NSTL国家科技图书文献中心

1. Impact of ocean data assimilation on the sub-polar North Atlantic in MPI-ESM NSTL国家科技图书文献中心

Brune, Sebastian | Koul, Vimal - 《Quarterly Journal of the Royal Meteorological Society》 - 2025,151(767 Pt.B) - 共12页

摘要： North Atlantic upper-ocean heat content. Based on our | with Earth system models in the North Atlantic | the sub-polar North* Atlantic in the Max Planck* | the sub-polar North* Atlantic heat content, but more* | increased skill in sub-polar North* Atlantic surface*

关键词： coupled data assimilation | decadal climate prediction | Earth system model | ensemble Kalman filter | North Atlantic | ocean circulation | sub-polar gyre | sub‐polar gyre

2. Natural variability masks climate change sea surface temperature signals: a comparison between the Baltic Sea, North Sea and North Atlantic Ocean NSTL国家科技图书文献中心

H. Mashayekh Poul | M. Groeger ... - 《Climate dynamics》 - 2025,63(2) - 102.1～102.15 - 共15页

摘要： on the North Sea, Baltic Sea, and North Atlantic | ToEs than the deep central North* Atlantic. These* | for understanding the complex dynamics of ocean | Ocean, utilizing 30 ensemble members of simulation | like the North* and Baltic Seas experience earlier*

关键词： Time of Emergence | Climate Change | SST | Multi ensemble

3. 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 | -European (NAE) regions, resulting in a North Atlantic | North Pacific and North Atlantic, where wave energy | the Indian Ocean dipole (IOD), both in isolation and | and December Indian Ocean* precipitation patterns*

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

4. Upper Ocean Instability in the Subpolar North Atlantic and Its Implications for Deep Water Formation During Interglacials NSTL国家科技图书文献中心

Benoit Thibodeau | John M. Doherty ... - 《Paleoceanography and Paleoclimatology》 - 2025,40(2) - n/a～n/a - 共14页

摘要： from sites affected by the North* Atlantic Current* | decrease throughout the eastern North* Atlantic, while* | latitude North* Atlantic basins, depending on the* | record displays two distinct upper ocean* regimes: a* | Abstract In this multiproxy study, we used new

关键词： marine isotope stage 11 | stable isotopes | interglacials | nutrient utilization | climate change

5. Stable isotope tempestology of tropical cyclones across the North Atlantic and Eastern Pacific Ocean basins NSTL国家科技图书文献中心

Ricardo Sánchez‐Muri... | Dimitris A. Herrera ... - 《Annals of the New York Academy of Sciences》 - 2025,1543(Jan.) - 145～165 - 共21页

摘要：Abstract Tropical cyclones (TCs) are one of | the major natural hazards to island and coastal | communities and ecosystems. However, isotopic compositions | of TCderived precipitation (P) in surface water (SW | ) and groundwater (GW) reservoirs are still lacking

关键词： climate change | extreme events | oxygen and hydrogen isotopes | paleoclimate | precipitation contribution | surface water and groundwater | water management

6. Seasonal patterns in the distribution of Engraulis anchoita in the North Patagonian Continental Shelf of Southwestern Atlantic Ocean NSTL国家科技图书文献中心

Parietti, Manuela | Giorgini, Micaela ... - 《Marine ecology progress series》 - 2025,756 - 111～126 - 共16页

摘要： Patagonian ecosystem (Southwestern Atlantic* Ocean) since it* | underexploited species that plays a key role in the North | The Patagonian stock of the anchovy Engraulis | anchoita is distributed between 41 degrees and 47 degrees | 30'S over the Argentinian Shelf. This is an

关键词： Spatio-temporal distribution | Pelagic ecosystem | Environmental effect | Seasonality | Engraulis anchoita | Southwestern Atlantic Ocean

7. Impact of Downwelling-Favorable Winds on Eddy Formation in the West Greenland Current NSTL国家科技图书文献中心

Shu, Ruiqi | Gou, Ruijian ... - 《Journal of physical oceanography》 - 2025,55(2) - 191～201 - 共11页

