netcdf SSM_variables_1990-2014_climatology_2.01_1.5km_regular_grid {
dimensions:
y = 1106 ;
x = 1079 ;
variables:
double nav_lat(y, x) ;
nav_lat:long_name = "Latitude on 1.5 x 1.5 km regular grid" ;
nav_lat:standard_name = "Latitude" ;
nav_lat:units = "Degrees North" ;
double nav_lon(y, x) ;
nav_lon:long_name = "Longitude on 1.5 x 1.5 km regular grid" ;
nav_lon:standard_name = "Longitude" ;
nav_lon:units = "Degrees East" ;
double BT_NOTT_JASO(y, x) ;
BT_NOTT_JASO:long_name = "Bottom Temperature averaged over July-October with no tidal turbines" ;
BT_NOTT_JASO:standard_name = "Bottom_Temp_JASO_NOTT" ;
BT_NOTT_JASO:units = "Degree C" ;
double BT_NOTT_MAMJ(y, x) ;
BT_NOTT_MAMJ:long_name = "Bottom Temperature averaged over March-June with no tidal turbines" ;
BT_NOTT_MAMJ:standard_name = "Bottom_Temp_MAMJ_NOTT" ;
BT_NOTT_MAMJ:units = "Degree C" ;
double BT_NOTT_NDJF(y, x) ;
BT_NOTT_NDJF:long_name = "Bottom Temperature averaged over November-February with no tidal turbines" ;
BT_NOTT_NDJF:standard_name = "Bottom_Temp_NDJF_NOTT" ;
BT_NOTT_NDJF:units = "Degree C" ;
double BT_TT_JASO(y, x) ;
BT_TT_JASO:long_name = "Bottom Temperature averaged over July-October with tidal turbines" ;
BT_TT_JASO:standard_name = "Bottom_Temp_JASO_TT" ;
BT_TT_JASO:units = "Degree C" ;
double BT_TT_MAMJ(y, x) ;
BT_TT_MAMJ:long_name = "Bottom Temperature averaged over March-June with tidal turbines" ;
BT_TT_MAMJ:standard_name = "Bottom_Temp_MAMJ_TT" ;
BT_TT_MAMJ:units = "Degree C" ;
double BT_TT_NDJF(y, x) ;
BT_TT_NDJF:long_name = "Bottom Temperature averaged over November-February with tidal turbines" ;
BT_TT_NDJF:standard_name = "Bottom_Temp_NDJF_TT" ;
BT_TT_NDJF:units = "Degree C" ;
double PEA_NOTT_JASO(y, x) ;
PEA_NOTT_JASO:long_name = "Potential Energy Anomaly averaged over July-October with no tidal turbines" ;
PEA_NOTT_JASO:standard_name = "PEA_JASO_NOTT" ;
PEA_NOTT_JASO:units = "Joules per metre cubed" ;
double PEA_NOTT_MAMJ(y, x) ;
PEA_NOTT_MAMJ:long_name = "Potential Energy Anomaly averaged over March-June with no tidal turbines" ;
PEA_NOTT_MAMJ:standard_name = "PEA_MAMJ_NOTT" ;
PEA_NOTT_MAMJ:units = "Joules per metre cubed" ;
double PEA_NOTT_NDJF(y, x) ;
PEA_NOTT_NDJF:long_name = "Potential Energy Anomaly averaged over November-February with no tidal turbines" ;
PEA_NOTT_NDJF:standard_name = "PEA_NDJF_NOTT" ;
PEA_NOTT_NDJF:units = "Joules per metre cubed" ;
double PEA_TT_JASO(y, x) ;
PEA_TT_JASO:long_name = "Potential Energy Anomaly averaged over July-October with tidal turbines" ;
PEA_TT_JASO:standard_name = "PEA_JASO_TT" ;
PEA_TT_JASO:units = "Joules per metre cubed" ;
double PEA_TT_MAMJ(y, x) ;
PEA_TT_MAMJ:long_name = "Potential Energy Anomaly averaged over March-June with tidal turbines" ;
PEA_TT_MAMJ:standard_name = "PEA_MAMJ_TT" ;
PEA_TT_MAMJ:units = "Joules per metre cubed" ;
double PEA_TT_NDJF(y, x) ;
PEA_TT_NDJF:long_name = "Potential Energy Anomaly averaged over November-February with tidal turbines" ;
