Dependencies in Dataset #9734

uploaded by Nicole Spelten, FZJ
during STRATOCLIM mission

Entries (observed variables)

Information about observed variables of the current dataset.
No.	Name
A	virtual entry: time [unspecified unit] given by 15898 constant values
001	water vapour mixing ratio (ppmv)
002	Monsoon centered equivalent latitutde (deg N)
003	OCS (ppt)
004	OCS INT_ERR (ppt)
005	CO (ppb)
006	CO INT_ERR (ppb)
007	H2O (ppm)
008	H2O INT_ERR (ppm)
009	Pst* (hPa)
010	H* (m)
011	Vtrue* (km/h)
012	Tcalc (K)
013	Uwind* (m/s)
014	W_dir* (deg)
015	Q* (K)
016	TotalConc - Number concentration [cm^-3] (cm^-3)
017	DpMeanN - Averaged particle diameter [um] (um)
018	Xi - Sample volume correction factor Xi (UNKNOWN)
019	TotalConc - number concentration[cm^-3] (cm^-3)
020	DpMeanN - averaged particle diameter[um] (um)
021	Xi - Sample voluem correction factor (UNKNOWN)
022	Latitude (DEGREE)
023	Longitude (DEGREE)
024	Hybrid potential temperature (K)
025	E30 tracer with 30 day lifetime (m^3/m^3)
026	E90 tracer with 90 day lifetime (m^3/m^3)
027	E180 tracer with 180 day lifetime (m^3/m^3)
028	E360 tracer with 360 day lifetime (m^3/m^3)
029	E720 tracer with 720 day lifetime (m^3/m^3)
030	E1080 tracer with 1080 day lifetime (m^3/m^3)
031	Mean age from age-spectrum (10 yr) (year)
032	Modal age from age-spectrum (10 yr) (year)
033	Age spectrum width (10 yr) (year)
034	Deacay timescale of age spectrum tail (10 yr) (year)
035	Tail-corrected mean age from age-spectrum (10 yr) (year)
036	Tail-corrected age spectrum width (10 yr) (year)
037	Norm from age-spectrum (10 yr) (XX)
038	Tail-corrected norm from age-spectrum (10 yr) (XX)
039	Mass fraction younger than 1 month from age-spectrum (10 yr) (%)
040	Mass fraction younger than 3 months from age-spectrum (10 yr) (%)
041	Mass fraction younger than 6 months from age-spectrum (10 yr) (%)
042	Mass fraction older than 12 months from age-spectrum (10 yr) (%)
043	Mass fraction older than 24 months from age-spectrum (10 yr) (%)
044	Mass fraction older than 48 months from age-spectrum (10 yr) (%)
045	Pstat (hPa)
046	pot. temperature (K)
047	Pstat (hPa)
048	Lat [degree]
049	Long [degree]
050	Alt (m)
051	pot. temperature (K)
052	Tout (K)
053	Brunt-Vaisala frequency (s**-2)
054	Geopotential Height (m2 s-2)
055	Pressure of tropopause (hPa)
056	Hybrid Theta at tropopause (K)
057	Theta at tropopause (K)
058	Temperature of tropopause (K)
059	Hybrid Potential Temperature (K)
060	PV (10^(-6)Km^2/(kg*s))
061	Equivalent Latitudes (deg N)
062	Latitude transformed to 02.08.2017 12:00:00 (ECMWF ERA5) [degree]
063	Longitude transformed to 02.08.2017 12:00:00 (ECMWF ERA5) [degree]
064	Potential temperature transformed to 02.08.2017 12:00:00 (ECMWF ERA5) (K)
065	Hybrid Potential temperature transformed to 02.08.2017 12:00:00 (ECMWF ERA5) (K)
066	Equivalent Latitudes - Asian monsoon cen (deg N)
067	Potential temperature distance from 2 PVU/380 K surface (K)
068	NO;NO volume mixing ratio (nmol/mol)
069	NOy; NOy volume mixing ratio (nmol/mol)
070	Tout (K)
071	Pstat (hPa)
072	Vtrue (m/s)
073	Halt (meter)
074	Dr_ang [degree]
075	Head [degree]
076	Pitch [degree]
077	Attack [degree]
078	Sl_ang [degree]
079	Uwind (m/s)
080	W_dir [degree]
081	Roll [degree]
082	Lat [degree]
083	Long [degree]
084	Gr_sp (km/h)
085	Tr_ang [degree]
086	Alt (m)
087	pot. temperature (K)
088	Lat [degree]
089	Long [degree]
090	Latitude transformed to 02.08.2017 12:00:00 (ECMWF ERA Interim) [degree]
091	Longitude transformed to 02.08.2017 12:00:00 (ECMWF ERA Interim) [degree]
092	Potential temperature transformed to 02.08.2017 12:00:00 (ECMWF ERA Interim) (K)
093	Hybrid Potential temperature transformed to 02.08.2017 12:00:00 (ECMWF ERA Interim) (K)
094	Pressure (hPa)
095	pot. temperature (K)
096	Hybrid Potential Temperature (K)
097	Tropical Troposphere (Air mass origin)
098	Lower TTL (Air mass origin)
099	Upper TTL (Air mass origin)
100	Tropical Pipe (Air mass origin)
101	Mid-Lat Troposphere (Air mass origin)
102	Mid-Lat Lowermost Stratosphere (Air mass origin)
