Citation:

PANGAEA.964275

Name: GDGTs in modern soils and lake sediments, Eifel volcanic field, Germany
Published: 2024-04-11
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Europe; GDGTs; Lacustrine-palustrine sediment; Paleoclimate

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Abstract:

Isoprenoid and branched GDGTs were measured in soils and lake sediment samples from the Eifel Volcanic field. The modern samples were used to understand sources of GDGTs in sediments, while sediment core samples from Schalkenmehrener Maar, Holzmaar, and Auel Maar were used to reconstruct temperatures during the past 60,000 years. Age model information and additional proxy data from the ELSA-20 stack are found in Sirocko et al., 2021 and Sirocko et al., 2022

Keyword(s):

Europe; GDGTs; Lacustrine-palustrine sediment; Paleoclimate

Supplement to:

Zander, Paul D; Böhl, Daniel; Sirocko, Frank; Auderset, Alexandra; Haug, Gerald H; Martínez-García, Alfredo (2024): Reconstruction of warm-season temperatures in central Europe during the past 60 000 years from lacustrine branched glycerol dialkyl glycerol tetraethers (brGDGTs). Climate of the Past, 20(4), 841-864, https://doi.org/10.5194/cp-20-841-2024

Related to:

Zander, Paul D; Böhl, Daniel; Sirocko, Frank; Auderset, Alexandra; Martínez-García, Alfredo; Haug, Gerald H (2024): GDGT concentrations in ELSA stack samples of the Eifel volcanic field, Germany [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.964277

References:

Martínez-Sosa, Pablo; Tierney, Jessica E; Stefanescu, Ioana C; Crampton-Flood, Emily Dearing; Shuman, Bryan N; Routson, Cody (2021): A global Bayesian temperature calibration for lacustrine brGDGTs. https://doi.org/10.31223/X5PS3P

Raberg, Jonathan H; Harning, David J; Crump, Sarah E; de Wet, Gregory A; Blumm, Aria; Kopf, Sebastian; Geirsdóttir, Áslaug; Miller, Gifford H; Sepúlveda, Julio (2021): Revised fractional abundances and warm-season temperatures substantially improve brGDGT calibrations in lake sediments. Biogeosciences, 18(12), 3579-3603, https://doi.org/10.5194/bg-18-3579-2021

Sirocko, Frank; Albert, Johannes; Britzius, Sarah; Dreher, Frank; Martínez-García, Alfredo; Dosseto, Anthony; Burger, Joachim; Terberger, Thomas; Haug, Gerald H (2022): Thresholds for the presence of glacial megafauna in central Europe during the last 60,000 years. Scientific Reports, 12(1), 20055, https://doi.org/10.1038/s41598-022-22464-x

Sirocko, Frank; Martínez-García, Alfredo; Mudelsee, Manfred; Albert, Johannes; Britzius, Sarah; Christl, Marcus; Diehl, Daniel; Diensberg, Benedikt; Friedrich, Ronny; Fuhrmann, Florian Max Werner; Muscheler, Raimund; Hamann, Yvonne; Schneider, Ralph R; Schwibus, Klaus; Haug, Gerald H (2021): Muted multidecadal climate variability in central Europe during cold stadial periods. Nature Geoscience, 14(9), 651-658, https://doi.org/10.1038/s41561-021-00786-1

Funding:

Swiss National Science Foundation (SNF), grant/award no. P500PN_206731: Molecular perspectives on hydroclimate response to rapid temperature change in Central Europe during the last glacial cycle

Coverage:

Median Latitude: 50.156741 * Median Longitude: 6.858950 * South-bound Latitude: 50.119123 * West-bound Longitude: 6.836280 * North-bound Latitude: 50.177683 * East-bound Longitude: 6.879163

Minimum DEPTH, sediment/rock: 0.03 m * Maximum DEPTH, sediment/rock: 0.50 m

Event(s):

ELSA_GMF * Latitude: 50.177432 * Longitude: 6.836280 * Elevation: 407.0 m * Penetration: 1.94 m * Location: Gemündener Maar, Eifel, Germany * Method/Device: Freeze corer (FRC)

