSO

关键词： North Pacific Ocean | ENSO | Atmosphere-ocean interaction

摘要：The role of the northeast Pacific wind in the | dynamics of El Ni & ntilde;o has been proposed in | previous theoretical studies. However, the actual effect | of northeast Pacific wind on improving El Ni | & ntilde;o prediction remains unclear, and the mechanisms

关键词： Atmosphere-ocean interaction | ENSO | Climate prediction

摘要： prediction is investigated using an atmosphere-ocean | The Indian Ocean* dipole (IOD) is an important* | atmosphere), the prediction skill of the IOD at lead times | Ocean (EIO) in autumn, and the WWEs in summer excite | source of seasonal-interannual climate prediction

关键词： Indian Ocean | Atmosphere-ocean interaction | Climate prediction | Intraseasonal variability

摘要：The impact of El Ni & ntilde;o-Southern | Oscillation (ENSO) on the equatorial Atlantic zonal mode | (AZM) is investigated using two atmospheric | reanalysis products and 44 models from phase 6 of the | Coupled Model Intercomparison Project (CMIP6). While the

关键词： Atlantic Ocean | Atmosphere-ocean interaction | ENSO | Teleconnections | Climate prediction

摘要：The ensemble-based data assimilation method is | usually used for the initialization of El Ni & ntilde;o | -Southern Oscillation (ENSO) prediction. Because of | sampling errors caused by a finite ensemble, imperfect | physical parameterizations, and other factors, the

关键词： Atmosphere-ocean interaction | ENSO | Climate prediction | Probability forecasts/models/distribution

摘要：This study investigates dominant features of | the temporal evolutions of sea ice concentrations | (SICs) in the Barents-Kara Seas in autumn and the | subsequent winter, as well as their regulating effect on | winter atmospheric circulation variations over the

关键词： Arctic | Sea ice | Atmosphere-ocean interaction | Interdecadal variability

摘要：The variability of daytime-nighttime compound | heat waves (CHWs) is a highly concerning issue due to | severe impacts on human and natural systems. Although | several studies surveyed physical processes for the CHW | occurrence, its interannual variability and associated

关键词： Heat wave | Atmosphere-ocean interaction | Climate variability | Interannual variability

摘要： northwest Pacific Ocean* is associated with strong* | The Oyashio Extension (OE) frontal zone in the | gradients of sea surface temperature (SST) and salinity | . The OE front enhances baroclinicity and anchors the | storm tracks; changes in its position and strength may

关键词： Atmosphere-ocean interaction | Fronts | Sea surface temperature | Regression analysis

摘要： Indian Ocean* warming via Kelvin wave response and zonal* | weaker air-sea interaction. The anticyclone favors the | around the Maritime Continent and the Indian Ocean* but* | , the relevant air-sea interaction* processes and the* | This study reveals that the summer marine heat

关键词： Atmosphere-ocean interaction | Extreme events | Heat wave | Sea surface temperature

摘要： propagating from the Indian Ocean* toward the North Atlantic* | the Indian Ocean* dipole (IOD), both in isolation and* | and December Indian Ocean* precipitation patterns* | During early boreal winter, the extratropical | atmospheric circulation is influenced by Rossby waves

关键词： Atmosphere-ocean interaction | ENSO | Teleconnections | Climate variability | North Atlantic Oscillation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：The spring North Pacific meridional mode (NPMM | ) has a significant impact on the development of the | following El Ni & ntilde;o-Southern Oscillation (ENSO | ). Thus, understanding the source of the NPMM is of | great importance for predicting the subsequent ENSO

关键词： North Pacific Ocean | ENSO | Atmosphere-ocean interaction

摘要：The role of the northeast Pacific wind in the | dynamics of El Ni & ntilde;o has been proposed in | previous theoretical studies. However, the actual effect | of northeast Pacific wind on improving El Ni | & ntilde;o prediction remains unclear, and the mechanisms

