Citation:

epic.43322.d001

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Project(s):

Global Change and the Hydrological Cycle (GLOWA)

Coverage:

Median Latitude: 9.513844 * Median Longitude: 2.062392 * South-bound Latitude: 9.009990 * West-bound Longitude: 1.546290 * North-bound Latitude: 10.131450 * East-bound Longitude: 2.721820

Date/Time Start: 2002-06-30T00:00:00 * Date/Time End: 2004-10-31T00:00:00

Minimum DEPTH, sediment/rock: 0.05 m * Maximum DEPTH, sediment/rock: 1.56 m

Event(s):

Benin * Latitude: 8.830000 * Longitude: 2.180000 * Location: Benin, West Africa

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Profile	Profile		Hiepe, Claudia
2	DATE/TIME	Date/Time			Geocode
3	LATITUDE	Latitude			Geocode
4	LONGITUDE	Longitude			Geocode
5	UTM Easting, Universal Transverse Mercator	UTM east	m	Hiepe, Claudia
6	UTM Northing, Universal Transverse Mercator	UTM north	m	Hiepe, Claudia
7	UTM Zone, Universal Transverse Mercator	UTM Zone		Hiepe, Claudia
8	DEPTH, sediment/rock	Depth sed	m		Geocode
9	Soil type	Soil type		Hiepe, Claudia	WRB
10	Soil type	Soil type		Hiepe, Claudia	ORSTOM
11	Soil horizon	Soil hori		Hiepe, Claudia
12	Description	Description		Hiepe, Claudia	of soil
13	Gravel	Gravel	%	Hiepe, Claudia
14	Sand	Sand	%	Hiepe, Claudia
15	Silt	Silt	%	Hiepe, Claudia
16	Size fraction < 0.002 mm, clay	<2 µm	%	Hiepe, Claudia
17	Texture	Texture		Hiepe, Claudia	BRD
18	Carbon, organic, total	TOC	%	Hiepe, Claudia
19	Sulfur, organic	S org	%	Hiepe, Claudia
20	Carbon, total	TC	%	Hiepe, Claudia
21	Nitrogen, total	TN	%	Hiepe, Claudia
22	Carbon/Nitrogen ratio	C/N		Hiepe, Claudia
23	pH	pH		Hiepe, Claudia	water
24	Cation exchange capacity	CEC	cmol/kg	Hiepe, Claudia	K
25	Cation exchange capacity	CEC	cmol/kg	Hiepe, Claudia	Na
26	Cation exchange capacity	CEC	cmol/kg	Hiepe, Claudia	Mg
27	Cation exchange capacity	CEC	cmol/kg	Hiepe, Claudia	Ca
28	Cation exchange capacity, potential	CEC pot	cmol/kg	Hiepe, Claudia
29	Cation exchange capacity	CEC	cmol/kg	Hiepe, Claudia	Clay fraction
30	Base saturation	BS	%	Hiepe, Claudia
31	Class	Class		Hiepe, Claudia	Bulk density class
32	Color code HLS-system	Color HLS		Hiepe, Claudia
33	Lithology/composition/facies	Lithology		Hiepe, Claudia	Concretions, gravel
34	Boundary description	Bound descr		Hiepe, Claudia
35	Porosity	Poros	% vol	Hiepe, Claudia
36	Activity description	Activity		Hiepe, Claudia	Biological activity
37	Comment	Comment		Hiepe, Claudia

