Citation:

PANGAEA.911672 (dataset in review)

Name: Eddy-Covariance measurements at Barentsburg/Spitsbergen (eddypro 05)
Creator: Alexander Schulz
License: https://creativecommons.org/licenses/by/4.0/
Keywords: 20Hz; Eddy-Covariance; turbulence

Facebook TwitterShow Map Google Earth

Keyword(s):

20Hz; Eddy-Covariance; turbulence

Coverage:

Latitude: 78.061944 * Longitude: 14.214444

Date/Time Start: 2017-12-01T00:30:00 * Date/Time End: 2018-01-01T00:00:00

Event(s):

Barentsburg * Latitude: 78.061944 * Longitude: 14.214444 * Location: Svalbard * Method/Device: Monitoring station (MONS)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	File name	File name		Schulz, Alexander
2	DATE/TIME	Date/Time		Schulz, Alexander	Geocode
3	Day of the year	DOY	day	Schulz, Alexander
4	Time of day	Time of day		Schulz, Alexander	1 = daytime
5	Number of observations	NOBS	#	Schulz, Alexander	file records
6	Number of observations	NOBS	#	Schulz, Alexander	used records
7	Momentum, flux	Momentum flux	kg/m/s²	Schulz, Alexander	corrected
8	Quality flag	QF		Schulz, Alexander	Tau (Momentum flux)
9	Heat, flux, sensible	Qh	W/m²	Schulz, Alexander	corrected
10	Quality flag	QF		Schulz, Alexander	sensible heat flux
11	Heat, flux, latent	Qe	W/m²	Schulz, Alexander	corrected
12	Quality flag	QF		Schulz, Alexander	corrected latent heat flux
13	Carbon dioxide, flux	CO2 flux	µmol/m²/s	Schulz, Alexander	corrected
14	Quality flag	QF		Schulz, Alexander	corrected CO2 flux
15	Water vapour, flux	H2O flux	mmol/m²/s	Schulz, Alexander	corrected
16	Quality flag	QF		Schulz, Alexander	corrected H2O flux
17	Heat, flux, sensible	Qh	W/m²	Schulz, Alexander	storage, estimate
18	Heat, flux, latent	Qe	W/m²	Schulz, Alexander	storage, estimate
19	Carbon dioxide, flux	CO2 flux	µmol/m²/s	Schulz, Alexander	storage, estimate
20	Water vapour, flux	H2O flux	mmol/m²/s	Schulz, Alexander	storage, estimate
21	Carbon dioxide, flux	CO2 flux	µmol/m²/s	Schulz, Alexander	vertical advection, estimate
22	Water vapour, flux	H2O flux	mmol/m²/s	Schulz, Alexander	vertical advection, estimate
23	Carbon dioxide	CO2	mmol/m³	Schulz, Alexander
24	Fraction	Fraction		Schulz, Alexander	CO2 mole fraction in mmol/mol
25	Carbon dioxide mixing ratio	CO2 mix ratio	µmol/mol	Schulz, Alexander
26	Time in seconds	Time	s	Schulz, Alexander	CO2 time lag used to synchronize gas time series
27	Flag	Flag		Schulz, Alexander	CO2, whether the reported time lag is the default (T) or calculated (F)
28	Water vapour	WV	mmol/m³	Schulz, Alexander
29	Fraction	Fraction		Schulz, Alexander	H2O mole fraction in mmol/mol
30	Carbon dioxide mixing ratio	CO2 mix ratio	µmol/mol	Schulz, Alexander
31	Time in seconds	Time	s	Schulz, Alexander	H2O time lag used to synchronize gas time series
32	Flag	Flag		Schulz, Alexander	H2O, whether the reported time lag is the default (T) or calculated (F)
33	Sonic temperature	Ts	°C	Schulz, Alexander	Anemometer
34	Temperature, air	TTT	°C	Schulz, Alexander	calculated from high frequency air T readings, or estimated from sonic T
35	Pressure, atmospheric	PPPP	hPa	Schulz, Alexander
36	Density, air	Density air	kg/m³	Schulz, Alexander
37	Specific heat, air	Spec heat air	J/kg/K	Schulz, Alexander
38	Molar volume, air	Vm air	m³/mol	Schulz, Alexander
39	Evapotranspiration	ET	mm/h	Schulz, Alexander
40	Density, water vapour	Density H2O	kg/m³	Schulz, Alexander