103	Polar Troposphere (Air mass origin)
104	Polar Lowermost Stratosphere (Air mass origin)
105	Stratosphere (Air mass origin)
106	North Africa (Emisssion Tracers)
107	South Africa (Emisssion Tracers)
108	Madagskar (Emisssion Tracers)
109	North India (Emisssion Tracers)
110	South India (Emisssion Tracers)
111	SE Asia (Emisssion Tracers)
112	East China (Emisssion Tracers)
113	Australia (Emisssion Tracers)
114	South America (Emisssion Tracers)
115	North America (Emisssion Tracers)
116	Mediterranean (Emisssion Tracers)
117	Europe (Emisssion Tracers)
118	Siberia (Emisssion Tracers)
119	All Surface (Emisssion Tracers)
120	Tropical Pacific Ocean 1 (Emisssion Tracers)
121	Tropical Pacific Ocean 2 (Emisssion Tracers)
122	Tropical Pacific Ocean 3 (Emisssion Tracers)
123	Tropical Atlantic Ocean 1 (Emisssion Tracers)
124	Tropical Atlantic Ocean 2 (Emisssion Tracers)
125	Tropical Atlantic Ocean 3 (Emisssion Tracers)
126	Tropical Indian Ocean 1 (Emisssion Tracers)
127	Tropical Indian Ocean 2 (Emisssion Tracers)
128	Tropical Indian Ocean 3 (Emisssion Tracers)
129	North-West Pacific (Emisssion Tracers)
130	Ozone mixing ratio (ppbv)
131	temperture (K)
132	pressure (hPa)
133	Probe air speed (m/s)
134	True air speed from aircraft (m/s)
135	Cloud water content (ppmv) (ppmv)
136	TOTAL PARTICLE CONCS: DIAMS 3 to 937um (cm^-3)
137	TOTAL PARTICLE CONCS: DIAMS 0.6 to 3um (cm^-3)
138	Mass Mean Radius (micrometer)
139	Cloud Index: inside cloud = 1, outside cloud = 0 (only good quality data are used)
140	N - Total particle Concentration (cm^-3)
141	organics \| particulate mass concentration \| ug/m^3 NTP \| \| \| \| \| (UNKNOWN)
142	organics_cc \| particulate mass concentration \| ug/m^3 NTP \| corrected to stratospheric background of CO2 \| \| \| \| (UNKNOWN)
143	nitrate \| particulate mass concentration \| ug/m^3 NTP \| \| \| \| \| (UNKNOWN)
144	sulphate \| particulate mass concentration \| ug/m^3 NTP \| \| \| \| \| (UNKNOWN)
145	ammonium \| particulate mass concentration \| ug/m^3 NTP \| \| \| \| \| (UNKNOWN)
146	GPS_Alt \| \| m \| \| \| \| \| (UNKNOWN)
147	Theta \| potential temperature \| K \| \| \| \| \| (UNKNOWN)
148	cloudmask \| \| binary \| \| \| \| \| (UNKNOWN)
149	Tout (K)
150	Psts (hPa)
151	Halt (m)
152	Lat [degree]
153	Long [degree]
154	Alt (m)
155	Tpot (K)
156	qf () (UNKNOWN)
157	br () (UNKNOWN)
158	dep (%)
159	baer (km-1sr-1)
160	depaer (%)
161	CO mixing ratio (ppb)
162	N2O mixing ratio (ppb)
163	N2O MIXING RATIO (PPB)
164	CFC-12 MIXING RATIO (PPT)
165	CFC-11 MIXING RATIO (PPT)
166	Halon 1211 MIXING RATIO (PPT)
167	SF6 MIXING RATIO (PPT)
168	CO2 mixing ratio (PPM)
169	CO2 estimated precision (PPM)
170	FLASH:H2O (ppmv)
171	Particle number concentration, dp > 10 nm, n10 non volatile, in (cm^-3)
172	Particle number concentration, dp > 10 nm, n10, in (cm^-3)
173	Particle number concentration, dp > 15 nm, n15, in (cm^-3)
174	Particle number concentration, dp > 6 nm, n6, in (cm^-3)
175	H2O (ppmv)
176	FLAG (boolean)
177	TDC:TEMP (K)
178	THETA: TDC:TEMP, AVIONIK:PRESS (K)
179	H2O_sat_ice: TDC:TEMP, AVIONIK:PRESS (ppmv)
180	Mixing ratio OF gas + condensed phase , max. Enhancement (ppmv)
181	Mixing ratio OF condensed phase , max. Enhancement (ppmv)
182	Relative Humidity with respect to ice , max. Enhancement (%)
183	Relative Humidity with respect to water , max. Enhancement (%)
184	Enhancement factor for FISH Inlet , max. Enhancement [None]
185	FISH-Error: FISH:H2O_tot * 0.0700000 + 0.300000 (ppmv)

Dependencies of the observed variables

The interactive table provides a visualization of the dependencies of this dataset's entries (variables) which will hopefully assist you to understand the datasets structure.

Most datasets are simple, e.g. like 10 entries depending on 1 entry. But there are other datasets which are far more complex; with relationships between various entries and even reversed dependencies.

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Direction of relationships

Entry A		Entry B
	(=depends on)

Explanation

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