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

3669 data points

Data

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

1 Profile	2 Date/Time	3 Latitude	4 Longitude	5 UTM east [m]	6 UTM north [m]	7 UTM Zone	8 Depth sed [m]	9 Soil type (WRB)	10 Soil type (ORSTOM)	11 Soil hori	12 Description (of soil)	13 Gravel [%]	14 Sand [%]	15 Silt [%]	16 <2 µm [%]	17 Texture (BRD)	18 TOC [%]	19 S org [%]	20 TC [%]	21 TN [%]	22 C/N	23 pH (water)	24 CEC [cmol/kg] (K)	25 CEC [cmol/kg] (Na)	26 CEC [cmol/kg] (Mg)	27 CEC [cmol/kg] (Ca)	28 CEC pot [cmol/kg]	29 CEC [cmol/kg] (Clay fraction)	30 BS [%]	31 Class (Bulk density class)	32 Color HLS	33 Lithology (Concretions, gravel)	34 Bound descr	35 Poros [% vol]	36 Activity (Biological activity)	37 Comment
C3	2004-10-24	10.01561	2.51650	447013	1107177	31P	0.10	Regosol	3	1	A1	39.40	75.4	15.0	9.6	Sl3	1.65	2.8300	1.65	0.09	19	5.01	0.04	0.01	0.79	3.10	6.92	12.03	57	3	10YR/3.2	big quarz chunks	clear, reg		1	very dry
C3	2004-10-24	10.01561	2.51650	447013	1107177	31P	0.41	Regosol	3	2	C	59.70	69.4	13.2	17.4	St3	0.82	1.4200	0.82	0.04	19	4.17	0.02	0.01	0.06	1.34	4.76	10.82	30	4	7.5YR/3.4	big quarz chunks			0
C14	2004-10-17	9.76059	2.36138	429958	1079009	31P	0.11	Cambisol	14	1	A1	12.40	68.4	21.7	9.9	Sl3	1.65	2.8400	1.65	0.08	20	5.91	0.13	0.01	1.22	4.01	6.16	3.83	87	2	10YR/3.2	gravel	abrupt, reg	1.0	2
C14	2004-10-17	9.76059	2.36138	429958	1079009	31P	0.30	Cambisol	14	2	B21(fe)	68.17	63.8	21.4	14.8	Sl4	0.80	1.3700	0.80	0.05	17	5.04	0.08	0.01	0.45	0.29	4.35	10.57	19	3	5YR/3.4	dark rock chunks d=5cm	clear, reg	0.0	2
C14	2004-10-17	9.76059	2.36138	429958	1079009	31P	0.50	Cambisol	14	3	B22	26.78	60.5	21.0	18.5	Ls4	0.62	1.0700	0.62	0.04	18	4.76	0.07	0.02	0.23	0.56	3.82	8.86	23	3	5YR/4.4		clear, ondulated	1.0	1
C14	2004-10-17	9.76059	2.36138	429958	1079009	31P	0.60	Cambisol	14	4	B23	61.36	53.4	21.7	24.9	Ls4	0.52	0.8900	0.52	0.04	14	4.94	0.11	0.01	0.28	1.08	4.51	10.86	33	3.5	7.5YR/4.6	FeMn-concr	clear, reg	1.0	0
C14	2004-10-17	9.76059	2.36138	429958	1079009	31P	0.80	Cambisol	14	5	B24	64.83	53.6	23.5	23.0	Ls4	0.50	0.8500	0.50	0.03	16	5.59	0.15	0.01	0.36	2.25	6.05	18.78	46	5	7.5YR/5.4	FeMn-concr			0
C17	2004-10-24	10.08907	1.92320	382013	1115455	31P	0.21	Lixisol	17	1	A1	27.95	45.3	28.4	26.2	Lts	2.09	3.6000	2.09	0.14	15	6.17	0.36	0.01	1.62	17.60	10.79	13.21	182	2.5	10YR/3.3	Fe-concr	abrupt, irreg	2.0	2
