<xarray.Dataset>
Dimensions: (lat: 145, levp: 36)
Coordinates:
* lat (lat) float32 -90.0 -88.75 -87.5 -86.25 ... 87.5 88.75 90.0
* levp (levp) float32 4e+06 3e+06 2.2e+06 1.7e+06 ... 30.0 15.0 10.0
Data variables:
D2WLz (levp, lat) float32 nan nan nan ... 2.096e+04 1.847e+04
D2Cgz (levp, lat) float32 nan nan nan nan ... 1.803 3.665 -1.581e+06
D2estFz (levp, lat) float64 nan nan nan nan ... 533.4 575.8 -4.126e-31
D2estdivFz (levp, lat) float64 nan nan nan ... 2.206e+03 3.149e-25
Vor (levp, lat) float32 1.484 -6.546e-06 ... -6.198e-07 0.459
S (levp, lat) float32 0.0004173 0.0004108 ... 0.009602 0.01198
D1estFz (levp, lat) float64 -1.011e-33 0.5377 ... -0.0003277 3.529e-41
D1estdivFz (levp, lat) float64 -1.771e-32 -4.8e-06 ... 0.002078 -1.016e-34
levz (levp) float32 12.27 16.15 20.13 23.27 ... 87.11 89.8 92.5 94.09
Attributes:
description: Estimated vertical EP flux of 5 Venus-day averaged diurnal ...array([-90. , -88.75, -87.5 , -86.25, -85. , -83.75, -82.5 , -81.25, -80. ,
-78.75, -77.5 , -76.25, -75. , -73.75, -72.5 , -71.25, -70. , -68.75,
-67.5 , -66.25, -65. , -63.75, -62.5 , -61.25, -60. , -58.75, -57.5 ,
-56.25, -55. , -53.75, -52.5 , -51.25, -50. , -48.75, -47.5 , -46.25,
-45. , -43.75, -42.5 , -41.25, -40. , -38.75, -37.5 , -36.25, -35. ,
-33.75, -32.5 , -31.25, -30. , -28.75, -27.5 , -26.25, -25. , -23.75,
-22.5 , -21.25, -20. , -18.75, -17.5 , -16.25, -15. , -13.75, -12.5 ,
-11.25, -10. , -8.75, -7.5 , -6.25, -5. , -3.75, -2.5 , -1.25,
-0. , 1.25, 2.5 , 3.75, 5. , 6.25, 7.5 , 8.75, 10. ,
11.25, 12.5 , 13.75, 15. , 16.25, 17.5 , 18.75, 20. , 21.25,
22.5 , 23.75, 25. , 26.25, 27.5 , 28.75, 30. , 31.25, 32.5 ,
33.75, 35. , 36.25, 37.5 , 38.75, 40. , 41.25, 42.5 , 43.75,
45. , 46.25, 47.5 , 48.75, 50. , 51.25, 52.5 , 53.75, 55. ,
56.25, 57.5 , 58.75, 60. , 61.25, 62.5 , 63.75, 65. , 66.25,
67.5 , 68.75, 70. , 71.25, 72.5 , 73.75, 75. , 76.25, 77.5 ,
78.75, 80. , 81.25, 82.5 , 83.75, 85. , 86.25, 87.5 , 88.75,
90. ], dtype=float32)array([4.0e+06, 3.0e+06, 2.2e+06, 1.7e+06, 1.3e+06, 1.0e+06, 7.0e+05, 5.5e+05,
4.2e+05, 3.2e+05, 2.4e+05, 1.8e+05, 1.3e+05, 1.0e+05, 8.0e+04, 6.0e+04,
4.5e+04, 3.4e+04, 2.5e+04, 2.0e+04, 1.5e+04, 1.1e+04, 8.0e+03, 6.0e+03,
4.5e+03, 3.0e+03, 1.8e+03, 1.0e+03, 6.0e+02, 3.0e+02, 1.7e+02, 1.0e+02,
6.0e+01, 3.0e+01, 1.5e+01, 1.0e+01], dtype=float32)array([[ nan, nan, nan, ..., nan, nan,
nan],
[ nan, nan, nan, ..., nan, nan,
nan],
[ nan, nan, nan, ..., nan, nan,
nan],
...,
[20669.775, 20264.445, 20271.744, ..., 20205.96 , 20204.559,
