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1. The Impact of Anomalous Biomass Burning on Phytoplankton and Surface Ocean Carbon Pool in the Indo-China Peninsula NSTL国家科技图书文献中心

Liu, Wenjing | Wang, Wencai - 《Journal of Geophysical Research,C.Oceans》 - 2025,130(3) - n/a～n/a - 共19页

摘要： to the expansion of the surface ocean carbon pool | the surface* ocean carbon pool by 2.64 x 107 kg* | The ocean* carbon sink plays a pivotal role in* | , there was no significant increase in ocean carbon | export. Ultimately, the response of the surface ocean

关键词： chlorophyll-a concentrations | surface ocean carbon pool | biomass burning | Indo-China Peninsula

2. Inconsistent Fast and Slow Responses of East Asian Summer Monsoon Precipitation Forced by Black Carbon NSTL国家科技图书文献中心

Fang, Chenwei | Zhu, Bin ... - 《Journal of Climate》 - 2025,38(4) - 1081～1103 - 共23页

摘要：, teeming with anthropogenic black carbon* (BC), lacks* | slow sea surface* temperature (SST)-meditated* | southwesterlies, primarily from tropical Indian Ocean, overweigh | those of surface* evaporation changes, governing both* | -induced SST warming in the Indo-Pacific warm pool

关键词： Monsoons | Precipitation | Anthropogenic effects/forcing | Water vapor | Aerosols/particulates | Air-sea interaction

3. Variable aging and storage of dissolved black carbon in the ocean NSTL国家科技图书文献中心

Alysha I. Coppola | Ellen R. M. Druffe ... - 《Proceedings of the National Academy of Sciences of the United States of America.》 - 2024,121(13) - e2305030121～e2305030121 - 共6页

摘要： carbon (DOC) pool. The fate of BC is considered to | pool of organic carbon in the oceans, yet most DOC | , biomass is converted to black carbon* (BC) via incomplete* | combustion. BC enters the ocean* by rivers and atmospheric* | reside in the marine DOC pool, where the oldest BC 14C

关键词： dissolved organic carbon | dissolved black carbon | ocean carbon cycle | refractory and semilabile DOC | size-fractionated DOC

4. Editorial preface to special issue: Neogene-Quaternary changes of the Indo-Pacific Warm Pool encompassing oceanic, hydrologic and carbon cycles, and their implications for future change NSTL国家科技图书文献中心

Huang J. | Xiong Z.... - 《Palaeogeography, Palaeoclimatology, Palaeoecology: An International Journal for the Geo-Sciences》 - 2024,642 - 共5页

摘要： processes via the ocean water-column, sea surface | © 2024 Elsevier B.V.The Indo-Pacific Warm Pool | addressing two primary themes: (1) Ocean-atmosphere coupled | source-to-sink and biogeochemical carbon-cycles, and | , salinity, oxygenation, hydrography, carbon* cycle*

关键词： Indo-Pacific Warm Pool | Paleoceanography | Paleoclimate

5. The impact of eddies and spring warm pool on sinking rates of phytoplankton with different shapes and sizes NSTL国家科技图书文献中心

Yingjie Mao | Congcong Guo ... - 《Marine Biology: International Journal on Life in Oceans and Coastal Waters》 - 2024,171(5) - 1.1～1.22 - 共22页

摘要： surface seawater are proven to be one of the major | contributors to the mesopelagic carbon* flux. Phytoplankton* | carbon biomass and sinking fluxes. Here, we measured | ), warm eddy (WE) and spring warm pool* (SWP), and* | the influence of SWP, with the highest carbon* fluxes*

关键词： Phytoplankton sinking rates | Luzon cold eddy | Warm eddy | Spring warm pool | Cell shapes | Cell size

6. pH Distributions and Determining Processes Along the U.S. East Coast NSTL国家科技图书文献中心

Xinyu Li | Yuan‐Yuan Xu ... - 《Journal of Geophysical Research, C. Oceans: JGR》 - 2024,129(9) - n/a～n/a - 共20页

摘要：Abstract pH is a key index in ocean | associated with the Cold Pool* water, and an inflow of low* | prominent role in regulating sea‐surface* pHT, driving it* | the pHT decrease caused by the anthropogenic carbon | to processes such as water masses shifting, ocean

关键词： pH distribution | inorganic carbon system | U.S. East Coast | ocean acidification