摘要：Downwelling-favorable winds off the west | Greenland coast induce onshore Ekman transport, thereby | limiting freshwater influx into the interior of the | Labrador Sea. Although the eddies shed by the West | Greenland Current (WGC) provide an important freshwater

关键词： North Atlantic Ocean | Boundary currents | Eddies | SYMMETRIC INSTABILITY | MESOSCALE EDDIES | WATER FORMATION | LABRADOR | OCEAN | CONVECTION | TRANSPORT

8. Increased North African Dust Fluxes and Higher Productivity in the Eastern Equatorial Atlantic Ocean Linked to Stronger Trade Winds From About 2.7 Million Years ago NSTL国家科技图书文献中心

Crocker, Anya J. | Jewell, Amy M.... - 《Paleoceanography and Paleoclimatology》 - 2025,40(1) - n/a～n/a - 共24页

摘要： Atlantic Ocean and compare them to published records. We | North African landscape has repeatedly oscillated on | suborbitally resolved records of surface ocean* temperature* | , upwelling strength and perhaps dust-driven ocean | Atlantic to strengthening of the trade winds driven by

关键词： Pliocene | Africa | Atlantic | temperature | dust | productivity

9. Key drivers of large scale changes in North Atlantic atmospheric and oceanic circulations and their predictability NSTL国家科技图书文献中心

Buwen Dong | Yevgeny Aksenov ... - 《Climate dynamics》 - 2025,63(2) - 113.1～113.38 - 共38页

摘要： last few decades across the North* Atlantic climate* | changes in North* Atlantic atmospheric and oceanic* | contributors to large-scale variability in North Atlantic | projections of regional climate for the North* Atlantic and* | system, including in the atmosphere, ocean, and

关键词： Atmospheric circulation | Oceanic circulation | Decadal changes | Anthropogenic forcings | North Atlantic climate system

10. Abrupt Changes in the Timing and Magnitude of the North Atlantic Bloom Over the 21st Century NSTL国家科技图书文献中心

Kelly, Stephen | Popova, Ekaterina ... - 《Journal of Geophysical Research,C.Oceans》 - 2025,130(3) - n/a～n/a - 共21页

摘要：The North* Atlantic subpolar gyre (SPG) is a* | key region for the North* Atlantic bloom (NAB), the* | North Atlantic using a spread of future projections | surface ocean* by deep winter convection. Under climate* | ocean-only configuration of the same model (NEMO

摘要： North Atlantic upper-ocean heat content. Based on our | with Earth system models in the North Atlantic | the sub-polar North* Atlantic in the Max Planck* | the sub-polar North* Atlantic heat content, but more* | increased skill in sub-polar North* Atlantic surface*

关键词： coupled data assimilation | decadal climate prediction | Earth system model | ensemble Kalman filter | North Atlantic | ocean circulation | sub-polar gyre | sub‐polar gyre

摘要： on the North Sea, Baltic Sea, and North Atlantic | ToEs than the deep central North* Atlantic. These* | for understanding the complex dynamics of ocean | Ocean, utilizing 30 ensemble members of simulation | like the North* and Baltic Seas experience earlier*

关键词： Time of Emergence | Climate Change | SST | Multi ensemble

摘要： propagating from the Indian Ocean toward the North Atlantic | -European (NAE) regions, resulting in a North Atlantic | North Pacific and North Atlantic, where wave energy | the Indian Ocean dipole (IOD), both in isolation and | and December Indian Ocean* precipitation patterns*

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

摘要： from sites affected by the North* Atlantic Current* | decrease throughout the eastern North* Atlantic, while* | latitude North* Atlantic basins, depending on the* | record displays two distinct upper ocean* regimes: a* | Abstract In this multiproxy study, we used new

关键词： marine isotope stage 11 | stable isotopes | interglacials | nutrient utilization | climate change

