Citation:

PANGAEA.935074

Name: Old Crow River - Hydrochemistry data for thaw slump upstream, downstream, and rill samples, July 2019
Published: 2021-08-18
License: https://creativecommons.org/licenses/by/4.0/
Keywords: major ion; mercury; Old Crow; Old Crow River; river; sediment; thaw slump; trace element; tributary; Vantat; Vuntut; water quality

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Abstract:

Hydrochemistry data for thaw slump upstream, downstream, and rill samples, collected between July 21 - 27, 2019.

Keyword(s):

major ion; mercury; Old Crow; Old Crow River; river; sediment; thaw slump; trace element; tributary; Vantat; Vuntut; water quality

Coverage:

Median Latitude: 67.923250 * Median Longitude: -139.798450 * South-bound Latitude: 67.808700 * West-bound Longitude: -139.886400 * North-bound Latitude: 68.100800 * East-bound Longitude: -139.710600

Date/Time Start: 2019-07-23T01:00:00 * Date/Time End: 2019-07-25T18:00:00

Event(s):

OCRT19_ThawSlump1 * Latitude: 68.100800 * Longitude: -139.835100 * Date/Time Start: 2019-07-23T01:00:00 * Date/Time End: 2019-07-23T02:00:00 * Method/Device: Water sample (WS)

OCRT19_ThawSlump2 * Latitude: 67.808700 * Longitude: -139.886400 * Date/Time Start: 2019-07-24T18:30:00 * Date/Time End: 2019-07-24T19:30:00 * Method/Device: Water sample (WS)

OCRT19_ThawSlump3 * Latitude: 67.879800 * Longitude: -139.761700 * Date/Time Start: 2019-07-25T01:00:00 * Date/Time End: 2019-07-25T01:00:00 * Method/Device: Water sample (WS)

Comment:

Total and dissolved mercury were measured using oxidation, purge and trap, and Cold Vapor Atomic Fluorescence Spectrometry on a Tekran 2600 Total Mercury Analyzer.

Methylmercury and dissolved methylmercury were measured by isotope dilution, distillation, aqueous ethylation, purge and trap, gas chromatography and inductively coupled plasma mass spectrometry using a Tekran 2750 Methyl Mercury Distillation System, Tekran 2700 Methyl Mercury Analyzer, and Agilent 7900 ICP-MS.

Filterable and nonfilterable residue concentrations (i.e., total dissolved and total suspended solids; TDS and TSS) were derived from masses of, respectively, evaporated, and dried materials of known original volumes.