ELSA_HM3 (HM3) * Latitude: 50.119343 * Longitude: 6.879163 * Elevation: 448.0 m * Penetration: 10.76 m * Location: Lake Holzmaar, Eifel, Germany * Method/Device: Piston corer, UWITEC (PCUWI)

ELSA_SMf1 (SMf1) * Latitude: 50.169957 * Longitude: 6.857568 * Elevation: 420.0 m * Penetration: 2.08 m * Location: Schalkenmehrener Maar, Eifel, Germany * Method/Device: Freeze corer (FRC)

Comment:

Empty cells correspond to measurements of GDGTs below the detection limit.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event		Zander, Paul D
2	Latitude of event	Latitude		Zander, Paul D
3	Longitude of event	Longitude		Zander, Paul D
4	Elevation of event	Elevation	m	Zander, Paul D
5	Sample ID	Sample ID		Zander, Paul D
6	Site	Site		Zander, Paul D
7	Sample type	Samp type		Zander, Paul D
8	Lake, water depth	Lake water depth	m	Zander, Paul D
9	DEPTH, sediment/rock	Depth sed	m	Zander, Paul D		Geocode
10	Sample mass	Samp m	g	Zander, Paul D
11	Isoprenoid acyclic glycerol dialkyl glycerol tetraether	iso GDGT-0	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
12	Isoprenoid monocyclic glycerol dialkyl glycerol tetraether	iso GDGT-1	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
13	Isoprenoid dicyclic glycerol dialkyl glycerol tetraether	iso GDGT-2	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
14	Isoprenoid tricyclic glycerol dialkyl glycerol tetraether	iso GDGT-3	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
15	Crenarchaeol	Cren	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
16	Crenarchaeol isomer	Cren iso	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
17	Branched glycerol dialkyl glycerol tetraether, IIIa	brGDGT IIIa	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
18	Branched glycerol dialkyl glycerol tetraether, IIIa'	brGDGT IIIa'	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
19	Branched glycerol dialkyl glycerol tetraether, IIIa''	brGDGT IIIa''	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
20	Branched glycerol dialkyl glycerol tetraether, IIIb	brGDGT IIIb	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
21	Branched glycerol dialkyl glycerol tetraether, IIIb'	brGDGT IIIb'	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
22	Branched glycerol dialkyl glycerol tetraether, IIIc	brGDGT IIIc	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
23	Branched glycerol dialkyl glycerol tetraether, IIIc'	brGDGT IIIc'	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
24	Branched glycerol dialkyl glycerol tetraether, IIa	brGDGT IIa	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
25	Branched glycerol dialkyl glycerol tetraether, IIa'	brGDGT IIa'	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
26	Branched glycerol dialkyl glycerol tetraether, IIb	brGDGT IIb	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
27	Branched glycerol dialkyl glycerol tetraether, IIb'	brGDGT IIb'	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
28	Branched glycerol dialkyl glycerol tetraether, IIc	brGDGT IIc	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
29	Branched glycerol dialkyl glycerol tetraether, IIc'	brGDGT IIc'	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
30	Branched glycerol dialkyl glycerol tetraether, Ia	brGDGT Ia	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
31	Branched glycerol dialkyl glycerol tetraether, Ib	brGDGT Ib	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
32	Branched glycerol dialkyl glycerol tetraether, Ic	brGDGT Ic	ng/g	Zander, Paul D	High Performance Liquid Chromatography (HPLC)
33	Temperature, air, mean of months, above freezing	MAF	°C	Zander, Paul D	BayMBT - Bayesian calibration for the branched GDGT MBT5Me proxy	Temperature calibration from Martínez-Sosa et al., 2021
34	Temperature, air, mean of months, above freezing	MAF	°C	Zander, Paul D	Calculated according to Raberg et al. (2021)	Temperature calibration from Raberg et al., 2021
35	Temperature, air, mean of months, above freezing	MAF	°C	Zander, Paul D	BayMBT - Bayesian calibration for the branched GDGT MBT5Me proxy	Correction based on IIIa'', see Zander et al (submitted)
36	Temperature, air, mean of months, above freezing	MAF	°C	Zander, Paul D	Calculated according to Raberg et al. (2021)	Correction based on IIIa'', see Zander et al (submitted)

