Author: Zhengyu Liu
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Why is there a tritium maximum in the central equatorial Pacific thermocline
Authors: Liu, Zhengyu; Huang, Boyin Journal Title: Journal of Physical Oceanography Publication Date: 1998-00-00 Content Type: DOI: -
Tropical-subtropical water exchange
Authors: Liu, Z.; Philander, S. Journal Title: Publication Date: 1998-00-00 Content Type: DOI: -
The role of ocean in the response of tropical climatology to global warming: The west-east SST contrast
Authors: Liu, Zhengyu Journal Title: Journal of Climate Publication Date: 1998-00-00 Content Type: DOI: -
Pacific subtropical-tropical thermocline water exchange
Authors: Huang, B.; Liu, Z. Journal Title: Publication Date: 1998-00-00 Content Type: DOI: -
Oceanic feedback on the north African monsoon in the mid-Holocene
Authors: Kutzbach, J. E.; Liu, Zhengyu Journal Title: Publication Date: 1998-00-00 Content Type: DOI: -
Decadal thermocline variability in the tropical/subtropical Pacific Ocean: Subduction and wave pathways
Authors: Zhang, R.; Liu, Z. Journal Title: Publication Date: 1998-00-00 Content Type: DOI: -
The three-dimensional chaotic transport and the Great Ocean Barrier
Authors: Yang, Huijun; Liu, Zhengyu Journal Title: Journal of Physical Oceanography Publication Date: 1997-00-00 Content Type: DOI: -
The influence of stratification on the inertial recirculation
Authors: Liu, Zhengyu Journal Title: Journal of Physical Oceanography Publication Date: 1997-00-00 Content Type: DOI: -
The effect of buoyancy on the ocean circulation in the presence of continental slope
Authors: Wu, Lixin; Liu, Zhengyu; Hurlbert, Harley E. Journal Title: Publication Date: 1997-00-00 Content Type: DOI: -
Oceanic regulation of the atmospheric Walker circulation
Authors: Liu, Zhengyu Journal Title: Publication Date: 1997-00-00 Content Type: DOI: -
Oceanic regulation of the atmospheric Walker circulation
Authors: Liu, Zhengyu Journal Title: Bulletin of the American Meteorological Society Publication Date: 1997-00-00 Content Type: DOI: -
Improving the simulation of sea ice in oceanic and atmospheric GCMs
Authors: Vavrus, S.; Liu, Z. Journal Title: Publication Date: 1997-00-00 Content Type: DOI: -
A coupled theory of tropical climatology: Warm pool, cold tongue, and Walker circulation
Authors: Liu, Zhengyu; Huang, Boyin Journal Title: Journal of Climate Publication Date: 1997-00-00 Content Type: DOI: -
Thermocline variability in different dynamic regions
Authors: Liu, Zhengyu Journal Title: Journal of Physical Oceanography Publication Date: 1996-00-00 Content Type: DOI: -
Modeling equatorial annual cycle with a linear coupled model
Authors: Liu, Zhengyu Journal Title: Journal of Climate Publication Date: 1996-00-00 Content Type: DOI: -
Improving the simulation of sea ice in oceanic and atmospheric GCMs
Authors: Vavrus, S.; Liu, Z. Journal Title: Publication Date: 1996-00-00 Content Type: DOI: -
Destruction of the inertial recirculation by the annual wind migration
Authors: Liu, Zhengyu Journal Title: Journal of Physical Oceanography Publication Date: 1996-00-00 Content Type: DOI: -
How different wind stress patterns affect the tropical-subtropical circulations of the upper ocean
Authors: Liu, Zhengyu; Philander, S. G. H. Journal Title: Journal of Physical Oceanography Publication Date: 1995-00-00 Content Type: DOI: -
Thermocline forced by annual and decadal surface temperature variation
Authors: Liu, Z.; Pedlosky, J. Journal Title: Journal of Physical Oceanography Publication Date: 1994-00-00 Content Type: DOI: -
The intergyre chaotic transport
Authors: Liu, Zhengyu; Yang, Huijum Journal Title: Journal of Physical Oceanography Publication Date: 1994-00-00 Content Type: DOI:
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Related Links
- ORCID: 0000-0003-4554-2666
- Researcher ID: IEP-3117-2023
- Researcher ID: HVG-6671-2023
- Researcher ID: JGK-0105-2023
- Researcher ID: DUM-6240-2022
- Researcher ID: DCY-3590-2022
- Researcher ID: DDL-1791-2022
- Researcher ID: DEJ-0300-2022
- Researcher ID: FIA-6330-2022
- Researcher ID: FKZ-2448-2022
- Researcher ID: FGH-0456-2022
- Researcher ID: DFM-3262-2022
- Researcher ID: DEG-7129-2022
- Researcher ID: DDA-0373-2022
- Researcher ID: DCK-8895-2022
- SCOPUS ID: 7406671641
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