C17	2004-10-24	10.08907	1.92320	382013	1115455	31P	0.40	Lixisol	17	2	B21(fe)	37.26	49.4	26.9	23.7	Ls4	0.72	1.2300	0.72	0.04	16	6.19	0.09	0.01	0.67	4.31	6.29	15.95	81	3.5	5YR/4.4	FeMn-concr	gradual, irreg	1.0	2
C17	2004-10-24	10.08907	1.92320	382013	1115455	31P	0.75	Lixisol	17	3	B22(fe)	48.95	34.8	30.0	35.1	Lt3	0.64	1.1100	0.64	0.04	17	6.13	0.04	0.02	0.88	3.84	8.05	16.49	59	4	5YR/4.4	FeMn-concr	gradual, irreg	1.0	2
C17	2004-10-24	10.08907	1.92320	382013	1115455	31P	1.34	Lixisol	17	4	B23(fe)	54.07	35.7	25.6	38.7	Lts	0.51	0.8800	0.51	0.03	18	6.02	0.13	0.02	1.12	3.09	7.31	14.27	60	3.5	5YR/4.4	FeMn-concr	gradual, reg	0.0	2	clayey parts without gravel
C17	2004-10-24	10.08907	1.92320	382013	1115455	31P	1.50	Lixisol	17	5	B24(fe)	61.31	34.9	25.1	40.1	Lts	0.44	0.7600	0.44	0.02	19	5.82	1.04	0.02	0.38	2.31	7.09	13.81	53	3	5YR/4.6	FeMn-concr, (Quarz, mica)			0	clayey parts without gravel
C18	2004-10-22	9.76321	2.13730	405381	1079353	31P	0.08	Acrisol	18	1	A1	26.90	53.2	27.4	19.4	Ls4	1.15	1.9800	1.15	0.07	16	5.88	0.12	0.02	0.98	2.87	6.87	14.59	58	2.5	7.5YR/4.4	Fe-concr
C18	2004-10-22	9.76321	2.13730	405381	1079353	31P	0.30	Acrisol	18	2	B21(fe)	58.69	33.0	24.4	42.6	Lts	0.67	1.1500	0.67	0.05	12	5.14	0.08	0.01	0.52	1.39	7.38	11.85	27	4	5YR/4.6	Fe-concr, gravel				h2 and h3 similar; h4 and h5 similar
C18	2004-10-22	9.76321	2.13730	405381	1079353	31P	0.72	Acrisol	18	3	B22(fe)	63.89	25.8	23.1	51.1	Tl	0.43	0.7300	0.43	0.03	12	5.64	0.07	0.01	0.54	1.56	6.79	10.38	32	5	5YR/6.6	Fe-concr, gravel
C18	2004-10-22	9.76321	2.13730	405381	1079353	31P	0.98	Acrisol	18	4	B23(fe)	60.13	28.1	21.9	50.0	Tl	0.19	0.3300	0.19	0.01	14	6.00	0.05	0.01	0.51	1.13	5.61	9.87	30	5	5YR/5.6					includes saprolithic sandstone (white, yeallow)
C18	2004-10-22	9.76321	2.13730	405381	1079353	31P	1.41	Acrisol	18	5	BC	46.41	18.5	22.9	58.6	Tl	0.13	0.2200	0.13	0.01	12	6.15	0.04	0.01	0.64	2.04	6.00	9.48	46	4	5YR/5.5					includes saprolithic sandstone (white, yeallow)
C21	2004-10-22	9.97024	1.86963	376098	1102334	31P	0.13	Vertisol	21	1	A1	23.59	37.9	40.9	21.2	Ls2	1.22	2.0900	1.22	0.05	25	5.60	0.08	0.08	3.41	12.19	11.98	36.34	132	3	5Y/3.1		abrupt, reg	2.0	2
C21	2004-10-22	9.97024	1.86963	376098	1102334	31P	0.36	Vertisol	21	2	B21	33.79	36.8	28.7	34.5	Lts	0.88	1.5100	0.88	0.06	15	5.54	0.14	0.10	5.00	14.18	12.24	26.54	159	3	5Y/3.1	Quarz, black pellets	clear, irreg	2.0	1
C21	2004-10-22	9.97024	1.86963	376098	1102334	31P	0.55	Vertisol	21	3	B22	35.71	28.5	27.4	44.1	Lts	0.51	0.8800	0.51	0.04	14	5.72	0.34	0.17	7.69	19.15	14.88	29.71	184	2.5	5Y/4.1	black pellets, mica	g, ondulated		1
