Global Perspectives on Observing Ocean Boundary Current Systems

Global Perspectives on Observing Ocean Boundary Current Systems
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DOI：
10.3389/fmars.2019.00423
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发表时间：
2019-08
期刊：
Frontiers in Marine Science
影响因子：
3.7
通讯作者：
R. Todd;F. Chavez;S. Clayton;S. Cravatte;Marlos Goes;M. Graco;Xiaopei Lin;J. Sprintall;N. Zilberman;M. Archer;J. Arístegui;M. Balmaseda;J. Bane;M. Baringer;J. Barth;L. Beal;P Brandt;P. Calil;E. Campos;L. Centurioni;M. P. Chidichimo;M. Cirano;M. Cronin;E. Curchitser;R. Davis;M. Dengler;B. deYoung;S. Dong;R. Escribano;A. Fassbender;S. Fawcett;M. Feng;G. Goñi;A. Gray;D. Gutiérrez;D. Hebert;R. Hummels;S. Ito;Marjorlaine Krug;F. Lacan;L. Laurindo;A. Lazar;Craig M. Lee;M. Lengaigne;N. Levine;J. Middleton;I. Montes;M. Muglia;T. Nagai;H. Palevsky;J. Palter;H. Phillips;A. Piola;A. Plueddemann;B. Qiu;R. Rodrigues;M. Roughan;D. Rudnick;R. Rykaczewski;M. Saraceno;H. Seim;Alexander Sen Gupta;L. Shannon;B. Sloyan;A. Sutton;L. Thompson;A. V. D. Plas;D. Volkov;J. Wilkin;Dongxiao Zhang;Linlin Zhang
R. Todd;F. Chavez;S. Clayton;S. Cravatte;Marlos Goes;M. Graco;Xiaopei Lin;J. Sprintall;N. Zilberman;M. Archer;J. Arístegui;M. Balmaseda;J. Bane;M. Baringer;J. Barth;L. Beal;P Brandt;P. Calil;E. Campos;L. Centurioni;M. P. Chidichimo;M. Cirano;M. Cronin;E. Curchitser;R. Davis;M. Dengler;B. deYoung;S. Dong;R. Escribano;A. Fassbender;S. Fawcett;M. Feng;G. Goñi;A. Gray;D. Gutiérrez;D. Hebert;R. Hummels;S. Ito;Marjorlaine Krug;F. Lacan;L. Laurindo;A. Lazar;Craig M. Lee;M. Lengaigne;N. Levine;J. Middleton;I. Montes;M. Muglia;T. Nagai;H. Palevsky;J. Palter;H. Phillips;A. Piola;A. Plueddemann;B. Qiu;R. Rodrigues;M. Roughan;D. Rudnick;R. Rykaczewski;M. Saraceno;H. Seim;Alexander Sen Gupta;L. Shannon;B. Sloyan;A. Sutton;L. Thompson;A. V. D. Plas;D. Volkov;J. Wilkin;Dongxiao Zhang;Linlin Zhang
中科院分区：
生物学2区
文献类型：
--
作者：
R. Todd;F. Chavez;S. Clayton;S. Cravatte;Marlos Goes;M. Graco;Xiaopei Lin;J. Sprintall;N. Zilberman;M. Archer;J. Arístegui;M. Balmaseda;J. Bane;M. Baringer;J. Barth;L. Beal;P Brandt;P. Calil;E. Campos;L. Centurioni;M. P. Chidichimo;M. Cirano;M. Cronin;E. Curchitser;R. Davis;M. Dengler;B. deYoung;S. Dong;R. Escribano;A. Fassbender;S. Fawcett;M. Feng;G. Goñi;A. Gray;D. Gutiérrez;D. Hebert;R. Hummels;S. Ito;Marjorlaine Krug;F. Lacan;L. Laurindo;A. Lazar;Craig M. Lee;M. Lengaigne;N. Levine;J. Middleton;I. Montes;M. Muglia;T. Nagai;H. Palevsky;J. Palter;H. Phillips;A. Piola;A. Plueddemann;B. Qiu;R. Rodrigues;M. Roughan;D. Rudnick;R. Rykaczewski;M. Saraceno;H. Seim;Alexander Sen Gupta;L. Shannon;B. Sloyan;A. Sutton;L. Thompson;A. V. D. Plas;D. Volkov;J. Wilkin;Dongxiao Zhang;Linlin Zhang

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Ocean boundary current systems are key components of the climate system, are home to highly productive ecosystems, and have numerous societal impacts. Establishment of a global network of boundary current observing systems is a critical part of ongoing development of the Global Ocean Observing System. The characteristics of boundary current systems are reviewed, focusing on scientific and societal motivations for sustained observing. Techniques currently used to observe boundary current systems are reviewed, followed by a census of the current state of boundary current observing systems globally. Next steps in the development of boundary current observing systems are considered, leading to several specific recommendations.