7. Carbon Dynamics in a Changing Arctic Landscape: Characterizing Dissolved Organic Matter Across Multiple Scales NSTL国家科技图书文献中心

Starr, Sommer Faith. - Biogeochemistry.;Env... - Ph.D. - Spencer, Robert G. M... - 2024, - 1～198 - 共198页

摘要： DOM pool* rivaling the amount of carbon stored in the* | carbon cycles, transporting organic matter from | ecosystems on land to the Arctic Ocean. However, polar | releasing hundreds of tons of carbon* currently stored in* | surface waters. Dissolved organic matter (DOM) is a

关键词： Arctic biogeochemistry | Dissolved organic matter | Peatlands | Permafrost | Surface water

8. Suspended particles are hotspots of microbial remineralization in the ocean's twilight zone NSTL国家科技图书文献中心

V. Hemsley | J. Fuessel ... - 《Deep-sea research, Part II. Topical studies in oceanography》 - 2023,212(Dec.) - 105339.1～105339.13 - 共13页

摘要： organic carbon* from the ocean surface to its interior is* | exerting control over ocean-atmosphere carbon* dioxide* | , resulting in rapid turnover of the suspended carbon pool | a significant term in the global carbon* cycle* | . Most sinking organic carbon* is, however*

关键词： Carbon cycling | Microbial respiration | Suspended particles | Dissolved organic matter | Chemoautotrophic

9. Fjords Are Potential Hotspots of Refractory Dissolved Organic Matter Production: Insights From 1 Year of Weekly Time‐Series Observations of Fluorescent Dissolved Organic Matter in the Bedford Basin, a Northwestern Atlantic Fjord NSTL国家科技图书文献中心

Xilin Xiao | Qiang Shi ... - 《Journal of Geophysical Research, C. Oceans: JGR》 - 2023,128(12) - n/a～n/a - 共14页

摘要： widely used to study the ocean* carbon cycle. Here, we* | coastal carbon* cycling. As fingerprints of the dissolved* | organic matter (DOM) pool, fluorescent DOM (FDOM) is | correlations showed that the surface* FDOM was affected by* | higher than those from the open ocean, suggesting that

关键词： Bedford basin | time series observation | fluorescent dissolved organic matter | coastal carbon cycling

10. Biological controls on marine volatile organic compound emissions: A balancing act at the sea-air interface NSTL国家科技图书文献中心

Halsey K.H. | Giovannoni S.J. - 《Earth-Science Reviews: The International Geological Journal Bridging the Gap between Research Articles and Textbooks》 - 2023,240 - 共5页

摘要： surface ocean properties are promising avenues for | (VOCs) comprise a vast pool* of low molecular weight* | organic matter and burning of fossil fuels. In the ocean | , VOCs are an important component of the marine carbon | ocean into the atmosphere, they alter Earth's

摘要： to the expansion of the surface ocean carbon pool | the surface* ocean carbon pool by 2.64 x 107 kg* | The ocean* carbon sink plays a pivotal role in* | , there was no significant increase in ocean carbon | export. Ultimately, the response of the surface ocean

关键词： chlorophyll-a concentrations | surface ocean carbon pool | biomass burning | Indo-China Peninsula

摘要：, teeming with anthropogenic black carbon* (BC), lacks* | slow sea surface* temperature (SST)-meditated* | southwesterlies, primarily from tropical Indian Ocean, overweigh | those of surface* evaporation changes, governing both* | -induced SST warming in the Indo-Pacific warm pool

关键词： Monsoons | Precipitation | Anthropogenic effects/forcing | Water vapor | Aerosols/particulates | Air-sea interaction

摘要： carbon (DOC) pool. The fate of BC is considered to | pool of organic carbon in the oceans, yet most DOC | , biomass is converted to black carbon* (BC) via incomplete* | combustion. BC enters the ocean* by rivers and atmospheric* | reside in the marine DOC pool, where the oldest BC 14C

关键词： dissolved organic carbon | dissolved black carbon | ocean carbon cycle | refractory and semilabile DOC | size-fractionated DOC

摘要： processes via the ocean water-column, sea surface | © 2024 Elsevier B.V.The Indo-Pacific Warm Pool | addressing two primary themes: (1) Ocean-atmosphere coupled | source-to-sink and biogeochemical carbon-cycles, and | , salinity, oxygenation, hydrography, carbon* cycle*

