time_bound
(time, d2)
float64
dask.array<chunksize=(1, 2), meta=np.ndarray>
long_name : boundaries for time-averaging interval units : days since 0000-01-01 00:00:00
Array
Chunk
Bytes
1.88 kiB
16 B
Shape
(120, 2)
(1, 2)
Count
360 Tasks
120 Chunks
Type
float64
numpy.ndarray
2
120
moc_components
(time, moc_comp)
|S384
dask.array<chunksize=(1, 3), meta=np.ndarray>
long_name : MOC component names units :
Array
Chunk
Bytes
135.00 kiB
1.12 kiB
Shape
(120, 3)
(1, 3)
Count
480 Tasks
120 Chunks
Type
|S384
numpy.ndarray
3
120
dz
(time, z_t)
float32
dask.array<chunksize=(1, 60), meta=np.ndarray>
long_name : thickness of layer k units : centimeters
Array
Chunk
Bytes
28.12 kiB
240 B
Shape
(120, 60)
(1, 60)
Count
480 Tasks
120 Chunks
Type
float32
numpy.ndarray
60
120
dzw
(time, z_w)
float32
dask.array<chunksize=(1, 60), meta=np.ndarray>
long_name : midpoint of k to midpoint of k+1 units : centimeters
Array
Chunk
Bytes
28.12 kiB
240 B
Shape
(120, 60)
(1, 60)
Count
480 Tasks
120 Chunks
Type
float32
numpy.ndarray
60
120
KMU
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : k Index of Deepest Grid Cell on U Grid
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
REGION_MASK
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : basin index number (signed integers)
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
UAREA
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : area of U cells units : centimeter^2
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
HU
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : ocean depth at U points units : centimeter
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
HT
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : ocean depth at T points units : centimeter
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
DXU
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : x-spacing centered at U points units : centimeters
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
DYU
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : y-spacing centered at U points units : centimeters
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
DXT
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : x-spacing centered at T points units : centimeters
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
DYT
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : y-spacing centered at T points units : centimeters
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
HTN
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : cell widths on North sides of T cell units : centimeters
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
HTE
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : cell widths on East sides of T cell units : centimeters
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
HUS
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : cell widths on South sides of U cell units : centimeters
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
HUW
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : cell widths on West sides of U cell units : centimeters
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
ANGLE
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : angle grid makes with latitude line units : radians
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
ANGLET
(time, nlat, nlon)
float64
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : angle grid makes with latitude line on T grid units : radians
Array
Chunk
Bytes
112.50 MiB
0.94 MiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
480 Tasks
120 Chunks
Type
float64
numpy.ndarray
320
384
120
days_in_norm_year
(time)
float64
365.0 365.0 365.0 ... 365.0 365.0
long_name : Calendar Length units : days array([365., 365., 365., 365., 365., 365., 365., 365., 365., 365., 365.,
365., 365., 365., 365., 365., 365., 365., 365., 365., 365., 365.,
365., 365., 365., 365., 365., 365., 365., 365., 365., 365., 365.,
365., 365., 365., 365., 365., 365., 365., 365., 365., 365., 365.,
365., 365., 365., 365., 365., 365., 365., 365., 365., 365., 365.,
365., 365., 365., 365., 365., 365., 365., 365., 365., 365., 365.,
365., 365., 365., 365., 365., 365., 365., 365., 365., 365., 365.,
365., 365., 365., 365., 365., 365., 365., 365., 365., 365., 365.,
365., 365., 365., 365., 365., 365., 365., 365., 365., 365., 365.,
365., 365., 365., 365., 365., 365., 365., 365., 365., 365., 365.,
365., 365., 365., 365., 365., 365., 365., 365., 365., 365.]) grav
(time)
float64
980.6 980.6 980.6 ... 980.6 980.6
long_name : Acceleration Due to Gravity units : centimeter/s^2 array([980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616, 980.616, 980.616, 980.616, 980.616, 980.616, 980.616,
980.616]) omega
(time)
float64
7.292e-05 7.292e-05 ... 7.292e-05
long_name : Earths Angular Velocity units : 1/second array([7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05,
7.29212352e-05, 7.29212352e-05, 7.29212352e-05, 7.29212352e-05]) radius
(time)
float64
6.371e+08 6.371e+08 ... 6.371e+08
long_name : Earths Radius units : centimeters array([6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08,
6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08, 6.37122e+08]) cp_sw
(time)
float64
3.996e+07 3.996e+07 ... 3.996e+07
long_name : Specific Heat of Sea Water units : erg/g/K array([39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.,
39960000., 39960000., 39960000., 39960000., 39960000., 39960000.]) sound
(time)
float64
1.5e+05 1.5e+05 ... 1.5e+05 1.5e+05
long_name : Speed of Sound units : centimeter/s array([150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000., 150000., 150000., 150000., 150000., 150000., 150000.,
150000.]) vonkar
(time)
float64
0.4 0.4 0.4 0.4 ... 0.4 0.4 0.4 0.4
long_name : von Karman Constant array([0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4,
0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4,
0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4,
0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4,
0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4,
0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4,
0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4,
0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4,
0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4, 0.4,
0.4, 0.4, 0.4]) cp_air
(time)
float64
1.005e+03 1.005e+03 ... 1.005e+03
long_name : Heat Capacity of Air units : joule/kg/degK array([1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64, 1004.64,
1004.64]) rho_air
(time)
float64
1.292 1.292 1.292 ... 1.292 1.292
long_name : Ambient Air Density units : kg/m^3 array([1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828,
1.29231828, 1.29231828, 1.29231828, 1.29231828, 1.29231828]) rho_sw
(time)
float64
1.026 1.026 1.026 ... 1.026 1.026
long_name : Density of Sea Water units : gram/centimeter^3 array([1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026,
1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026,
1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026,
1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026,
1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026,
1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026,
1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026,
1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026,
1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026,
1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026,
1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026,
1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026,
1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026, 1.026,
1.026, 1.026, 1.026]) rho_fw
(time)
float64
1.0 1.0 1.0 1.0 ... 1.0 1.0 1.0 1.0
long_name : Density of Fresh Water units : gram/centimeter^3 array([1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1.,
1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1.,
1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1.,
1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1.,
1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1.,
1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1.,
1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1., 1.,
1.]) stefan_boltzmann
(time)
float64
5.67e-08 5.67e-08 ... 5.67e-08
long_name : Stefan-Boltzmann Constant units : watt/m^2/degK^4 array([5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08,
5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08, 5.67e-08]) latent_heat_vapor
(time)
float64
2.501e+06 2.501e+06 ... 2.501e+06
long_name : Latent Heat of Vaporization units : J/kg array([2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.,
2501000., 2501000., 2501000., 2501000., 2501000., 2501000.]) latent_heat_fusion
(time)
float64
3.337e+09 3.337e+09 ... 3.337e+09
long_name : Latent Heat of Fusion units : erg/g array([3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09,
3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09, 3.337e+09]) latent_heat_fusion_mks
(time)
float64
3.337e+05 3.337e+05 ... 3.337e+05
long_name : Latent Heat of Fusion units : J/kg array([333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700., 333700., 333700., 333700., 333700., 333700., 333700.,
333700.]) ocn_ref_salinity
(time)
float64
34.7 34.7 34.7 ... 34.7 34.7 34.7
long_name : Ocean Reference Salinity units : g/kg array([34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7,
34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7,
34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7,
34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7,
34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7,
34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7,
34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7,
34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7,
34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7,
34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7,
34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7, 34.7]) sea_ice_salinity
(time)
float64
4.0 4.0 4.0 4.0 ... 4.0 4.0 4.0 4.0
long_name : Salinity of Sea Ice units : g/kg array([4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4.,
4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4.,
4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4.,
4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4.,
4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4.,
4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4.,
4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4., 4.,
4.]) T0_Kelvin
(time)
float64
273.1 273.1 273.1 ... 273.1 273.1
long_name : Zero Point for Celsius units : degK array([273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15,
273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15, 273.15]) salt_to_ppt
(time)
float64
1e+03 1e+03 1e+03 ... 1e+03 1e+03
long_name : Convert Salt in gram/gram to g/kg array([1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000.,
1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000.,
1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000.,
1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000.,
1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000.,
1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000.,
1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000.,
1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000.,
1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000.,
1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000.,
1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000.,
1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000.,
1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000., 1000.,
1000., 1000., 1000.]) ppt_to_salt
(time)
float64
0.001 0.001 0.001 ... 0.001 0.001
long_name : Convert Salt in g/kg to gram/gram array([0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001,
0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001,
0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001,
0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001,
0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001,
0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001,
0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001,
0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001,