MDL: method detection limit

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event		Staniszewska, Kasia
2	DATE/TIME	Date/Time		Staniszewska, Kasia		Geocode – UTC
3	LATITUDE	Latitude		Staniszewska, Kasia		Geocode
4	LONGITUDE	Longitude		Staniszewska, Kasia		Geocode
5	Sample ID	Sample ID		Staniszewska, Kasia
6	Identification	ID		Staniszewska, Kasia		Thaw Slump Number
7	Sample type	Samp type		Staniszewska, Kasia
8	Mercury, total	Hg tot	ng/l	Staniszewska, Kasia	See description in dataset comment	MDL < 0.06 ng/l
9	Mercury, dissolved	Hg diss	ng/l	Staniszewska, Kasia	See description in dataset comment	MDL < 0.08 ng/l
10	Methylmercury, total	MeHg tot	ng/l	Staniszewska, Kasia	See description in dataset comment	MDL < 0.01 ng/l
11	Methylmercury, dissolved	MeHg diss	ng/l	Staniszewska, Kasia	See description in dataset comment	MDL < 0.01 ng/l
12	Nitrogen in nitrite + nitrate	N-[NO2]- + [NO3]-	µg/l	Staniszewska, Kasia		MDL < 2 µg/l
13	Nitrogen in nitrite	N-[NO2]-	µg/l	Staniszewska, Kasia	Flow injection analysis	MDL < 1 µg/l; analyzed on a Lachat QuickChem QC8500 FIA Automated Ion Analyzer
14	Nitrogen in ammonium	N-[NH4]+	µg/l	Staniszewska, Kasia	Flow injection analysis	MDL < 3 µg/l; analyzed on a Lachat QuickChem QC8500 FIA Automated Ion Analyzer
15	Nitrogen, total	TN	µg/l	Staniszewska, Kasia	Flow injection analysis	MDL < 6 µg/l; analyzed on a Lachat QuickChem QC8500 FIA Automated Ion Analyzer
16	Nitrogen, total dissolved	TDN	µg/l	Staniszewska, Kasia	Flow injection analysis	MDL < 6 µg/l; analyzed on a Lachat QuickChem QC8500 FIA Automated Ion Analyzer
17	Nitrogen, total Kjeldahl	TKN	µg/l	Staniszewska, Kasia	Flow injection analysis	MDL < 6 µg/l; analyzed on a Lachat QuickChem QC8500 FIA Automated Ion Analyzer
18	Phosphorus, reactive soluble	SRP	µg/l	Staniszewska, Kasia	Flow injection analysis	MDL < 1 µg/L; analyzed on a Lachat QuickChem QC8500 FIA Automated Ion Analyzer
19	Phosphorus, total	TP	µg/l	Staniszewska, Kasia	Flow injection analysis	MDL < 1 µg/l; analyzed on a Lachat QuickChem QC8500 FIA Automated Ion Analyzer
20	Phosphorus, dissolved	TDP	µg/l	Staniszewska, Kasia	Flow injection analysis	MDL < 2 µg/l; analyzed on a Lachat QuickChem QC8500 FIA Automated Ion Analyzer
21	Aluminium	Al	µg/l	Staniszewska, Kasia	ICAP-AES, Inductively coupled argon plasma - atomic emission spectroscopy	MDL < 3.6 µg/l; cations
22	Calcium	Ca	mg/l	Staniszewska, Kasia	ICAP-AES, Inductively coupled argon plasma - atomic emission spectroscopy	MDL < 0.01 mg/l; cations
23	Potassium	K	mg/l	Staniszewska, Kasia	ICAP-AES, Inductively coupled argon plasma - atomic emission spectroscopy	MDL < 0.01 mg/l; cations
24	Magnesium	Mg	mg/l	Staniszewska, Kasia	ICAP-AES, Inductively coupled argon plasma - atomic emission spectroscopy	MDL < 0.01 mg/l; cations
25	Sodium	Na	mg/l	Staniszewska, Kasia	ICAP-AES, Inductively coupled argon plasma - atomic emission spectroscopy	MDL < 0.02 mg/l; cations
26	Chloride	Cl-	mg/l	Staniszewska, Kasia	Ion chromatography	MDL < 0.03 mg/l; anions
27	Sulfate	[SO4]2-	mg/l	Staniszewska, Kasia	Ion chromatography	MDL < 0.04 mg/l; anions
28	Carbon, organic, dissolved	DOC	mg/l	Staniszewska, Kasia	Shimadzu Total Organic Carbon Analyzer (TOC-5000A)	MDL < 0.1 mg/l; measured by Shimadzu analysis
29	Carbon, inorganic, dissolved	DIC	mg/l	Staniszewska, Kasia		MDL < 0.2 mg/l; measured by Shimadzu analysis
30	pH	pH		Staniszewska, Kasia	Titration	using electrometric PC-Titrate instrumentation
31	Alkalinity, total	AT	mg/l	Staniszewska, Kasia	Titration	MDL < 3 mg/l; using electrometric PC-Titrate instrumentation
32	Conductivity, electrical	Cond electr	µS/cm	Staniszewska, Kasia	Titration	using electrometric PC-Titrate instrumentation
33	Turbidity (Nephelometric turbidity unit)	Turbidity	NTU	Staniszewska, Kasia	Laboratory Turbidity meter, Hach, 2100N	MDL unknown
34	Total dissolved solids	TDS	mg/l	Staniszewska, Kasia	See description in dataset comment	MDL < 0.05 mg/l
35	Suspended solids, total	TSS	mg/l	Staniszewska, Kasia	See description in dataset comment	MDL < 0.05 mg/l
36	δ Deuterium, water	δD H2O	‰ SMOW	Staniszewska, Kasia	Cavity ring-down spectroscopy (CRDS), L2130-i, Picarro Inc.	relative to Vienna Standard Mean Ocean Water (VSMOW)
37	δ18O, water	δ18O H2O	‰ SMOW	Staniszewska, Kasia	Cavity ring-down spectroscopy (CRDS), L2130-i, Picarro Inc.	relative to Vienna Standard Mean Ocean Water (VSMOW)
38	Aluminium, total	Al tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 4 µg/l
39	Antimony, total	Sb tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.008 µg/l
40	Arsenic, total	As tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.01 µg/l
41	Barium, total	Ba tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.05 µg/l
