WMO OSCAR | Details for Instrument IRFS-GS

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Instrument: IRFS-GS

Instrument details
Acronym	IRFS-GS
Full name	Infrared Fourier-transform Spectrometer - Geostationary
Purpose	Temperature/humidity sounding and wind profile derivation by tracking water vapour features
Short description	Interferometer with large detector arrays for simultaneous sounding of more pixels [see detailed characteristics below]
Background	New development
Scanning Technique	Mechanical, bi-axial, 3-axis stabilised satellite, step-and-dwell of a detector matrix
Resolution	4 km at s.s.p.
Coverage / Cycle	1 hour for full disk
Mass		Power	Data Rate
Providing Agency	Roscosmos
Instrument Maturity	Flown on operational programme
Utilization Period:	≥2025 to ≥2035
Last update:	2014-09-12
Detailed characteristics
Spectral range (µm)	Spectral range (cm^-1)	Spectral resolution	NEΔT @ specified scene temperature
15.4 - 8.3 µm	650 - 1200 cm^-1	0.625 cm^-1	….. K @ 280 K
6.0 - 3.7 µm	1670 - 2700 cm^-1	0.625 cm^-1	….. K @ 280 K
Satellites this instrument is flying on
Note: a red tag indicates satellites no longer operational, a green tag indicates operational satellites, a blue tag indicates future satellites
Electro (RosHydroMet)
- Electro-M N1 (see instrument status) 2025 - 2035
- Electro-M N2 (see instrument status) 2026 - 2036
- Electro-M N3 (see instrument status) 2029 - 2039
Instrument classification
Earth observation instrument
Passive optical radiometer or spectrometer
Cross-nadir infrared sounder, possibly including VIS channels
WIGOS Subcomponents No WIGOS subcomponents have been defined.
Mission objectives
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<tr>
<td valign="top" width="22%"><strong>Spectral range (&micro;m)</strong></td>
<td valign="top" width="23%"><strong>Spectral range (cm<sup>-1</sup>)</strong></td>
<td valign="top" width="21%"><strong>Spectral resolution</strong></td>
<td valign="top" width="32%"><strong>NE&Delta;T @ specified scene temperature</strong></td>
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<td valign="top" width="22%">15.4 - 8.3 &micro;m</td>
<td valign="top" width="23%">650 - 1200 cm<sup>-1</sup></td>
<td valign="top" width="21%">0.625 cm<sup>-1</sup></td>
<td valign="top" width="32%">&hellip;.. K @ 280 K</td>
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<td valign="top" width="22%">6.0 - 3.7 &micro;m</td>
<td valign="top" width="23%">1670 - 2700 cm<sup>-1</sup></td>
<td valign="top" width="21%">0.625 cm<sup>-1</sup></td>
<td valign="top" width="32%">&hellip;.. K @ 280 K</td>
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		],
		(int) 46 => [
			'id' => (int) 5557,
			'rule_id' => (int) 8160,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 76,
			'rating' => (int) 240,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 47 => [
			'id' => (int) 5558,
			'rule_id' => (int) 8170,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 76,
			'rating' => (int) 230,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 48 => [
			'id' => (int) 5559,
			'rule_id' => (int) 8180,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 76,
			'rating' => (int) 220,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 49 => [
			'id' => (int) 5560,
			'rule_id' => (int) 8190,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 76,
			'rating' => (int) 210,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 50 => [
			'id' => (int) 10667,
			'rule_id' => (int) 8350,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 80,
			'rating' => (int) 550,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 51 => [
			'id' => (int) 10668,
			'rule_id' => (int) 8360,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 80,
			'rating' => (int) 450,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 52 => [
			'id' => (int) 10669,
			'rule_id' => (int) 8370,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 80,
			'rating' => (int) 400,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 53 => [
			'id' => (int) 10670,
			'rule_id' => (int) 8520,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 81,
			'rating' => (int) 500,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 54 => [
			'id' => (int) 10671,
			'rule_id' => (int) 8530,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 81,
			'rating' => (int) 410,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 55 => [
			'id' => (int) 10672,
			'rule_id' => (int) 8690,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 84,
			'rating' => (int) 340,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 56 => [
			'id' => (int) 10673,
			'rule_id' => (int) 8695,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 84,
			'rating' => (int) 330,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 57 => [
			'id' => (int) 10674,
			'rule_id' => (int) 8700,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 84,
			'rating' => (int) 310,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 58 => [
			'id' => (int) 10675,
			'rule_id' => (int) 8710,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 84,
			'rating' => (int) 300,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 59 => [
			'id' => (int) 10676,
			'rule_id' => (int) 9120,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 96,
			'rating' => (int) 470,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 60 => [
			'id' => (int) 10677,
			'rule_id' => (int) 9130,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 96,
			'rating' => (int) 370,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 61 => [
			'id' => (int) 10678,
			'rule_id' => (int) 9140,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 96,
			'rating' => (int) 430,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 62 => [
			'id' => (int) 10679,
			'rule_id' => (int) 9150,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 96,
			'rating' => (int) 400,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 63 => [
			'id' => (int) 10680,
			'rule_id' => (int) 9160,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 96,
			'rating' => (int) 310,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 64 => [
			'id' => (int) 10681,
			'rule_id' => (int) 9170,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 96,
			'rating' => (int) 200,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 65 => [
			'id' => (int) 10682,
			'rule_id' => (int) 9560,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 100,
			'rating' => (int) 200,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 66 => [
			'id' => (int) 10683,
			'rule_id' => (int) 9570,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 100,
			'rating' => (int) 100,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 67 => [
			'id' => (int) 10684,
			'rule_id' => (int) 9820,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 102,
			'rating' => (int) 360,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 68 => [
			'id' => (int) 10685,
			'rule_id' => (int) 9830,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 102,
			'rating' => (int) 240,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 69 => [
			'id' => (int) 10686,
			'rule_id' => (int) 9960,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 351,
			'rating' => (int) 310,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 70 => [
			'id' => (int) 10687,
			'rule_id' => (int) 9970,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 351,
			'rating' => (int) 300,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 71 => [
			'id' => (int) 10688,
			'rule_id' => (int) 10080,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 104,
			'rating' => (int) 310,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 72 => [
			'id' => (int) 10689,
			'rule_id' => (int) 10090,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 104,
			'rating' => (int) 300,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 73 => [
			'id' => (int) 10690,
			'rule_id' => (int) 10240,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 105,
			'rating' => (int) 340,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 74 => [
			'id' => (int) 10691,
			'rule_id' => (int) 10250,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 105,
			'rating' => (int) 330,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 75 => [
			'id' => (int) 10692,
			'rule_id' => (int) 10420,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 106,
			'rating' => (int) 510,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 76 => [
			'id' => (int) 10693,
			'rule_id' => (int) 10425,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 106,
			'rating' => (int) 500,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 77 => [
			'id' => (int) 10694,
			'rule_id' => (int) 10430,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 106,
			'rating' => (int) 410,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 78 => [
			'id' => (int) 10695,
			'rule_id' => (int) 10440,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 106,
			'rating' => (int) 400,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 79 => [
			'id' => (int) 10696,
			'rule_id' => (int) 10531,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 108,
			'rating' => (int) 340,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 80 => [
			'id' => (int) 10697,
			'rule_id' => (int) 10535,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 108,
			'rating' => (int) 330,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 81 => [
			'id' => (int) 10698,
			'rule_id' => (int) 10720,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 109,
			'rating' => (int) 340,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 82 => [
			'id' => (int) 10699,
			'rule_id' => (int) 10730,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 109,
			'rating' => (int) 330,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 83 => [
			'id' => (int) 10700,
			'rule_id' => (int) 11120,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 122,
			'rating' => (int) 310,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 84 => [
			'id' => (int) 10701,
			'rule_id' => (int) 11130,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 122,
			'rating' => (int) 300,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 85 => [
			'id' => (int) 10702,
			'rule_id' => (int) 11580,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 131,
			'rating' => (int) 230,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 86 => [
			'id' => (int) 10703,
			'rule_id' => (int) 11850,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 134,
			'rating' => (int) 520,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 87 => [
			'id' => (int) 10704,
			'rule_id' => (int) 11860,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 134,
			'rating' => (int) 460,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 88 => [
			'id' => (int) 10705,
			'rule_id' => (int) 11870,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 134,
			'rating' => (int) 300,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 89 => [
			'id' => (int) 10706,
			'rule_id' => (int) 11880,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 134,
			'rating' => (int) 320,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 90 => [
			'id' => (int) 10707,
			'rule_id' => (int) 11890,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 134,
			'rating' => (int) 250,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 91 => [
			'id' => (int) 10708,
			'rule_id' => (int) 11900,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 134,
			'rating' => (int) 220,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 92 => [
			'id' => (int) 10709,
			'rule_id' => (int) 11910,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 134,
			'rating' => (int) 110,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 93 => [
			'id' => (int) 15776,
			'rule_id' => (int) 12620,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 140,
			'rating' => (int) 310,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 94 => [
			'id' => (int) 15777,
			'rule_id' => (int) 12630,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 140,
			'rating' => (int) 300,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 95 => [
			'id' => (int) 15778,
			'rule_id' => (int) 13440,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 146,
			'rating' => (int) 310,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 96 => [
			'id' => (int) 15779,
			'rule_id' => (int) 13450,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 146,
			'rating' => (int) 300,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 97 => [
			'id' => (int) 15780,
			'rule_id' => (int) 13460,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 146,
			'rating' => (int) 210,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 98 => [
			'id' => (int) 15781,
			'rule_id' => (int) 13470,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 146,
			'rating' => (int) 200,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 99 => [
			'id' => (int) 15782,
			'rule_id' => (int) 13610,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 147,
			'rating' => (int) 410,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 100 => [
			'id' => (int) 15783,
			'rule_id' => (int) 13620,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 147,
			'rating' => (int) 400,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 101 => [
			'id' => (int) 15784,
			'rule_id' => (int) 13630,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 147,
			'rating' => (int) 210,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 102 => [
			'id' => (int) 15785,
			'rule_id' => (int) 13640,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 147,
			'rating' => (int) 200,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 103 => [
			'id' => (int) 15786,
			'rule_id' => (int) 14290,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 161,