20600.426],
[18767.254, 19465.271, 19389.328, ..., 19385.223, 19474.963,
18780.186],
[18360.111, 20846.451, 20606.879, ..., 20668.27 , 20960.861,
18467.193]], dtype=float32)array([[ nan, nan, nan, ...,
nan, nan, nan],
[ nan, nan, nan, ...,
nan, nan, nan],
[ nan, nan, nan, ...,
nan, nan, nan],
...,
[-1.7930329e+06, 3.5077784e+00, 1.7552044e+00, ...,
1.7487364e+00, 3.4959605e+00, -1.7861299e+06],
[-1.6101720e+06, 3.3608181e+00, 1.6733052e+00, ...,
1.6728247e+00, 3.3625793e+00, -1.6113416e+06],
[-1.5710944e+06, 3.6419380e+00, 1.7969106e+00, ...,
1.8030440e+00, 3.6651344e+00, -1.5814342e+06]], dtype=float32)array([[ nan, nan, nan, ...,
nan, nan, nan],
[ nan, nan, nan, ...,
nan, nan, nan],
[ nan, nan, nan, ...,
nan, nan, nan],
...,
[ 1.07605884e-31, 1.74486628e+02, 3.80808124e+02, ...,
3.67528941e+02, 1.87844396e+02, 4.01748251e-30],
[ 2.58141702e-31, -1.11099637e+03, -6.99920188e+03, ...,
-5.79628579e+03, -9.87224898e+02, 3.43895393e-32],
[ 9.06979548e-32, 6.49394730e+02, 5.21198669e+02, ...,
5.33431299e+02, 5.75829031e+02, -4.12649507e-31]])array([[ nan, nan, nan, ...,
nan, nan, nan],
[ nan, nan, nan, ...,
nan, nan, nan],
[ nan, nan, nan, ...,
nan, nan, nan],
...,
[-1.62947514e-26, -1.67280336e+02, -4.88195949e+02, ...,
-4.04090644e+02, -1.47760498e+02, 9.18740882e-25],
[ 3.23839717e-26, 7.39273505e+02, 1.39807342e+03, ...,
1.18130605e+03, 6.49932028e+02, 5.06769497e-25],
[ 1.17945263e-25, 2.48463923e+03, 5.30845454e+03, ...,
4.46798215e+03, 2.20611495e+03, 3.14888663e-25]])array([[ 1.48414624e+00, -6.54637324e-06, -6.49764434e-06, ...,
6.21749541e-06, 6.23520691e-06, -1.39914727e+00],
[ 2.06400633e+00, -9.05033539e-06, -9.07630601e-06, ...,
9.39971596e-06, 9.37990353e-06, -2.14924526e+00],
[ 3.13394165e+00, -1.33594576e-05, -1.33025005e-05, ...,
1.46344901e-05, 1.46939401e-05, -3.43915486e+00],
...,
[ 1.05890465e+00, -5.03803631e-06, -4.62855087e-06, ...,
4.49730214e-06, 4.82846599e-06, -9.45282102e-01],
[-7.35028863e-01, 2.05664378e-06, 2.03837840e-06, ...,
-2.10016788e-06, -2.14964075e-06, 7.72226095e-01],
[-5.01603365e-01, 7.58631529e-07, 6.75824367e-07, ...,
-5.55744975e-07, -6.19790342e-07, 4.59031671e-01]], dtype=float32)array([[0.00041727, 0.00041077, 0.00041155, ..., 0.00035348, 0.00035281,
0.00035868],
[0.00028574, 0.00028093, 0.00028161, ..., 0.0002472 , 0.00024686,
0.00025063],
[0.00024428, 0.00024379, 0.00024583, ..., 0.00023656, 0.00023409,
0.00023633],
...,
[0.00996235, 0.01037244, 0.01036111, ..., 0.01041868, 0.01042569,