42	Beryllium, total	Be tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.003 µg/l
43	Bismuth, total	Bi tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.003 µg/l
44	Boron, total	B tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.2 µg/l
45	Cadmium, total	Cd tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.01 µg/l
46	Calcium, total	Ca tot	mg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.01 mg/l
47	Chlorine, total	Cl tot	mg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.03 mg/l
48	Chromium, total	Cr tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.1 µg/l
49	Cobalt, total	Co tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.002 µg/l
50	Copper, total	Cu tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.08 µg/l
51	Iron, total	Fe tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 6 µg/l
52	Lead, total	Pb tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.004 µg/l
53	Lithium, total	Li tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.007 µg/l
54	Manganese, total	Mn tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.04 µg/l
55	Molybdenum, total	Mo tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.002 µg/l
56	Nickel, total	Ni tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.03 µg/l
57	Selenium, total	Se tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.2 µg/l
58	Silver, total	Ag tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.001 µg/l
59	Strontium, total	Sr tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.07 µg/l
60	Thallium, total	Tl tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.002 µg/l
61	Thorium, total	Th tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.002 µg/l
62	Tin, total	Sn tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.06 µg/l
63	Titanium, total	Ti tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.03 µg/l
64	Uranium, total	U tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.002 µg/l
65	Vanadium, total	V tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.007 µg/l
66	Zinc, total	Zn tot	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.2 µg/l
67	Aluminium, dissolved	Al diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.4 µg/l
68	Antimony, dissolved	Sb diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.09 µg/l
69	Arsenic, dissolved	As diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.01 µg/l
70	Barium, dissolved	Ba diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.05 µg/l
71	Beryllium, dissolved	Be diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.004 µg/l
72	Bismuth, dissolved	Bi diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.003 µg/l
73	Boron, dissolved	B diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.2 µg/l
74	Cadmium, dissolved	Cd diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.002 µg/l
75	Calcium, dissolved	Ca diss	mg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.03 mg/l
76	Chlorine, dissolved	Cl diss	mg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.2 mg/l
77	Chromium, dissolved	Cr diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.3 µg/l
78	Cobalt, dissolved	Co diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.006 µg/l
79	Copper, dissolved	Cu diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.08 µg/l
80	Iron, dissolved	Fe diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 2 µg/l
81	Lead, dissolved	Pb diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.02 µg/l
82	Lithium, dissolved	Li diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.02 µg/l
83	Manganese, dissolved	Mn diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.01 µg/l
84	Molybdenum, dissolved	Mo diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.005 µg/l
85	Nickel, dissolved	Ni diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.03 µg/l
86	Selenium, dissolved	Se diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.2 µg/l
87	Silver, dissolved	Ag diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.003 µg/l
88	Strontium, dissolved	Sr diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.07 µg/l
89	Thallium, dissolved	Tl diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.002 µg/l
90	Thorium, dissolved	Th diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.002 µg/l
91	Tin, dissolved	Sn diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.06 µg/l
92	Titanium, dissolved	Ti diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.03 µg/l
93	Uranium, dissolved	U diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.002 µg/l
94	Vanadium, dissolved	V diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.006 µg/l
95	Zinc, dissolved	Zn diss	µg/l	Staniszewska, Kasia	Inductively coupled plasma mass spectrometry (ICP-MS)	MDL < 0.3 µg/l