摘要：Abstract Tropical cyclones (TCs) are one of | the major natural hazards to island and coastal | communities and ecosystems. However, isotopic compositions | of TCderived precipitation (P) in surface water (SW | ) and groundwater (GW) reservoirs are still lacking

关键词： climate change | extreme events | oxygen and hydrogen isotopes | paleoclimate | precipitation contribution | surface water and groundwater | water management

摘要： Patagonian ecosystem (Southwestern Atlantic* Ocean) since it* | underexploited species that plays a key role in the North | The Patagonian stock of the anchovy Engraulis | anchoita is distributed between 41 degrees and 47 degrees | 30'S over the Argentinian Shelf. This is an

关键词： Spatio-temporal distribution | Pelagic ecosystem | Environmental effect | Seasonality | Engraulis anchoita | Southwestern Atlantic Ocean

摘要：Downwelling-favorable winds off the west | Greenland coast induce onshore Ekman transport, thereby | limiting freshwater influx into the interior of the | Labrador Sea. Although the eddies shed by the West | Greenland Current (WGC) provide an important freshwater

关键词： North Atlantic Ocean | Boundary currents | Eddies | SYMMETRIC INSTABILITY | MESOSCALE EDDIES | WATER FORMATION | LABRADOR | OCEAN | CONVECTION | TRANSPORT

摘要： Atlantic Ocean and compare them to published records. We | North African landscape has repeatedly oscillated on | suborbitally resolved records of surface ocean* temperature* | , upwelling strength and perhaps dust-driven ocean | Atlantic to strengthening of the trade winds driven by

关键词： Pliocene | Africa | Atlantic | temperature | dust | productivity

摘要： last few decades across the North* Atlantic climate* | changes in North* Atlantic atmospheric and oceanic* | contributors to large-scale variability in North Atlantic | projections of regional climate for the North* Atlantic and* | system, including in the atmosphere, ocean, and

关键词： Atmospheric circulation | Oceanic circulation | Decadal changes | Anthropogenic forcings | North Atlantic climate system

摘要：The North* Atlantic subpolar gyre (SPG) is a* | key region for the North* Atlantic bloom (NAB), the* | North Atlantic using a spread of future projections | surface ocean* by deep winter convection. Under climate* | ocean-only configuration of the same model (NEMO

关键词： North Atlantic Bloom | subpolar gyre | climate change | abrupt change

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： North Atlantic upper-ocean heat content. Based on our | with Earth system models in the North Atlantic | the sub-polar North Atlantic in the Max Planck | the sub-polar North Atlantic heat content, but more | increased skill in sub-polar North Atlantic surface

关键词： coupled data assimilation | decadal climate prediction | Earth system model | ensemble Kalman filter | North Atlantic | ocean circulation | sub-polar gyre | sub‐polar gyre

摘要： on the North Sea, Baltic Sea, and North Atlantic | ToEs than the deep central North Atlantic. These | for understanding the complex dynamics of ocean | Ocean, utilizing 30 ensemble members of simulation | like the North and Baltic Seas experience earlier

关键词： Time of Emergence | Climate Change | SST | Multi ensemble

摘要： propagating from the Indian Ocean toward the North Atlantic | -European (NAE) regions, resulting in a North Atlantic | North Pacific and North Atlantic, where wave energy | the Indian Ocean dipole (IOD), both in isolation and | and December Indian Ocean precipitation patterns

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

摘要： from sites affected by the North Atlantic Current | decrease throughout the eastern North Atlantic, while | latitude North Atlantic basins, depending on the | record displays two distinct upper ocean regimes: a | Abstract In this multiproxy study, we used new

关键词： marine isotope stage 11 | stable isotopes | interglacials | nutrient utilization | climate change

摘要：Abstract Tropical cyclones (TCs) are one of | the major natural hazards to island and coastal | communities and ecosystems. However, isotopic compositions | of TCderived precipitation (P) in surface water (SW | ) and groundwater (GW) reservoirs are still lacking

关键词： climate change | extreme events | oxygen and hydrogen isotopes | paleoclimate | precipitation contribution | surface water and groundwater | water management