0.01001969],
[0.01162796, 0.01094466, 0.01102248, ..., 0.01102951, 0.01093736,
0.01161717],
[0.01210794, 0.00969465, 0.0099018 , ..., 0.009855 , 0.00960209,
0.01198363]], dtype=float32)array([[-1.01089996e-33, 5.37662649e-01, 2.05259666e+00, ...,
3.45965915e+00, 8.91114805e-01, 1.72823518e-33],
[ 5.88670659e-33, -3.95193824e-01, -2.22400944e+00, ...,
3.64016458e-01, 6.67695572e-02, -2.44007544e-32],
[-4.78810196e-33, -2.89627310e-01, 2.99864333e+00, ...,
1.52356866e+01, 1.25995277e+00, -9.61800763e-33],
...,
[ 4.79084484e-41, 7.42939160e-03, 9.60173496e-03, ...,
7.98740238e-03, 6.63575137e-03, 2.18871228e-41],
[ 5.36928147e-41, -1.56766456e-03, -1.27426283e-02, ...,
-1.41894255e-02, -1.79983495e-03, -1.09010501e-40],
[ 2.10910000e-40, -2.95972482e-04, -4.52643073e-03, ...,
-4.12590722e-03, -3.27670137e-04, 3.52949704e-41]])array([[-1.77133656e-32, -4.80020853e-06, -1.10056952e-05, ...,
-7.96652749e-06, -4.24184128e-06, 6.71004270e-32],
[ 5.32613056e-33, -2.76343105e-06, 1.11457605e-06, ...,
1.82450542e-05, 1.01583571e-06, 2.00748846e-32],
[-4.54228443e-32, 1.01859312e-05, 5.29071921e-05, ...,
9.62778841e-05, 2.41374119e-05, -5.36831813e-32],
...,
[-4.56874556e-33, 9.72281028e-03, -6.85729173e-03, ...,
-6.02741464e-03, 1.01958258e-02, -8.95266115e-34],
[-4.45085142e-35, -1.01560648e-03, 1.55618035e-04, ...,
6.89266086e-04, -7.95464158e-04, -2.77974420e-35],
[-1.10741802e-34, 1.79488298e-03, 5.79959948e-03, ...,
7.10357502e-03, 2.07783285e-03, -1.01646953e-34]])array([12.268299, 16.145876, 20.12951 , 23.272678, 26.402119, 29.330463,
33.079296, 35.495 , 38.039974, 40.486618, 42.96483 , 45.34015 ,
47.90599 , 49.883476, 51.47862 , 53.42908 , 55.268333, 56.96342 ,
58.729874, 59.97079 , 61.522194, 63.15752 , 64.80473 , 66.276184,
67.741356, 69.79022 , 72.2969 , 75.05292 , 77.37151 , 80.471924,
82.926674, 85.10314 , 87.109055, 89.80186 , 92.504074, 94.0863 ],
dtype=float32)PandasIndex(Float64Index([ -90.0, -88.75, -87.5, -86.25, -85.0, -83.75, -82.5, -81.25,
-80.0, -78.75,
...
78.75, 80.0, 81.25, 82.5, 83.75, 85.0, 86.25, 87.5,
88.75, 90.0],
dtype='float64', name='lat', length=145))PandasIndex(Float64Index([4000000.0, 3000000.0, 2200000.0, 1700000.0, 1300000.0, 1000000.0,
700000.0, 550000.0, 420000.0, 320000.0, 240000.0, 180000.0,
130000.0, 100000.0, 80000.0, 60000.0, 45000.0, 34000.0,
25000.0, 20000.0, 15000.0, 11000.0, 8000.0, 6000.0,
4500.0, 3000.0, 1800.0, 1000.0, 600.0, 300.0,
170.0, 100.0, 60.0, 30.0, 15.0,
10.0],
dtype='float64', name='levp'))