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

1092 data points

Data

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

1 Event	2 Date/Time	3 Latitude	4 Longitude	5 Sample ID	6 ID	7 Samp type	8 Hg tot [ng/l]	9 Hg diss [ng/l]	10 MeHg tot [ng/l]	11 MeHg diss [ng/l]	12 N-[NO2]- + [NO3]- [µg/l]	13 N-[NO2]- [µg/l]	14 N-[NH4]+ [µg/l]	15 TN [µg/l]	16 TDN [µg/l]	17 TKN [µg/l]	18 SRP [µg/l]	19 TP [µg/l]	20 TDP [µg/l]	21 Al [µg/l]	22 Ca [mg/l]	23 K [mg/l]	24 Mg [mg/l]	25 Na [mg/l]	26 Cl- [mg/l]	27 [SO4]2- [mg/l]	28 DOC [mg/l]	29 DIC [mg/l]	30 pH	31 AT [mg/l]	32 Cond electr [µS/cm]	33 Turbidity [NTU]	34 TDS [mg/l]	35 TSS [mg/l]	36 δD H2O [‰ SMOW]	37 δ18O H2O [‰ SMOW]	38 Al tot [µg/l]	39 Sb tot [µg/l]	40 As tot [µg/l]	41 Ba tot [µg/l]	42 Be tot [µg/l]	43 Bi tot [µg/l]	44 B tot [µg/l]	45 Cd tot [µg/l]	46 Ca tot [mg/l]	47 Cl tot [mg/l]	48 Cr tot [µg/l]	49 Co tot [µg/l]	50 Cu tot [µg/l]	51 Fe tot [µg/l]	52 Pb tot [µg/l]	53 Li tot [µg/l]	54 Mn tot [µg/l]	55 Mo tot [µg/l]	56 Ni tot [µg/l]	57 Se tot [µg/l]	58 Ag tot [µg/l]	59 Sr tot [µg/l]	60 Tl tot [µg/l]	61 Th tot [µg/l]	62 Sn tot [µg/l]	63 Ti tot [µg/l]	64 U tot [µg/l]	65 V tot [µg/l]	66 Zn tot [µg/l]	67 Al diss [µg/l]	68 Sb diss [µg/l]	69 As diss [µg/l]	70 Ba diss [µg/l]	71 Be diss [µg/l]	72 Bi diss [µg/l]	73 B diss [µg/l]	74 Cd diss [µg/l]	75 Ca diss [mg/l]	76 Cl diss [mg/l]	77 Cr diss [µg/l]	78 Co diss [µg/l]	79 Cu diss [µg/l]	80 Fe diss [µg/l]	81 Pb diss [µg/l]	82 Li diss [µg/l]	83 Mn diss [µg/l]	84 Mo diss [µg/l]	85 Ni diss [µg/l]	86 Se diss [µg/l]	87 Ag diss [µg/l]	88 Sr diss [µg/l]	89 Tl diss [µg/l]	90 Th diss [µg/l]	91 Sn diss [µg/l]	92 Ti diss [µg/l]	93 U diss [µg/l]	94 V diss [µg/l]	95 Zn diss [µg/l]
OCRT19_ThawSlump1	2019-07-23T01:00	68.1008	-139.8351	OCRT-8	Thaw Slump 1	downstream	3.34	0.95	0.045	0.022	265	4	5	702	553	437	12	169	16	6.6	51.08	0.45	3.829	0.88	0.47	16.57	7.7	29.6	8.29	136.83	270	66.6	165.00	195.2	-155.9	-19.70	449.0	0.141	1.31	74.5	0.064	0.024	4.4	0.06	50.9	0.47	0.9	0.533	2.86	1960	1.370	2.56	53.6	0.664	1.76	0.3	0.009	133	0.010	0.160	<0.06	7.30	0.765	2.280	8.2	11.0	0.12	0.58	55.7	0.004	0.008	3.9	0.014	49.7	0.3	<0.3	<0.006	1.22	55	0.06	2.02	2.64	0.619	0.22	0.2	<0.003	127	<0.002	0.082	<0.06	0.91	0.717	0.457	0.3