关键词： Atmosphere-ocean interaction | ENSO | Climate prediction

摘要： prediction is investigated using an atmosphere-ocean | The Indian Ocean dipole (IOD) is an important | atmosphere), the prediction skill of the IOD at lead times | Ocean (EIO) in autumn, and the WWEs in summer excite | source of seasonal-interannual climate prediction

关键词： Indian Ocean | Atmosphere-ocean interaction | Climate prediction | Intraseasonal variability

摘要：The impact of El Ni & ntilde;o-Southern | Oscillation (ENSO) on the equatorial Atlantic zonal mode | (AZM) is investigated using two atmospheric | reanalysis products and 44 models from phase 6 of the | Coupled Model Intercomparison Project (CMIP6). While the

关键词： Atlantic Ocean | Atmosphere-ocean interaction | ENSO | Teleconnections | Climate prediction

摘要：The ensemble-based data assimilation method is | usually used for the initialization of El Ni & ntilde;o | -Southern Oscillation (ENSO) prediction. Because of | sampling errors caused by a finite ensemble, imperfect | physical parameterizations, and other factors, the

关键词： Atmosphere-ocean interaction | ENSO | Climate prediction | Probability forecasts/models/distribution

摘要：This study investigates dominant features of | the temporal evolutions of sea ice concentrations | (SICs) in the Barents-Kara Seas in autumn and the | subsequent winter, as well as their regulating effect on | winter atmospheric circulation variations over the

关键词： Arctic | Sea ice | Atmosphere-ocean interaction | Interdecadal variability

摘要：The variability of daytime-nighttime compound | heat waves (CHWs) is a highly concerning issue due to | severe impacts on human and natural systems. Although | several studies surveyed physical processes for the CHW | occurrence, its interannual variability and associated

关键词： Heat wave | Atmosphere-ocean interaction | Climate variability | Interannual variability

摘要： northwest Pacific Ocean is associated with strong | The Oyashio Extension (OE) frontal zone in the | gradients of sea surface temperature (SST) and salinity | . The OE front enhances baroclinicity and anchors the | storm tracks; changes in its position and strength may

关键词： Atmosphere-ocean interaction | Fronts | Sea surface temperature | Regression analysis

摘要： Indian Ocean warming via Kelvin wave response and zonal | weaker air-sea interaction. The anticyclone favors the | around the Maritime Continent and the Indian Ocean but | , the relevant air-sea interaction processes and the | This study reveals that the summer marine heat

关键词： Atmosphere-ocean interaction | Extreme events | Heat wave | Sea surface temperature

摘要： propagating from the Indian Ocean toward the North Atlantic | the Indian Ocean dipole (IOD), both in isolation and | and December Indian Ocean precipitation patterns | During early boreal winter, the extratropical | atmospheric circulation is influenced by Rossby waves

关键词： Atmosphere-ocean interaction | ENSO | Teleconnections | Climate variability | North Atlantic Oscillation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： prediction is investigated using an atmosphere-ocean | The Indian Ocean* dipole (IOD) is an important* | atmosphere), the prediction skill of the IOD at lead times | Ocean (EIO) in autumn, and the WWEs in summer excite | source of seasonal-interannual climate prediction

摘要： northwest Pacific Ocean* is associated with strong* | The Oyashio Extension (OE) frontal zone in the | gradients of sea surface temperature (SST) and salinity | . The OE front enhances baroclinicity and anchors the | storm tracks; changes in its position and strength may

摘要： Indian Ocean* warming via Kelvin wave response and zonal* | weaker air-sea interaction. The anticyclone favors the | around the Maritime Continent and the Indian Ocean* but* | , the relevant air-sea interaction* processes and the* | This study reveals that the summer marine heat

摘要： propagating from the Indian Ocean* toward the North Atlantic* | the Indian Ocean* dipole (IOD), both in isolation and* | and December Indian Ocean* precipitation patterns* | During early boreal winter, the extratropical | atmospheric circulation is influenced by Rossby waves