C21	2004-10-22	9.97024	1.86963	376098	1102334	31P	1.03	Vertisol	21	4	B23	11.91	25.2	25.8	49.0	Tl	0.31	0.5300	0.31	0.01	24	6.19	0.48	0.16	10.05	21.08	16.64	31.80	191	2.5	5Y/4.1	black pellets, much mica	clear, ondulated		0
C21	2004-10-22	9.97024	1.86963	376098	1102334	31P	1.45	Vertisol	21	5	BC	32.37	46.0	28.1	25.9	Lts	0.15	0.2600	0.15	0.01	12	6.35	0.23	0.25	8.49	17.19	12.69	46.90	206	2.5	10YR/3.1 10YR/5.8 5Y/6.1	mica			0	partly sandy due to pulverised rock
C25	2004-10-20	9.64619	1.73887	361628	1066550	31P	0.10	Acrisol	25	1	A1	26.26	76.7	14.3	9.0	Sl3	1.11	1.9000	1.11	0.08	14	5.75	0.08	0.01	0.82	3.44	4.55	7.49	96		10YR/3.1	Fe-concr	clear, reg	2.0	2
C25	2004-10-20	9.64619	1.73887	361628	1066550	31P	0.31	Acrisol	25	2	B21(fe)	67.26	76.8	12.6	10.6	Sl3	0.54	0.9300	0.54	0.03	17	5.43	0.07	0.01	0.44	0.86	1.97	0.67	71		7.5YR/4.2	Fe-concr, Quarz	abrupt, reg	1.0	1
C25	2004-10-20	9.64619	1.73887	361628	1066550	31P	0.74	Acrisol	25	3	B22(fe)	60.08	48.4	11.5	40.1	Ts3	0.29	0.4900	0.29	0.03	11	5.48	0.04	0.00	1.11	0.76	3.94	7.33	49		5YR/4.6	FeMn-concr, much Quarz up to d=1cm	gradual, reg	1.5	1
C25	2004-10-20	9.64619	1.73887	361628	1066550	31P	1.09	Acrisol	25	4	B23(fe)	62.86	28.9	16.4	54.7	Tl	0.14	0.2400	0.14	0.01	11	4.71	0.03	0.01	0.38	0.57	4.58	7.48	22		5YR/5.6	FeMn-concr	grad.reg	1.0	1
C25	2004-10-20	9.64619	1.73887	361628	1066550	31P	1.56	Acrisol	25	5	C	39.88	31.8	24.8	43.4	Lts	0.08	0.1400	0.08	0.01	9	4.61	0.02	0.01	0.16	0.43	3.95	8.45	15		2.5YR/4.8, 7.5YR/5.8,10YR/6.8	much Quarz, much mica, gravel-rich parts	clear, irreg	2.0	1
C29	2004-10-20	9.71350	1.65090	352004	1074030	31P	0.20	Gley/Lixisol	29	1	A1	7.37	76.3	15.5	8.2	Sl3	0.19	0.3300	0.19	0.02	10	4.48	0.01	0.03	0.36	0.65	1.98	15.94	54		10YR/4.3		a, ondulated	2.0	2	striped
C29	2004-10-20	9.71350	1.65090	352004	1074030	31P	0.48	Gley/Lixisol	29	2	B21	82.13	72.1	10.5	17.4	St3	0.41	0.7000	0.41	0.04	9	5.12	0.05	0.05	2.30	3.16	7.58	35.35	73		10YR/4.3	Quarz band d=15cm	grad, ondulated		1	all horizons inclined to the left
C29	2004-10-20	9.71350	1.65090	352004	1074030	31P	0.77	Gley/Lixisol	29	3	B22(fe)	35.45	25.0	18.1	57.0	Tl	0.27	0.4600	0.27	0.02	13	6.15	0.04	0.19	8.22	7.89	10.49	16.77	156		5Y/6.1	FeMn-concr	abrupt, irreg		0	humid
C29	2004-10-20	9.71350	1.65090	352004	1074030	31P	1.05	Gley/Lixisol	29	4	B23(fe)	35.22	27.4	26.7	45.8	Tl	0.18	0.3000	0.18	0.01	14	6.38	0.05	0.19	10.93	11.22	21.32	45.15	105		5Y/6.1	FeMn-concr	clear, irreg		0	humid, partly sandy rocks