摘要： Patagonian ecosystem (Southwestern Atlantic Ocean) since it | underexploited species that plays a key role in the North | The Patagonian stock of the anchovy Engraulis | anchoita is distributed between 41 degrees and 47 degrees | 30'S over the Argentinian Shelf. This is an

关键词： Spatio-temporal distribution | Pelagic ecosystem | Environmental effect | Seasonality | Engraulis anchoita | Southwestern Atlantic Ocean

摘要：Downwelling-favorable winds off the west | Greenland coast induce onshore Ekman transport, thereby | limiting freshwater influx into the interior of the | Labrador Sea. Although the eddies shed by the West | Greenland Current (WGC) provide an important freshwater

关键词： North Atlantic Ocean | Boundary currents | Eddies | SYMMETRIC INSTABILITY | MESOSCALE EDDIES | WATER FORMATION | LABRADOR | OCEAN | CONVECTION | TRANSPORT

摘要： Atlantic Ocean and compare them to published records. We | North African landscape has repeatedly oscillated on | suborbitally resolved records of surface ocean temperature | , upwelling strength and perhaps dust-driven ocean | Atlantic to strengthening of the trade winds driven by

关键词： Pliocene | Africa | Atlantic | temperature | dust | productivity

摘要： last few decades across the North Atlantic climate | changes in North Atlantic atmospheric and oceanic | contributors to large-scale variability in North Atlantic | projections of regional climate for the North Atlantic and | system, including in the atmosphere, ocean, and

关键词： Atmospheric circulation | Oceanic circulation | Decadal changes | Anthropogenic forcings | North Atlantic climate system

摘要：The North Atlantic subpolar gyre (SPG) is a | key region for the North Atlantic bloom (NAB), the | North Atlantic using a spread of future projections | surface ocean by deep winter convection. Under climate | ocean-only configuration of the same model (NEMO

关键词： North Atlantic Bloom | subpolar gyre | climate change | abrupt change

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： North Atlantic upper-ocean heat content. Based on our | with Earth system models in the North Atlantic | the sub-polar North* Atlantic in the Max Planck* | the sub-polar North* Atlantic heat content, but more* | increased skill in sub-polar North* Atlantic surface*

摘要： on the North Sea, Baltic Sea, and North Atlantic | ToEs than the deep central North* Atlantic. These* | for understanding the complex dynamics of ocean | Ocean, utilizing 30 ensemble members of simulation | like the North* and Baltic Seas experience earlier*

摘要： propagating from the Indian Ocean toward the North Atlantic | -European (NAE) regions, resulting in a North Atlantic | North Pacific and North Atlantic, where wave energy | the Indian Ocean dipole (IOD), both in isolation and | and December Indian Ocean* precipitation patterns*

摘要： from sites affected by the North* Atlantic Current* | decrease throughout the eastern North* Atlantic, while* | latitude North* Atlantic basins, depending on the* | record displays two distinct upper ocean* regimes: a* | Abstract In this multiproxy study, we used new

摘要： Patagonian ecosystem (Southwestern Atlantic* Ocean) since it* | underexploited species that plays a key role in the North | The Patagonian stock of the anchovy Engraulis | anchoita is distributed between 41 degrees and 47 degrees | 30'S over the Argentinian Shelf. This is an

摘要： Atlantic Ocean and compare them to published records. We | North African landscape has repeatedly oscillated on | suborbitally resolved records of surface ocean* temperature* | , upwelling strength and perhaps dust-driven ocean | Atlantic to strengthening of the trade winds driven by

摘要： last few decades across the North* Atlantic climate* | changes in North* Atlantic atmospheric and oceanic* | contributors to large-scale variability in North Atlantic | projections of regional climate for the North* Atlantic and* | system, including in the atmosphere, ocean, and

摘要：The North* Atlantic subpolar gyre (SPG) is a* | key region for the North* Atlantic bloom (NAB), the* | North Atlantic using a spread of future projections | surface ocean* by deep winter convection. Under climate* | ocean-only configuration of the same model (NEMO