			'rating' => (int) 360,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 104 => [
			'id' => (int) 15787,
			'rule_id' => (int) 14320,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 161,
			'rating' => (int) 130,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 105 => [
			'id' => (int) 15788,
			'rule_id' => (int) 14330,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 161,
			'rating' => (int) 120,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 106 => [
			'id' => (int) 15789,
			'rule_id' => (int) 14700,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 162,
			'rating' => (int) 450,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 107 => [
			'id' => (int) 15790,
			'rule_id' => (int) 14710,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 162,
			'rating' => (int) 420,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 108 => [
			'id' => (int) 15791,
			'rule_id' => (int) 14730,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 162,
			'rating' => (int) 320,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 109 => [
			'id' => (int) 15792,
			'rule_id' => (int) 14750,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 162,
			'rating' => (int) 230,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 110 => [
			'id' => (int) 15793,
			'rule_id' => (int) 14760,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 162,
			'rating' => (int) 220,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 111 => [
			'id' => (int) 15794,
			'rule_id' => (int) 14830,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 164,
			'rating' => (int) 400,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 112 => [
			'id' => (int) 15795,
			'rule_id' => (int) 14840,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 164,
			'rating' => (int) 320,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 113 => [
			'id' => (int) 15796,
			'rule_id' => (int) 15300,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 168,
			'rating' => (int) 220,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 114 => [
			'id' => (int) 15797,
			'rule_id' => (int) 15380,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 169,
			'rating' => (int) 400,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 115 => [
			'id' => (int) 15798,
			'rule_id' => (int) 15390,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 169,
			'rating' => (int) 340,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 116 => [
			'id' => (int) 15799,
			'rule_id' => (int) 15410,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 169,
			'rating' => (int) 300,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 117 => [
			'id' => (int) 15800,
			'rule_id' => (int) 15530,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 170,
			'rating' => (int) 100,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 118 => [
			'id' => (int) 19585,
			'rule_id' => (int) 16660,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 179,
			'rating' => (int) 200,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 119 => [
			'id' => (int) 19586,
			'rule_id' => (int) 16890,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 170,
			'rating' => (int) 300,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 120 => [
			'id' => (int) 19587,
			'rule_id' => (int) 16900,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 170,
			'rating' => (int) 200,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 121 => [
			'id' => (int) 21875,
			'rule_id' => (int) 80200,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 300,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 122 => [
			'id' => (int) 21876,
			'rule_id' => (int) 80210,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 100,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 123 => [
			'id' => (int) 21877,
			'rule_id' => (int) 81490,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 200,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 124 => [
			'id' => (int) 21878,
			'rule_id' => (int) 81500,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 100,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 125 => [
			'id' => (int) 25346,
			'rule_id' => (int) 85500,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 100,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 126 => [
			'id' => (int) 25347,
			'rule_id' => (int) 85530,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 300,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 127 => [
			'id' => (int) 25348,
			'rule_id' => (int) 85600,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 100,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 128 => [
			'id' => (int) 25349,
			'rule_id' => (int) 85620,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 300,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 129 => [
			'id' => (int) 25350,
			'rule_id' => (int) 85710,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 200,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 130 => [
			'id' => (int) 25351,
			'rule_id' => (int) 85750,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 450,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 131 => [
			'id' => (int) 25352,
			'rule_id' => (int) 100005,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 1,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 132 => [
			'id' => (int) 25353,
			'rule_id' => (int) 100006,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 1,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 133 => [
			'id' => (int) 25354,
			'rule_id' => (int) 100020,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 1,
			'rule' => [
				[maximum depth reached]
			]
		],
		(int) 134 => [
			'id' => (int) 25355,
			'rule_id' => (int) 100039,
			'instrument_id' => (int) 557,
			'variable_id' => (int) 0,
			'rating' => (int) 1,
			'rule' => [
				[maximum depth reached]
			]
		]
	],
	'relevances' => [
		(int) 1 => 'primary',
		(int) 2 => 'very high',
		(int) 3 => 'high',
		(int) 4 => 'fair',
		(int) 5 => 'marginal'
	],
	'parents' => [
		(int) 0 => [
			'id' => (int) 1,
			'name' => 'Earth observation instrument',
			'parent_id' => null,
			'instrumentclassification_id' => null,
			'order' => (int) 1
		],
		(int) 1 => [
			'id' => (int) 2,
			'name' => 'Passive optical radiometer or spectrometer',
			'parent_id' => (int) 1,
			'instrumentclassification_id' => null,
			'order' => (int) 1
		],
		(int) 2 => [
			'id' => (int) 6,
			'name' => 'Cross-nadir infrared sounder, possibly including VIS channels',
			'parent_id' => (int) 2,
			'instrumentclassification_id' => (int) 4,
			'order' => (int) 0
		]
	],
	'ruleTypes' => [
		'RATING' => (int) 1,
		'MISSION' => (int) 3,
		'FILTER' => (int) 2
	],
	'propertytypes' => object(App\Model\Table\PropertytypesTable) {

		'registryAlias' => 'Propertytypes',
		'table' => 'propertytypes',
		'alias' => 'Propertytypes',
		'entityClass' => 'App\Model\Entity\Propertytype',
		'associations' => [
			[maximum depth reached]
		],
		'behaviors' => [
			[maximum depth reached]
		],
		'defaultConnection' => 'default',
		'connectionName' => 'default'
	
	}
]
$selectedFilters = []
$instrumentfilters = []
$neighbors = [
	'prev' => [
		'slug' => 'msu_gsm'
	],
	'next' => [
		'slug' => 'msu_mr_mp'
	]
]
$instrument = [
	'id' => (int) 557,
	'acronym' => 'IRFS-GS',
	'uniquename' => 'IRFS-GS',
	'fullname' => 'Infrared Fourier-transform Spectrometer - Geostationary',
	'definition' => 'Interferometer with large detector arrays for simultaneous sounding of more pixels [see detailed characteristics below]',
	'description' => 'New development',
	'purpose' => 'Temperature/humidity sounding and wind profile derivation by tracking water vapour features',
	'scanningtechnique' => 'Mechanical, bi-axial, 3-axis stabilised satellite, step-and-dwell of a detector matrix',
	'coverage' => '1 hour for full disk',
	'resolution' => '4 km at s.s.p.',
	'mass' => (float) 0,
	'power' => (float) 0,
	'datarate' => '',
	'details' => '<table>
<tr>
<td valign="top" width="22%"><strong>Spectral range (&micro;m)</strong></td>
<td valign="top" width="23%"><strong>Spectral range (cm<sup>-1</sup>)</strong></td>
<td valign="top" width="21%"><strong>Spectral resolution</strong></td>
<td valign="top" width="32%"><strong>NE&Delta;T @ specified scene temperature</strong></td>
</tr>
<tr>
<td valign="top" width="22%">15.4 - 8.3 &micro;m</td>
<td valign="top" width="23%">650 - 1200 cm<sup>-1</sup></td>
<td valign="top" width="21%">0.625 cm<sup>-1</sup></td>
<td valign="top" width="32%">&hellip;.. K @ 280 K</td>
</tr>
<tr>
<td valign="top" width="22%">6.0 - 3.7 &micro;m</td>
<td valign="top" width="23%">1670 - 2700 cm<sup>-1</sup></td>
<td valign="top" width="21%">0.625 cm<sup>-1</sup></td>
<td valign="top" width="32%">&hellip;.. K @ 280 K</td>
</tr>
</table>',
	'spaceagency_id' => (int) 37,
	'instrumentmaturity_id' => (int) 1,
	'instrumentclassification_id' => (int) 4,
	'created' => null,
	'modified' => object(Cake\I18n\FrozenTime) {

		'time' => '2014-09-12 13:02:40.000000+00:00',
		'timezone' => 'UTC',
		'fixedNowTime' => false
	
	},
	'slug' => 'irfs_gs',
	'instrumentobjectives' => [
		(int) 0 => [
			'id' => (int) 6967,
			'variable_id' => (int) 13,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 1,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 1 => [
			'id' => (int) 6968,
			'variable_id' => (int) 80,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 1,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 2 => [
			'id' => (int) 6969,
			'variable_id' => (int) 81,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 1,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 3 => [
			'id' => (int) 6970,
			'variable_id' => (int) 161,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 1,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 4 => [
			'id' => (int) 6971,
			'variable_id' => (int) 162,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 1,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 5 => [
			'id' => (int) 6972,
			'variable_id' => (int) 164,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 1,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 6 => [
			'id' => (int) 6973,
			'variable_id' => (int) 179,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 1,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 7 => [
			'id' => (int) 6975,
			'variable_id' => (int) 134,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 2,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 8 => [
			'id' => (int) 6974,
			'variable_id' => (int) 109,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 2,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 9 => [
			'id' => (int) 6993,
			'variable_id' => (int) 100,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 10 => [
			'id' => (int) 6994,
			'variable_id' => (int) 102,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 11 => [
			'id' => (int) 6995,
			'variable_id' => (int) 103,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => null
		],
		(int) 12 => [
			'id' => (int) 6996,
			'variable_id' => (int) 104,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 13 => [
			'id' => (int) 6997,
			'variable_id' => (int) 105,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 14 => [
			'id' => (int) 6998,
			'variable_id' => (int) 106,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 15 => [
			'id' => (int) 6999,
			'variable_id' => (int) 108,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 16 => [
			'id' => (int) 7000,
			'variable_id' => (int) 122,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 17 => [
			'id' => (int) 7001,
			'variable_id' => (int) 131,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 18 => [
			'id' => (int) 7002,
			'variable_id' => (int) 140,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 19 => [
			'id' => (int) 7003,
			'variable_id' => (int) 146,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 20 => [
			'id' => (int) 7004,
			'variable_id' => (int) 147,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 21 => [
			'id' => (int) 7005,
			'variable_id' => (int) 168,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 22 => [
			'id' => (int) 7006,
			'variable_id' => (int) 169,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 23 => [
			'id' => (int) 7007,
			'variable_id' => (int) 170,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 24 => [
			'id' => (int) 6992,
			'variable_id' => (int) 96,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 25 => [
			'id' => (int) 6991,
			'variable_id' => (int) 84,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 26 => [
			'id' => (int) 6977,
			'variable_id' => (int) 18,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 27 => [
			'id' => (int) 6978,
			'variable_id' => (int) 19,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 28 => [
			'id' => (int) 6979,
			'variable_id' => (int) 20,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 29 => [
			'id' => (int) 6980,
			'variable_id' => (int) 23,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 30 => [
			'id' => (int) 6981,
			'variable_id' => (int) 25,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 31 => [
			'id' => (int) 6982,
			'variable_id' => (int) 27,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 32 => [
			'id' => (int) 6983,
			'variable_id' => (int) 35,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 33 => [
			'id' => (int) 6984,
			'variable_id' => (int) 36,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 34 => [
			'id' => (int) 6985,
			'variable_id' => (int) 37,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 35 => [
			'id' => (int) 6986,
			'variable_id' => (int) 38,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 36 => [
			'id' => (int) 6987,
			'variable_id' => (int) 39,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 37 => [
			'id' => (int) 6988,