License:

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

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

1424 data points

Data

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

1 Event	2 Latitude	3 Longitude	4 Elevation [m]	5 Sample ID	6 Site	7 Samp type	8 Lake water depth [m]	9 Depth sed [m]	10 Samp m [g]	11 iso GDGT-0 [ng/g] (High Performance Liquid Chrom...)	12 iso GDGT-1 [ng/g] (High Performance Liquid Chrom...)	13 iso GDGT-2 [ng/g] (High Performance Liquid Chrom...)	14 iso GDGT-3 [ng/g] (High Performance Liquid Chrom...)	15 Cren [ng/g] (High Performance Liquid Chrom...)	16 Cren iso [ng/g] (High Performance Liquid Chrom...)	17 brGDGT IIIa [ng/g] (High Performance Liquid Chrom...)	18 brGDGT IIIa' [ng/g] (High Performance Liquid Chrom...)	19 brGDGT IIIa'' [ng/g] (High Performance Liquid Chrom...)	20 brGDGT IIIb [ng/g] (High Performance Liquid Chrom...)	21 brGDGT IIIb' [ng/g] (High Performance Liquid Chrom...)	22 brGDGT IIIc [ng/g] (High Performance Liquid Chrom...)	23 brGDGT IIIc' [ng/g] (High Performance Liquid Chrom...)	24 brGDGT IIa [ng/g] (High Performance Liquid Chrom...)	25 brGDGT IIa' [ng/g] (High Performance Liquid Chrom...)	26 brGDGT IIb [ng/g] (High Performance Liquid Chrom...)	27 brGDGT IIb' [ng/g] (High Performance Liquid Chrom...)	28 brGDGT IIc [ng/g] (High Performance Liquid Chrom...)	29 brGDGT IIc' [ng/g] (High Performance Liquid Chrom...)	30 brGDGT Ia [ng/g] (High Performance Liquid Chrom...)	31 brGDGT Ib [ng/g] (High Performance Liquid Chrom...)	32 brGDGT Ic [ng/g] (High Performance Liquid Chrom...)	33 MAF [°C] (Temperature calibration from ...)	34 MAF [°C] (Temperature calibration from ...)	35 MAF [°C] (Correction based on IIIa'', s...)	36 MAF [°C] (Correction based on IIIa'', s...)
GM_soil	50.1777	6.8363	407	GM_soil_1	GM	soil		0.30	1.09		3.40	3.64	2.66	29.40	1.73	39.00	10.22		0.67	0.81	0.26	0.16	157.56	45.32	20.32	6.62	3.53	0.19	130.54	31.11	17.84	12.30	14.33	11.97	13.72
GM_soil	50.1777	6.8363	407	GM_soil_2	GM	soil		0.20	0.94		4.04	3.98	1.49			9.47			0.42	0.26	0.19	0.16	45.26	10.47			0.85	0.19	46.92	7.08	3.23	13.69	15.28	13.40	14.70
GM_soil	50.1777	6.8363	407	GM_soil_3.2	GM	soil		0.50	0.86		3.52	2.49	0.76			50.79	18.18		0.84	0.60	0.40	0.22	185.77	75.92	21.65	6.15	4.56	0.21	174.15	23.07	12.20	12.13	14.38	11.75	13.73
ELSA_GMF	50.1774	6.8363	407	GMF_10-11cm	GM	lake_core		0.10	0.48	214.10	51.92	28.11	8.76	177.54	3.55	135.72	72.42	13.30	4.11	7.23	1.11	0.70	159.23	118.84	27.14	27.09	6.09	2.44	203.74	40.31	12.59	12.05	11.65	12.77	11.81
