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Seidel, Michael; Knoke, Melina; Klaproth, Katrin; Friebe, Matthias; Ulber, Ina Ida; Lehners, Carola; Schnetger, Bernhard; Zielinski, Oliver; Dittmar, Thorsten (2025): Environmental parameters and molcecular indices derived from ultra-high resolution mass spectrometry (FT-ICR-MS) [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.974787, In: Seidel, M et al. (2025): Biogeochemistry of dissolved organic matter in a mangrove-fringed estuary in Amazonia [dataset bundled publication]. PANGAEA, https://doi.org/10.1594/PANGAEA.974693

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Published: 2025-03-25DOI registered: 2025-04-23

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Abstract:
We studied dissolved organic matter (DOM) dynamics in a mangrove-fringed estuary in North Brazil, linking DOM composition to redox conditions at its formation sites. By combining molecular analyses with nutrient and trace metal data, we highlight the outwelling of recalcitrant DOM as a significant contributor to coastal carbon storage and present a novel molecular index (ISuP) for distinguishing DOM sources in complex coastal ecosystems. This dataset contains dissolved organic matter (DOM) molecular data from ultrahigh-resolution mass spectrometry (Fourier-transform ion cyclotron resonance mass spectrometer, FT-ICR-MS), molecular indices calculated from the FT-ICR-MS data (ISuP and ITerr) and environmental data, including dissolved organic carbon (DOC), nutrient (NOx and phosphate), and trace metal (Fe,Mn, Ba) data. Water samples were collected along a mangrove-fringed estuary near Bragança in Pará State (Brazil). Furthermore, it contains porewater samples from eight locations in the mangrove forest and tidal water samples from a mangrove creek, as described in Knoke et al. (2024).
Keyword(s):
DOM; FDOM; FT-ICR-MS; mangroves; nutrients; trace metals Fe/Mn/Ba
Related to:
Knoke, Melina; Dittmar, Thorsten; Zielinski, Oliver; Kida, Morimaru; Asp, Nils; de Rezende, Carlos; Schnetger, Bernhard; Seidel, Michael (2024): Outwelling of reduced porewater drives the biogeochemistry of dissolved organic matter and trace metals in a major mangrove-fringed estuary in Amazonia. Limnology and Oceanography, 69(2), 262-278, https://doi.org/10.1002/lno.12473
References:
Huguet, Arnaud; Vacher, L; Relexans, S; Saubusse, S; Froidefond, J M; Parlanti, E (2009): Properties of fluorescent dissolved organic matter in the Gironde Estuary. Organic Geochemistry, 40(6), 706-719, https://doi.org/10.1016/j.orggeochem.2009.03.002
Koch, Boris P; Dittmar, Thorsten (2016): From mass to structure: an aromaticity index for high-resolution mass data of natural organic matter. Rapid Communications in Mass Spectrometry, 30(1), 250-250, https://doi.org/10.1002/rcm.7433
Medeiros, Patricia M; Seidel, Michael; Niggemann, Jutta; Spencer, Robert G M; Hernes, Peter J; Yager, Patricia L; Miller, William L; Dittmar, Thorsten; Hansell, Dennis A (2016): A novel molecular approach for tracing terrigenous dissolved organic matter into the deep ocean. Global Biogeochemical Cycles, 30(5), 689-699, https://doi.org/10.1002/2015GB005320
Ohno, Tsutomu (2002): Fluorescence Inner-Filtering Correction for Determining the Humification Index of Dissolved Organic Matter. Environmental Science & Technology, 36(4), 742-746, https://doi.org/10.1021/es0155276
Funding:
German Research Foundation (DFG), grant/award no. 273262541: Are permeable coastal sediments hotspots for the formation of non-volatile dissolved organic sulfur (DOS) in the ocean?