0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001,
0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001,
0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001,
0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001,
0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001, 0.001,
0.001, 0.001, 0.001]) mass_to_Sv
(time)
float64
1e-12 1e-12 1e-12 ... 1e-12 1e-12
long_name : Convert Mass Flux to Sverdrups array([1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12,
1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12, 1.e-12]) heat_to_PW
(time)
float64
4.186e-15 4.186e-15 ... 4.186e-15
long_name : Convert Heat Flux to Petawatts array([4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15,
4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15, 4.186e-15]) salt_to_Svppt
(time)
float64
1e-09 1e-09 1e-09 ... 1e-09 1e-09
long_name : Convert Salt Flux to Sverdrups*g/kg array([1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09,
1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09, 1.e-09]) salt_to_mmday
(time)
float64
3.154e+05 3.154e+05 ... 3.154e+05
long_name : Convert Salt to Water (millimeters/day) array([315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360., 315360., 315360., 315360., 315360., 315360., 315360.,
315360.]) momentum_factor
(time)
float64
10.0 10.0 10.0 ... 10.0 10.0 10.0
long_name : Convert Windstress to Velocity Flux array([10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10.,
10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10.,
10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10.,
10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10.,
10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10.,
10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10.,
10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10.,
10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10.,
10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10., 10.,
10., 10., 10.]) hflux_factor
(time)
float64
2.439e-05 2.439e-05 ... 2.439e-05
long_name : Convert Heat and Solar Flux to Temperature Flux array([2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05,
2.43908626e-05, 2.43908626e-05, 2.43908626e-05, 2.43908626e-05]) fwflux_factor
(time)
float64
0.0001 0.0001 ... 0.0001 0.0001
long_name : Convert Net Fresh Water Flux to Salt Flux (in model units) array([0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001,
0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001, 0.0001]) salinity_factor
(time)
float64
-0.00347 -0.00347 ... -0.00347
array([-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347,
-0.00347, -0.00347, -0.00347, -0.00347, -0.00347, -0.00347]) sflux_factor
(time)
float64
0.1 0.1 0.1 0.1 ... 0.1 0.1 0.1 0.1
long_name : Convert Salt Flux to Salt Flux (in model units) array([0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1,
0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1,
0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1,
0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1,
0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1,
0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1,
0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1,
0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1,
0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1, 0.1,
0.1, 0.1, 0.1]) nsurface_t
(time)
float64
8.61e+04 8.61e+04 ... 8.61e+04
long_name : Number of Ocean T Points at Surface array([86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.,
86096., 86096., 86096., 86096., 86096., 86096., 86096., 86096.]) nsurface_u
(time)
float64
8.297e+04 8.297e+04 ... 8.297e+04
long_name : Number of Ocean U Points at Surface array([82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.,
82966., 82966., 82966., 82966., 82966., 82966., 82966., 82966.]) UVEL
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Velocity in grid-x direction units : centimeter/s grid_loc : 3221 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
UVEL2
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Velocity**2 in grid-x direction units : centimeter^2/s^2 grid_loc : 3221 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
VVEL
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Velocity in grid-y direction units : centimeter/s grid_loc : 3221 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
VVEL2
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Velocity**2 in grid-y direction units : centimeter^2/s^2 grid_loc : 3221 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
TEMP
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Potential Temperature units : degC grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
dTEMP_POS_2D
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : max pos column temperature timestep diff units : degC grid_loc : 2110 cell_methods : time: maximum
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
dTEMP_NEG_2D
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : min neg column temperature timestep diff units : degC grid_loc : 2110 cell_methods : time: minimum
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SALT
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Salinity units : gram/kilogram grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
SSS2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Sea Surface Salinity**2 units : (gram/kilogram)**2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
TEMP2
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Temperature**2 units : degC^2 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
RHO
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : In-Situ Density units : gram/centimeter^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
RHO_VINT
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of In-Situ Density units : gram/centimeter^2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
RESID_T
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Free-Surface Residual Flux (T) units : watt/m^2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
RESID_S
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Free-Surface Residual Flux (S) units : kg/m^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SU
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertically Integrated Velocity in grid-x direction units : centimeter^2/s grid_loc : 2221 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SV
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertically Integrated Velocity in grid-y direction units : centimeter^2/s grid_loc : 2221 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SSH
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Sea Surface Height units : centimeter grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SSH2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : SSH**2 units : cm^2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SHF
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Total Surface Heat Flux, Including SW units : watt/m^2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SHF_QSW
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Solar Short-Wave Heat Flux units : watt/m^2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SFWF
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Virtual Salt Flux in FW Flux formulation units : kg/m^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SFWF_WRST
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Virtual Salt Flux due to weak restoring units : kg/m^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
TAUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Windstress in grid-x direction units : dyne/centimeter^2 grid_loc : 2220 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
TAUX2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Windstress**2 in grid-x direction units : dyne^2/centimeter^4 grid_loc : 2220 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
TAUY
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Windstress in grid-y direction units : dyne/centimeter^2 grid_loc : 2220 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
TAUY2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Windstress**2 in grid-y direction units : dyne^2/centimeter^4 grid_loc : 2220 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FW
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Freshwater Flux units : centimeter/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
TFW_T
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : T flux due to freshwater flux units : watt/m^2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
TFW_S
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : S flux due to freshwater flux (kg of salt/m^2/s) units : kg/m^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ATM_FINE_DUST_FLUX_CPL
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : ATM_FINE_DUST_FLUX from cpl units : g/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ATM_COARSE_DUST_FLUX_CPL
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : ATM_COARSE_DUST_FLUX from cpl units : g/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SEAICE_DUST_FLUX_CPL
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : SEAICE_DUST_FLUX from cpl units : g/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ATM_BLACK_CARBON_FLUX_CPL
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : ATM_BLACK_CARBON_FLUX from cpl units : g/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SEAICE_BLACK_CARBON_FLUX_CPL
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : SEAICE_BLACK_CARBON_FLUX from cpl units : g/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
EVAP_F
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Evaporation Flux from Coupler units : kg/m^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
PREC_F
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Precipitation Flux from Cpl (rain+snow) units : kg/m^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SNOW_F
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Snow Flux from Coupler units : kg/m^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
MELT_F
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Melt Flux from Coupler units : kg/m^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ROFF_F
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Runoff Flux from Coupler units : kg/m^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
IOFF_F
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Ice Runoff Flux from Coupler due to Land-Model Snow Capping units : kg/m^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SALT_F
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Salt Flux from Coupler (kg of salt/m^2/s) units : kg/m^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SENH_F
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Sensible Heat Flux from Coupler units : watt/m^2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
LWUP_F
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Longwave Heat Flux (up) from Coupler units : watt/m^2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
LWDN_F
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Longwave Heat Flux (dn) from Coupler units : watt/m^2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
MELTH_F
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Melt Heat Flux from Coupler units : watt/m^2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
IFRAC
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Ice Fraction from Coupler units : fraction grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FRACR_BIN_01
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : fraction of ocean cell occupied by mcog bin 01 for radiative terms units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
QSW_BIN_01
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : net shortwave into mcog bin 01 units : W m-2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FRACR_BIN_02
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : fraction of ocean cell occupied by mcog bin 02 for radiative terms units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
QSW_BIN_02