41	Water vapour partial pressure	e	Pa	Schulz, Alexander
42	Water vapour partial pressure	e	Pa	Schulz, Alexander	at saturation
43	Humidity, specific	Humidity spec	g/kg	Schulz, Alexander
44	Humidity, relative	RH	%	Schulz, Alexander
45	Vapour pressure deficit	VPD	hPa	Schulz, Alexander
46	Dew/frost point	TdTdTd	°C	Schulz, Alexander
47	Wind velocity, west-east	U	m/s	Schulz, Alexander	unrotated wind
48	Wind velocity, south-north	V	m/s	Schulz, Alexander	unrotated wind
49	Wind velocity, vertical	W	m/s	Schulz, Alexander	unrotated wind
50	Wind velocity, west-east	U	m/s	Schulz, Alexander	rotated wind, mean
51	Wind velocity, south-north	V	m/s	Schulz, Alexander	rotated wind, should be zero
52	Wind velocity, vertical	W	m/s	Schulz, Alexander	rotated wind, should be zero
53	Wind speed	ff	m/s	Schulz, Alexander	mean
54	Wind speed, maximum	ff max	m/s	Schulz, Alexander
55	Wind direction	dd	deg	Schulz, Alexander
56	Yaw angle	Yaw	deg	Schulz, Alexander
57	Pitch angle	Pitch	deg	Schulz, Alexander
58	Friction velocity	u*	m/s	Schulz, Alexander
59	Turbulence kinetic energy	TKE	m²/s²	Schulz, Alexander
60	Monin-Obukhov-length	MOS	m	Schulz, Alexander
61	Monin-Obukhov stability	MO stability	#	Schulz, Alexander
62	Bowen ratio	B		Schulz, Alexander
63	Number	n	#	Schulz, Alexander	scaling temperature in K
64	Method comment	Method comm		Schulz, Alexander	model for footprint estimation 0=KJ/1=KM/2=HS
65	Distance, relative, X	Dist rel X	m	Schulz, Alexander	Along-wind distance providing the highest (peak) contribution to turbulent fluxes
66	Distance, relative, X	Dist rel X	m	Schulz, Alexander	Along-wind distance offset
67	Distance, relative, X	Dist rel X	m	Schulz, Alexander	Along-wind distance providing <1% contribution to turbulent fluxes
68	Distance, relative, X	Dist rel X	m	Schulz, Alexander	Along-wind distance providing 10% (cumulative) contribution to turbulent fluxes
69	Distance, relative, X	Dist rel X	m	Schulz, Alexander	Along-wind distance providing 50% (cumulative) contribution to turbulent fluxes
70	Distance, relative, X	Dist rel X	m	Schulz, Alexander	Along-wind distance providing 70% (cumulative) contribution to turbulent fluxes
71	Distance, relative, X	Dist rel X	m	Schulz, Alexander	Along-wind distance providing 90% (cumulative) contribution to turbulent fluxes
72	Momentum, flux	Momentum flux	kg/m/s²	Schulz, Alexander	uncorrected
73	Correction	corr		Schulz, Alexander	spectral correction factor for momentum flux
74	Heat, flux, sensible	Qh	W/m²	Schulz, Alexander	uncorrected
75	Correction	corr		Schulz, Alexander	spectral correction factor for sensible heat flux
76	Heat, flux, latent	Qe	W/m²	Schulz, Alexander	uncorrected
77	Correction	corr		Schulz, Alexander	spectral correction factor for latent heat flux
78	Carbon dioxide, flux	CO2 flux	µmol/m²/s	Schulz, Alexander	uncorrected
79	Correction	corr		Schulz, Alexander	special correction factor for co2 flux
80	Water vapour, flux	H2O flux	mmol/m²/s	Schulz, Alexander	uncorrected
81	Correction	corr		Schulz, Alexander	special correction factor for h2o flux
82	Flag	Flag		Schulz, Alexander	Hard flags for individual variables for spike test, 8u/v/w/ts/co2/h2o/ch4/none
83	Flag	Flag		Schulz, Alexander	Hard flags for individual variables for amplitude resolution, 8u/v/w/ts/co2/h2o/ch4/none