			'variable_id' => (int) 43,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 38 => [
			'id' => (int) 6989,
			'variable_id' => (int) 52,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 39 => [
			'id' => (int) 6990,
			'variable_id' => (int) 76,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		],
		(int) 40 => [
			'id' => (int) 6976,
			'variable_id' => (int) 17,
			'instrument_id' => (int) 557,
			'objective_id' => (int) 3,
			'objective' => [
				[maximum depth reached]
			],
			'variable' => [
				[maximum depth reached]
			]
		]
	],
	'instrumentproperties' => [
		(int) 0 => [
			'id' => (int) 1485,
			'instrument_id' => (int) 557,
			'property_id' => (int) 143,
			'value' => '320',
			'property' => [
				[maximum depth reached]
			]
		],
		(int) 1 => [
			'id' => (int) 1486,
			'instrument_id' => (int) 557,
			'property_id' => (int) 144,
			'value' => '800',
			'property' => [
				[maximum depth reached]
			]
		],
		(int) 2 => [
			'id' => (int) 1487,
			'instrument_id' => (int) 557,
			'property_id' => (int) 156,
			'value' => '0.625',
			'property' => [
				[maximum depth reached]
			]
		],
		(int) 3 => [
			'id' => (int) 1488,
			'instrument_id' => (int) 557,
			'property_id' => (int) 151,
			'value' => '530',
			'property' => [
				[maximum depth reached]
			]
		],
		(int) 4 => [
			'id' => (int) 1489,
			'instrument_id' => (int) 557,
			'property_id' => (int) 157,
			'value' => '0.625',
			'property' => [
				[maximum depth reached]
			]
		],
		(int) 5 => [
			'id' => (int) 1490,
			'instrument_id' => (int) 557,
			'property_id' => (int) 153,
			'value' => '370',
			'property' => [
				[maximum depth reached]
			]
		],
		(int) 6 => [
			'id' => (int) 1491,
			'instrument_id' => (int) 557,
			'property_id' => (int) 154,
			'value' => '160',
			'property' => [
				[maximum depth reached]
			]
		],
		(int) 7 => [
			'id' => (int) 1492,
			'instrument_id' => (int) 557,
			'property_id' => (int) 158,
			'value' => '0.625',
			'property' => [
				[maximum depth reached]
			]
		],
		(int) 8 => [
			'id' => (int) 1493,
			'instrument_id' => (int) 557,
			'property_id' => (int) 802,
			'value' => '1',
			'property' => [
				[maximum depth reached]
			]
		]
	],
	'instrumentclassification' => [
		'id' => (int) 4,
		'name' => 'Cross-nadir infrared sounder'
	],
	'instrumentmaturity' => [
		'id' => (int) 1,
		'name' => 'Flown on operational programme',
		'definition' => ''
	],
	'Spaceagencies' => [
		'id' => (int) 37,
		'acronym' => 'Roscosmos',
		'name' => 'Russian Federal Space Agency',
		'image' => resource,
		'country_id' => 'RUS',
		'url' => 'http://www.roscosmos.ru/',
		'created' => null,
		'modified' => object(Cake\I18n\FrozenTime) {},
		'slug' => 'roscosmos'
	],
	'start' => '2025-0-0',
	'end' => '2035-0-0'
]
$relatedprogs = [
	(int) 0 => [
		'prog' => [
			'id' => '40',
			'name' => 'Electro',
			'slug' => 'electro',
			'agency' => 'RosHydroMet'
		],
		'sat' => [
			(int) 0 => [
				[maximum depth reached]
			],
			(int) 1 => [
				[maximum depth reached]
			],
			(int) 2 => [
				[maximum depth reached]
			]
		]
	]
]
$rules = [
	(int) 0 => [
		'id' => (int) 1412,
		'rule_id' => (int) 1880,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 13,
		'rating' => (int) 400,
		'rule' => [
			'id' => (int) 1880,
			'ruletype_id' => (int) 1,
			'description' => 'IR radiometer with >=2 channels in the TIR range around 15 micrometers',
			'explanation' => 'TIR in the CO2 15 micrometer band',
			'variable_id' => (int) 13,
			'observingmission_id' => null,
			'rating' => (int) 400,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 1 => [
		'id' => (int) 1413,
		'rule_id' => (int) 1890,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 13,
		'rating' => (int) 330,
		'rule' => [
			'id' => (int) 1890,
			'ruletype_id' => (int) 1,
			'description' => 'IR radiometer with >=6 channels in the TIR range around 15 micrometers',
			'explanation' => 'Many TIR channels in the 15 micrometer band',
			'variable_id' => (int) 13,
			'observingmission_id' => null,
			'rating' => (int) 330,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 2 => [
		'id' => (int) 1414,
		'rule_id' => (int) 1900,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 13,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 1900,
			'ruletype_id' => (int) 1,
			'description' => 'IR radiometer with >=6 TIR channels around 15 micrometers and >=3  MWIR channels around 4.3 micrometers',
			'explanation' => 'Many MWIR and TIR channels in the 4.3 and 15 micrometer bands',
			'variable_id' => (int) 13,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 3 => [
		'id' => (int) 1415,
		'rule_id' => (int) 1910,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 13,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 1910,
			'ruletype_id' => (int) 1,
			'description' => 'IR radiometer with >=4 TIR channels around 15 micrometers and >=2  MWIR channels around 4.3 micrometers, flown in GEO',
			'explanation' => 'Several MWIR and TIR channels in the 4.3 and 15 micrometer bands.  Frequent sampling (GEO) enables monitoring instability onset',
			'variable_id' => (int) 13,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 4 => [
		'id' => (int) 1416,
		'rule_id' => (int) 1920,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 13,
		'rating' => (int) 230,
		'rule' => [
			'id' => (int) 1920,
			'ruletype_id' => (int) 1,
			'description' => 'IR spectrometer with spectral resolution <=2.5 cm-1 in the TIR range around 15 micrometers',
			'explanation' => 'TIR spectrometry in the 15 micrometer band',
			'variable_id' => (int) 13,
			'observingmission_id' => null,
			'rating' => (int) 230,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 5 => [
		'id' => (int) 1417,
		'rule_id' => (int) 1930,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 13,
		'rating' => (int) 220,
		'rule' => [
			'id' => (int) 1930,
			'ruletype_id' => (int) 1,
			'description' => 'IR spectrometer with spectral resolution <=0.7 cm-1 in the TIR range around 15 micrometers',
			'explanation' => 'TIR spectrometry in the 15 micrometer band',
			'variable_id' => (int) 13,
			'observingmission_id' => null,
			'rating' => (int) 220,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 6 => [
		'id' => (int) 1418,
		'rule_id' => (int) 1940,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 13,
		'rating' => (int) 200,
		'rule' => [
			'id' => (int) 1940,
			'ruletype_id' => (int) 1,
			'description' => 'IR spectrometer with spectral resolution <=0.7 cm-1 in the TIR range around 15 micrometers and <=2.5 cm-1 in the MWIR range around 4.3 micrometers',
			'explanation' => 'MWIR spectrometry in the CO2 4.3 micrometer band; TIR in the  CO2 15 micrometer band',
			'variable_id' => (int) 13,
			'observingmission_id' => null,
			'rating' => (int) 200,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 7 => [
		'id' => (int) 1419,
		'rule_id' => (int) 1950,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 13,
		'rating' => (int) 110,
		'rule' => [
			'id' => (int) 1950,
			'ruletype_id' => (int) 1,
			'description' => 'IR spectrometer with spectral resolution <=0.7 cm-1 in the TIR range around 15 micrometers and  <=1.3 cm-1 in the MWIR range around 4.3 micrometers, flown in GEO',
			'explanation' => 'MWIR and TIR spectrometry in the CO2  4.3 and 15 micrometer bands.  Frequent sampling (GEO) enables monitoring instability onset',
			'variable_id' => (int) 13,
			'observingmission_id' => null,
			'rating' => (int) 110,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 8 => [
		'id' => (int) 1420,
		'rule_id' => (int) 2440,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 17,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 2440,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers) and <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  C2H2 lines around 7.5 and 13.7 micrometers',
			'variable_id' => (int) 17,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 9 => [
		'id' => (int) 1421,
		'rule_id' => (int) 2450,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 17,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 2450,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers) and <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  C2H2 lines around 7.5 and 13.7 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 17,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 10 => [
		'id' => (int) 1422,
		'rule_id' => (int) 2510,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 18,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 2510,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  C2H6 lines around 12 micrometers',
			'variable_id' => (int) 18,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 11 => [
		'id' => (int) 1423,
		'rule_id' => (int) 2520,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 18,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 2520,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  C2H6 lines around 12 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 18,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 12 => [
		'id' => (int) 1424,
		'rule_id' => (int) 2600,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 19,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 2600,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  CFC-11 lines around 9.2 and 11.7 micrometers',
			'variable_id' => (int) 19,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 13 => [
		'id' => (int) 1425,
		'rule_id' => (int) 2610,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 19,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 2610,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  CFC-11 lines around 9.2 and 11.7 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 19,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 14 => [
		'id' => (int) 1426,
		'rule_id' => (int) 2670,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 20,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 2670,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  CFC-12 lines around 8.8 and 10.8  micrometers',
			'variable_id' => (int) 20,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 15 => [
		'id' => (int) 1427,
		'rule_id' => (int) 2680,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 20,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 2680,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  CFC-12 lines around 8.8 and 10.8  micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 20,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 16 => [
		'id' => (int) 1428,
		'rule_id' => (int) 2890,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 23,
		'rating' => (int) 500,
		'rule' => [
			'id' => (int) 2890,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in Band-2 (5-8.5 micrometers)',
			'explanation' => 'TIR spectrometry.  CH4 lines around 7.7 micrometers',
			'variable_id' => (int) 23,
			'observingmission_id' => null,
			'rating' => (int) 500,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 17 => [
		'id' => (int) 1429,
		'rule_id' => (int) 2900,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 23,
		'rating' => (int) 260,
		'rule' => [
			'id' => (int) 2900,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in both Band-3 (3.5-5 micrometers) and Band-2 (5-8.5 micrometers), flown in GEO',
			'explanation' => 'MWIR and TIR spectrometry.  CH4 lines around 4.3 and 7.7 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 23,
			'observingmission_id' => null,
			'rating' => (int) 260,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 18 => [
		'id' => (int) 1430,
		'rule_id' => (int) 3080,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 25,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 3080,
			'ruletype_id' => (int) 1,
			'description' => 'MWIR/TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers) and <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry.  ClONO2 lines around 5.7, 7.7 and 12.5 micrometers',
			'variable_id' => (int) 25,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 19 => [
		'id' => (int) 1431,
		'rule_id' => (int) 3085,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 25,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 3085,
			'ruletype_id' => (int) 1,
			'description' => 'MWIR/TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers) and <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'MWIR and TIR spectrometry.  ClONO2 lines around 5.7, 7.7 and 12.5 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 25,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 20 => [
		'id' => (int) 1432,
		'rule_id' => (int) 3090,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 25,
		'rating' => (int) 210,
		'rule' => [
			'id' => (int) 3090,
			'ruletype_id' => (int) 1,
			'description' => 'MWIR/TIR spectrometer with resolution <=0.7 cm-1 in both Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry.  ClONO2 lines around 5.7, 7.7 and 12.5 micrometers',
			'variable_id' => (int) 25,
			'observingmission_id' => null,
			'rating' => (int) 210,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 21 => [
		'id' => (int) 1433,
		'rule_id' => (int) 3100,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 25,
		'rating' => (int) 200,
		'rule' => [
			'id' => (int) 3100,
			'ruletype_id' => (int) 1,
			'description' => 'MWIR/TIR spectrometer with resolution <=0.7 cm-1 in both Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'MWIR and TIR spectrometry.  ClONO2 lines around 5.7, 7.7 and 12.5 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 25,
			'observingmission_id' => null,
			'rating' => (int) 200,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 22 => [
		'id' => (int) 1434,
		'rule_id' => (int) 3380,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 27,
		'rating' => (int) 510,
		'rule' => [
			'id' => (int) 3380,
			'ruletype_id' => (int) 1,
			'description' => 'TIR radiometer with >=1 channel(s)',