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : net shortwave into mcog bin 02 units : W m-2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FRACR_BIN_03
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : fraction of ocean cell occupied by mcog bin 03 for radiative terms units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
QSW_BIN_03
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : net shortwave into mcog bin 03 units : W m-2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FRACR_BIN_04
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : fraction of ocean cell occupied by mcog bin 04 for radiative terms units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
QSW_BIN_04
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : net shortwave into mcog bin 04 units : W m-2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FRACR_BIN_05
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : fraction of ocean cell occupied by mcog bin 05 for radiative terms units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
QSW_BIN_05
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : net shortwave into mcog bin 05 units : W m-2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FRACR_BIN_06
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : fraction of ocean cell occupied by mcog bin 06 for radiative terms units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
QSW_BIN_06
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : net shortwave into mcog bin 06 units : W m-2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
zsatcalc
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Calcite Saturation Depth units : cm grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
zsatarag
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Aragonite Saturation Depth units : cm grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
O2_ZMIN
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Minimum of O2 units : mmol/m^3 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
O2_ZMIN_DEPTH
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Depth of Vertical Minimum of O2 units : cm grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
photoC_TOT_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Total C Fixation Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
photoC_TOT_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Total C Fixation Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
photoC_NO3_TOT_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Total C Fixation from NO3 Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
photoC_NO3_TOT_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Total C Fixation from NO3 Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DOC_prod_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of DOC Production units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DOC_prod_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of DOC Production, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DOC_remin_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of DOC Remineralization units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DOC_remin_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of DOC Remineralization, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DOCr_remin_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of DOCr Remineralization units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DOCr_remin_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of DOCr Remineralization, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
calcToSed
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : CaCO3 Flux to Sediments units : nmol/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
calcToSed_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : CaCO3 Flux to Sediments, Alternative CO2 units : nmol/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
pocToFloor
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : POC Flux Hitting Sea Floor units : nmol/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
pocToSed
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : POC Flux to Sediments units : nmol/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ponToSed
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : nitrogen burial Flux to Sediments units : nmol/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SedDenitrif
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : nitrogen loss in Sediments units : nmol/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
popToSed
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : phosphorus Flux to Sediments units : nmol/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
bsiToSed
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : biogenic Si Flux to Sediments units : nmol/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
dustToSed
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : dust Flux to Sediments units : g/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
pfeToSed
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : pFe Flux to Sediments units : nmol/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_N_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto N Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_N_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto N Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_P_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto P Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_P_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto P Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_Fe_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Fe Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_Fe_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Fe Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_light_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Light Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_light_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Light Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
photoC_sp_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto C Fixation Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
photoC_sp_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto C Fixation Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_sp_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Grazing Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_sp_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Grazing Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_sp_poc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Grazing to POC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_sp_doc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Grazing to DOC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_sp_microzoo_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Grazing to Microzooplankton Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_loss_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Loss Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_loss_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Loss Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_loss_poc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Loss to POC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_loss_poc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Loss to POC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_loss_doc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Loss to DOC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_loss_doc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Loss to DOC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_agg_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Aggregation Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
sp_agg_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Small Phyto Aggregation Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_N_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom N Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_N_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom N Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_P_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom P Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_P_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom P Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_Fe_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Fe Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_Fe_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Fe Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_SiO3_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom SiO3 Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_SiO3_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom SiO3 Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_light_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Light Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_light_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Light Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
photoC_diat_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom C Fixation Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
photoC_diat_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom C Fixation Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_diat_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Grazing Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_diat_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Grazing Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_diat_poc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Grazing to POC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_diat_doc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Grazing to DOC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_diat_mesozoo_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Grazing to Mesozooplankton Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_loss_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Loss Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_loss_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Loss Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_loss_poc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Loss to POC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_loss_poc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Loss to POC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_loss_doc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Loss to DOC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_loss_doc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Loss to DOC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_agg_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Aggregation Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diat_agg_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diatom Aggregation Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_P_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph P Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_P_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph P Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_Fe_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Fe Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_Fe_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Fe Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_light_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Light Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_light_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Light Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
photoC_diaz_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph C Fixation Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