Coverage:
Median Latitude: -0.921921 * Median Longitude: -46.669589 * South-bound Latitude: -1.062000 * West-bound Longitude: -46.760300 * North-bound Latitude: -0.802150 * East-bound Longitude: -46.588650
Date/Time Start: 2017-09-27T14:00:00 * Date/Time End: 2017-10-11T21:00:00
Minimum DEPTH, water: 0.5 m * Maximum DEPTH, water: 0.5 m
Event(s):
MARDOS_Estuary_S1 (Station 01)  * Latitude: -0.802150 * Longitude: -46.590170 * Date/Time: 2017-10-10T12:30:00 * Campaign: MARDOS_2017 * Basis: Sampling on land * Method/Device: Bucket water sampling (BUCKET) * Comment: Estuary sampling by boat
MARDOS_Estuary_S2 (Station 02)  * Latitude: -0.849200 * Longitude: -46.588650 * Date/Time: 2017-10-10T13:15:00 * Campaign: MARDOS_2017 * Basis: Sampling on land * Method/Device: Bucket water sampling (BUCKET) * Comment: Estuary sampling by boat
MARDOS_Estuary_S3 (Station 03)  * Latitude: -0.878890 * Longitude: -46.596430 * Date/Time: 2017-10-10T14:00:00 * Campaign: MARDOS_2017 * Basis: Sampling on land * Method/Device: Bucket water sampling (BUCKET) * Comment: Estuary sampling by boat
Comment:
Samples were analysed with a Electrospray ionisation Fourier-transform ion cyclotron resonance mass spectrometry (ESI-FT-ICR-MS), solariX XR, Bruker Daltonik GmbH, Bremen, Germany connected to a 15 Tesla superconducting magnet (Bruker Biospin, Wissembourg, France)/ICBM-OCEAN (https://rhea.icbm.uni-oldenburg.de/geomol/).
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEventSeidel, Michael
LATITUDELatitudeSeidel, MichaelGeocode
LONGITUDELongitudeSeidel, MichaelGeocode
DEPTH, waterDepth watermSeidel, MichaelGeocode
DATE/TIMEDate/TimeSeidel, MichaelGeocode
SalinitySalSeidel, MichaelConductivity meter, Hach Lange, HQ40D hand device; CDC40101 conductivity sensor
OxygenO2mg/lSeidel, MichaelConductivity meter, Hach Lange, HQ40D hand device; LDO101 Oxygen sensor
Fluorescence, dissolved organic matterfDOMRFUSeidel, MichaelFluorometer/Turbiditymeter, Turner Designs, Aqualog handheld 8000-101 [wavelengths 350 nm excitation, 420 nm detection]
Carbon, organic, dissolvedDOCµmol/lSeidel, MichaelHigh catalytic combustion, Shimadzu, Shimadzu TOC-VCPH equipped with TDN unit
10 Nitrogen, total dissolvedTDNµmol/lSeidel, MichaelHigh catalytic combustion, Shimadzu, Shimadzu TOC-VCPH equipped with TDN unit
11 δ13C, organic matter, dissolved, solid phase extractableδ13C DOM SPESeidel, MichaelIsotope-ratio-monitoring mass spectrometer (IR MS), Finnigan, MAT 252; via Conflo II split interface
12 IronFeµmol/lSeidel, MichaelInductively coupled plasma optical emission spectrometer (ICP-OES), Thermo, iCAP 6000
13 ManganeseMnµmol/lSeidel, MichaelInductively coupled plasma optical emission spectrometer (ICP-OES), Thermo, iCAP 6000
14 BariumBaµmol/lSeidel, MichaelInductively coupled plasma optical emission spectrometer (ICP-OES), Thermo, iCAP 6000
15 Nitrate and Nitrite[NO3]- + [NO2]-µmol/lSeidel, MichaelSpectrophotometer, Thermo Fisher Scientific, Multiscan GO Microplate
16 Phosphate[PO4]3-µmol/lSeidel, MichaelSpectrophotometer, Thermo Fisher Scientific, Multiscan GO Microplate
17 PercentagePerc%Knoke, MelinaFluorescence spectrometer, Horiba, AquaLog; followed by parallel factor analysis in MatlabRelative intensity of fluorescent component C1 derived after parallel factor analysis (PARAFAC) of the excitation-emission spectra