			'explanation' => 'TIR channel(s)',
			'variable_id' => (int) 27,
			'observingmission_id' => null,
			'rating' => (int) 510,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 23 => [
		'id' => (int) 1435,
		'rule_id' => (int) 3390,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 27,
		'rating' => (int) 420,
		'rule' => [
			'id' => (int) 3390,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=1 channel(s) in MWIR and TIR',
			'explanation' => 'MWIR and TIR channels',
			'variable_id' => (int) 27,
			'observingmission_id' => null,
			'rating' => (int) 420,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 24 => [
		'id' => (int) 1436,
		'rule_id' => (int) 3400,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 27,
		'rating' => (int) 520,
		'rule' => [
			'id' => (int) 3400,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=2.5 cm-1',
			'explanation' => 'TIR spectrometry',
			'variable_id' => (int) 27,
			'observingmission_id' => null,
			'rating' => (int) 520,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 25 => [
		'id' => (int) 1437,
		'rule_id' => (int) 3430,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 27,
		'rating' => (int) 350,
		'rule' => [
			'id' => (int) 3430,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in both MWIR and TIR',
			'explanation' => 'MWIR and TIR spectrometry',
			'variable_id' => (int) 27,
			'observingmission_id' => null,
			'rating' => (int) 350,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 26 => [
		'id' => (int) 5537,
		'rule_id' => (int) 5130,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 35,
		'rating' => (int) 340,
		'rule' => [
			'id' => (int) 5130,
			'ruletype_id' => (int) 1,
			'description' => 'TIR radiometer with >=1 channel(s) in the range 10-13 micrometers and >=2 channels in the range 13-15 micrometers',
			'explanation' => 'TIR channels in window and in CO2 band for atmospheric column above cloud top',
			'variable_id' => (int) 35,
			'observingmission_id' => null,
			'rating' => (int) 340,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 27 => [
		'id' => (int) 5538,
		'rule_id' => (int) 5140,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 35,
		'rating' => (int) 260,
		'rule' => [
			'id' => (int) 5140,
			'ruletype_id' => (int) 1,
			'description' => 'TIR radiometer with >=1 channel(s) in the range 10-13 micrometers and >=2 channels in the ranges 6-8 and 13-15 micrometers',
			'explanation' => 'TIR channels in window and water vapour band (for emissivity) for temperature; and in CO2 band for atmospheric column above cloud top',
			'variable_id' => (int) 35,
			'observingmission_id' => null,
			'rating' => (int) 260,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 28 => [
		'id' => (int) 5539,
		'rule_id' => (int) 5150,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 35,
		'rating' => (int) 360,
		'rule' => [
			'id' => (int) 5150,
			'ruletype_id' => (int) 1,
			'description' => 'TIR radiometer with >=2 channels in each of the ranges 10-13 micrometers and 13-15 micrometers',
			'explanation' => 'TIR channels in window and in CO2 band for atmospheric column above cloud top',
			'variable_id' => (int) 35,
			'observingmission_id' => null,
			'rating' => (int) 360,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 29 => [
		'id' => (int) 5540,
		'rule_id' => (int) 5160,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 35,
		'rating' => (int) 260,
		'rule' => [
			'id' => (int) 5160,
			'ruletype_id' => (int) 1,
			'description' => 'TIR radiometer with >=2 channels in each of the ranges 10-13, 13-15 and 6-8 micrometers',
			'explanation' => 'TIR channels in window and water vapour band (for emissivity) for temperature; and in CO2 band for atmospheric column above cloud top',
			'variable_id' => (int) 35,
			'observingmission_id' => null,
			'rating' => (int) 260,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 30 => [
		'id' => (int) 5541,
		'rule_id' => (int) 5170,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 35,
		'rating' => (int) 200,
		'rule' => [
			'id' => (int) 5170,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=2.5 cm-1 in both Band-1 (8.5-15 micrometers) and Band-2 (5-8.5 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry in window and water vapour band (for emissivity) to estimate cloud top height from its temperature',
			'variable_id' => (int) 35,
			'observingmission_id' => null,
			'rating' => (int) 200,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 31 => [
		'id' => (int) 5542,
		'rule_id' => (int) 5340,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 36,
		'rating' => (int) 520,
		'rule' => [
			'id' => (int) 5340,
			'ruletype_id' => (int) 1,
			'description' => 'TIR radiometer with >=1 channel(s) in the range 10-13 micrometers',
			'explanation' => 'TIR window channel(s)',
			'variable_id' => (int) 36,
			'observingmission_id' => null,
			'rating' => (int) 520,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 32 => [
		'id' => (int) 5543,
		'rule_id' => (int) 5350,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 36,
		'rating' => (int) 410,
		'rule' => [
			'id' => (int) 5350,
			'ruletype_id' => (int) 1,
			'description' => 'TIR radiometer with >=2 channels in the range 10-13 micrometers',
			'explanation' => 'TIR window channels',
			'variable_id' => (int) 36,
			'observingmission_id' => null,
			'rating' => (int) 410,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 33 => [
		'id' => (int) 5544,
		'rule_id' => (int) 5360,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 36,
		'rating' => (int) 320,
		'rule' => [
			'id' => (int) 5360,
			'ruletype_id' => (int) 1,
			'description' => 'TIR radiometer with >=1 channel(s) in each of the ranges 10-13 micrometers and 6-8 micrometers',
			'explanation' => 'TIR channels in window and water vapour band (for emissivity)',
			'variable_id' => (int) 36,
			'observingmission_id' => null,
			'rating' => (int) 320,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 34 => [
		'id' => (int) 5545,
		'rule_id' => (int) 5370,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 36,
		'rating' => (int) 220,
		'rule' => [
			'id' => (int) 5370,
			'ruletype_id' => (int) 1,
			'description' => 'TIR radiometer with >=2 channels in the range 10-13 micrometers and >=1 channel(s) in the range 6-8 micrometers',
			'explanation' => 'TIR channels in window and water vapour band (for emissivity)',
			'variable_id' => (int) 36,
			'observingmission_id' => null,
			'rating' => (int) 220,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 35 => [
		'id' => (int) 5546,
		'rule_id' => (int) 5380,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 36,
		'rating' => (int) 100,
		'rule' => [
			'id' => (int) 5380,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=2.5 cm-1 in each of the ranges 10-13 and 6-8 micrometers',
			'explanation' => 'TIR spectrometry in window and water vapour band (for emissivity)',
			'variable_id' => (int) 36,
			'observingmission_id' => null,
			'rating' => (int) 100,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 36 => [
		'id' => (int) 5547,
		'rule_id' => (int) 5600,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 37,
		'rating' => (int) 450,
		'rule' => [
			'id' => (int) 5600,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=1 channel(s) in MWIR and TIR',
			'explanation' => 'MWIR and TIR channels',
			'variable_id' => (int) 37,
			'observingmission_id' => null,
			'rating' => (int) 450,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 37 => [
		'id' => (int) 5548,
		'rule_id' => (int) 5610,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 37,
		'rating' => (int) 410,
		'rule' => [
			'id' => (int) 5610,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in both Band-3 (3.5-5 micrometers) and Band-1 (8.5-15 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry',
			'variable_id' => (int) 37,
			'observingmission_id' => null,
			'rating' => (int) 410,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 38 => [
		'id' => (int) 5549,
		'rule_id' => (int) 5670,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 38,
		'rating' => (int) 380,
		'rule' => [
			'id' => (int) 5670,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in Band-3 (3.5-5 micrometers), flown in GEO',
			'explanation' => 'MWIR spectrometry.  CO lines around 4.6.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 38,
			'observingmission_id' => null,
			'rating' => (int) 380,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 39 => [
		'id' => (int) 5550,
		'rule_id' => (int) 5800,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 39,
		'rating' => (int) 370,
		'rule' => [
			'id' => (int) 5800,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  CO2 lines around 15 micrometers',
			'variable_id' => (int) 39,
			'observingmission_id' => null,
			'rating' => (int) 370,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 40 => [
		'id' => (int) 5551,
		'rule_id' => (int) 5810,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 39,
		'rating' => (int) 360,
		'rule' => [
			'id' => (int) 5810,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  CO2 lines around 15 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 39,
			'observingmission_id' => null,
			'rating' => (int) 360,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 41 => [
		'id' => (int) 5552,
		'rule_id' => (int) 6080,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 43,
		'rating' => (int) 320,
		'rule' => [
			'id' => (int) 6080,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  COS lines around 11.6 micrometers',
			'variable_id' => (int) 43,
			'observingmission_id' => null,
			'rating' => (int) 320,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 42 => [
		'id' => (int) 5553,
		'rule_id' => (int) 6090,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 43,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 6090,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  COS lines around 11.6 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 43,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 43 => [
		'id' => (int) 5554,
		'rule_id' => (int) 6520,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 52,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 6520,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=1 channel(s) in windows (3.5-4 and 10-13 micrometers), and bands of H2O (6-8 micrometers) and CO2 (4-5 and 13-15 micrometers)',
			'explanation' => 'MWIR and TIR channels including water vapour and CO2 bands',
			'variable_id' => (int) 52,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 44 => [
		'id' => (int) 5555,
		'rule_id' => (int) 6530,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 52,
		'rating' => (int) 200,
		'rule' => [
			'id' => (int) 6530,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry including water vapour and CO2 bands',
			'variable_id' => (int) 52,
			'observingmission_id' => null,
			'rating' => (int) 200,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 45 => [
		'id' => (int) 5556,
		'rule_id' => (int) 6540,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 52,
		'rating' => (int) 100,
		'rule' => [
			'id' => (int) 6540,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in Band-3 (3.5-5 micrometers), Band-2 (5-8.5 micrometers) and Band-1 (8.5 and 15 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry including water vapour and CO2 bands',
			'variable_id' => (int) 52,
			'observingmission_id' => null,
			'rating' => (int) 100,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 46 => [
		'id' => (int) 5557,
		'rule_id' => (int) 8160,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 76,
		'rating' => (int) 240,
		'rule' => [
			'id' => (int) 8160,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers)',
			'explanation' => 'MWIR/TIR spectrometry in a range centred on 6.3 micrometers',
			'variable_id' => (int) 76,
			'observingmission_id' => null,
			'rating' => (int) 240,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 47 => [
		'id' => (int) 5558,
		'rule_id' => (int) 8170,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 76,
		'rating' => (int) 230,
		'rule' => [
			'id' => (int) 8170,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers), flown in GEO',
			'explanation' => 'MWIR/TIR spectrometry in a range centred on 6.3 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 76,
			'observingmission_id' => null,
			'rating' => (int) 230,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 48 => [
		'id' => (int) 5559,
		'rule_id' => (int) 8180,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 76,
		'rating' => (int) 220,
		'rule' => [
			'id' => (int) 8180,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-2 (5-8.5 micrometers)',
			'explanation' => 'MWIR/TIR spectrometry in a range centred on 6.3 micrometers',
			'variable_id' => (int) 76,
			'observingmission_id' => null,
			'rating' => (int) 220,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 49 => [
		'id' => (int) 5560,
		'rule_id' => (int) 8190,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 76,
		'rating' => (int) 210,
		'rule' => [
			'id' => (int) 8190,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-2 (5-8.5 micrometers), flown in GEO',
			'explanation' => 'MWIR/TIR spectrometry in a range centred on 6.3 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 76,
			'observingmission_id' => null,
			'rating' => (int) 210,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 50 => [
		'id' => (int) 10667,
		'rule_id' => (int) 8350,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 80,
		'rating' => (int) 550,
		'rule' => [
			'id' => (int) 8350,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  Height of PBL top from temperature profile',
			'variable_id' => (int) 80,
			'observingmission_id' => null,
			'rating' => (int) 550,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 51 => [