photoC_diaz_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph C Fixation Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_diaz_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Grazing Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_diaz_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Grazing Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_diaz_poc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Grazing to POC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_diaz_doc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Grazing to DOC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_diaz_microzoo_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Grazing to Microzooplankton Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_diaz_mesozoo_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Grazing to Mesozooplankton Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_loss_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Loss Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_loss_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Loss Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_loss_poc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Loss to POC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_loss_poc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Loss to POC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_loss_doc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Loss to DOC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_loss_doc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Loss to DOC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_agg_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Aggregation Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
diaz_agg_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Diazotroph Aggregation Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_N_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores N Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_N_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores N Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_P_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores P Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_P_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores P Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_Fe_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Fe Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_Fe_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Fe Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_C_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores C Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_C_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores C Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_light_lim_surf
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Light Limitation, Surface units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_light_lim_Cweight_avg_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Light Limitation, carbon biomass weighted average over 0-100m units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
photoC_cocco_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores C Fixation Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
photoC_cocco_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores C Fixation Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_cocco_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Grazing Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_cocco_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Grazing Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_cocco_poc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Grazing to POC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_cocco_doc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Grazing to DOC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_cocco_microzoo_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Grazing to Microzooplankton Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_cocco_mesozoo_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Grazing to Mesozooplankton Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_loss_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Loss Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_loss_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Loss Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_loss_poc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Loss to POC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_loss_poc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Loss to POC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_loss_doc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Loss to DOC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_loss_doc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Loss to DOC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_agg_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Aggregation Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
cocco_agg_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Aggregation Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
CaCO3_form_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Total CaCO3 Formation Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
CaCO3_form_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Total CaCO3 Formation Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
microzoo_loss_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Microzooplankton Loss Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
microzoo_loss_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Microzooplankton Loss Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
microzoo_loss_poc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Microzooplankton Loss to POC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
microzoo_loss_poc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Microzooplankton Loss to POC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
microzoo_loss_doc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Microzooplankton Loss to DOC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
microzoo_loss_doc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Microzooplankton Loss to DOC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_microzoo_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Microzooplankton Grazing Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_microzoo_poc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Microzooplankton Grazing to POC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_microzoo_doc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Microzooplankton Grazing to DOC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
x_graze_microzoo_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Microzooplankton Grazing Gain Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
x_graze_microzoo_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Microzooplankton Grazing Gain Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
mesozoo_loss_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mesozooplankton Loss Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
mesozoo_loss_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mesozooplankton Loss Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
mesozoo_loss_poc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mesozooplankton Loss to POC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
mesozoo_loss_poc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mesozooplankton Loss to POC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
mesozoo_loss_doc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mesozooplankton Loss to DOC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
mesozoo_loss_doc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mesozooplankton Loss to DOC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_mesozoo_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mesozooplankton Grazing Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_mesozoo_poc_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mesozooplankton Grazing to POC Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
graze_mesozoo_doc_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mesozooplankton Grazing to DOC Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
x_graze_mesozoo_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mesozooplankton Grazing Gain Vertical Integral units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
x_graze_mesozoo_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mesozooplankton Grazing Gain Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
insitu_temp
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : in situ temperature units : degC grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
CO3
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Carbonate Ion Concentration units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
HCO3
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Bicarbonate Ion Concentration units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
H2CO3
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Carbonic Acid Concentration units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
pH_3D
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : pH units : 1 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
co3_sat_calc
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : CO3 concentration at calcite saturation units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
co3_sat_arag
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : CO3 concentration at aragonite saturation units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
NITRIF
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Nitrification units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
DENITRIF
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Denitrification units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
O2_PRODUCTION
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : O2 Production units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
O2_CONSUMPTION
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : O2 Consumption units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
AOU
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Apparent O2 Utilization units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
PAR_avg
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : PAR Average over Model Cell units : W/m^2 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoC_TOT
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Total C Fixation units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoC_NO3_TOT
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Total C Fixation from NO3 units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
DOC_prod
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : DOC Production units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
DON_prod
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : DON Production units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
DOP_prod
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : DOP Production units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Fe_scavenge
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Iron Scavenging units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Fe_scavenge_rate
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Iron Scavenging Rate units : 1/y grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Lig_prod
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Production of Fe-binding Ligand units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Lig_loss
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Loss of Fe-binding Ligand units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Lig_scavenge
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Loss of Fe-binding Ligand from Scavenging units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Fefree
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Fe not bound to Ligand units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Lig_photochem
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Loss of Fe-binding Ligand from UV radiation units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Lig_deg
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Loss of Fe-binding Ligand from Bacterial Degradation units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