OCRT19_ThawSlump1	2019-07-23T01:30	68.1008	-139.8351	OCRT-9	Thaw Slump 1	rill	22.57	0.35	1.436	<0.010	19	29	1800	4430	3080	4411	4	8600	28	16.3	593.50	9.56	249.400	40.77	8.59	2074.26	18.0	40.9	7.27	195.92	2030	62500.0	2781.25	55924.0	-190.9	-24.69	8.6	0.178	2.55	141.0	<0.003	<0.003	129.0	0.44	2630.0	7.42	9.4	16.600	1.48	18	0.009	56.30	13300.0	1.040	<0.03	4.3	0.009	6600	0.206	0.056	<0.06	2.27	27.600	2.650	3.7	3.7	0.12	1.45	43.7	<0.004	<0.003	116.0	0.044	550.0	7.5	0.3	0.511	1.22	15	<0.02	39.80	2810.00	0.680	<0.03	2.0	<0.003	1700	0.072	0.050	<0.06	0.70	8.750	0.178	3.4
OCRT19_ThawSlump1	2019-07-23T02:00	68.1008	-139.8351	OCRT-10	Thaw Slump 1	upstream	4.11	0.80	0.050	0.024	146	3	<3	503	429	357	10	143	15	10.9	58.12	0.42	4.663	1.24	0.51	16.26	7.3	29.9	8.29	127.27	270	39.4	172.00	124.0	-155.5	-19.59	475.0	0.126	1.23	79.2	0.051	0.017	4.5	0.05	50.8	0.45	1.1	0.541	2.76	1900	1.250	2.66	106.0	0.694	1.85	0.3	0.007	152	0.011	0.129	<0.06	5.27	0.783	2.250	7.2	5.1	0.12	0.60	55.9	<0.004	0.006	4.3	0.004	49.9	<0.2	0.5	<0.006	1.23	24	0.02	2.34	5.80	0.639	0.20	0.3	<0.003	133	<0.002	0.011	<0.06	0.61	0.754	0.395	0.3
OCRT19_ThawSlump2	2019-07-24T18:30	67.8087	-139.8864	OCRT-11	Thaw Slump 2	downstream	3.14	0.60	0.042	0.019	92	5	16	501	420	409	11	103	15	10.2	49.02	0.77	6.301	1.92	0.40	26.29	8.1	24.7	8.24	106.26	254	30.3	157.00	90.8	-152.6	-19.32	365.0	0.131	1.14	84.7	0.051	0.015	5.7	0.03	43.2	0.41	0.8	0.420	2.68	1420	0.981	2.72	40.6	0.583	1.90	0.3	0.008	122	0.007	0.111	<0.06	4.91	0.641	1.850	5.6	6.0	0.12	0.65	69.5	0.005	0.005	5.3	0.003	41.8	0.5	<0.3	<0.006	1.52	26	0.02	2.54	3.64	0.585	0.63	0.3	<0.003	116	<0.002	0.012	<0.06	0.55	0.639	0.400	0.3
OCRT19_ThawSlump2	2019-07-24T19:00	67.8087	-139.8864	OCRT-12	Thaw Slump 2	upstream	2.00	0.69	0.037	0.019	91	2	7	459	398	368	12	72	16	10.8	50.98	0.63	6.449	2.10	0.39	26.12	7.7	25.6	8.22	106.14	253	22.0	167.00	39.9	-152.6	-19.39	167.0	0.124	0.93	74.5	0.026	0.010	5.5	0.02	42.7	0.41	0.5	0.170	1.96	890	0.569	2.50	25.8	0.550	1.36	0.3	0.005	125	0.004	0.057	<0.06	2.85	0.613	1.150	3.5	6.1	0.11	0.56	68.2	<0.004	0.003	5.2	0.003	42.5	<0.2	<0.3	<0.006	1.45	31	0.02	2.52	2.06	0.543	0.61	0.3	<0.003	120	<0.002	0.010	<0.06	0.51	0.622	0.280	0.5