18 PercentagePerc%Knoke, MelinaFluorescence spectrometer, Horiba, AquaLog; followed by parallel factor analysis in MatlabRelative intensity of fluorescent component C2 derived after parallel factor analysis (PARAFAC) of the excitation-emission spectra
19 PercentagePerc%Knoke, MelinaFluorescence spectrometer, Horiba, AquaLog; followed by parallel factor analysis in MatlabRelative intensity of fluorescent component C3 derived after parallel factor analysis (PARAFAC) of the excitation-emission spectra
20 PercentagePerc%Knoke, MelinaFluorescence spectrometer, Horiba, AquaLog; followed by parallel factor analysis in MatlabRelative intensity of fluorescent component C4 derived after parallel factor analysis (PARAFAC) of the excitation-emission spectra
21 Mass of molecular formulasm/zSeidel, MichaelFourier transform ion cyclotron resonance mass spectrometry (FT-ICR-MS)intensity weighted average mass derived from the mass-to-charge ratio in Dalton (Da)
22 Hydrogen/Carbon ratioH/CSeidel, MichaelFourier transform ion cyclotron resonance mass spectrometry (FT-ICR-MS)intensity weighted Hydrogen-to-Carbon ratio
23 Oxygen/Carbon ratioO/CSeidel, MichaelFourier transform ion cyclotron resonance mass spectrometry (FT-ICR-MS)intensity weighted Oxygen-to-Carbon ratio
24 Aromaticity index, modifiedAI modSeidel, MichaelFourier transform ion cyclotron resonance mass spectrometry (FT-ICR-MS)intensity weighted average of modified Aromaticity index after Koch and Dittmar (2016)
25 NitrogenN%Seidel, MichaelFourier transform ion cyclotron resonance mass spectrometry (FT-ICR-MS)intensity-weighted average of molecular formulae containing Nitrogen (0 < N > 5) derived by FT-ICR-MS
26 SulfurS%Seidel, MichaelFourier transform ion cyclotron resonance mass spectrometry (FT-ICR-MS)intensity-weighted average of molecular formulae containing Sulfur (0 < S > 3) derived by FT-ICR-MS
27 PhosphorusP%Seidel, MichaelFourier transform ion cyclotron resonance mass spectrometry (FT-ICR-MS)intensity-weighted average of molecular formulae containing Phosphorous (0 < P > 2) derived by FT-ICR-MS
28 Polycyclic aromatic compoundsPAC%Seidel, MichaelFourier transform ion cyclotron resonance mass spectrometry (FT-ICR-MS)intensity-weighted average of polycyclic aromatic molecular formulae derived by FT-ICR-MS
29 Highly aromatic compoundsHAC%Seidel, MichaelFourier transform ion cyclotron resonance mass spectrometry (FT-ICR-MS)intensity-weighted average of highly aromatic molecular formulae derived by FT-ICR-MS
30 Highly unsaturated compoundsHighly unsat comp%Seidel, MichaelFourier transform ion cyclotron resonance mass spectrometry (FT-ICR-MS)intensity-weighted average of highly unsaturated molecular formulae derived by FT-ICR-MS
31 Unsaturated compoundsUnsat comp%Seidel, MichaelFourier transform ion cyclotron resonance mass spectrometry (FT-ICR-MS)intensity-weighted average of unsaturated molecular formulae derived by FT-ICR-MS
32 Humification indexHIXKnoke, MelinaFluorescence spectrometer, Horiba, AquaLog; followed by parallel factor analysis in Matlabcalculated after Ohno et al. (2002)
33 Biological indexBIXKnoke, MelinaFluorescence spectrometer, Horiba, AquaLog; followed by parallel factor analysis in Matlabcalculated after Huguet et al. (2009)
34 Terrestrial indexTerr IKnoke, MelinaFourier transform ion cyclotron resonance mass spectrometry (FT-ICR-MS)calculated after Medeiros et al. (2016)
35 Sulfurized porewater indexISuPKnoke, MelinaFourier transform ion cyclotron resonance mass spectrometry (FT-ICR-MS)calculated after Knoke et al. (2024)
Status:
Curation Level: Enhanced curation (CurationLevelC)
Size:
1340 data points