关键词： Indo-Pacific Warm Pool | Paleoceanography | Paleoclimate

摘要： surface seawater are proven to be one of the major | contributors to the mesopelagic carbon* flux. Phytoplankton* | carbon biomass and sinking fluxes. Here, we measured | ), warm eddy (WE) and spring warm pool* (SWP), and* | the influence of SWP, with the highest carbon* fluxes*

关键词： Phytoplankton sinking rates | Luzon cold eddy | Warm eddy | Spring warm pool | Cell shapes | Cell size

摘要：Abstract pH is a key index in ocean | associated with the Cold Pool* water, and an inflow of low* | prominent role in regulating sea‐surface* pHT, driving it* | the pHT decrease caused by the anthropogenic carbon | to processes such as water masses shifting, ocean

关键词： pH distribution | inorganic carbon system | U.S. East Coast | ocean acidification

摘要： DOM pool* rivaling the amount of carbon stored in the* | carbon cycles, transporting organic matter from | ecosystems on land to the Arctic Ocean. However, polar | releasing hundreds of tons of carbon* currently stored in* | surface waters. Dissolved organic matter (DOM) is a

关键词： Arctic biogeochemistry | Dissolved organic matter | Peatlands | Permafrost | Surface water

摘要： organic carbon* from the ocean surface to its interior is* | exerting control over ocean-atmosphere carbon* dioxide* | , resulting in rapid turnover of the suspended carbon pool | a significant term in the global carbon* cycle* | . Most sinking organic carbon* is, however*

关键词： Carbon cycling | Microbial respiration | Suspended particles | Dissolved organic matter | Chemoautotrophic

摘要： widely used to study the ocean* carbon cycle. Here, we* | coastal carbon* cycling. As fingerprints of the dissolved* | organic matter (DOM) pool, fluorescent DOM (FDOM) is | correlations showed that the surface* FDOM was affected by* | higher than those from the open ocean, suggesting that

关键词： Bedford basin | time series observation | fluorescent dissolved organic matter | coastal carbon cycling

摘要： surface ocean properties are promising avenues for | (VOCs) comprise a vast pool* of low molecular weight* | organic matter and burning of fossil fuels. In the ocean | , VOCs are an important component of the marine carbon | ocean into the atmosphere, they alter Earth's

关键词： Biological VOC consumption | Marine carbon cycling | VOC production | Volatile organic compounds

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： to the expansion of the surface ocean carbon pool | the surface ocean carbon pool by 2.64 x 107 kg | The ocean carbon sink plays a pivotal role in | , there was no significant increase in ocean carbon | export. Ultimately, the response of the surface ocean

关键词： chlorophyll-a concentrations | surface ocean carbon pool | biomass burning | Indo-China Peninsula

摘要：, teeming with anthropogenic black carbon (BC), lacks | slow sea surface temperature (SST)-meditated | southwesterlies, primarily from tropical Indian Ocean, overweigh | those of surface evaporation changes, governing both | -induced SST warming in the Indo-Pacific warm pool

关键词： Monsoons | Precipitation | Anthropogenic effects/forcing | Water vapor | Aerosols/particulates | Air-sea interaction

摘要： carbon (DOC) pool. The fate of BC is considered to | pool of organic carbon in the oceans, yet most DOC | , biomass is converted to black carbon (BC) via incomplete | combustion. BC enters the ocean by rivers and atmospheric | reside in the marine DOC pool, where the oldest BC 14C

关键词： dissolved organic carbon | dissolved black carbon | ocean carbon cycle | refractory and semilabile DOC | size-fractionated DOC

摘要： processes via the ocean water-column, sea surface | © 2024 Elsevier B.V.The Indo-Pacific Warm Pool | addressing two primary themes: (1) Ocean-atmosphere coupled | source-to-sink and biogeochemical carbon-cycles, and | , salinity, oxygenation, hydrography, carbon cycle

关键词： Indo-Pacific Warm Pool | Paleoceanography | Paleoclimate

摘要： surface seawater are proven to be one of the major | contributors to the mesopelagic carbon flux. Phytoplankton | carbon biomass and sinking fluxes. Here, we measured | ), warm eddy (WE) and spring warm pool (SWP), and | the influence of SWP, with the highest carbon fluxes

关键词： Phytoplankton sinking rates | Luzon cold eddy | Warm eddy | Spring warm pool | Cell shapes | Cell size

