YAMAZAKI Hidekatsu

J-GLOBAL         Last updated: Mar 20, 2019 at 16:21
YAMAZAKI Hidekatsu
Tokyo University of Marine Science and Technology
Job title
Ph. D.

Research Areas



Faculty of Marine Science and Technology, Tokai University

Published Papers

A correction and discussion on Log-Normal intermittency B-model.
Locke, C., L. Seuront and H. Yamazaki
Fluid      2019   [Refereed]
Observation of three-dimensional flow around fish cages using a towed ADCP and free-fall multi-parameter profiler.
Yamazaki, H., W. Aoyama, E. Masunaga and M. Tanaka
Aquaculture Research      2019   [Refereed]
One-dimensional mixed layer models.
Nagai, T. G. Augur, H. Burchard, K. Denman and H. Yamazaki
Encyclopedia of Ocean Sciences, Third Edition   (in press)    2019   [Refereed]
Modeling the combined effects of physiological flexibility and micro-scale variability for plankton ecosysstem dynamics.
Smith, S.L., S. Mandal, A. Priyadarshi, B. Chen and H. Yamazaki
Encyclopedia of Ocean Sciences, Third Edition   (in press)    2019   [Refereed]
Raine. R., E. Berdalet, H. Yamazaki, I Jenkinson and B. Reguera
Ecological Studies   232 165-186   2018   [Refereed]


Wave forces on submerged structures
Japanese Society of Civil Engineering Conference(in Japanese)      1977
Inertia forces due to waves on a horizontal circular cylinder
27th Symposium on Coastal Engineering in Japan, JSCE(in Japanese)   358-362   1980
A cascade model of monthly municipal water use applied to six Texas cities
TEES Project 1083, Texas Engineering Experiment Station, The Texas A&M University      1981
J. Geophys. Res   90, 3381-3390.    1985
Monthly wave characteristics National Oceanogrphic Data Center
Sea Grant College Program, Texas A&M University   I-III(COEReport273) TAMU-SG-86-205   1985

Books etc

Marine Turbulence-theories, Observations and Models (3)
H. Baumert, J. Simpson and J. Sundermann (Part:Contributor, Intermittency)
Cambridge University Press   2005   
A comparison of how different orientation behaviors influence dinoflagellate trajectories and photoresponses in turbulent water columns
The physical ecology of harmful algal blooms   1997   

Conference Activities & Talks

Long term observations of ocean mixing from a caabled observatory.
Yamazaki, H., M. Tanaka, W. Aoyama, G. Ivey
Environmental Fluid Dynamics: Confronting Grand Challenges   20 Jan 2019   
Long term observations of ocean mixing from a cabled observatory: mixing processes and planktonic ecosystem.
Yamazaki, H., M. Tanaka, W. Aoyama, G. Ivey
Ocean Turbulence Workshop 2018   14 Nov 2018   
Highly intermittent phytoplankton dynamics: meter scale to millimetr scale. [Invited]
Yamazaki, H., M. Takeuchi, M. Tanaka, M. Doubell, G. Jackson
34th Congress of International Society of Limnology   19 Aug 2018   
Highly intermittent plankton ecosystem: observations and new models.
Yamazaki, H., H. Homma, M. Tanaka, S. Mandal and A. Priyadarshi
JpGU-AGU Joint Meeting 2018   20 May 2018   
Highly intermittent phytoplankton dynamics: observation and modeling.
Yamazaki, H.,. M. Mandal, A. Priyadarshi, H. Homma and M. Tanaka
Ocean Sciences Meeting 2018   11 Feb 2018   

Research Grants & Projects

Mixing in the upper ocean
Office of Naval Research (ONR): 
Project Year: Feb 1993 - Jan 1996    Investigator(s): YAMAZAKI Hidekatsu
Bio-phyiscal coupling problems in the upper ocean for planktonic organism
Department of Fisheries and Oceanography/Natural Sciences and Engineering Reseach Council of Canada: 
Project Year: Apr 1993 - Mar 1994    Investigator(s): YAMAZAKI Hidekatsu
Lagrangian model study of planktonic organims in turbulence
Office of Naval Research (ONR): 
Project Year: Jan 1992 - Dec 1993    Investigator(s): YAMAZAKI Hidekatsu
Toward a picture of mixing in the thermocline
Office of Naval Research (ONR): 
Project Year: Jan 1991 - Dec 1992    Investigator(s): YAMAZAKI Hidekatsu
Direct numerical simulation of homogenous turbulence for Planktonic organisms
National Science Foundation (NSF): 
Project Year: Jan 1991 - Dec 1992    Investigator(s): YAMAZAKI Hidekatsu
Turbulence and plankton
Toward parameterization of turbulent mixing in the ocean