Data

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


Event

Latitude

Longitude

Depth water [m]

Date/Time

Sal
(Conductivity meter, Hach Lang...)

O2 [mg/l]
(Conductivity meter, Hach Lang...)

fDOM [RFU]
(Fluorometer/Turbiditymeter, T...)

DOC [µmol/l]
(High catalytic combustion, Sh...)
10 
TDN [µmol/l]
(High catalytic combustion, Sh...)
11 
δ13C DOM SPE []
(Isotope-ratio-monitoring mass...)
12 
Fe [µmol/l]
(Inductively coupled plasma op...)
13 
Mn [µmol/l]
(Inductively coupled plasma op...)
14 
Ba [µmol/l]
(Inductively coupled plasma op...)
15 
[NO3]- + [NO2]- [µmol/l]
(Spectrophotometer, Thermo Fis...)
16 
[PO4]3- [µmol/l]
(Spectrophotometer, Thermo Fis...)
17 
Perc [%]
(Relative intensity of fluores...)
18 
Perc [%]
(Relative intensity of fluores...)
19 
Perc [%]
(Relative intensity of fluores...)
20 
Perc [%]
(Relative intensity of fluores...)
21 
m/z
(intensity weighted average ma...)
22 
H/C
(intensity weighted Hydrogen-t...)
23 
O/C
(intensity weighted Oxygen-to-...)
24 
AI mod
(intensity weighted average of...)
25 
N [%]
(intensity-weighted average of...)
26 
S [%]
(intensity-weighted average of...)
27 
P [%]
(intensity-weighted average of...)
28 
PAC [%]
(intensity-weighted average of...)
29 
HAC [%]
(intensity-weighted average of...)
30 
Highly unsat comp [%]
(intensity-weighted average of...)
31 
Unsat comp [%]
(intensity-weighted average of...)
32 
HIX
(calculated after Ohno et al. ...)
33 
BIX
(calculated after Huguet et al...)
34 
Terr I
(calculated after Medeiros et ...)
35 
ISuP
(calculated after Knoke et al....)
MARDOS_Estuary_S1 -0.8021500-46.59017000.52017-10-10T12:30:0036.538.026.84390.46.9-22.890.030.070.070.000.0043.9624.2513.7718.02409.801.240.450.2641.9522.204.832.6714.8262.439.900.611.540.180.07
MARDOS_Estuary_S2 -0.8492000-46.58865000.52017-10-10T13:15:0036.158.0316.610112.49.1-23.920.020.060.080.000.2740.4920.4813.7425.28374.381.220.380.3138.5924.445.853.9417.2754.3611.580.840.860.340.12
MARDOS_Estuary_S3 -0.8788900-46.59643000.52017-10-10T14:00:0035.977.8317.620113.59.4-24.100.120.060.080.000.3935.5318.5812.1133.78373.631.220.380.3138.8824.836.173.4117.5454.6211.260.780.930.340.12
MARDOS_Estuary_S4 -0.9020400-46.60444000.52017-10-10T14:15:0035.877.8021.840122.79.2-24.330.060.050.080.000.4145.5923.8714.2116.33372.381.220.380.3137.5823.565.883.6917.1954.9611.880.820.860.350.12
MARDOS_Estuary_S5 -0.9246300-46.61763000.52017-10-10T14:50:0035.217.2236.040153.210.4-25.080.030.060.090.000.4732.4317.9011.4338.24368.511.200.370.3336.1924.735.184.1718.3353.9411.180.800.960.340.12