		'id' => (int) 10668,
		'rule_id' => (int) 8360,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 80,
		'rating' => (int) 450,
		'rule' => [
			'id' => (int) 8360,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers) and <=2.5 cm-1 in Band-3 (3.5-5 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry.  Height of PBL top from temperature profile',
			'variable_id' => (int) 80,
			'observingmission_id' => null,
			'rating' => (int) 450,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 52 => [
		'id' => (int) 10669,
		'rule_id' => (int) 8370,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 80,
		'rating' => (int) 400,
		'rule' => [
			'id' => (int) 8370,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers) and <=2.5 cm-1 in Band-3 (3.5-5 micrometers), flown in GEO',
			'explanation' => 'MWIR and TIR spectrometry.  Height of PBL top from temperature profile.  Frequent sampling (GEO) enables monitoring the PBL evolution',
			'variable_id' => (int) 80,
			'observingmission_id' => null,
			'rating' => (int) 400,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 53 => [
		'id' => (int) 10670,
		'rule_id' => (int) 8520,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 81,
		'rating' => (int) 500,
		'rule' => [
			'id' => (int) 8520,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  Height of tropopause from temperature profile',
			'variable_id' => (int) 81,
			'observingmission_id' => null,
			'rating' => (int) 500,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 54 => [
		'id' => (int) 10671,
		'rule_id' => (int) 8530,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 81,
		'rating' => (int) 410,
		'rule' => [
			'id' => (int) 8530,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  Height of tropopause from temperature profile.  Frequent sampling (GEO) enables monitoring the tropopause evolution',
			'variable_id' => (int) 81,
			'observingmission_id' => null,
			'rating' => (int) 410,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 55 => [
		'id' => (int) 10672,
		'rule_id' => (int) 8690,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 84,
		'rating' => (int) 340,
		'rule' => [
			'id' => (int) 8690,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers) and <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry.  HNO3 lines around 5.9, 7.6 and 11.3 micrometers',
			'variable_id' => (int) 84,
			'observingmission_id' => null,
			'rating' => (int) 340,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 56 => [
		'id' => (int) 10673,
		'rule_id' => (int) 8695,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 84,
		'rating' => (int) 330,
		'rule' => [
			'id' => (int) 8695,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers) and <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'MWIR and TIR spectrometry.  HNO3 lines around 5.9, 7.6 and 11.3 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 84,
			'observingmission_id' => null,
			'rating' => (int) 330,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 57 => [
		'id' => (int) 10674,
		'rule_id' => (int) 8700,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 84,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 8700,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in both Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry.  HNO3 lines around 5.9, 7.6 and 11.3 micrometers',
			'variable_id' => (int) 84,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 58 => [
		'id' => (int) 10675,
		'rule_id' => (int) 8710,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 84,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 8710,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in both Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'MWIR and TIR spectrometry.  HNO3 lines around 5.9, 7.6 and 11.3 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 84,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 59 => [
		'id' => (int) 10676,
		'rule_id' => (int) 9120,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 96,
		'rating' => (int) 470,
		'rule' => [
			'id' => (int) 9120,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=2 channels in the TIR range 10-13 micrometers',
			'explanation' => 'TIR split window channels for water vapour correction',
			'variable_id' => (int) 96,
			'observingmission_id' => null,
			'rating' => (int) 470,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 60 => [
		'id' => (int) 10677,
		'rule_id' => (int) 9130,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 96,
		'rating' => (int) 370,
		'rule' => [
			'id' => (int) 9130,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=1 channel in the TIR range 10-13 micrometers and the MWIR range 3.5-4.0 micrometers',
			'explanation' => 'MWIR and TIR window channels (high sensitivity to high temperature, cloud impact reduction, water vapour correction)',
			'variable_id' => (int) 96,
			'observingmission_id' => null,
			'rating' => (int) 370,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 61 => [
		'id' => (int) 10678,
		'rule_id' => (int) 9140,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 96,
		'rating' => (int) 430,
		'rule' => [
			'id' => (int) 9140,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry (inclusive of several narrow-bandwidth windows and absorption bands for atmospheric corrections)',
			'variable_id' => (int) 96,
			'observingmission_id' => null,
			'rating' => (int) 430,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 62 => [
		'id' => (int) 10679,
		'rule_id' => (int) 9150,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 96,
		'rating' => (int) 400,
		'rule' => [
			'id' => (int) 9150,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in Band-3 (3.5-5 micrometers)',
			'explanation' => 'MWIR spectrometry (inclusive of several narrow-bandwidth windows and absorption bands for atmospheric corrections)',
			'variable_id' => (int) 96,
			'observingmission_id' => null,
			'rating' => (int) 400,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 63 => [
		'id' => (int) 10680,
		'rule_id' => (int) 9160,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 96,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 9160,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=2 channels in each of the TIR range 10-13 micrometers and MWIR range 3.5-4.0 micrometers',
			'explanation' => 'MWIR and TIR channels in windows and absorption bands for atmospheric corrections',
			'variable_id' => (int) 96,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 64 => [
		'id' => (int) 10681,
		'rule_id' => (int) 9170,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 96,
		'rating' => (int) 200,
		'rule' => [
			'id' => (int) 9170,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in both Band-3 (3.5-5 micrometers) and Band-1 (8.5-15 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry (inclusive of several narrow-bandwidth windows and absorption bands for atmospheric corrections)',
			'variable_id' => (int) 96,
			'observingmission_id' => null,
			'rating' => (int) 200,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 65 => [
		'id' => (int) 10682,
		'rule_id' => (int) 9560,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 100,
		'rating' => (int) 200,
		'rule' => [
			'id' => (int) 9560,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry measuring land temperature in many windows.  Emissivity inferred by statistical analysis',
			'variable_id' => (int) 100,
			'observingmission_id' => null,
			'rating' => (int) 200,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 66 => [
		'id' => (int) 10683,
		'rule_id' => (int) 9570,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 100,
		'rating' => (int) 100,
		'rule' => [
			'id' => (int) 9570,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in Band-3 (3.5-5 micrometers), Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry measuring land temperature in many windows.  Emissivity inferred by statistical analysis',
			'variable_id' => (int) 100,
			'observingmission_id' => null,
			'rating' => (int) 100,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 67 => [
		'id' => (int) 10684,
		'rule_id' => (int) 9820,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 102,
		'rating' => (int) 360,
		'rule' => [
			'id' => (int) 9820,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in Band-2 (5-8.5 micrometers)',
			'explanation' => 'TIR spectrometry.  N2O lines around 7.7 micrometers',
			'variable_id' => (int) 102,
			'observingmission_id' => null,
			'rating' => (int) 360,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 68 => [
		'id' => (int) 10685,
		'rule_id' => (int) 9830,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 102,
		'rating' => (int) 240,
		'rule' => [
			'id' => (int) 9830,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in both Band-3 (3.5-5 micrometers) and Band-2 (5-8.5 micrometers), flown in GEO',
			'explanation' => 'MWIR and TIR spectrometry.  N2O lines around 4.5 and 7.7 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 102,
			'observingmission_id' => null,
			'rating' => (int) 240,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 69 => [
		'id' => (int) 10686,
		'rule_id' => (int) 9960,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 351,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 9960,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-2 (5-8.5 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry.  N2O5 lines around 5.8 and 8 micrometers',
			'variable_id' => (int) 351,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 70 => [
		'id' => (int) 10687,
		'rule_id' => (int) 9970,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 351,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 9970,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-2 (5-8.5 micrometers), flown in GEO',
			'explanation' => 'MWIR and TIR spectrometry.  N2O5 lines around 5.8 and 8 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 351,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 71 => [
		'id' => (int) 10688,
		'rule_id' => (int) 10080,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 104,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 10080,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in Band-2 (5-8.5 micrometers)',
			'explanation' => 'MWIR spectrometry.  NO lines around 5.3 micrometers',
			'variable_id' => (int) 104,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 72 => [
		'id' => (int) 10689,
		'rule_id' => (int) 10090,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 104,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 10090,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in Band-2 (5-8.5 micrometers), flown in GEO',
			'explanation' => 'MWIR spectrometry.  NO lines around 5.3 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 104,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 73 => [
		'id' => (int) 10690,
		'rule_id' => (int) 10240,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 105,
		'rating' => (int) 340,
		'rule' => [
			'id' => (int) 10240,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in Band-2 (5-8.5 micrometers)',
			'explanation' => 'TIR spectrometry.  NO2 lines around 6.1 micrometers',
			'variable_id' => (int) 105,
			'observingmission_id' => null,
			'rating' => (int) 340,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 74 => [
		'id' => (int) 10691,
		'rule_id' => (int) 10250,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 105,
		'rating' => (int) 330,
		'rule' => [
			'id' => (int) 10250,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in Band-2 (5-8.5 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  NO2 lines around 6.1 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 105,
			'observingmission_id' => null,
			'rating' => (int) 330,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 75 => [
		'id' => (int) 10692,
		'rule_id' => (int) 10420,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 106,
		'rating' => (int) 510,
		'rule' => [
			'id' => (int) 10420,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers)',
			'explanation' => 'TIR spectrometry.  NO2 lines around 6.1 micrometers',
			'variable_id' => (int) 106,
			'observingmission_id' => null,
			'rating' => (int) 510,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 76 => [
		'id' => (int) 10693,
		'rule_id' => (int) 10425,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 106,
		'rating' => (int) 500,
		'rule' => [
			'id' => (int) 10425,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  NO2 lines around 6.1 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 106,
			'observingmission_id' => null,
			'rating' => (int) 500,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 77 => [
		'id' => (int) 10694,
		'rule_id' => (int) 10430,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 106,
		'rating' => (int) 410,
		'rule' => [
			'id' => (int) 10430,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in Band-2 (5-8.5 micrometers)',
			'explanation' => 'TIR spectrometry.  NO2 lines around 6.1 micrometers',
			'variable_id' => (int) 106,
			'observingmission_id' => null,
			'rating' => (int) 410,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 78 => [
		'id' => (int) 10695,
		'rule_id' => (int) 10440,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 106,
		'rating' => (int) 400,
		'rule' => [
			'id' => (int) 10440,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=0.7 cm-1 in Band-2 (5-8.5 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  NO2 lines around 6.1 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 106,
			'observingmission_id' => null,
			'rating' => (int) 400,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 79 => [
		'id' => (int) 10696,
		'rule_id' => (int) 10531,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 108,
		'rating' => (int) 340,
		'rule' => [
