Associate
Professor of Marine Science Department of Marine Science 1020 Balch Blvd. Stennis Space Center, MS 39529-9904 phone: 288-688-2573 fax: 228-688-1121 Dmitri.Nechaev@usm.edu
EDUCATION
M.Sc.,
Aerodynamics and Thermodynamics, 1983, Moscow
Institute of Physics and Technology
Ph.D.,
Physical Oceanology, 1989, Shirshov Institute
of Oceanology, Russian Academy of Sciences,
Moscow
RESEARCH INTERESTS
My
research interests include the study of large-scale
ocean circulation and coastal dynamics.
In my research I am using an approach which
combines advanced data processing algorithms
and numerical methods of investigations.
The research focuses on :
analysis
and interpretation of oceanographic data using
statistical and inverse methods of data processing
development
of regional and general circulation numerical
models for process oriented studies
application
of the methods of variational data assimilation
into numerical models.
Nechaev, D.A., and M.I.Yaremchuk.
CTD data assimilation into a three-dimensional
quasigeostrophic open ocean model, Dynamics
of Atmosph. and Oceans , 21 ,
137-165, 1994.
Nechaev,
D.A. , M.I.Yaremchuk and K.Thompson.
On the determination of large scale circulation
in the open ocean by variational method, Oceanology
, 35 (3), 1995.
Nechaev,
D.A., and M.I. Yaremchuk. Application
of the adjoint technique to processing of a
standard section dataset: World Ocean Circulation
Experiment section S4 along 67S in the Pacific
Ocean, J. Geophys Res. , 100
, 865-879, 1995.
Nechaev,
D.A., G.G. Panteleev and M.I.Yaremchuk.
Circulation in the Amundsen and Bellingshausen
seas derived from climatologies by a variational
method, Oceanology , 36 (3),
1996.
Kamenkovich,
V.M., Y.P. Leonov, D.A. Nechaev ,
D. Byrne, A.L. Gordon. On the influence of bottom
topography on the Agulhas Eddy, Journal
of Phys. Oceanography , 26 (6),
892-912, 1996.
Nechaev
D.A. , M.I.Yaremchuk and M.Ikeda. Vertical
projection of surface velocity data using the
variational assimilation method with quasi-geostrophic
dynamical constraints. Journal of Oceanography
(Japan), 53 , 271-282,
1997.
Grotov,
A. A., D. A . Nechaev,
G. G. Panteleev and M. I. Yaremchuk.
Ross Sea large scale circulation recovered by
variational method, Oceanology , 38
(5), 654-664, 1998.
Grotov,
A.S., D.A. Nechaev , G.G. Panteleev,
and M.I. Yaremchuk, Circulation In Bellingshausen
and Amundsen Seas, Journal of Geophysical
Research , 103 (C6),
13011-13023, 1998.
Yaremchuk,
M., D. Nechaev , J. Schroeter,
E. Fahrbach. A dynamically consistent analysis
of circulation and transports in the southwestern
Weddell Sea, Annales Geophysicae ,
16 , 1024-1038, 1998.
Yaremchuk,
M. I., N. Bindoff, D. Nechaev ,
J. Schroeter, and S. Rintoul, On the zonal and
meridional circulation and ocean transports
between Tasmania and Antarctica. Journal
of Geophysical Research , 106
(C2), 2795-2814, 2001.
Yaremchuk,
M., and D. Nechaev , Simulations
of quasigeostrophic currents derived from satellite
altimetry and acoustic tomography of an open
ocean region, Journal of Atmospheric and
Oceanic Technology , 18, 1894-1910, 2001.
Yaremchuk,
M., D. Nechaev and K. R. Thompson,
2001: Seasonal variability of the North Atlantic
Current, Journal of Geophysical Research
, 106 (C4), 6835-6852,
2001.
Nechaev,
D. , J. Schroeter, M. Yaremchuk, A
diagnostic stabilized finite-element ocean circulation
model, Ocean Modelling , 5
, 37-63, 2003.
Vinogradov,
S., N. Vinogradova, V. Kamenkovich, D.
Nechaev, Temperature and Salinity Variability
in the Mississippi Bight, Marine Technology
Society Journal , 38, No
1, 52-60, 2004.
Nechaev,
D. , M. Yaremchuk, and M. Ikeda: Decadal
variability of circulation in the Arctic Ocean
retrieved from climatological data by a variational
method, Journal of Geophysical Research
, 109 , C04006, 2004.
Yaremchuk,
M., K. Lebedev, D. Nechaev ,
A four-dimensional inversion of the acoustic
tomography, satellite altimetry and in situ
data using quasigeostrophic constraints, Inverse
Problems in Science and Engineering , 12
, No 4, 409-431, 2004.
Panteleev,
G., M. Ikeda, A. Grotov, D. Nechaev
, M. Yaremchuk, Mass, Heat and Salt
Balances in the Eastern Barents Sea Obtained
by inversion of Hydrographic Section Data, Journal
of Oceanography , 60 ,
No 3, 613-623, 2004.
Nechaev,
D. and M. Yaremchuk, On the Approximation
of the Coriolis Terms in C-Grid Models , Monthly
Weather Review , 132 ,
No 9, 2283-2289, 2004.