MARDOS_Estuary_S6 -0.9467500-46.62430000.52017-10-10T15:20:0034.186.8646.660180.213.6-25.330.000.060.100.000.7043.1822.2513.6620.91371.281.190.380.3236.9625.174.473.9718.2954.3410.960.880.770.420.15
MARDOS_Estuary_S7 -0.9612400-46.62896000.52017-10-10T15:45:0032.866.5254.120198.016.0-25.720.040.070.100.000.7243.3422.8213.9119.93373.971.180.390.3335.7824.903.994.1618.1655.0310.880.890.740.440.16
MARDOS_Estuary_S8 -0.9715300-46.63973000.52017-10-10T16:05:0031.546.3562.760221.718.3-26.190.090.110.000.7945.2123.6314.0717.09374.001.180.390.3335.3623.483.644.3418.1256.2810.350.900.690.470.16
MARDOS_Estuary_S9 -0.9754700-46.65572000.52017-10-10T16:30:0031.356.2365.750206.918.7-25.800.070.110.000.79371.471.180.390.3334.7623.173.564.3518.2656.2310.400.900.700.460.17
MARDOS_Estuary_S10 -0.9571600-46.67174000.52017-10-10T17:00:0027.685.9181.670242.622.1-26.560.020.320.127.830.6746.0024.3514.0415.61364.391.170.380.3433.5924.403.664.5819.3254.0310.350.910.680.510.19
MARDOS_Estuary_S11 -0.9571700-46.68986000.52017-10-10T17:20:0025.805.5191.890256.125.5-26.690.040.090.128.920.7146.0124.6214.1315.24372.151.170.380.3434.3424.853.294.2619.0655.7510.250.910.680.530.19
MARDOS_Estuary_S12 -0.9705700-46.71142000.52017-10-10T17:45:0022.975.3892.320262.926.8-26.650.010.130.1211.700.6740.0620.9113.3625.67363.761.160.370.3533.7526.074.964.5519.5552.4910.760.890.720.550.20
MARDOS_Estuary_S13 -0.9802900-46.72564000.52017-10-10T18:30:0020.0096.880255.929.9-27.250.050.250.1216.400.6646.5424.7613.6315.07363.541.160.360.3632.1525.605.364.6020.0951.5411.310.910.640.590.22
MARDOS_Estuary_S14 -0.9855300-46.72314000.52017-10-10T18:45:0015.895.0395.970250.329.3-27.300.580.220.1218.800.4445.2525.0313.8915.84375.441.150.380.3535.1125.564.164.2619.2153.9510.050.910.660.560.20
MARDOS_Estuary_S15 -0.9949900-46.73088000.52017-10-10T19:00:0013.635.1093.880241.032.1-27.740.090.220.1221.300.4045.2425.1713.9515.63386.381.160.390.3434.1323.553.364.2518.1757.299.540.910.640.560.17
MARDOS_Estuary_S16 -0.9901700-46.74064000.52017-10-10T19:20:0010.605.8387.810234.131.8-27.840.330.340.1122.200.3440.7622.6612.5624.02371.311.150.380.3631.5822.633.584.9219.2055.119.570.870.760.590.19
MARDOS_Estuary_S17 -0.9940600-46.75172000.52017-10-10T18:40:007.825.4482.490217.630.0-28.200.110.530.1022.300.3244.6724.7513.8216.77411.791.110.440.3535.1621.451.534.2617.9862.297.760.910.690.520.16
MARDOS_Estuary_S18 -1.0087400-46.75342000.52017-10-10T20:00:005.875.7078.730211.629.0-28.340.370.690.0921.500.3036.5621.7712.3529.32369.881.140.370.3730.2421.414.255.2619.9652.9610.210.850.830.630.19
MARDOS_Estuary_S19 -1.0160200-46.76030000.52017-10-10T20:25:003.645.8274.270197.025.5-28.590.131.000.0819.300.2844.8224.8314.1116.25377.801.130.370.3732.4722.695.654.8019.7553.019.880.900.640.650.18