ELSA_GMF	50.1774	6.8363	407	GMF_13-14cm	GM	lake_core		0.13	0.44	656.67	157.19	90.08	29.03	578.90	11.19	442.21	213.17	43.42	14.02	18.63	3.21	2.53	449.18	306.55	90.45	67.83	15.56	4.06	468.08	102.84	29.80	9.95	9.95	10.87	10.27
HM_surface	50.1191	6.8787	425	HM_ls_1.1	HM	lake_surface_sed	19.0		0.53	4932.70	108.39	44.68	12.38	181.37	7.32	2896.60	1743.08	253.78	93.70	91.77	17.46	9.70	3060.57	1978.90	740.79	440.71	86.37	13.26	2290.47	548.90	111.71	7.71	8.42	8.54	8.68
HM_surface	50.1191	6.8787	425	HM_ls_1.2	HM	lake_surface_sed	19.0		0.55	4395.85	79.22	44.27	10.74	277.35	8.03	2668.95	1567.34	230.98	107.75	81.90	16.42	8.98	2781.36	1857.22	714.57	416.29	79.42	10.80	2172.25	557.74	114.81	7.93	8.62	8.73	8.85
HM_surface	50.1191	6.8787	425	HM_ls_2.1	HM	lake_surface_sed	19.2		0.52	4275.48	95.42	39.32	11.86	175.64	9.69	2449.21	1506.58	196.74	74.37	82.34	13.56	9.15	2817.68	1835.11	696.88	447.74	72.22	11.44	2080.48	539.67	106.50	7.98	8.75	8.64	8.87
HM_surface	50.1191	6.8787	425	HM_ls_2.2	HM	lake_surface_sed	19.2		0.55	4879.91	76.76	45.24	12.85	206.42	7.71	2918.71	1820.66	238.47	117.65	92.04	16.24	10.14	3393.94	2246.53	814.41	503.35	90.05	12.31	2654.65	647.92	131.45	8.43	8.97	9.08	9.10
HM_soil	50.1191	6.8787	425	HM_soil_1	HM	soil		0.15	0.83	51.40	21.18	23.65	10.69	187.16	6.06	102.00	84.22		3.66	4.58	0.40	0.62	358.23	244.23	80.01	58.71	8.75	3.30	363.43	144.67	40.31	13.88	15.35	13.49	14.69
HM_soil	50.1191	6.8787	425	HM_soil_2	HM	soil		0.10	0.77		10.28	9.97	7.24	88.08	4.66	54.65	39.56		2.68	3.80	0.31	0.40	157.37	113.87	62.61	31.00	9.17	1.31	135.95	59.29	18.54	11.63	12.89	11.24	12.24
HM_soil	50.1191	6.8787	425	HM_soil_3	HM	soil		0.15	0.71							33.18	4.51		0.17	0.61	0.27	0.21	204.61	13.33			0.67	0.27	212.75	3.21	1.37	13.27	15.71	12.97	15.11
HM_soil	50.1191	6.8787	425	HM_soil_4.1	HM	soil		0.05	1.06	58.81	7.15	7.28	1.90	33.24	1.01	142.09	49.57		2.82	1.80	1.26	0.43	464.52	121.22	46.29	15.41	7.16	1.04	334.12	73.28	19.27	10.59	12.40	10.21	11.74
ELSA_HM3	50.1193	6.8792	448	HM3_10-11cm	HM	lake_core		0.10	0.44	5127.49	124.82	71.74	21.83	423.17	14.09	3002.09	1651.62	227.07	118.61	81.59	23.57	9.74	3034.93	2126.68	775.28	498.28	93.71	13.00	2534.95	611.47	124.11	8.44	8.78	9.10	8.91
ELSA_HM3	50.1193	6.8792	448	HM3_15-16cm	HM	lake_core		0.15	0.37	6100.06	121.86	77.38	25.86	424.98	12.77	3243.85	1818.67	303.17	132.49	94.12	26.31	5.83	3409.87	2295.09	852.64	553.93	96.46	13.49	2828.30	664.19	138.29	8.33	8.97	9.21	9.26