POC_FLUX_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : POC Flux at 100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
POP_FLUX_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : POP Flux at 100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
CaCO3_FLUX_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : CaCO3 Flux at 100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SiO2_FLUX_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : SiO2 Flux at 100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
P_iron_FLUX_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : P_iron Flux at 100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
POC_PROD_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of POC Production units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
POC_PROD_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of POC Production, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
POC_REMIN_DOCr_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of POC Remineralization routed to DOCr units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
POC_REMIN_DOCr_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of POC Remineralization routed to DOCr, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
POC_REMIN_DIC_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of POC Remineralization routed to DIC units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
POC_REMIN_DIC_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of POC Remineralization routed to DIC, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
CaCO3_PROD_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of CaCO3 Production units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
CaCO3_PROD_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of CaCO3 Production, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
CaCO3_REMIN_zint
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of CaCO3 Remineralization units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
CaCO3_REMIN_zint_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Integral of CaCO3 Remineralization, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
POC_FLUX_IN
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : POC Flux into Cell units : mmol/m^3 cm/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
POC_PROD
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : POC Production units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
POP_FLUX_IN
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : POP Flux into Cell units : mmol/m^3 cm/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
POP_PROD
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : POP Production units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
SiO2_FLUX_IN
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : SiO2 Flux into Cell units : mmol/m^3 cm/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
SiO2_PROD
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : SiO2 Production units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
dust_FLUX_IN
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dust Flux into Cell units : g/cm^2/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
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dust_REMIN
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dust Remineralization units : g/cm^3/s grid_loc : 3111 cell_methods : time: mean
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3.30 GiB
28.12 MiB
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120 Chunks
Type
float32
numpy.ndarray
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1
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384
60
P_iron_FLUX_IN
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : P_iron Flux into Cell units : mmol/m^3 cm/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
P_iron_PROD
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : P_iron Production units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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(1, 60, 384, 320)
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
P_iron_REMIN
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : P_iron Remineralization units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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(1, 60, 384, 320)
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
sp_Qp
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Small Phyto P:C ratio units : 1 grid_loc : 3114 cell_methods : time: mean
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Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoFe_sp
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Small Phyto Fe Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoNO3_sp
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Small Phyto NO3 Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
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(1, 15, 384, 320)
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoNH4_sp
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Small Phyto NH4 Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
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360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
DOP_sp_uptake
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Small Phyto DOP Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
PO4_sp_uptake
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Small Phyto PO4 Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
graze_sp_zootot
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Small Phyto Grazing to ZOO TOT units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
graze_sp_microzoo
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Small Phyto Grazing to Microzooplankton units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
sp_agg
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Small Phyto Aggregation units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
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360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diat_Qp
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom P:C ratio units : 1 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoFe_diat
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom Fe Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoNO3_diat
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom NO3 Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoNH4_diat
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom NH4 Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
DOP_diat_uptake
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom DOP Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
PO4_diat_uptake
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom PO4 Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
graze_diat_zootot
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom Grazing to ZOO TOT units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
graze_diat_mesozoo
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom Grazing to Mesozooplankton units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diat_agg
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom Aggregation units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diaz_Qp
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph P:C ratio units : 1 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoFe_diaz
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph Fe Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoNO3_diaz
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph NO3 Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoNH4_diaz
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph NH4 Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
DOP_diaz_uptake
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph DOP Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
PO4_diaz_uptake
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph PO4 Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
graze_diaz_zootot
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph Grazing to ZOO TOT units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
graze_diaz_microzoo
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph Grazing to Microzooplankton units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
graze_diaz_mesozoo
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph Grazing to Mesozooplankton units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diaz_agg
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph Aggregation units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diaz_Nfix
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph N Fixation units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
cocco_Qp
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores P:C ratio units : 1 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoFe_cocco
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Fe Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoNO3_cocco
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores NO3 Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
photoNH4_cocco
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores NH4 Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
DOP_cocco_uptake
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores DOP Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
PO4_cocco_uptake
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores PO4 Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
graze_cocco_zootot
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Grazing to ZOO TOT units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
graze_cocco_microzoo
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Grazing to Microzooplankton units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
graze_cocco_mesozoo
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Grazing to Mesozooplankton units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
cocco_agg
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Aggregation units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
bSi_form
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Total Si Uptake units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
graze_microzoo_mesozoo
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Microzooplankton grazing loss to Mesozooplankton units : mmol/m^3/s grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
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(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
PO4_RESTORE_TEND
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Phosphate Restoring Tendency units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
NO3_RESTORE_TEND
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Nitrate Restoring Tendency units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
SiO3_RESTORE_TEND
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Silicate Restoring Tendency units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
ALK_RESTORE_TEND
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Alkalinity Restoring Tendency units : meq/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
ALK_ALT_CO2_RESTORE_TEND
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Alkalinity, Alternative CO2 Restoring Tendency units : meq/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
ECOSYS_IFRAC
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Ice Fraction for ecosys fluxes units : fraction grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ECOSYS_XKW
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : XKW for ecosys fluxes units : cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ECOSYS_ATM_PRESS
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Atmospheric Pressure for ecosys fluxes units : atmospheres grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SCHMIDT_O2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : O2 Schmidt Number units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
O2SAT