PEA_TT_NDJF:standard_name = "PEA_NDJF_TT" ;
PEA_TT_NDJF:units = "Joules per metre cubed" ;
double p95_INST_SPEED_NOTT_JASO(y, x) ;
p95_INST_SPEED_NOTT_JASO:long_name = "Largest 95 percentile of instantaneous depth-averaged current speed averaged over July-October with no tidal turbines" ;
p95_INST_SPEED_NOTT_JASO:standard_name = "p95_INST_SPEED_JASO_NOTT" ;
p95_INST_SPEED_NOTT_JASO:units = "metres per second" ;
double p95_INST_SPEED_NOTT_MAMJ(y, x) ;
p95_INST_SPEED_NOTT_MAMJ:long_name = "Largest 95 percentile of instantaneous depth-averaged current speed averaged over March-June with no tidal turbines" ;
p95_INST_SPEED_NOTT_MAMJ:standard_name = "p95_INST_SPEED_MAMJ_NOTT" ;
p95_INST_SPEED_NOTT_MAMJ:units = "metres per second" ;
double p95_INST_SPEED_NOTT_NDJF(y, x) ;
p95_INST_SPEED_NOTT_NDJF:long_name = "Largest 95 percentile of instantaneous depth-averaged current speed averaged over November-February with no tidal turbines" ;
p95_INST_SPEED_NOTT_NDJF:standard_name = "p95_INST_SPEED_NDJF_NOTT" ;
p95_INST_SPEED_NOTT_NDJF:units = "metres per second" ;
double p95_INST_SPEED_TT_JASO(y, x) ;
p95_INST_SPEED_TT_JASO:long_name = "Largest 95 percentile of instantaneous depth-averaged current speed averaged over July-October with tidal turbines" ;
p95_INST_SPEED_TT_JASO:standard_name = "p95_INST_SPEED_JASO_TT" ;
p95_INST_SPEED_TT_JASO:units = "metres per second" ;
double p95_INST_SPEED_TT_MAMJ(y, x) ;
p95_INST_SPEED_TT_MAMJ:long_name = "Largest 95 percentile of instantaneous depth-averaged current speed averaged over March-June with tidal turbines" ;
p95_INST_SPEED_TT_MAMJ:standard_name = "p95_INST_SPEED_MAMJ_TT" ;
p95_INST_SPEED_TT_MAMJ:units = "metres per second" ;
double p95_INST_SPEED_TT_NDJF(y, x) ;
p95_INST_SPEED_TT_NDJF:long_name = "Largest 95 percentile of instantaneous depth-averaged current speed averaged over November-February with tidal turbines" ;
p95_INST_SPEED_TT_NDJF:standard_name = "p95_INST_SPEED_NDJF_TT" ;
p95_INST_SPEED_TT_NDJF:units = "metres per second" ;
// global attributes:
:title = "Physical variables from the Scottish Shelf Model 1990-2014 climatology - 4 monthly averages on a shelf wide 1.5 x 1.5 km regular grid." ;
:description1 = "Average (mean) physical variables from the FVCOM Scottish Shelf Model (SSM) interpolated to 1.5 x 1.5 km regular grid. The data are averaged over 3x four month periods (MAMJ, JASO, NDJF) and are provided from model runs with and without large scale tidal energy extraction (10x tidal stream arrays, EcoWatt2050) included." ;
:description2 = "These data are from a 1 year climatological model run of the SSM (version 2.01) representing 1990-2014." ;
:description3 = "These data were developed under the EcoWatt2050 EPSRC projects (grant numbers EP/J010170/1 & EP/K012851/1 respectively) using the Scottish Shelf Model." ;
:naming_convention = "MAMJ: March, April, May, June JASO: July, August, September, October NDJF: November, December, January, February." ;
}