ELSA_HM3	50.1193	6.8792	448	HM3_20-21cm	HM	lake_core		0.20	0.50	4485.24	84.07	51.60	16.37	288.39	8.31	2698.62	1304.94	254.92	102.95	65.25	18.65	4.28	2811.76	1603.21	685.11	349.21	80.76	8.29	2048.12	491.58	104.68	7.50	8.28	8.50	8.66
SM_surface	50.1694	6.8577	420	SM_ls_1.1	SM	lake_surface_sed	10.0		0.70	292.25	40.09	16.03	2.95	105.87	2.10	171.83	272.20	12.01	18.25	24.48	4.39	7.75	191.38	175.90	92.18	72.37	9.95	5.84	131.44	64.49	15.69	8.05	8.48	8.32	8.31
SM_surface	50.1694	6.8577	420	SM_ls_1.2	SM	lake_surface_sed	10.0		1.41	199.91	22.30	11.83	2.14	71.65	1.02	145.03	220.06	9.14	16.08	19.23	3.79	5.01	164.46	145.97	74.90	60.79	7.95	4.05	109.77	55.11	13.05	8.13	8.34	8.33	8.13
SM_surface	50.1694	6.8577	420	SM_ls_2.1	SM	lake_surface_sed	15.0		0.67	3715.10	148.90	28.42	6.80	133.93	5.45	1819.10	1398.44	195.58	100.04	91.73	16.13	13.54	1420.13	1033.82	595.59	337.31	45.87	15.67	915.10	311.82	68.72	6.18	7.54	7.39	8.08
SM_surface	50.1694	6.8577	420	SM_ls_2.2	SM	lake_surface_sed	15.0		0.56	5887.24	117.88	43.92	12.11	247.28	7.72	2994.60	2284.43	306.85	175.86	158.43	21.79	16.43	2443.65	1745.39	992.00	554.05	68.49	24.22	1527.04	562.22	114.51	6.15	7.52	7.26	7.99
SM_surface	50.1694	6.8577	420	SM_ls_3.1	SM	lake_surface_sed	20.0		0.53	8669.12	198.73	50.67	14.75	172.03	8.41	3152.28	1678.32	655.58	105.15	122.55	15.15	10.96	2339.32	1406.08	573.44	528.98	47.26	13.84	1342.25	353.45	76.30	5.37	6.87	8.61	8.93
SM_surface	50.1694	6.8577	420	SM_ls_3.2	SM	lake_surface_sed	20.0		0.48	7656.38	85.94	43.30	13.05	160.13	7.45	3025.67	1572.13	652.75	105.41	110.24	13.11	8.60	2253.45	1439.38	550.57	520.11	45.25	14.19	1348.37	353.81	71.07	5.61	6.92	8.93	9.04
SM_surface	50.1694	6.8577	420	SM_ls_4.1	SM	lake_surface_sed	20.9		0.51	10022.48	269.41	54.29	14.75	224.02	11.66	3266.15	1799.23	740.83	98.08	115.36	19.73	9.72	2791.42	1650.43	642.76	598.40	66.12	9.82	1590.61	399.61	82.96	5.64	6.89	8.92	8.98
SM_surface	50.1694	6.8577	420	SM_ls_4.2	SM	lake_surface_sed	20.9		0.43	7545.31	83.77	33.76	11.80	151.48	6.89	2664.68	1502.32	600.82	98.59	99.21	12.28	6.97	2362.30	1410.52	541.26	466.62	55.74	10.68	1326.04	341.40	70.45	5.71	6.88	8.89	8.90
SM_surface	50.1694	6.8577	420	SM_ls_5.1	SM	lake_surface_sed	21.4		0.47	8022.12	199.31	51.57	17.03	224.70	9.48	3157.85	1627.52	649.61	106.29	115.71	14.74	8.23	2253.75	1437.94	581.34	506.80	58.76	9.08	1318.07	365.54	75.64	5.32	6.59	8.57	8.65
SM_surface	50.1694	6.8577	420	SM_ls_5.2	SM	lake_surface_sed	21.4		0.46	9853.10	108.58	54.09	16.20	228.29	11.45	3820.08	2005.47	791.93	139.53	140.25	16.01	10.04	2814.88	1809.55	714.66	625.80	66.37	16.19	1701.30	465.35	94.44	5.78	6.80	8.96	8.82