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : O2 Saturation units : mmol/m^3 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
CO2STAR
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : CO2 Star units : mmol/m^3 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DCO2STAR
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : D CO2 Star units : mmol/m^3 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
pCO2SURF
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : surface pCO2 units : ppmv grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DpCO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : D pCO2 units : ppmv grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SCHMIDT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : CO2 Schmidt Number units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FG_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : DIC Surface Gas Flux units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
PH
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Surface pH units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ATM_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Atmospheric CO2 units : ppmv grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
CO2STAR_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : CO2 Star, Alternative CO2 units : mmol/m^3 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DCO2STAR_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : D CO2 Star, Alternative CO2 units : mmol/m^3 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DpCO2_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : D pCO2, Alternative CO2 units : ppmv grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FG_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : DIC Surface Gas Flux, Alternative CO2 units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
PH_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Surface pH, Alternative CO2 units : 1 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ATM_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Atmospheric Alternative CO2 units : ppmv grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
IRON_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Atmospheric Iron Flux units : mmol/m^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
NOx_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Flux of NOx from Atmosphere units : nmol/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
NHy_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Flux of NHy from Atmosphere units : nmol/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
NHx_SURFACE_EMIS
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Emission of NHx to Atmosphere units : nmol/cm^2/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
TEMP_BOTTOM
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Potential temperature Value at Sea Floor units : degC grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
TEMP_mean_100m
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Potential temperature 0-100m Vertical Mean units : degC cm grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
mesozooC_zint_100m_2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mesozooplankton Carbon 0-100m Vertical Integral units : mmol/m^3 cm grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
PO4
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Phosphate units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Jint_100m_PO4
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Phosphate Source Sink Term Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
PO4_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Phosphate Riverine Flux units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
NO3
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Nitrate units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Jint_100m_NO3
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Nitrate Source Sink Term Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
NO3_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Nitrate Riverine Flux units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SiO3
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Silicate units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Jint_100m_SiO3
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Silicate Source Sink Term Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
SiO3_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Silicate Riverine Flux units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
NH4
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Ammonia units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Jint_100m_NH4
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Ammonia Source Sink Term Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
Fe
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Iron units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Jint_100m_Fe
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Iron Source Sink Term Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
Fe_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Iron Riverine Flux units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
Lig
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Iron Binding Ligand units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
O2
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Oxygen units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Jint_100m_O2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Oxygen Source Sink Term Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
STF_O2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Oxygen Surface Flux, excludes FvICE term units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DIC
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
J_DIC
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon Source Sink Term units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Jint_100m_DIC
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon Source Sink Term Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DIC_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon Riverine Flux units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FvPER_DIC
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon Virtual Surface Flux, PER units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FvICE_DIC
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon Virtual Surface Flux, ICE units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DIC_ALT_CO2
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon, Alternative CO2 units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
J_DIC_ALT_CO2
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon, Alternative CO2 Source Sink Term units : mmol/m^3/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Jint_100m_DIC_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon, Alternative CO2 Source Sink Term Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DIC_ALT_CO2_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon, Alternative CO2 Riverine Flux units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FvPER_DIC_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon, Alternative CO2 Virtual Surface Flux, PER units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FvICE_DIC_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon, Alternative CO2 Virtual Surface Flux, ICE units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ALK
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Alkalinity units : meq/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Jint_100m_ALK
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Alkalinity Source Sink Term Vertical Integral, 0-100m units : meq/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
STF_ALK
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Alkalinity Surface Flux, excludes FvICE term units : meq/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ALK_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Alkalinity Riverine Flux units : meq/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FvPER_ALK
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Alkalinity Virtual Surface Flux, PER units : meq/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FvICE_ALK
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Alkalinity Virtual Surface Flux, ICE units : meq/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ALK_ALT_CO2
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Alkalinity, Alternative CO2 units : meq/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Jint_100m_ALK_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Alkalinity, Alternative CO2 Source Sink Term Vertical Integral, 0-100m units : meq/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
STF_ALK_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Alkalinity, Alternative CO2 Surface Flux, excludes FvICE term units : meq/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ALK_ALT_CO2_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Alkalinity, Alternative CO2 Riverine Flux units : meq/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FvPER_ALK_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Alkalinity, Alternative CO2 Virtual Surface Flux, PER units : meq/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
FvICE_ALK_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Alkalinity, Alternative CO2 Virtual Surface Flux, ICE units : meq/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DOC
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Organic Carbon units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Jint_100m_DOC
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Organic Carbon Source Sink Term Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DOC_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Organic Carbon Riverine Flux units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DON
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Organic Nitrogen units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
DON_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Organic Nitrogen Riverine Flux units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DOP
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Dissolved Organic Phosphorus units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
DOP_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Organic Phosphorus Riverine Flux units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DOPr
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Refractory DOP units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
DOPr_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Refractory DOP Riverine Flux units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DONr
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Refractory DON units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
DONr_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Refractory DON Riverine Flux units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DOCr
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Refractory DOC units : mmol/m^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Jint_100m_DOCr
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Refractory DOC Source Sink Term Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
DOCr_RIV_FLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Refractory DOC Riverine Flux units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
microzooC
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Microzooplankton Carbon units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
mesozooC
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Mesozooplankton Carbon units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
spChl
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Small Phyto Chlorophyll units : mg/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
spC
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Small Phyto Carbon units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
spP
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Small Phyto Phosphorus units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
