Zhenwen Wan PhD
Center for Ocean and Ice
Danish Meteorological Institute
Lyngbyvej 100
2100 Copenhagen, Denmark
Phone             : +45 3915 7284
Fax                 : +45 3915 7300
Email             : zw@dmi.dk

 

1993-1996: M.S. of Fluid dynamics, Nanjing University of Science and Technology.

1988-1992: B.Sc. of Physics, Jiangxi Normal University.

2007.12-present:   Senior Research Scientist, marine environment modeler, Center for Ocean and Ice, Danish Meteorological Institute. Research interests: ecological modeling.

2004.04-2007.12: Associate Professor, marine environment modeler, State Key Lab of Marine Environmental Science, Xiamen Univ.. Research interests: hydrodynamic modeling, biogeochemical modeling and inverse modeling.

2002.01-2004.01: Post-doc, biogeochemistry modeler, The Ecosystems Center, Marine Biological Laboratory, Woods Hole, MA. Research interests: stream ecosystem model development and stream ecosystem flow analysis.

2001.11-2002.01: visiting scientist, marine ecosystem modeler, International Arctic Research Center, Univ. of Alaska Fairbanks. Research interests: marine ecosystem model development and coupled physical-biogeochemistry ecosystem modeling.

2000.09-2001.11: Associate Research Scientist (Chinese profession system), physical and marine ecological modeler, First Institute of Oceanography, SOA, China. Research interests: marine ecosystem dynamics, coastal dynamics and tides in China Seas, numerical modeling.

1999.07-2000.09: Assistant Research Scientist (Chinese profession system), physical and marine ecological modeler, First Institute of Oceanography, SOA, China. Research interests: marine ecosystem dynamics, coastal dynamics and tides in China Seas, numerical modeling.

 

Zhenwen Wan, Hongsheng Bi, Jun She, 2013. Comparison of Two Light Attenuation Parameterization Focusing on Timing of Spring Bloom and Primary Production in the Baltic Sea. Ecological Modelling, DOI: 10.1016/j.ecolmodel.2013.03.010 .

Zhenwen Wan, Jun She, Marie Maar, Lars Jonasson, Jesper Baasch-Larsen, 2012. Assessment of a Physical-Biogeochemical Coupled Model System for Operational Service in the Baltic Sea. Ocean Science 8: 683-701.

Zhenwen Wan, Lars Jonasson, Hongsheng Bi, 2011. N/P ratio of nutrient uptake in the Baltic Sea. Ocean Science 7: 693-704.

Zhenwen Wan, Joe Vallino, Bruce Peterson, 2008. Study of the inter-annual dynamics in Kuparuk River with a first order approximation inverse model, Ecological Modeling, 211(1-2), 97-112.

Zhenwen Wan, Joe Vallino, 2005. An Inverse Ecosystem Model of Year-to-year Variations with First Order Approximation to the Annual Mean Fluxes, Ecological Modeling, 187 (4), 369-388.

Zhenwen Wan, Yeli Yuan, 2004. Long-term impact of mass transport in the sea with oscillating currents. Journal of hydrodynamics (Chinese Journal), A19(1), (in Chinese with English abstract).

Zhenwen Wan, Yeli Yuan, Fangli Qiao, 2000. Study on optimization of the parameters of marine ecosystem dynamics model for red tide. Oceanologia Et Limnologia Sinica(Chinese Journal), 31(2):205-209(In Chinese with English abstract).

Zhenwen Wan, Yeli Yuan, Fangli Qiao, 1999. Numerical simulation of compound tidal movement with multi-constitute in East China Sea. Journal of hydrodynamics(Chinese Journal), A14(4B): 82-91(In Chinese with English abstract)

Zhenwen Wan, Fangli Qiao, Yeli Yuan, 1998. The theoretical model and numerical test of long-term mass transportation in the ocean. Journal of hydrodynamics(Chinese Journal), A13(4): 413-421(In Chinese with English abstract)

Zhenwen Wan, Fangli Qiao, Yeli Yuan, 1998. Three dimensional numerical modeling of tidal waves in the bohai, yellow and east China seas. Oceanologia Et Limnologia Sinica(Chinese Journal), 29(6):611-616(In Chinese with English abstract)

 

 

1.        Zhenwen Wan, Haisen Li, 2006. Tide forecast system for major Chinese harbors, State Copyright Bureau of People’s Republic of China, 2006SR02013, No. 049679.