MARDOS_Estuary_S20 -1.0308400-46.75586000.52017-10-10T20:50:001.735.7369.010186.323.1-28.940.261.300.0515.300.3144.4223.9414.2517.39396.291.130.380.3633.6221.416.714.6019.0653.3210.160.900.650.640.16
MARDOS_Estuary_S21 -1.0391700-46.75298000.52017-10-10T22:00:000.725.8767.500184.621.4-29.080.491.560.0412.000.3138.0619.7512.8229.37391.801.140.370.3732.9521.027.144.7819.6851.3211.030.900.620.660.17
MARDOS_Estuary_S22 -1.0620000-46.75514000.52017-10-11T21:00:000.256.1765.910190.616.4-29.291.000.860.029.700.3346.1324.3515.4014.12401.221.120.390.3732.6920.746.824.6619.2753.4010.160.910.570.630.15
MARDOS_Estuary_S23 -1.0620000-46.75514000.52017-10-11T21:00:000.256.1765.650186.816.9-29.101.060.870.029.900.3444.9124.2714.6116.20411.791.100.430.3731.4817.954.975.2319.7357.108.080.850.660.590.12
MARDOS_Porewater_1 -0.8733500-46.65056390.52017-10-06T14:30:0035.400.08324.000747.481.4-26.7435.8333.010.190.000.0041.6228.4416.2213.71385.531.120.430.3529.2531.812.174.2718.3059.199.640.920.630.550.28
MARDOS_Porewater_2 -0.8733500-46.65056390.52017-10-06T15:00:0035.210.08235.000528.6139.0-26.5755.6954.090.190.000.0043.3527.8915.0913.66375.581.140.410.3531.2030.532.364.4118.6657.379.670.920.650.540.27
MARDOS_Porewater_3 -0.8733500-46.65056390.52017-10-06T15:30:0036.251.20211.300551.445.5-26.4570.257.000.160.000.0042.2726.9816.1414.60383.241.140.400.3429.0030.432.794.4618.7257.029.870.910.630.520.27
MARDOS_Porewater_4 -0.8733500-46.65056390.52017-10-06T16:00:0033.610.81259.400637.652.6-26.5785.887.200.150.000.0044.2327.9816.7011.09388.821.110.420.3632.3232.452.274.3218.9657.548.770.930.600.550.29
MARDOS_Porewater_5 -0.8729972-46.65105280.52017-10-09T15:00:0037.093.71179.000380.692.2-26.17111.2927.380.160.000.0039.6325.2613.6021.51397.151.120.430.3436.2633.382.453.4318.5858.858.520.890.710.520.27
MARDOS_Porewater_6 -0.8735167-46.65068890.52017-10-09T15:30:0037.002.31242.000569.328.4-26.2977.8025.740.170.000.0042.4826.3114.6616.55385.541.120.400.3630.6728.432.134.7519.7457.509.010.910.670.540.26
MARDOS_Porewater_7 -0.8735167-46.65068890.52017-10-09T16:00:0022.030.74176.000452.924.6-26.0012.776.250.150.000.0044.5126.9116.8611.72412.101.090.410.3736.6330.743.234.0620.1557.236.820.930.630.500.22
MARDOS_Porewater_8 -0.8735167-46.65068890.52017-10-09T16:30:0035.970.34109.000328.130.1-26.50249.4420.200.180.000.0039.5725.5411.8423.05420.911.160.430.3137.4933.993.652.7217.7558.839.400.850.770.430.26
MARDOS_Tidalcycle_HT1 -0.8742056-46.65015830.52017-09-27T14:00:0033.333.53262.000708.135.6-26.800.5716.090.130.0018.8048.2026.6714.7410.39358.891.190.390.3325.5422.082.594.6118.0256.9412.040.940.600.500.22