C29	2004-10-20	9.71350	1.65090	352004	1074030	31P	1.51	Gley/Lixisol	29	5	C	23.77	55.0	24.7	20.3	Ls4	0.11	0.1900	0.11	0.01	19	6.56	0.03	0.19	11.28	11.07	18.09	87.07	125		5YR/5.8, 2.5Y/4.0,5Y/6.1,gold				1	rock structure well visible
C31	2004-09-26	9.20552	2.31114	424326	1017647	31P	0.15	Arenosol	31	1	A1		83.8	10.2	6.0	Sl2															10YR/3.2		clear, reg		1
C31	2004-09-26	9.20552	2.31114	424326	1017647	31P	0.24	Arenosol	31	2	B21		85.6	8.6	5.8	St2															10YR/4.4		gradual, reg		0	transition horizon
C31	2004-09-26	9.20552	2.31114	424326	1017647	31P	0.36	Arenosol	31	3	B22(fe)		83.7	9.8	6.5	St2															10YR/5.5, 7.5YR/5.6	Fe-concr	gradual, reg		0	lateraler Inflow through the whole profile
C31	2004-09-26	9.20552	2.31114	424326	1017647	31P	0.50	Arenosol	31	4	B23(fe)		81.3	9.4	9.3	St2															10YR/5.6	Fe-concr	gradual, reg		0
C31	2004-09-26	9.20552	2.31114	424326	1017647	31P	0.90	Arenosol	31	5	B24(fe)																				10YR/??	Mn-concr	clear, irreg		0
C45	2004-09-26	9.17980	2.30110	423218	1014805	31P	0.20	Acrisol	45	1	A1	23.64	82.1	10.0	8.0	St2	1.11	1.9100	1.11	0.07	15	5.71	0.09	0.02	0.87	4.27	6.04	27.04	87		10YR/2.2	Fe-concr small	clear, irreg	2.0	2
C45	2004-09-26	9.17980	2.30110	423218	1014805	31P	0.30	Acrisol	45	2	B21	49.13	80.2	10.2	9.7	Sl3	0.36	0.6100	0.36	0.02	14	5.49	0.03	0.01	0.40	0.32	2.99	17.99	26		10YR/3.3	Fe-concr small	clear, irreg	2.0	1
C45	2004-09-26	9.17980	2.30110	423218	1014805	31P	0.43	Acrisol	45	3	B22(fe)	8.60	61.5	9.1	29.5	Ts4	0.34	0.5800	0.34	0.03	10	5.44	0.10	0.02	0.86	2.18	5.43	14.44	58		10YR/3.4	Fe-concr, Quarz	clear, irreg	2.0	1
C45	2004-09-26	9.17980	2.30110	423218	1014805	31P	0.80	Acrisol	45	4	B23	8.53	51.8	8.9	39.3	Ts3	0.28	0.4800	0.28	0.03	9	5.46	0.12	0.02	1.01	2.82	7.84	17.46	51		7.5YR/4.3	Fe-concr, Quarz	gradual, irreg	2.0	1
C45	2004-09-26	9.17980	2.30110	423218	1014805	31P	1.20	Acrisol	45	5	B24	83.79	51.2	11.3	37.4	Ts3	0.24	0.4100	0.24	0.02	10	5.50	0.10	0.03	0.98	3.07	8.36	20.12	50		7.5YR/4.3			2.0	1
C48	2004-09-27	9.23360	2.34877	428466	1020744	31P	0.13	Lixisol	48	1	A1		78.5	11.7	9.8	Sl3	1.39	2.3900	1.39	0.09	16	5.84	0.15	0.01	0.99	5.10	7.88	30.77	79	2	10YR/3.2	Quarz, crust chunks d=5cm	gradual, reg	1.0	2
C48	2004-09-27	9.23360	2.34877	428466	1020744	31P	0.24	Lixisol	48	2	B21	35.30	78.5	12.2	9.3	Sl3	0.96	1.6600	0.96	0.05	18	5.76	0.05	0.02	0.91	3.44	6.10	29.34	72	2	7.5YR/3.2	Quarz	abrupt, irreg	1.0	2