			'id' => (int) 10531,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  Ozone band around 9.7 micrometers',
			'variable_id' => (int) 108,
			'observingmission_id' => null,
			'rating' => (int) 340,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 80 => [
		'id' => (int) 10697,
		'rule_id' => (int) 10535,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 108,
		'rating' => (int) 330,
		'rule' => [
			'id' => (int) 10535,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  Ozone band around 9.7 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 108,
			'observingmission_id' => null,
			'rating' => (int) 330,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 81 => [
		'id' => (int) 10698,
		'rule_id' => (int) 10720,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 109,
		'rating' => (int) 340,
		'rule' => [
			'id' => (int) 10720,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR channel(s).  Ozone lines in band around 9.7 micrometers',
			'variable_id' => (int) 109,
			'observingmission_id' => null,
			'rating' => (int) 340,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 82 => [
		'id' => (int) 10699,
		'rule_id' => (int) 10730,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 109,
		'rating' => (int) 330,
		'rule' => [
			'id' => (int) 10730,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR channel(s).  Ozone lines in band around 9.7 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 109,
			'observingmission_id' => null,
			'rating' => (int) 330,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 83 => [
		'id' => (int) 10700,
		'rule_id' => (int) 11120,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 122,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 11120,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers) and <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry.  PAN lines around 5.7, 8.6 and 12.5 micrometers',
			'variable_id' => (int) 122,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 84 => [
		'id' => (int) 10701,
		'rule_id' => (int) 11130,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 122,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 11130,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers) and <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'MWIR and TIR spectrometry.  PAN lines around 5.7, 8.6 and 12.5 micrometers.  Frequent sampling (GEO) enables monitoring diurnal variations',
			'variable_id' => (int) 122,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 85 => [
		'id' => (int) 10702,
		'rule_id' => (int) 11580,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 131,
		'rating' => (int) 230,
		'rule' => [
			'id' => (int) 11580,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in both Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'MWIR and TIR spectroscopy',
			'variable_id' => (int) 131,
			'observingmission_id' => null,
			'rating' => (int) 230,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 86 => [
		'id' => (int) 10703,
		'rule_id' => (int) 11850,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 134,
		'rating' => (int) 520,
		'rule' => [
			'id' => (int) 11850,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=1 channel(s) in the TIR range 10-13 micrometers',
			'explanation' => 'TIR window channel(s)',
			'variable_id' => (int) 134,
			'observingmission_id' => null,
			'rating' => (int) 520,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 87 => [
		'id' => (int) 10704,
		'rule_id' => (int) 11860,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 134,
		'rating' => (int) 460,
		'rule' => [
			'id' => (int) 11860,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=2 channels in the TIR range 10-13 micrometers',
			'explanation' => 'TIR split window channels for water vapour correction',
			'variable_id' => (int) 134,
			'observingmission_id' => null,
			'rating' => (int) 460,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 88 => [
		'id' => (int) 10705,
		'rule_id' => (int) 11870,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 134,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 11870,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=1 channel(s) in the TIR range 10-13 micrometers and the MWIR range 3.5-4.0 micrometers',
			'explanation' => 'MWIR and TIR window channels (cloud impact reduction, water vapour correction)',
			'variable_id' => (int) 134,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 89 => [
		'id' => (int) 10706,
		'rule_id' => (int) 11880,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 134,
		'rating' => (int) 320,
		'rule' => [
			'id' => (int) 11880,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry (inclusive of several narrow-bandwidth windows and absorption bands for atmospheric corrections)',
			'variable_id' => (int) 134,
			'observingmission_id' => null,
			'rating' => (int) 320,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 90 => [
		'id' => (int) 10707,
		'rule_id' => (int) 11890,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 134,
		'rating' => (int) 250,
		'rule' => [
			'id' => (int) 11890,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in Band-3 (3.5-5 micrometers)',
			'explanation' => 'MWIR spectrometry (inclusive of several narrow-bandwidth windows and absorption bands for atmospheric corrections)',
			'variable_id' => (int) 134,
			'observingmission_id' => null,
			'rating' => (int) 250,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 91 => [
		'id' => (int) 10708,
		'rule_id' => (int) 11900,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 134,
		'rating' => (int) 220,
		'rule' => [
			'id' => (int) 11900,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=2 channels in the TIR range 10-13 micrometers and >=1 channel(s) in the MWIR range 3.5-4.0 micrometers',
			'explanation' => 'MWIR and TIR window channels (cloud impact reduction, water vapour correction)',
			'variable_id' => (int) 134,
			'observingmission_id' => null,
			'rating' => (int) 220,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 92 => [
		'id' => (int) 10709,
		'rule_id' => (int) 11910,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 134,
		'rating' => (int) 110,
		'rule' => [
			'id' => (int) 11910,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in both Band-3 (3.5-5 micrometers) and Band-1 (8.5-15 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry (inclusive of several narrow-bandwidth windows and absorption bands for atmospheric corrections)',
			'variable_id' => (int) 134,
			'observingmission_id' => null,
			'rating' => (int) 110,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 93 => [
		'id' => (int) 15776,
		'rule_id' => (int) 12620,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 140,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 12620,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  SF6 lines around 10.5  micrometers',
			'variable_id' => (int) 140,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 94 => [
		'id' => (int) 15777,
		'rule_id' => (int) 12630,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 140,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 12630,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  SF6 lines around 10.5  micrometers.  Frequent sampling (GEO) for diurnal variations',
			'variable_id' => (int) 140,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 95 => [
		'id' => (int) 15778,
		'rule_id' => (int) 13440,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 146,
		'rating' => (int) 310,
		'rule' => [
			'id' => (int) 13440,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers) and <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  SO2 lines around 7.3 and 8.6 micrometers',
			'variable_id' => (int) 146,
			'observingmission_id' => null,
			'rating' => (int) 310,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 96 => [
		'id' => (int) 15779,
		'rule_id' => (int) 13450,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 146,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 13450,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers) and <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  SO2 lines around 7.3 and 8.6 micrometers.  Frequent sampling (GEO) for sources monitoring',
			'variable_id' => (int) 146,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 97 => [
		'id' => (int) 15780,
		'rule_id' => (int) 13460,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 146,
		'rating' => (int) 210,
		'rule' => [
			'id' => (int) 13460,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in both Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  SO2 lines around 7.3 and 8.6 micrometers',
			'variable_id' => (int) 146,
			'observingmission_id' => null,
			'rating' => (int) 210,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 98 => [
		'id' => (int) 15781,
		'rule_id' => (int) 13470,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 146,
		'rating' => (int) 200,
		'rule' => [
			'id' => (int) 13470,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in both Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  SO2 lines around 7.3 and 8.6 micrometers.  Frequent sampling (GEO) for sources monitoring',
			'variable_id' => (int) 146,
			'observingmission_id' => null,
			'rating' => (int) 200,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 99 => [
		'id' => (int) 15782,
		'rule_id' => (int) 13610,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 147,
		'rating' => (int) 410,
		'rule' => [
			'id' => (int) 13610,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers) and <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  SO2 lines around 7.3 and 8.6 micrometers',
			'variable_id' => (int) 147,
			'observingmission_id' => null,
			'rating' => (int) 410,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 100 => [
		'id' => (int) 15783,
		'rule_id' => (int) 13620,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 147,
		'rating' => (int) 400,
		'rule' => [
			'id' => (int) 13620,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers) and <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  SO2 lines around 7.3 and 8.6 micrometers.  Frequent sampling (GEO) for sources monitoring',
			'variable_id' => (int) 147,
			'observingmission_id' => null,
			'rating' => (int) 400,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 101 => [
		'id' => (int) 15784,
		'rule_id' => (int) 13630,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 147,
		'rating' => (int) 210,
		'rule' => [
			'id' => (int) 13630,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in both Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  SO2 lines around 7.3 and 8.6 micrometers',
			'variable_id' => (int) 147,
			'observingmission_id' => null,
			'rating' => (int) 210,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 102 => [
		'id' => (int) 15785,
		'rule_id' => (int) 13640,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 147,
		'rating' => (int) 200,
		'rule' => [
			'id' => (int) 13640,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in both Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  SO2 lines around 7.3 and 8.6 micrometers.  Frequent sampling (GEO) for sources monitoring',
			'variable_id' => (int) 147,
			'observingmission_id' => null,
			'rating' => (int) 200,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 103 => [
		'id' => (int) 15786,
		'rule_id' => (int) 14290,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 161,
		'rating' => (int) 360,
		'rule' => [
			'id' => (int) 14290,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=2 channels in the TIR range 6-8 micrometers (in Band-2)',
			'explanation' => 'TIR channels in the water vapour band around 6.3 micrometers',
			'variable_id' => (int) 161,
			'observingmission_id' => null,
			'rating' => (int) 360,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 104 => [
		'id' => (int) 15787,
		'rule_id' => (int) 14320,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 161,
		'rating' => (int) 130,
		'rule' => [
			'id' => (int) 14320,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers)',
			'explanation' => 'TIR spectrometry in the water vapour band around 6.3 micrometers',
			'variable_id' => (int) 161,
			'observingmission_id' => null,
			'rating' => (int) 130,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 105 => [
		'id' => (int) 15788,
		'rule_id' => (int) 14330,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 161,
		'rating' => (int) 120,
		'rule' => [
			'id' => (int) 14330,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry in the water vapour band around 6.3 micrometers.  Frequent sampling (GEO) enables monitoring instability onset',
			'variable_id' => (int) 161,
			'observingmission_id' => null,
			'rating' => (int) 120,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 106 => [
		'id' => (int) 15789,
		'rule_id' => (int) 14700,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 162,
		'rating' => (int) 450,
		'rule' => [
			'id' => (int) 14700,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=2 channels in the TIR range 10-13 micrometers (in Band-1)',
			'explanation' => 'TIR channels in the 11 micrometers split window',
			'variable_id' => (int) 162,
			'observingmission_id' => null,
			'rating' => (int) 450,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 107 => [
		'id' => (int) 15790,
		'rule_id' => (int) 14710,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 162,
		'rating' => (int) 420,
		'rule' => [
			'id' => (int) 14710,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=2 channels in the TIR range 6-8 micrometers (in Band-2)',
			'explanation' => 'TIR channels in the water vapour band around 6.3 micrometers',
			'variable_id' => (int) 162,
			'observingmission_id' => null,
			'rating' => (int) 420,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 108 => [
		'id' => (int) 15791,
		'rule_id' => (int) 14730,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 162,