spFe
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Small Phyto Iron units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diatChl
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom Chlorophyll units : mg/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diatC
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom Carbon units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diatP
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom Phosphorus units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diatFe
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom Iron units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
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360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diatSi
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diatom Silicon units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
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(120, 15, 384, 320)
(1, 15, 384, 320)
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360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diazChl
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph Chlorophyll units : mg/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
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(120, 15, 384, 320)
(1, 15, 384, 320)
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360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diazC
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph Carbon units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
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(120, 15, 384, 320)
(1, 15, 384, 320)
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360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diazP
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph Phosphorus units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
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360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
diazFe
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Diazotroph Iron units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
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360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
coccoChl
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Chlorophyll units : mg/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
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360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
coccoC
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Carbon units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
coccoP
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Phosphorus units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
coccoFe
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores Iron units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
coccoCaCO3
(time, z_t_150m, nlat, nlon)
float32
dask.array<chunksize=(1, 15, 384, 320), meta=np.ndarray>
long_name : Coccolithophores CaCO3 units : mmol/m^3 grid_loc : 3114 cell_methods : time: mean
Array
Chunk
Bytes
843.75 MiB
7.03 MiB
Shape
(120, 15, 384, 320)
(1, 15, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
15
IAGE
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Ideal Age units : years grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
TEND_TEMP
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Tendency of Thickness Weighted TEMP units : degC/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
RF_TEND_TEMP
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Robert Filter Tendency for TEMP units : degC/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
TEND_SALT
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Tendency of Thickness Weighted SALT units : gram/kilogram/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
RF_TEND_SALT
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Robert Filter Tendency for SALT units : gram/kilogram/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
tend_zint_100m_PO4
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Phosphate Tendency Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
tend_zint_100m_NO3
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Nitrate Tendency Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
tend_zint_100m_SiO3
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Silicate Tendency Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
tend_zint_100m_NH4
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Ammonia Tendency Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
tend_zint_100m_Fe
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Iron Tendency Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
tend_zint_100m_O2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Oxygen Tendency Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
tend_zint_100m_DIC
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon Tendency Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
tend_zint_100m_DIC_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Inorganic Carbon, Alternative CO2 Tendency Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
tend_zint_100m_ALK
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Alkalinity Tendency Vertical Integral, 0-100m units : meq/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
tend_zint_100m_ALK_ALT_CO2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Alkalinity, Alternative CO2 Tendency Vertical Integral, 0-100m units : meq/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
tend_zint_100m_DOC
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Dissolved Organic Carbon Tendency Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
tend_zint_100m_DOCr
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Refractory DOC Tendency Vertical Integral, 0-100m units : mmol/m^3 cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
TIDAL_DIFF
(time, z_w_bot, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Jayne Tidal Diffusion grid_loc : 3113 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
QSW_HBL
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Solar Short-Wave Heat Flux in bndry layer units : watt/m^2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
KVMIX
(time, z_w_bot, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Vertical diabatic diffusivity due to Tidal Mixing + background units : centimeter^2/s grid_loc : 3113 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
KVMIX_M
(time, z_w_bot, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Vertical viscosity due to Tidal Mixing + background units : centimeter^2/s grid_loc : 3113 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
TPOWER
(time, z_w_bot, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Energy Used by Vertical Mixing units : erg/s/cm^3 grid_loc : 3113 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
VDC_T
(time, z_w_bot, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : total diabatic vertical TEMP diffusivity units : cm^2/s grid_loc : 3113 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
VDC_S
(time, z_w_bot, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : total diabatic vertical SALT diffusivity units : cm^2/s grid_loc : 3113 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
VVC
(time, z_w_bot, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : total vertical momentum viscosity units : cm^2/s grid_loc : 3113 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
DIA_IMPVF_TEMP
(time, z_w_bot, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : TEMP Flux Across Bottom Face from Diabatic Implicit Vertical Mixing units : degC cm/s grid_loc : 3113 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
DIA_IMPVF_SALT
(time, z_w_bot, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : SALT Flux Across Bottom Face from Diabatic Implicit Vertical Mixing units : gram/kilogram cm/s grid_loc : 3113 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
KAPPA_ISOP
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Isopycnal diffusion coefficient units : cm^2/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
KAPPA_THIC
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Thickness diffusion coefficient units : cm^2/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
HOR_DIFF
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Horizontal diffusion coefficient units : cm^2/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
DIA_DEPTH
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Depth of the Diabatic Region at the Surface units : cm grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
TLT
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Transition Layer Thickness units : cm grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
INT_DEPTH
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Depth at which the Interior Region Starts units : cm grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
UISOP
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Bolus Velocity in grid-x direction (diagnostic) units : cm/s grid_loc : 3211 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
VISOP
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Bolus Velocity in grid-y direction (diagnostic) units : cm/s grid_loc : 3121 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
WISOP
(time, z_w_top, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Vertical Bolus Velocity (diagnostic) units : cm/s grid_loc : 3112 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
ADVT_ISOP
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertically-Integrated T Eddy-Induced Advection Tendency (diagnostic) units : cm degC/s grid_loc : 2110 cell_methods : time: mean
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ADVS_ISOP
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float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertically-Integrated S Eddy-Induced Advection Tendency (diagnostic) units : cm gram/kilogram/s grid_loc : 2110 cell_methods : time: mean
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VNT_ISOP
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float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Heat Flux Tendency in grid-y Dir due to Eddy-Induced Vel (diagnostic) units : degC/s grid_loc : 3121 cell_methods : time: mean
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float32
numpy.ndarray
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320
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VNS_ISOP
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float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Salt Flux Tendency in grid-y Dir due to Eddy-Induced Vel (diagnostic) units : gram/kilogram/s grid_loc : 3121 cell_methods : time: mean
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float32
numpy.ndarray
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320
384
60
ISOP_ADV_TEND_TEMP
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Eddy-induced advective tendency for TEMP units : degC/s grid_loc : 3111 cell_methods : time: mean
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float32
numpy.ndarray
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384
60
Redi_TEND_TEMP
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Redi tendency for TEMP units : degC/s grid_loc : 3111 cell_methods : time: mean
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float32
numpy.ndarray
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320
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60
ISOP_ADV_TEND_SALT
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Eddy-induced advective tendency for SALT units : gram/kilogram/s grid_loc : 3111 cell_methods : time: mean
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120 Chunks
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float32
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384
60
Redi_TEND_SALT
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Redi tendency for SALT units : gram/kilogram/s grid_loc : 3111 cell_methods : time: mean
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3.30 GiB