C48	2004-09-27	9.23360	2.34877	428466	1020744	31P	0.35	Lixisol	48	3	B22	71.69	79.0	9.9	11.1	St2	0.52	0.8900	0.52	0.04	14	5.18	0.05	0.01	0.54	1.81	5.59	34.03	43	3	7.5YR/3.3	Quarz	gradual, irreg	1.0	1
C48	2004-09-27	9.23360	2.34877	428466	1020744	31P	0.90	Lixisol	48	4	B23	86.95	70.8	8.4	20.7	St3	0.49	0.8400	0.49	0.03	14	5.38	0.13	0.16	0.33	2.99	4.38	12.89	82	3	7.5YR/4.4		gradual, irreg	1.0	0.5
C48	2004-09-27	9.23360	2.34877	428466	1020744	31P	1.20	Lixisol	48	5	B24	83.73	72.2	11.1	16.7	Sl4	0.31	0.5400	0.31	0.02	17	5.21	0.06	0.02	0.56	0.95	4.89	22.77	33	3	7.5YR/5.4	Quarz		1.0	0.5
C55	2004-10-23	9.99479	1.65059	352095	1105139	31P	0.08	Lixisol	55	1	A1	27.10	76.6	13.9	9.5	Sl3	0.67	1.1600	0.67	0.04	15	5.26	0.05	0.01	0.45	2.43	3.97	16.97	74	2.5	10YR/3.2	Fe-concr	a, grad	2.0	2	red mottling increasing from 1.-5. horizon, some mica in the whole profile
C55	2004-10-23	9.99479	1.65059	352095	1105139	31P	0.36	Lixisol	55	2	B21	54.11	68.2	13.5	18.3	St3	0.41	0.7100	0.41	0.03	14	5.41	0.04	0.01	0.27	2.09	3.95	13.68	61	4.5	10YR/4.4	Fe-concr	gradual, irreg	2.0	2
C55	2004-10-23	9.99479	1.65059	352095	1105139	31P	0.61	Lixisol	55	3	B22(fe)	46.26	53.8	12.6	33.5	Ts4	0.44	0.7500	0.44	0.03	15	5.52	0.06	0.01	0.29	2.57	5.20	10.96	56	3.5	7.5YR/5.4	FeMn-concr, mica	clear, reg	2.0	2
C55	2004-10-23	9.99479	1.65059	352095	1105139	31P	0.83	Lixisol	55	4	B23(fe)	60.40	43.3	13.9	42.8	Ts3	0.20	0.3500	0.20	0.02	11	5.68	0.11	0.01	0.58	2.99	7.85	16.67	47	3.5	10YR/5.4	FeMn-concr, Quarz	clear, reg			gravel-rich and gravel-poor parts
C55	2004-10-23	9.99479	1.65059	352095	1105139	31P	1.20	Lixisol	55	5	B23(fe)	61.14	38.9	17.8	43.2	Lts	0.16	0.2700	0.16	0.02	10	5.83	0.11	0.01	0.85	2.75	7.26	15.54	51	3.5	10YR/5.6, 2.5YR/4.6	FeMn-concr, Quarz
C56	2004-10-16	9.34578	2.56057	451747	1033111	31P	0.21	Acrisol	56	1	A1B21	12.97	83.7	10.5	5.8	Sl2	0.17	0.2900	0.17	0.01	11	4.63	0.03	0.01	0.12	0.30	1.23	11.06	37	2	10YR/4.3	FeMn-concr	abrupt, reg	1.0	1
C56	2004-10-16	9.34578	2.56057	451747	1033111	31P	0.50	Acrisol	56	2	B22(fe)	48.57	69.9	13.8	16.3	Sl4	0.15	0.2600	0.15	0.01	13	4.81	0.03	0.01	0.23	0.59	2.86	14.26	30	3	10YR/5.8	big FeMn-concr, bright mica	clear, irreg		1
C56	2004-10-16	9.34578	2.56057	451747	1033111	31P	0.81	Acrisol	56	3	B23(fe)	52.61	55.7	19.3	25.0	Ls4	0.10	0.1800	0.10	0.01	10	5.19	0.05	0.01	0.53	1.12	3.94	14.30	43	4	2.5YR/4.8,7.5YR/5.6	FeMn-concr, mica	gradual, reg		0