OCRT19_ThawSlump2	2019-07-24T19:30	67.8087	-139.8864	OCRT-13	Thaw Slump 2	rill	213.32	0.67	0.155	0.050	49	4	4620	17800	6750	17751	3	5100	61	14.1	95.25	3.47	31.980	19.72	1.70	102.17	48.3	51.8	7.48	252.60	625	2622.0	452.50	14246.2	-170.9	-21.70	1160.0	0.024	3.98	4080.0	1.030	<0.003	91.2	8.02	1600.0	1.77	<0.1	387.000	3.22	455000	0.023	31.40	38400.0	4.100	670.00	2.4	0.006	4110	0.025	0.019	<0.06	4.41	0.082	<0.007	851.0	29.0	<0.09	4.37	186.0	0.004	<0.003	68.9	0.011	60.6	1.5	<0.3	0.790	0.95	214	<0.02	4.20	441.00	4.280	3.92	2.3	0.004	243	0.004	0.013	<0.06	3.03	0.024	0.009	1.2
OCRT19_ThawSlump3	2019-07-25T01:00	67.8798	-139.7617	OCRT-15	Thaw Slump 3	rill	3.97	0.25	0.027	0.016	12100	2400	2390	17600	15450	5500	3	121	17	19.2	326.60	9.52	102.200	39.77	3.24	979.73	16.6	28.0	7.56	144.73	1762	321900.0	1440.00	315400.0	-191.7	-24.07	904.0	0.025	2.51	165.0	0.507	<0.003	132.0	6.43	2100.0	2.62	<0.1	214.000	2.77	94200	<0.004	65.20	25800.0	0.990	401.00	3.2	0.009	4700	0.055	0.015	<0.06	3.64	3.900	0.071	372.0	4.5	<0.09	1.62	57.4	<0.004	<0.003	131.0	0.016	260.0	2.6	<0.3	<0.006	1.22	7	<0.02	37.60	728.00	0.950	<0.03	1.6	<0.003	1070	0.012	0.009	<0.06	0.54	3.900	0.026	1.5
OCRT19_ThawSlump3	2019-07-25T01:00	67.8798	-139.7617	OCRT-16	Thaw Slump 3	downstream	2.03	0.54	0.035	0.018	92	3	9	465	411	373	10	98	18	9.2	57.53	0.68	4.981	1.11	0.43	15.58	7.5	28.9	8.32	123.54	265	24.4	175.00	52.8	-155.0	-19.56	209.0	0.123	0.98	71.9	0.037	0.011	4.8	0.03	48.6	0.37	0.6	0.368	2.10	1260	0.746	2.22	62.0	0.620	1.41	0.3	0.007	132	0.004	0.073	<0.06	3.61	0.741	1.390	4.2	4.5	0.12	0.63	62.9	<0.004	<0.003	4.5	0.004	47.7	<0.2	<0.3	<0.006	1.42	15	0.03	2.16	1.86	0.618	0.27	0.3	<0.003	130	<0.002	0.005	<0.06	0.54	0.758	0.322	0.4
