Atmospheric Modeling
Group
Selected Publications Peer-Reviewed Journals
- Koracin, D. and R. Berkowicz (1988).
- Nocturnal Boundary-Layer
Height: Observations by Acoustic Sounders and Predictions in Terms of
Surface-Layer Parameters. Boundary-Layer Meteorol., 43, 65-83.
- Koracin, D. and D. P. Rogers (1990).
- Numerical Simulations of
the Response of the Marine Atmosphere to Ocean Forcing. J. Atmos.
Sci., 47, 592-611.
- Rogers, D. P. and D. Koracin (1992).
- Radiative Transfer and
Turbulence in the Cloud-Topped Marine Atmospheric Boundary Layer.
J. Atmos. Sci., 49, 1473-1486.
- Enger, L., D. Koracin, and X. Yang (1993).
- A Numerical Study of the
Boundary Layer Dynamics in a Mountain Valley. Part 1: Model Validation
and Sensitivity Experiments. Bound.-Layer Meteorol., 66, 357-394.
- Koracin, D. and L. Enger (1994).
- A Numerical Study of Boundary Layer
Dynamics in a Mountain Valley. Part 2: Observed and Simulated
Characteristics of Atmospheric Stability and Local Flows. Bound.-Layer
Meteorol., 69, 249-283.
- Enger, L. and D. Koracin (1995).
- Simulations of Dispersion in
Complex Terrain Using a Higher-Order Closure Model. Atmos. Environ., 29, 2449-2466.
- Tjernström, M. and D. Koracin (1995).
- Modeling the Impact of Marine
Stratocumulus on the Boundary-Layer Structure. J. Atmos. Sci., 52, 863-878.
- Switzer, P., L. Enger, T.E. Hoffer, D. Koracin and W.H. White (1996).
-
Ambient Sulfate Concentrations near Grand Canyon as a Function of
Fluctuating Loads at the Mohave Power Project: an Atmospheric
Experiment. Atmos. Environ., 30, 2551-2564.
- Isakov, V., R. Feind, O.B. Vasilyev, R. Welch, 1996:
- Retrieval of
aerosol spectral optical thickness from AVIRIS data.
International Journal of Remote Sensing, 17, 2165-2184.
- Cohn, S. A., J. Hallett, and D. Koracin (1997).
- Blending Education
and Research in Atmospheric Science - A Case Study. Phys. Today, 50, 34-39.
- Koracin, D., V. Isakov, and L. Mendez-Nuñez (1998).
- A
Cloud-Resolving
Model with the Radiation Scheme based on the Monte Carlo Method.
Atmos. Res. In print.
Contact: model@dri.edu