		'rating' => (int) 320,
		'rule' => [
			'id' => (int) 14730,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=2 channels in the TIR range 6-8 micrometers (in Band-2) and >=1 channel in the TIR range 10-13 micrometers (in Band-1)',
			'explanation' => 'TIR channels around 6.3 micrometers and in the 11 micrometers split window',
			'variable_id' => (int) 162,
			'observingmission_id' => null,
			'rating' => (int) 320,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 109 => [
		'id' => (int) 15792,
		'rule_id' => (int) 14750,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 162,
		'rating' => (int) 230,
		'rule' => [
			'id' => (int) 14750,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in both Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry in the bands around 6.3 and above 11 micrometers',
			'variable_id' => (int) 162,
			'observingmission_id' => null,
			'rating' => (int) 230,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 110 => [
		'id' => (int) 15793,
		'rule_id' => (int) 14760,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 162,
		'rating' => (int) 220,
		'rule' => [
			'id' => (int) 14760,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in both Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry in the bands around 6.3 and above 11 micrometers.  Frequent sampling (GEO) enables monitoring instability onset',
			'variable_id' => (int) 162,
			'observingmission_id' => null,
			'rating' => (int) 220,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 111 => [
		'id' => (int) 15794,
		'rule_id' => (int) 14830,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 164,
		'rating' => (int) 400,
		'rule' => [
			'id' => (int) 14830,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry.  Tropopause temperature from temperature profile',
			'variable_id' => (int) 164,
			'observingmission_id' => null,
			'rating' => (int) 400,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 112 => [
		'id' => (int) 15795,
		'rule_id' => (int) 14840,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 164,
		'rating' => (int) 320,
		'rule' => [
			'id' => (int) 14840,
			'ruletype_id' => (int) 1,
			'description' => 'TIR spectrometer with resolution <=0.7 cm-1 in Band-1 (8.5-15 micrometers), flown in GEO',
			'explanation' => 'TIR spectrometry.  Tropopause temperature from temperature profile.  Frequent sampling (GEO) enables monitoring the tropopause evolution',
			'variable_id' => (int) 164,
			'observingmission_id' => null,
			'rating' => (int) 320,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 113 => [
		'id' => (int) 15796,
		'rule_id' => (int) 15300,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 168,
		'rating' => (int) 220,
		'rule' => [
			'id' => (int) 15300,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer covering Band-3, Band-2 and Band-1 with resolution <=2.5, 1.25 and 0.625 cm-1, respectively',
			'explanation' => 'MWIR and TIR spectrometry resolving water vapour lines in the bands around 6.3 micrometers and 11 to 15 micrometers; and other greenhouse gases',
			'variable_id' => (int) 168,
			'observingmission_id' => null,
			'rating' => (int) 220,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 114 => [
		'id' => (int) 15797,
		'rule_id' => (int) 15380,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 169,
		'rating' => (int) 400,
		'rule' => [
			'id' => (int) 15380,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=1 channel(s) in windows (3.5-4 and 10-13 micrometers), and bands of H2O ( 6-8 micrometers) and CO2 (4-5 and 13-15 micrometers)',
			'explanation' => 'MWIR and TIR channels in windows around 3.7 and 11 micrometers, and in water vapour and CO2 bands around 4,3, 6.3 and 15 micrometers',
			'variable_id' => (int) 169,
			'observingmission_id' => null,
			'rating' => (int) 400,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 115 => [
		'id' => (int) 15798,
		'rule_id' => (int) 15390,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 169,
		'rating' => (int) 340,
		'rule' => [
			'id' => (int) 15390,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in Band-2 (5-8.5 micrometers), and Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry covering the 11 micrometers window region and the water vapour and CO2 bands around 6.3 and 15 micrometers',
			'variable_id' => (int) 169,
			'observingmission_id' => null,
			'rating' => (int) 340,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 116 => [
		'id' => (int) 15799,
		'rule_id' => (int) 15410,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 169,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 15410,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in Band-3 (3.5-5 micrometers), Band-2 (5-8.5 micrometers), and Band-1 (8.5-15 micrometers)',
			'explanation' => 'MWIR and TIR spectrometry in the windows regions around 3.7 and 11 micrometers, and in water vapour and CO2 bands around 4,3, 6.3 and 15 micrometers',
			'variable_id' => (int) 169,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 117 => [
		'id' => (int) 15800,
		'rule_id' => (int) 15530,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 170,
		'rating' => (int) 100,
		'rule' => [
			'id' => (int) 15530,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in Band-3 (3.5-5 micrometers), Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers)',
			'explanation' => 'MWIR and TIR channels in windows around 3.7 and 11 micrometers, and in water vapour and CO2 bands around 4,3, 6.3 and 15 micrometers',
			'variable_id' => (int) 170,
			'observingmission_id' => null,
			'rating' => (int) 100,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 118 => [
		'id' => (int) 19585,
		'rule_id' => (int) 16660,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 179,
		'rating' => (int) 200,
		'rule' => [
			'id' => (int) 16660,
			'ruletype_id' => (int) 1,
			'description' => 'Hyperspectral sounder in GEO with resolution <=1.3 cm-1 in Band-2 (5-8.5 micrometers)',
			'explanation' => 'TIR spectrometry in the 6.3 micrometers band.  Wind profile in clear air by tracking water vapour patches in the humidity profile',
			'variable_id' => (int) 179,
			'observingmission_id' => null,
			'rating' => (int) 200,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 119 => [
		'id' => (int) 19586,
		'rule_id' => (int) 16890,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 170,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 16890,
			'ruletype_id' => (int) 1,
			'description' => 'Radiometer with >=1 channel(s) in windows (3.5-4 and 10-13 micrometers), and bands of H2O (6-8 micrometers) and CO2 (4-5 and 13-15 micrometers)',
			'explanation' => 'MWIR and TIR channels in windows around 3.7 and 11 micrometers, and in water vapour and CO2 bands around 4,3, 6.3 and 15 micrometers',
			'variable_id' => (int) 170,
			'observingmission_id' => null,
			'rating' => (int) 300,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 120 => [
		'id' => (int) 19587,
		'rule_id' => (int) 16900,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 170,
		'rating' => (int) 200,
		'rule' => [
			'id' => (int) 16900,
			'ruletype_id' => (int) 1,
			'description' => 'Spectrometer with resolution <=2.5 cm-1 in Band-2 (5-8.5 micrometers) and Band-1 (8.5-15 micrometers)',
			'explanation' => 'TIR spectrometry covering the 11 micrometers window region and the water vapour and CO2 bands around 6.3 and 15 micrometers',
			'variable_id' => (int) 170,
			'observingmission_id' => null,
			'rating' => (int) 200,
			'limitations' => [
				[maximum depth reached]
			],
			'observingmission' => null,
			'variable' => [
				[maximum depth reached]
			],
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 121 => [
		'id' => (int) 21875,
		'rule_id' => (int) 80200,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 80200,
			'ruletype_id' => (int) 3,
			'description' => 'IR radiometer with >=4 TIR channels around 15 micrometers and >=2  channels in each of the MWIR band around 4.3 micrometers and the TIR range 6-8 micrometers, flown in GEO',
			'explanation' => 'Coarse vertical resolution profile through the whole troposphere, with frequent sampling for instability monitoring',
			'variable_id' => null,
			'observingmission_id' => (int) 4,
			'rating' => (int) 300,
			'limitations' => [[maximum depth reached]],
			'observingmission' => [
				[maximum depth reached]
			],
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 122 => [
		'id' => (int) 21876,
		'rule_id' => (int) 80210,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 100,
		'rule' => [
			'id' => (int) 80210,
			'ruletype_id' => (int) 3,
			'description' => 'IR spectrometer with spectral resolution <=0.7 cm-1 in Band-1 and <=1.3 cm-1 in both Band-2 and Band-3, flown in GEO',
			'explanation' => 'High vertical resolution profile through the whole troposphere and the lowest stratosphere, with frequent sampling for instability monitoring and wind profile in clear air',
			'variable_id' => null,
			'observingmission_id' => (int) 4,
			'rating' => (int) 100,
			'limitations' => [[maximum depth reached]],
			'observingmission' => [
				[maximum depth reached]
			],
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 123 => [
		'id' => (int) 21877,
		'rule_id' => (int) 81490,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 200,
		'rule' => [
			'id' => (int) 81490,
			'ruletype_id' => (int) 3,
			'description' => 'IR spectrometer with resolution <=2.8 cm-1 in Band-3, <=1.4 cm-1 in Band-2 and <=0.7 cm-1 in Band-1.  Flown in GEO',
			'explanation' => 'Several species observed, with fair vertical resolution',
			'variable_id' => null,
			'observingmission_id' => (int) 24,
			'rating' => (int) 200,
			'limitations' => [[maximum depth reached]],
			'observingmission' => [
				[maximum depth reached]
			],
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 124 => [
		'id' => (int) 21878,
		'rule_id' => (int) 81500,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 100,
		'rule' => [
			'id' => (int) 81500,
			'ruletype_id' => (int) 3,
			'description' => 'IR spectrometer with resolution <=0.7 cm-1 in Band-3, Band-2 and Band-1.  Flown in GEO',
			'explanation' => 'Several species observed, with high vertical resolution',
			'variable_id' => null,
			'observingmission_id' => (int) 24,
			'rating' => (int) 100,
			'limitations' => [[maximum depth reached]],
			'observingmission' => [
				[maximum depth reached]
			],
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 125 => [
		'id' => (int) 25346,
		'rule_id' => (int) 85500,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 100,
		'rule' => [
			'id' => (int) 85500,
			'ruletype_id' => (int) 3,
			'description' => 'Hyperspectral sounder in GEO for frequent high-vertical resolution temperature profile in the low-medium troposphere',
			'explanation' => 'Hyperspectral sounder in GEO for frequent high-vertical resolution temperature profile in the low-medium troposphere',
			'variable_id' => null,
			'observingmission_id' => (int) 39,
			'rating' => (int) 100,
			'limitations' => [[maximum depth reached]],
			'observingmission' => [
				[maximum depth reached]
			],
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 126 => [
		'id' => (int) 25347,
		'rule_id' => (int) 85530,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 85530,
			'ruletype_id' => (int) 3,
			'description' => 'Sounding radiometer in GEO for frequent coarse vertical resolution temperature profile in the low-medium troposphere',
			'explanation' => 'Sounding radiometer in GEO for frequent coarse vertical resolution temperature profile in the low-medium troposphere',
			'variable_id' => null,
			'observingmission_id' => (int) 39,
			'rating' => (int) 300,
			'limitations' => [[maximum depth reached]],
			'observingmission' => [
				[maximum depth reached]
			],
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 127 => [
		'id' => (int) 25348,
		'rule_id' => (int) 85600,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 100,
		'rule' => [
			'id' => (int) 85600,
			'ruletype_id' => (int) 3,
			'description' => 'Hyperspectral sounder in GEO for frequent high-vertical resolution humidity profile and wind profile in clear air',
			'explanation' => 'Hyperspectral sounder in GEO for frequent high-vertical resolution humidity profile and wind profile in clear air',
			'variable_id' => null,
			'observingmission_id' => (int) 40,
			'rating' => (int) 100,
			'limitations' => [[maximum depth reached]],
			'observingmission' => [
				[maximum depth reached]
			],
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 128 => [
		'id' => (int) 25349,
		'rule_id' => (int) 85620,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 300,
		'rule' => [
			'id' => (int) 85620,
			'ruletype_id' => (int) 3,
			'description' => 'Sounding radiometer in GEO or Molniya for frequent coarse vertical resolution humidity profile and instabilty monitoring',
			'explanation' => 'Sounding radiometer in GEO or Molniya for frequent coarse vertical resolution humidity profile and instabilty monitoring',
			'variable_id' => null,
			'observingmission_id' => (int) 40,
			'rating' => (int) 300,
			'limitations' => [[maximum depth reached]],
			'observingmission' => [
				[maximum depth reached]
			],
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 129 => [
		'id' => (int) 25350,
		'rule_id' => (int) 85710,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 200,
		'rule' => [
			'id' => (int) 85710,
			'ruletype_id' => (int) 3,
			'description' => 'Hyperspectral sounder in GEO for frequent high vertical-resolution temperature profile in the medium-high troposphere, and O3',
			'explanation' => 'Hyperspectral sounder in GEO for frequent high vertical-resolution temperature profile in the medium-high troposphere, and O3',
			'variable_id' => null,
			'observingmission_id' => (int) 41,
			'rating' => (int) 200,
			'limitations' => [[maximum depth reached]],