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float32
numpy.ndarray
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384
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USUBM
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Submeso velocity in grid-x direction (diagnostic) units : cm/s grid_loc : 3211 cell_methods : time: mean
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float32
numpy.ndarray
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384
60
VSUBM
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Submeso velocity in grid-y direction (diagnostic) units : cm/s grid_loc : 3121 cell_methods : time: mean
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Bytes
3.30 GiB
28.12 MiB
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120 Chunks
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float32
numpy.ndarray
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384
60
WSUBM
(time, z_w_top, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Vertical submeso velocity (diagnostic) units : cm/s grid_loc : 3112 cell_methods : time: mean
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Chunk
Bytes
3.30 GiB
28.12 MiB
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120 Chunks
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float32
numpy.ndarray
120
1
320
384
60
HLS_SUBM
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Horizontal length scale used in submeso units : cm grid_loc : 2110 cell_methods : time: mean
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56.25 MiB
480.00 kiB
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120 Chunks
Type
float32
numpy.ndarray
320
384
120
ADVT_SUBM
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertically-Integrated T submeso Advection Tendency (diagnostic) units : cm degC/s grid_loc : 2110 cell_methods : time: mean
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Bytes
56.25 MiB
480.00 kiB
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120 Chunks
Type
float32
numpy.ndarray
320
384
120
ADVS_SUBM
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertically-Integrated S submeso Advection Tendency (diagnostic) units : cm gram/kilogram/s grid_loc : 2110 cell_methods : time: mean
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Bytes
56.25 MiB
480.00 kiB
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120 Chunks
Type
float32
numpy.ndarray
320
384
120
VNT_SUBM
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Heat Flux Tendency in grid-y Dir due to submeso Vel (diagnostic) units : degC/s grid_loc : 3121 cell_methods : time: mean
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28.12 MiB
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120 Chunks
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float32
numpy.ndarray
120
1
320
384
60
VNS_SUBM
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Salt Flux Tendency in grid-y Dir due to submeso Vel (diagnostic) units : gram/kilogram/s grid_loc : 3121 cell_methods : time: mean
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Bytes
3.30 GiB
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
SUBM_ADV_TEND_TEMP
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Submeso advective tendency for TEMP units : degC/s grid_loc : 3111 cell_methods : time: mean
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Bytes
3.30 GiB
28.12 MiB
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
SUBM_ADV_TEND_SALT
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Submeso advective tendency for SALT units : gram/kilogram/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
HDIFT
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertically Integrated Horz Mix T tendency units : centimeter degC/s grid_loc : 2110 cell_methods : time: mean
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Bytes
56.25 MiB
480.00 kiB
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360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
HDIFS
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertically Integrated Horz Diff S tendency units : centimeter gram/kilogram/s grid_loc : 2110 cell_methods : time: mean
Array
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Bytes
56.25 MiB
480.00 kiB
Shape
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360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
WVEL
(time, z_w_top, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Vertical Velocity units : centimeter/s grid_loc : 3112 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
WVEL2
(time, z_w_top, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Vertical Velocity**2 units : centimeter^2/s^2 grid_loc : 3112 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
UET
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Flux of Heat in grid-x direction units : degC/s grid_loc : 3211 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
VNT
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Flux of Heat in grid-y direction units : degC/s grid_loc : 3121 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
WTT
(time, z_w_top, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Heat Flux Across Top Face units : degC/s grid_loc : 3112 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
UES
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Salt Flux in grid-x direction units : gram/kilogram/s grid_loc : 3211 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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Count
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
VNS
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Salt Flux in grid-y direction units : gram/kilogram/s grid_loc : 3121 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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Count
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
WTS
(time, z_w_top, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Salt Flux Across Top Face units : gram/kilogram/s grid_loc : 3112 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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Count
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
ADVT
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertically-Integrated T Advection Tendency units : centimeter degC/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
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Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ADVS
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertically-Integrated S Advection Tendency units : centimeter gram/kilogram/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
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Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
ADV_3D_TEMP
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : TEMP Advection Tendency units : degC/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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Count
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120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
ADV_3D_SALT
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : SALT Advection Tendency units : gram/kilogram/s grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
PV
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Potential Vorticity units : 1/s/cm grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
Q
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Static Stability (d(rho(p_r))/dz) units : gram/centimeter^4 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
PD
(time, z_t, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Potential Density Ref to Surface units : gram/centimeter^3 grid_loc : 3111 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
(120, 60, 384, 320)
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Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
QSW_HTP
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Solar Short-Wave Heat Flux in top layer units : watt/m^2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
QSW_3D
(time, z_w_top, nlat, nlon)
float32
dask.array<chunksize=(1, 60, 384, 320), meta=np.ndarray>
long_name : Solar Short-Wave Heat Flux units : watt/m^2 grid_loc : 3112 cell_methods : time: mean
Array
Chunk
Bytes
3.30 GiB
28.12 MiB
Shape
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(1, 60, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
120
1
320
384
60
S_FLUX_ROFF_VSF_SRF
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Surface Salt Virtual Salt Flux Associated with Rivers units : g/kg*cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
T_FLUX_EXCH_INTRF
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Temperature Flux Across Upper/Lower Layer Interface (From EBM) units : degC*cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
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(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
S_FLUX_EXCH_INTRF
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Vertical Salt Flux Across Upper/Lower Layer Interface (FromEBM) units : g/kg*cm/s grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
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Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
QFLUX
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Internal Ocean Heat Flux Due to Ice Formation; heat of fusion > 0 or ice-melting potential < 0 units : Watts/meter^2 grid_loc : 2111 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
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(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
HMXL
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mixed-Layer Depth units : centimeter grid_loc : 2110 cell_methods : time: mean
Array
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Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
HMXL_DR
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mixed-Layer Depth (density) units : centimeter grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
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(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
HMXL_DR2
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Mixed-Layer Depth squared (density) units : centimeter^2 grid_loc : 2110 cell_methods : time: mean
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
XMXL
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Maximum Mixed-Layer Depth units : centimeter grid_loc : 2110 cell_methods : time: maximum
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
XMXL_DR
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Maximum Mixed-Layer Depth (density) units : centimeter grid_loc : 2110 cell_methods : time: maximum
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
TMXL
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Minimum Mixed-Layer Depth units : centimeter grid_loc : 2110 cell_methods : time: minimum
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
Shape
(120, 384, 320)
(1, 384, 320)
Count
360 Tasks
120 Chunks
Type
float32
numpy.ndarray
320
384
120
TMXL_DR
(time, nlat, nlon)
float32
dask.array<chunksize=(1, 384, 320), meta=np.ndarray>
long_name : Minimum Mixed-Layer Depth (density) units : centimeter grid_loc : 2110 cell_methods : time: minimum
Array
Chunk
Bytes
56.25 MiB
480.00 kiB
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HBLT
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XBLT
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long_name : Maximum Boundary-Layer Depth units : centimeter grid_loc : 2110 cell_methods : time: maximum
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TBLT
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BSF
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long_name : Diagnostic barotropic streamfunction units : Sv grid_loc : 2220 cell_methods : time: mean
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MOC
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long_name : Northward Heat Transport units : Pwatt cell_methods : time: mean
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long_name : Northward Salt Transport units : gram centimeter^3/kg/s cell_methods : time: mean
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