External drive for COMT
Marjorie Friedrichs (VIMS, marjy@vims.edu)

SUMMARY OF DRIVE
Space used: 4.7T
Capacity: 7.3T
filesystem: NTFS

CONTENTS OF DRIVE AND ASSOCIATED SIZE

(1) bever_et_al_jgr_geometric_hv (31G)
(2) comt_year5_ouput_seasonal_rr (196G)
(3) forecast_cbofs_input (128G)
(4) forecast_ecb_output (182G)
(5) forecast_srm_output (120G)
(6) run1980_2014 (2.3T)
        code_chesroms_ecb
        input_files
        output_files
(7) runs2001_2005_da_et_al2018jgr (1.8T)
        atm_double
        atm_zero
        nud_double
        nud_zero
        reference
        riv_increase
        riv_reduce

DESCRIPTION OF DATASETS

(1) bever_et_al_jgr_geometric_hv (31G)

This directory holds the ROMS model results used in the manuscript of Bever et al. (submitted to J.Geophys.Res.Oceans) describing a geometric method for estimating hypoxic volumes (HV) in the Chesapeake Bay. The directory includes the ROMS station files used for the vertical profiles from the model and a MATLAB .mat file of the 3-D HV from the average files.

(2) comt_year5_output_seasonal_rr (196G)

This directory holds the ROMS model outputs from the SRM Nowcast/Forecast for 2014 through 2017 (computed without data assimilation).

(3) forecast_cbofs_input (128G)

This directory holds the CBOFS input files from NOAA used in the ROMS forecasts (period 2014-2017).

(4) forecast_ecb_output (182G)

This directory holds the real-time forecast outputs from ECB.

(5) forecast_srm_output (120G)

This directory holds the real-time forecast outputs from SRM.

(6) run1980_2014 (2.3T)

This directory holds the code, input files, and output files from a simulation with ChesROMS-ECB covering the period 1980-2014.

(7) runs2001_2005_da_et_al2018jgr (1.8T)

This directory holds the outputs from the experiments with ChesROMS-ECB described in the following publication:

Da, F., Friedrichs, M.A.M., & St-Laurent, P. (2018). Impacts of atmospheric nitrogen deposition and coastal nitrogen fluxes on oxygen concentrations in Chesapeake Bay. Journal of Geophysical Research: Oceans, 123, https://doi.org/10.1029/2018JC014009