MARDOS_Tidalcycle_LT1 -0.8742056-46.65015830.52017-09-27T20:10:0034.749.1388.730377.220.5-26.310.063.990.110.004.1036.6317.6510.2335.48377.961.160.420.3331.4328.951.714.0017.6658.969.890.830.900.460.20
MARDOS_Tidalcycle_LT2 -0.8742056-46.65015830.52017-09-28T08:30:0034.364.58286.000667.638.5-26.790.5115.940.130.0015.5046.4126.8514.9211.81374.621.150.400.3426.4230.312.584.2618.6756.8210.450.940.600.550.25
MARDOS_Tidalcycle_HT2 -0.8742056-46.65015830.52017-09-28T15:20:0033.718.1695.010330.117.1-26.430.063.120.110.002.8041.5520.0211.2127.21377.081.180.400.3232.0929.602.403.8418.2457.5010.410.860.790.470.20
MARDOS_Tidalcycle_LT3 -0.8742056-46.65015830.52017-09-30T11:20:0035.40210.100598.927.5-26.860.2213.250.130.0010.9042.8023.2912.8121.10382.921.160.410.3330.4231.382.043.8517.8959.189.970.890.690.490.23
MARDOS_Tidalcycle_HT3 -0.8742056-46.65015830.52017-09-30T18:00:0033.997.5594.000307.916.4-26.280.072.080.100.000.0043.0722.3513.1121.48389.841.170.430.3232.9428.722.103.7217.1060.8810.030.880.700.490.20
MARDOS_Tidalcycle_LT4 -0.8742056-46.65015830.52017-10-02T14:00:0036.724.62169.700453.442.6-26.380.1813.240.140.004.5039.0321.1111.4428.42374.471.150.400.3430.8431.833.014.1219.1855.6210.570.850.780.520.25
MARDOS_Tidalcycle_HT4 -0.8742056-46.65015830.52017-10-02T19:10:0033.427.1836.790260.510.4-25.010.030.090.000.0035.0217.6310.8336.52388.531.190.420.3035.4524.203.113.8317.1259.3910.520.800.900.340.12
MARDOS_Tidalcycle_HT5 -0.8742056-46.65015830.52017-10-04T08:55:0034.184.5043.840462.241.3-26.350.2314.730.140.004.6042.9724.2913.2519.49369.521.160.390.3428.9830.622.654.3419.2155.7211.190.890.680.530.26
MARDOS_Tidalcycle_LT5 -0.8742056-46.65015830.52017-10-04T15:30:0037.667.3135.750168.811.6-25.400.050.090.000.0039.8020.4111.7428.05406.141.170.450.3038.5826.242.533.4716.4261.859.020.860.840.340.12
MARDOS_Tidalcycle_HT6 -0.8742056-46.65015830.52017-10-06T10:57:0034.744.49223.600562.141.4-26.940.8021.550.170.007.2037.8522.1711.8528.13378.271.160.400.3329.9232.842.183.7918.4058.5110.240.860.790.550.27
MARDOS_Tidalcycle_LT6 -0.8742056-46.65015830.52017-10-06T17:20:0035.977.6334.380167.110.3-25.120.100.110.090.000.0020.948.655.1465.27387.751.200.430.3036.0623.032.183.6016.0861.3810.430.641.400.340.12
MARDOS_Tidalcycle_HT7 -0.8742056-46.65015830.52017-10-07T11:50:0034.746.12317.300823.061.4-26.790.3824.130.160.0019.8047.8626.7914.4010.96387.061.140.400.3533.7235.503.263.3418.5457.069.370.940.600.570.28
MARDOS_Tidalcycle_LT7 -0.8742056-46.65015830.52017-10-07T18:15:0036.158.7846.200242.014.2-25.530.020.370.090.000.0042.5419.7112.0925.66376.941.180.400.3234.1728.124.333.8117.8955.0611.300.870.780.440.17