摘要：Abstract pH is a key index in ocean | associated with the Cold Pool water, and an inflow of low | prominent role in regulating sea‐surface pHT, driving it | the pHT decrease caused by the anthropogenic carbon | to processes such as water masses shifting, ocean

关键词： pH distribution | inorganic carbon system | U.S. East Coast | ocean acidification

摘要： DOM pool rivaling the amount of carbon stored in the | carbon cycles, transporting organic matter from | ecosystems on land to the Arctic Ocean. However, polar | releasing hundreds of tons of carbon currently stored in | surface waters. Dissolved organic matter (DOM) is a

关键词： Arctic biogeochemistry | Dissolved organic matter | Peatlands | Permafrost | Surface water

摘要： organic carbon from the ocean surface to its interior is | exerting control over ocean-atmosphere carbon dioxide | , resulting in rapid turnover of the suspended carbon pool | a significant term in the global carbon cycle | . Most sinking organic carbon is, however

关键词： Carbon cycling | Microbial respiration | Suspended particles | Dissolved organic matter | Chemoautotrophic

摘要： widely used to study the ocean carbon cycle. Here, we | coastal carbon cycling. As fingerprints of the dissolved | organic matter (DOM) pool, fluorescent DOM (FDOM) is | correlations showed that the surface FDOM was affected by | higher than those from the open ocean, suggesting that

关键词： Bedford basin | time series observation | fluorescent dissolved organic matter | coastal carbon cycling

摘要： surface ocean properties are promising avenues for | (VOCs) comprise a vast pool of low molecular weight | organic matter and burning of fossil fuels. In the ocean | , VOCs are an important component of the marine carbon | ocean into the atmosphere, they alter Earth's

关键词： Biological VOC consumption | Marine carbon cycling | VOC production | Volatile organic compounds

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： to the expansion of the surface ocean carbon pool | the surface* ocean carbon pool by 2.64 x 107 kg* | The ocean* carbon sink plays a pivotal role in* | , there was no significant increase in ocean carbon | export. Ultimately, the response of the surface ocean

摘要：, teeming with anthropogenic black carbon* (BC), lacks* | slow sea surface* temperature (SST)-meditated* | southwesterlies, primarily from tropical Indian Ocean, overweigh | those of surface* evaporation changes, governing both* | -induced SST warming in the Indo-Pacific warm pool

摘要： carbon (DOC) pool. The fate of BC is considered to | pool of organic carbon in the oceans, yet most DOC | , biomass is converted to black carbon* (BC) via incomplete* | combustion. BC enters the ocean* by rivers and atmospheric* | reside in the marine DOC pool, where the oldest BC 14C

摘要： processes via the ocean water-column, sea surface | © 2024 Elsevier B.V.The Indo-Pacific Warm Pool | addressing two primary themes: (1) Ocean-atmosphere coupled | source-to-sink and biogeochemical carbon-cycles, and | , salinity, oxygenation, hydrography, carbon* cycle*

摘要： surface seawater are proven to be one of the major | contributors to the mesopelagic carbon* flux. Phytoplankton* | carbon biomass and sinking fluxes. Here, we measured | ), warm eddy (WE) and spring warm pool* (SWP), and* | the influence of SWP, with the highest carbon* fluxes*

摘要：Abstract pH is a key index in ocean | associated with the Cold Pool* water, and an inflow of low* | prominent role in regulating sea‐surface* pHT, driving it* | the pHT decrease caused by the anthropogenic carbon | to processes such as water masses shifting, ocean

摘要： DOM pool* rivaling the amount of carbon stored in the* | carbon cycles, transporting organic matter from | ecosystems on land to the Arctic Ocean. However, polar | releasing hundreds of tons of carbon* currently stored in* | surface waters. Dissolved organic matter (DOM) is a

摘要： organic carbon* from the ocean surface to its interior is* | exerting control over ocean-atmosphere carbon* dioxide* | , resulting in rapid turnover of the suspended carbon pool | a significant term in the global carbon* cycle* | . Most sinking organic carbon* is, however*

摘要： surface ocean properties are promising avenues for | (VOCs) comprise a vast pool* of low molecular weight* | organic matter and burning of fossil fuels. In the ocean | , VOCs are an important component of the marine carbon | ocean into the atmosphere, they alter Earth's