SM_surface	50.1694	6.8577	420	SM_ls_6.1	SM	lake_surface_sed	21.6		0.47	9586.31	204.84	47.28	16.41	180.21	12.66	3708.32	1838.92	693.89	104.25	123.94	20.95	10.37	2959.48	1670.11	715.90	587.84	69.34	10.14	1700.66	413.38	83.68	5.47	6.79	8.33	8.56
SM_surface	50.1694	6.8577	420	SM_ls_6.2	SM	lake_surface_sed	21.6		0.44	9360.99	92.69	48.53	13.91	217.43	8.69	3606.19	1823.89	699.80	119.51	128.10	17.43	9.01	2886.82	1745.19	666.36	579.87	68.76	11.36	1682.32	429.03	87.73	5.45	6.79	8.37	8.60
SM_surface	50.1694	6.8577	420	SM_ls_7.1	SM	lake_surface_sed	21.7		0.48	6984.54	138.86	54.61	14.63	208.50	11.57	2978.35	1604.92	632.78	93.94	109.73	13.39	13.42	2108.08	1393.60	521.35	506.67	48.85	8.91	1236.79	335.12	66.54	5.29	6.61	8.63	8.74
SM_surface	50.1694	6.8577	420	SM_ls_7.2	SM	lake_surface_sed	21.7		0.54	6654.96	71.69	41.18	11.96	187.72	8.69	2746.19	1460.60	584.72	99.51	105.64	11.54	7.55	2055.25	1300.34	514.52	484.97	41.77	10.39	1239.05	329.19	62.53	5.61	6.92	8.86	8.99
SM_surface	50.1694	6.8577	420	SM_ls_8.2	SM	lake_surface_sed	21.6		0.51	8081.56	80.64	45.21	12.99	198.42	8.17	2604.43	1469.30	661.82	92.65	101.86	11.44	7.38	2366.62	1402.14	538.41	482.44	49.59	10.60	1443.54	323.71	65.61	6.09	7.36	9.61	9.63
SM_soil	50.1694	6.8577	420	SM_soil_1	SM	soil		0.15	0.61		1.73	1.57	1.20	15.93	1.06	13.89	14.44		1.12	0.77	0.30	0.26	31.69	45.14	18.06	9.44	2.63	0.45	46.23	18.29	7.32	14.43	15.74	14.05	15.08
SM_soil	50.1694	6.8577	420	SM_soil_2.2	SM	soil		0.20	0.86	30.66		1.62	0.99	10.58	0.92	29.97	8.41		0.42	0.43	0.31		116.39	49.31	11.77	4.08	1.72	0.19	145.04	22.15	14.57	14.81	17.20	14.42	16.55
SM_soil	50.1694	6.8577	420	SM_soil_3.2	SM	soil		0.15	0.71		4.21	3.94	2.18	25.79	1.30	120.21	46.81		3.48	3.00	1.01	0.56	338.58	171.51	91.93	42.65	10.17	2.19	277.63	136.22	50.93	12.26	13.33	11.89	12.69
SM_soil	50.1694	6.8577	420	SM_soil_4.1	SM	lake_shore	0.5		0.19	23647.96	552.40	200.88	29.52	105.79	8.05	7941.62	2742.54	121.59	175.15	132.92	20.94	8.03	16363.87	3890.20	1927.70	644.82	171.27	21.93	9522.15	3501.24	602.91	8.72	9.84	8.51	9.32
SM_soil	50.1694	6.8577	420	SM_soil_4.2	SM	lake_shore	0.7		0.37	13898.58	339.86	135.87	20.63	93.01	5.10	4234.77	1672.02	66.50	114.19	84.11	13.29	5.16	9055.44	2111.00	1211.61	447.84	118.75	14.16	5074.35	1850.44	346.14	8.60	9.53	8.38	9.00
SM_soil	50.1694	6.8577	420	SM_soil_5.1	SM	lake_shore	0.5		0.75	81.23	6.62	6.81	2.59	29.62	2.26	43.13	21.81	1.46	2.79	1.71	0.89	0.43	73.37	31.15	20.49	8.84	3.96	0.53	44.12	23.37	5.49	9.01	8.54	8.97	8.15