OCRT19_ThawSlump3	2019-07-25T01:00	67.8798	-139.7617	OCRT-17	Thaw Slump 3	upstream	2.12	0.58	0.034	0.018	106	2	<3	474	401	368	14	91	18	7.6	57.02	0.06	4.930	2.06	0.51	15.73	8.0	27.8	8.30	131.79	266	32.6	168.00	61.2	-155.1	-19.70	242.0	0.126	1.02	72.4	0.032	0.011	4.3	0.03	47.9	0.40	0.7	0.350	2.40	1360	0.872	2.22	45.2	0.651	1.53	0.2	0.006	132	0.004	0.085	<0.06	4.46	0.743	1.550	4.7	3.6	0.12	0.65	62.9	<0.004	<0.003	4.4	0.004	47.6	<0.2	0.4	<0.006	1.45	19	0.02	2.08	0.94	0.609	0.28	0.2	<0.003	128	<0.002	0.007	<0.06	0.61	0.750	0.412	0.5
OCRT19_ThawSlump4	2019-07-25T17:00	67.9037	-139.7106	OCRT-18	Thaw Slump 4	rill	2.67	0.19	0.027	<0.010	59	12	2250	13200	2760	13141	4	6150	8	17.8	456.00	10.34	128.600	52.25	1.82	1473.73	6.4	26.4	7.86	113.50	2330	41150.0	2025.00	102400.0	-188.4	-23.83	123000.0	0.264	16.50	62.9	3.370	0.015	168.0	11.90	746.0	<0.03	194.0	215.000	532.00	426000	106.000	95.60	10600.0	3.700	571.00	7.7	0.021	28900	0.345	16.300	<0.06	21.20	13.400	549.000	1760.0	<0.4	0.19	1.61	44.2	<0.004	<0.003	152.0	0.033	411.0	<0.2	<0.3	<0.006	1.41	<2	<0.02	62.00	884.00	3.710	<0.03	4.3	<0.003	1720	0.064	0.006	<0.06	0.52	7.320	0.161	1.7
OCRT19_ThawSlump4	2019-07-25T17:30	67.9037	-139.7106	OCRT-19	Thaw Slump 4	downstream	2.54	0.41	0.031	0.015	125	4	<3	458	402	333	20	103	18	9.5	60.17	0.71	5.008	1.05	0.39	16.79	6.8	29.9	8.33	128.07	275	37.6	169.00	251.2	-157.3	-19.98	389.0	0.138	1.13	77.3	0.051	0.014	4.6	0.04	50.3	0.26	0.7	0.460	2.84	2160	1.170	2.62	57.5	0.685	1.59	0.3	0.009	138	0.006	0.141	<0.06	4.70	0.899	1.840	6.6	6.0	0.12	0.63	64.7	<0.004	<0.003	4.3	0.003	49.7	<0.2	0.3	<0.006	1.29	10	<0.02	2.16	3.08	0.664	0.11	0.3	<0.003	132	<0.002	0.004	<0.06	0.47	0.873	0.427	<0.3
OCRT19_ThawSlump4	2019-07-25T18:00	67.9037	-139.7106	OCRT-20	Thaw Slump 4	upstream	2.34	0.47	0.032	0.015	127	3	<3	475	409	348	17	103	18	5.5	57.57	0.38	4.790	1.24	0.41	16.83	6.6	30.0	8.32	129.22	278	29.9	168.00	106.8	-157.6	-20.01	298.0	0.131	1.14	77.2	0.042	0.013	4.2	0.04	49.9	0.29	0.6	0.375	2.57	1640	1.120	2.44	49.1	0.659	1.43	0.3	0.007	130	0.005	0.112	<0.06	4.83	0.865	1.680	5.9	7.5	0.12	0.57	64.4	<0.004	<0.003	4.1	0.006	49.7	<0.2	<0.3	<0.006	1.31	15	<0.02	2.11	2.16	0.650	0.20	0.3	<0.003	132	<0.002	0.004	<0.06	0.56	0.843	0.409	0.5