			'observingmission' => [
				[maximum depth reached]
			],
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 130 => [
		'id' => (int) 25351,
		'rule_id' => (int) 85750,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 450,
		'rule' => [
			'id' => (int) 85750,
			'ruletype_id' => (int) 3,
			'description' => 'Sounding radiometer in GEO or Molniya for coarse vertical resolution temperature profile',
			'explanation' => 'Sounding radiometer in GEO or Molniya for coarse vertical resolution temperature profile',
			'variable_id' => null,
			'observingmission_id' => (int) 41,
			'rating' => (int) 450,
			'limitations' => [[maximum depth reached]],
			'observingmission' => [
				[maximum depth reached]
			],
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 131 => [
		'id' => (int) 25352,
		'rule_id' => (int) 100005,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 1,
		'rule' => [
			'id' => (int) 100005,
			'ruletype_id' => (int) 2,
			'description' => 'MWIR',
			'explanation' => null,
			'variable_id' => null,
			'observingmission_id' => null,
			'rating' => (int) 1,
			'limitations' => [[maximum depth reached]],
			'observingmission' => null,
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 132 => [
		'id' => (int) 25353,
		'rule_id' => (int) 100006,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 1,
		'rule' => [
			'id' => (int) 100006,
			'ruletype_id' => (int) 2,
			'description' => 'TIR',
			'explanation' => null,
			'variable_id' => null,
			'observingmission_id' => null,
			'rating' => (int) 1,
			'limitations' => [[maximum depth reached]],
			'observingmission' => null,
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 133 => [
		'id' => (int) 25354,
		'rule_id' => (int) 100020,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 1,
		'rule' => [
			'id' => (int) 100020,
			'ruletype_id' => (int) 2,
			'description' => 'GEO',
			'explanation' => null,
			'variable_id' => null,
			'observingmission_id' => null,
			'rating' => (int) 1,
			'limitations' => [[maximum depth reached]],
			'observingmission' => null,
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	],
	(int) 134 => [
		'id' => (int) 25355,
		'rule_id' => (int) 100039,
		'instrument_id' => (int) 557,
		'variable_id' => (int) 0,
		'rating' => (int) 1,
		'rule' => [
			'id' => (int) 100039,
			'ruletype_id' => (int) 2,
			'description' => 'GEO & GeoSync',
			'explanation' => null,
			'variable_id' => null,
			'observingmission_id' => null,
			'rating' => (int) 1,
			'limitations' => [[maximum depth reached]],
			'observingmission' => null,
			'variable' => null,
			'ruletype' => [
				[maximum depth reached]
			]
		]
	]
]
$relevances = [
	(int) 1 => 'primary',
	(int) 2 => 'very high',
	(int) 3 => 'high',
	(int) 4 => 'fair',
	(int) 5 => 'marginal'
]
$parents = [
	(int) 0 => [
		'id' => (int) 1,
		'name' => 'Earth observation instrument',
		'parent_id' => null,
		'instrumentclassification_id' => null,
		'order' => (int) 1
	],
	(int) 1 => [
		'id' => (int) 2,
		'name' => 'Passive optical radiometer or spectrometer',
		'parent_id' => (int) 1,
		'instrumentclassification_id' => null,
		'order' => (int) 1
	],
	(int) 2 => [
		'id' => (int) 6,
		'name' => 'Cross-nadir infrared sounder, possibly including VIS channels',
		'parent_id' => (int) 2,
		'instrumentclassification_id' => (int) 4,
		'order' => (int) 0
	]
]
$ruleTypes = [
	'RATING' => (int) 1,
	'MISSION' => (int) 3,
	'FILTER' => (int) 2
]
$propertytypes = object(App\Model\Table\PropertytypesTable) {

	'registryAlias' => 'Propertytypes',
	'table' => 'propertytypes',
	'alias' => 'Propertytypes',
	'entityClass' => 'App\Model\Entity\Propertytype',
	'associations' => [
		(int) 0 => 'properties'
	],
	'behaviors' => [
		(int) 0 => 'Logable'
	],
	'defaultConnection' => 'default',
	'connectionName' => 'default'

}
$p = [
	'id' => (int) 6,
	'name' => 'Cross-nadir infrared sounder, possibly including VIS channels',
	'parent_id' => (int) 2,
	'instrumentclassification_id' => (int) 4,
	'order' => (int) 0
]
$sat = [
	'id' => '546',
	'acronym' => 'Electro-M N3',
	'slug' => 'electro_m_n3',
	'eol' => '2039-00-00',
	'launch' => '2029-00-00'
]
$date = '2029 - 2039'
$i = (int) 2
$indent = (int) 40
$show_properties_publicly = false
$labeled = [
	'Primary mission objectives' => [
		(int) 0 => 'Atmospheric temperature',
		(int) 1 => 'Height of the top of PBL',
		(int) 2 => 'Height of the tropopause',
		(int) 3 => 'Specific humidity',
		(int) 4 => 'Integrated Water Vapour (IWV)',
		(int) 5 => 'Temperature of the tropopause',
		(int) 6 => 'Wind (horizontal)'
	],
	'Secondary mission objectives' => [
		(int) 0 => 'Sea surface temperature',
		(int) 1 => 'O3 Total Column'
	],
	'Opportunity objectives' => [
		(int) 0 => 'Long-wave Earth surface emissivity',
		(int) 1 => 'N2O Mole Fraction'
	]
]
$instobj = [
	'id' => (int) 6995,
	'variable_id' => (int) 103,
	'instrument_id' => (int) 557,
	'objective_id' => (int) 3,
	'objective' => [
		'id' => (int) 3,
		'name' => 'Opportunity objectives'
	],
	'variable' => null
]
include - ROOT/templates/Instruments/view.php, line 282
Cake\View\View::_evaluate() - CORE/src/View/View.php, line 1160
Cake\View\View::_render() - CORE/src/View/View.php, line 1121
Cake\View\View::render() - CORE/src/View/View.php, line 751
Cake\Controller\Controller::render() - CORE/src/Controller/Controller.php, line 688
Cake\Controller\Controller::invokeAction() - CORE/src/Controller/Controller.php, line 530
Cake\Controller\ControllerFactory::invoke() - CORE/src/Controller/ControllerFactory.php, line 79
Cake\Http\BaseApplication::handle() - CORE/src/Http/BaseApplication.php, line 229
Cake\Http\Runner::handle() - CORE/src/Http/Runner.php, line 77
Cake\Http\Runner::handle() - CORE/src/Http/Runner.php, line 77
Cake\Http\Middleware\CsrfProtectionMiddleware::process() - CORE/src/Http/Middleware/CsrfProtectionMiddleware.php, line 128
Cake\Http\Runner::handle() - CORE/src/Http/Runner.php, line 73
Cake\Http\Runner::run() - CORE/src/Http/Runner.php, line 58
Cake\Routing\Middleware\RoutingMiddleware::process() - CORE/src/Routing/Middleware/RoutingMiddleware.php, line 162
Cake\Http\Runner::handle() - CORE/src/Http/Runner.php, line 73
Cake\Routing\Middleware\AssetMiddleware::process() - CORE/src/Routing/Middleware/AssetMiddleware.php, line 68
Cake\Http\Runner::handle() - CORE/src/Http/Runner.php, line 73
Primary mission objectives
Atmospheric temperature
Height of the top of PBL
Height of the tropopause
Integrated Water Vapour (IWV)
Specific humidity
Show all Show fewer
Tentative Evaluation of Measurements
The following list indicates which measurements can typically be retrieved from this category of instrument. To see a full Gap Analysis by Variable, click on the respective variable.
Note: table can be sorted by clicking on the column headers
Variable	Relevance for measuring this variable	Operational limitations	Explanation
Atmospheric temperature	1 - primary	Cloud sensitive.	MWIR and TIR spectrometry in the CO2 4.3 and 15 micrometer bands. Frequent sampling (GEO) enables monitoring instability onset
C2H2 Mole Fraction	3 - high	Cloud sensitive.. Coarse vertical resolution.	TIR spectrometry. C2H2 lines around 7.5 and 13.7 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
C2H6 Mole Fraction	3 - high	Cloud sensitive.. Coarse vertical resolution.	TIR spectrometry. C2H6 lines around 12 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
CFC-11 Mole Fraction	3 - high	Cloud sensitive.. Coarse vertical resolution.	TIR spectrometry. CFC-11 lines around 9.2 and 11.7 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
CFC-12 Mole Fraction	3 - high	Cloud sensitive.. Coarse vertical resolution.	TIR spectrometry. CFC-12 lines around 8.8 and 10.8 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
CH4 Mole Fraction	2 - very high	Cloud sensitive.. Coarse vertical resolution.	MWIR and TIR spectrometry. CH4 lines around 4.3 and 7.7 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
ClONO2 Mole Fraction	2 - very high	Cloud sensitive.. Coarse vertical resolution.	MWIR and TIR spectrometry. ClONO2 lines around 5.7, 7.7 and 12.5 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
Cloud cover	3 - high	Discontinuous coverage.	MWIR and TIR spectrometry
Cloud top height	2 - very high	Discontinuous coverage.	MWIR and TIR spectrometry in window and water vapour band (for emissivity) to estimate cloud top height from its temperature
Cloud top temperature	1 - primary	Discontinuous coverage.	TIR spectrometry in window and water vapour band (for emissivity)
Cloud type	4 - fair	Discontinuous coverage.	MWIR and TIR spectrometry
CO Mole Fraction	3 - high	Cloud sensitive.. Coarse vertical resolution.	MWIR spectrometry. CO lines around 4.6. Frequent sampling (GEO) enables monitoring diurnal variations
CO2 Mole Fraction	3 - high	Cloud sensitive.. Coarse vertical resolution.	TIR spectrometry. CO2 lines around 15 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
COS Mole Fraction	3 - high	Cloud sensitive.. Coarse vertical resolution.	TIR spectrometry. COS lines around 11.6 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
Downward long-wave irradiance at Earth surface	1 - primary	Cloud sensitive.. Highly indirect.	MWIR and TIR spectrometry including water vapour and CO2 bands
H2O Mole Fraction	2 - very high	Cloud sensitive.. Coarse vertical resolution.	MWIR/TIR spectrometry in a range centred on 6.3 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
Height of the top of PBL	4 - fair	Cloud sensitive.	MWIR and TIR spectrometry. Height of PBL top from temperature profile. Frequent sampling (GEO) enables monitoring the PBL evolution
Height of the tropopause	4 - fair	Cloud sensitive.	TIR spectrometry. Height of tropopause from temperature profile. Frequent sampling (GEO) enables monitoring the tropopause evolution
HNO3 Mole Fraction	3 - high	Cloud sensitive.. Coarse vertical resolution.	MWIR and TIR spectrometry. HNO3 lines around 5.9, 7.6 and 11.3 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
Land surface temperature	2 - very high	Cloud sensitive.. Coarse spatial resolution.	MWIR and TIR spectrometry (inclusive of several narrow-bandwidth windows and absorption bands for atmospheric corrections)
Long-wave Earth surface emissivity	1 - primary	Cloud sensitive.. Long time series needed.	MWIR and TIR spectrometry measuring land temperature in many windows. Emissivity inferred by statistical analysis
N2O Mole Fraction	2 - very high	Cloud sensitive.. Coarse vertical resolution.	MWIR and TIR spectrometry. N2O lines around 4.5 and 7.7 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
N2O5 Mole fraction	3 - high	Cloud sensitive.. Coarse vertical resolution.	MWIR and TIR spectrometry. N2O5 lines around 5.8 and 8 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
NO Mole Fraction	3 - high	Cloud sensitive.. Coarse vertical resolution.	MWIR spectrometry. NO lines around 5.3 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
NO2 Mole Fraction	3 - high	Cloud sensitive.. Coarse vertical resolution.	TIR spectrometry. NO2 lines around 6.1 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
NO2 Total Column	4 - fair	Cloud sensitive.	TIR spectrometry. NO2 lines around 6.1 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
O3 Mole Fraction	3 - high	Cloud sensitive.. Coarse vertical resolution.	TIR spectrometry. Ozone band around 9.7 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
O3 Total Column	3 - high	Cloud sensitive.	TIR channel(s). Ozone lines in band around 9.7 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
PAN Mole Fraction	3 - high	Cloud sensitive.. Coarse spatial resolution.	MWIR and TIR spectrometry. PAN lines around 5.7, 8.6 and 12.5 micrometers. Frequent sampling (GEO) enables monitoring diurnal variations
PSC occurrence	2 - very high	Marginal view from GEO.. Coarse vertical resolution.	MWIR and TIR spectroscopy
Sea surface temperature	1 - primary	Cloud sensitive.	MWIR and TIR spectrometry (inclusive of several narrow-bandwidth windows and absorption bands for atmospheric corrections)
SF6 Mole Fraction	3 - high	Cloud sensitive.. Coarse vertical resolution.	TIR spectrometry. SF6 lines around 10.5 micrometers. Frequent sampling (GEO) for diurnal variations
SO2 Mole Fraction	2 - very high	Cloud sensitive.. Coarse vertical resolution.	TIR spectrometry. SO2 lines around 7.3 and 8.6 micrometers. Frequent sampling (GEO) for sources monitoring
SO2 Total Column	2 - very high	Cloud sensitive.	TIR spectrometry. SO2 lines around 7.3 and 8.6 micrometers. Frequent sampling (GEO) for sources monitoring
Specific humidity	1 - primary	Cloud sensitive.	TIR spectrometry in the water vapour band around 6.3 micrometers. Frequent sampling (GEO) enables monitoring instability onset
Integrated Water Vapour (IWV)	2 - very high	Cloud sensitive.	TIR spectrometry in the bands around 6.3 and above 11 micrometers. Frequent sampling (GEO) enables monitoring instability onset
Temperature of the tropopause	3 - high	Cloud sensitive.	TIR spectrometry. Tropopause temperature from temperature profile. Frequent sampling (GEO) enables monitoring the tropopause evolution
Upward spectral radiance at TOA	2 - very high	Missing all Short-waves.	MWIR and TIR spectrometry resolving water vapour lines in the bands around 6.3 micrometers and 11 to 15 micrometers; and other greenhouse gases
Upward long-wave irradiance at TOA	3 - high	Spectral interpolation needed.	MWIR and TIR spectrometry in the windows regions around 3.7 and 11 micrometers, and in water vapour and CO2 bands around 4,3, 6.3 and 15 micrometers
Upward long-wave irradiance at Earth surface	1 - primary	Cloud sensitive.. Highly indirect.	MWIR and TIR channels in windows around 3.7 and 11 micrometers, and in water vapour and CO2 bands around 4,3, 6.3 and 15 micrometers
Wind (horizontal)	2 - very high	Cloud sensitive.. Water vapour tracers needed.	TIR spectrometry in the 6.3 micrometers band. Wind profile in clear air by tracking water vapour patches in the humidity profile