SM_soil	50.1694	6.8577	420	SM_soil_6	SM	soil		0.15	0.80		7.45	7.98	5.19	79.03	4.37	73.02	34.55		2.08	2.50	0.34	0.45	214.10	121.24	62.66	34.05	6.67	1.47	189.22	92.90	35.32	12.84	14.00	12.45	13.34
ELSA_SMf1	50.1700	6.8576	420	SMF1_10-11cm	SM	lake_core		0.10	0.37	2964.30	48.95	19.55	5.99	88.41	5.81	1341.91	778.40	229.75	60.15	61.00	6.65	5.23	1243.15	873.87	369.23	280.81	29.68	6.75	1013.47	276.66	50.47	8.05	8.61	10.05	9.73
ELSA_SMf1	50.1700	6.8576	420	SMF1_13-14cm	SM	lake_core		0.13	0.47	1440.13	30.84	16.82	6.02	67.25	6.58	678.48	306.33	115.52	30.14	25.12	4.21	2.52	658.17	381.30	184.94	139.97	18.01	4.11	534.35	180.18	37.92	8.78	8.67	10.80	9.82
ELSA_SMf1	50.1700	6.8576	420	SMF1_15cm	SM	lake_core		0.15	0.65	6448.53	64.22	22.42	6.93	84.39	4.66	2359.97	1218.64	478.01	88.71	85.80	13.19	7.30	2231.71	1265.86	510.97	423.19	63.09	11.11	1275.77	330.08	69.94	5.94	6.92	8.70	8.62
ELSA_SMf1	50.1700	6.8576	420	SMF1_16-17cm	SM	lake_core		0.16	0.46	1732.94	27.73	15.85	5.15	61.94	5.05	856.78	479.29	161.67	38.05	37.07	3.81	2.39	794.84	480.73	224.64	166.70	19.85	4.34	619.12	199.98	42.03	8.13	8.38	10.43	9.73
ELSA_SMf1	50.1700	6.8576	420	SMF1_3-4cm	SM	lake_core		0.03	0.27	2513.82	45.70	27.56	8.09	101.85	7.43	1335.21	984.90	295.99	66.61	80.43	10.50	5.75	1023.52	919.49	355.60	382.92	33.34	8.90	880.96	259.75	49.73	7.69	8.16	10.34	9.78
ELSA_SMf1	50.1700	6.8576	420	SMF1_44cm	SM	lake_core		0.44	0.69	777.08	19.92	18.99	8.35	111.31	11.90	760.80	282.41	110.18	28.89	17.73	2.74	1.07	437.97	256.87	161.37	78.44	12.74	2.30	258.25	90.66	20.48	4.77	6.49	7.39	8.08
ELSA_SMf1	50.1700	6.8576	420	SMF1_6-7cm	SM	lake_core		0.06	0.36	1882.73	33.26	21.03	7.92	87.83	7.78	1088.63	779.84	250.08	57.83	61.06	7.16	3.40	772.02	710.09	290.97	268.89	24.17	5.03	671.72	203.55	37.57	7.50	8.03	10.40	9.83
ELSA_SMf2	50.1695	6.8576	420	SMF2_35cm	SM	lake_core		0.35	0.67	1061.95	18.04	16.08	6.53	90.38	7.75	794.30	333.20	130.24	31.77	21.43	3.18	1.42	464.29	270.70	168.63	100.87	14.52	2.60	266.32	91.94	19.76	4.76	6.38	7.67	8.19
WM_soil	50.1765	6.8500	484	WM_soil_2	WM	soil		0.15	1.04	126.91	13.40	20.60	5.63	88.30	2.02	186.73	43.37		3.49	2.74	0.98	0.28	689.74	171.41	41.11	22.27	12.18	1.10	585.49	94.24	24.46	11.58	13.51	11.25	12.90
WM_soil	50.1765	6.8500	484	WM_soil_3.2	WM	soil		0.30	0.75		2.96	3.71	2.21	23.06	1.42	70.44	34.64		1.15	0.95	0.63	0.57	234.60	139.36	28.76	15.59	4.91	0.61	235.64	40.77	15.16	12.58	14.91	12.19	14.26