84	Flag	Flag		Schulz, Alexander	Hard flags for individual variables for drop-out test, 8u/v/w/ts/co2/h2o/ch4/none
85	Flag	Flag		Schulz, Alexander	Hard flags for individual variables for absolute limits, 8u/v/w/ts/co2/h2o/ch4/none
86	Flag	Flag		Schulz, Alexander	Hard flags for individual variables for skewness and kurtosis, 8u/v/w/ts/co2/h2o/ch4/none
87	Flag	Flag		Schulz, Alexander	Soft flags for individual variables for skewness and kurtosis test, 8u/v/w/ts/co2/h2o/ch4/none
88	Flag	Flag		Schulz, Alexander	Hard flags for individual variables for discontinuities test, 8u/v/w/ts/co2/h2o/ch4/none
89	Flag	Flag		Schulz, Alexander	Soft flags for individual variables for discontinuities test, 8u/v/w/ts/co2/h2o/ch4/none
90	Flag	Flag		Schulz, Alexander	Hard flags for gas concentration for time lag test, 8co2/h2o/ch4/none
91	Flag	Flag		Schulz, Alexander	Soft flags for gas concentration for time lag test, 8co2/h2o/ch4/none
92	Flag	Flag		Schulz, Alexander	Hard flag for attack angle test, 8aa
93	Flag	Flag		Schulz, Alexander	Hard flag for non-steady horizontal test, 8U
94	Spikes	Spikes	#	Schulz, Alexander	detected and eliminated for variable u
95	Spikes	Spikes	#	Schulz, Alexander	detected and eliminated for variable v
96	Spikes	Spikes	#	Schulz, Alexander	detected and eliminated for variable w
97	Spikes	Spikes	#	Schulz, Alexander	detected and eliminated for variable ts
98	Spikes	Spikes	#	Schulz, Alexander	detected and eliminated for variable co2
99	Spikes	Spikes	#	Schulz, Alexander	detected and eliminated for variable h20
100	Number of observations	NOBS	#	Schulz, Alexander	for diagnostic flag chopper_LI-7500
101	Number of observations	NOBS	#	Schulz, Alexander	for diagnostic flag detector_LI-7500
102	Number of observations	NOBS	#	Schulz, Alexander	for diagnostic flag pll_LI-7500
103	Number of observations	NOBS	#	Schulz, Alexander	for diagnostic flag sync_LI-7500
104	Number	n	#	Schulz, Alexander	mean_value_RSSI_LI-7500
105	Variance	Var		Schulz, Alexander	Variance of variable u [m²/s²]
106	Variance	Var		Schulz, Alexander	Variance of variable v [m²/s²]
107	Variance	Var		Schulz, Alexander	Variance of variable w [m²/s²]
108	Variance	Var		Schulz, Alexander	Variance of variable ts [K²]
109	Variance	Var		Schulz, Alexander	Variance of variable co2 --
110	Variance	Var		Schulz, Alexander	Variance of variable h2o --
111	Covariance	Cov		Schulz, Alexander	Variance of variable w/ts_cov [m/K/s]
112	Covariance	Cov		Schulz, Alexander	Covariance between w and variable h2o --
113	Covariance	Cov		Schulz, Alexander	Covariance between w and variable co3 --
114	Parameter	Parameter	arbitrary units	Schulz, Alexander	mean value for non sensitive vin_sf
115	Parameter	Parameter	arbitrary units	Schulz, Alexander	mean value for non sensitive co2
116	Parameter	Parameter	arbitrary units	Schulz, Alexander	mean value for non sensitive h2o
117	Parameter	Parameter	arbitrary units	Schulz, Alexander	mean value for non sensitive dew point
118	Parameter	Parameter	arbitrary units	Schulz, Alexander	mean value for co2-signal-strength-7500

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0) (License comes into effect after moratorium ends)

Size:

171397 data points

Download Data (login required)

Download dataset as tab-delimited text — use the following character encoding:

View dataset as HTML (shows only first 2000 rows)