C56	2004-10-16	9.34578	2.56057	451747	1033111	31P	1.05	Acrisol	56	4	BC	32.00	49.1	21.6	29.4	Lts	0.13	0.2300	0.13	0.01	14	4.58	0.09	0.03	0.51	0.71	4.38	13.36	30	4	2.5YR4.8, 10YR/7.4, 10YR/6.8	mica, Kaolinite, Quarz			0
C58	2004-10-13	9.31306	2.49162	444170	1029504	31P	0.23	Lixisol	58	1	A1	24.89	65.6	18.2	16.2	Sl4	1.83	3.1400	1.83	0.11	17	5.66	0.52	0.02	1.41	8.56	10.29	23.99	102	2	10YR/3.1	Quarz, Fe-concr, (mica)	abrupt, reg	1.0	2
C58	2004-10-13	9.31306	2.49162	444170	1029504	31P	0.45	Lixisol	58	2	B21	20.99	67.2	18.7	14.1	Sl4	0.81	1.3900	0.81	0.03	24	5.14	0.08	0.02	0.37	4.09	6.03	22.64	76	1.5	10YR/4.3	(Quarz, mica)	a, ondulated	1.0	2
C58	2004-10-13	9.31306	2.49162	444170	1029504	31P	0.58	Lixisol	58	3	BC	46.79	58.8	17.8	23.4	Ls4	0.39	0.6700	0.39	0.02	16	5.26	0.12	0.02	0.41	3.14	5.86	19.15	63	2.5	2.5YR/4.8, 10YR/4.4	FeMn-concr	gradual, irreg	1.0	2
C58	2004-10-13	9.31306	2.49162	444170	1029504	31P	1.20	Lixisol	58	4	C	16.34	51.8	14.6	33.6	Ts4	0.18	0.3000	0.18	0.01	18	5.56	0.14	0.03	0.53	3.40	5.79	15.41	71	3.5	7.5YR/4.2, 10YR/6.4, 2.5YR/4.6	much mica		1.0	1
C62	2004-10-31	9.45218	2.42419	436790	1044897	31P	0.18	Plinthosol	62	1	A1	3.30	79.2	13.4	7.4	Sl2	0.65	1.1100	0.65	0.04	17	4.72	0.13	0.02	0.44	2.18	4.41	29.17	63		10YR/3.2	Fe-concr	clear, reg	1.0	2
C62	2004-10-31	9.45218	2.42419	436790	1044897	31P	0.43	Plinthosol	62	2	B21	84.27	68.9	11.6	19.5	St3	0.24	0.4000	0.24	0.02	10	5.55	0.11	0.02	0.55	1.76	3.79	15.24	64		10YR/5.3		clear, reg	1.0	2
C62	2004-10-31	9.45218	2.42419	436790	1044897	31P	0.60	Plinthosol	62	3	B22	13.47	70.7	13.0	16.3	Sl4	0.29	0.5000	0.29	0.03	10	4.82	0.09	0.03	0.36	1.58	3.65	16.18	56		10YR/6.6	gravel	a, ondulated	1.0	2
C62	2004-10-31	9.45218	2.42419	436790	1044897	31P	0.92	Plinthosol	62	4	B23(fe)	15.51	81.1	12.2	6.7	Sl2	0.27	0.4700	0.27	0.02	14	4.86	0.06	0.02	0.13	0.92	2.06	16.47	55		10YR/6.4, 5YR/5.6, 10YR/2.m			0.0	0	hardened
C70	2004-10-22	10.13145	1.93875	383732	1120135	31P	0.05	Plinthosol	70	1	A1	13.80	64.0	28.1	7.9	Su3	1.23	2.1100	1.23	0.08	15	5.59	0.16	0.02	1.00	3.07	5.39	13.93	79	2	10YR/4.2		abrupt, reg	1.0	1
C70	2004-10-22	10.13145	1.93875	383732	1120135	31P	0.16	Plinthosol	70	2	B21	19.16	62.6	25.4	11.9	Sl3	0.51	0.8700	0.51	0.03	19	4.21	0.05	0.02	0.58	0.61	2.96	9.94	43	2.5	10YR/5.3		clear, irreg	1.0	1
C70	2004-10-22	10.13145	1.93875	383732	1120135	31P	0.36	Plinthosol	70	3	B22(fe)	39.73	48.2	25.6	26.2	Lts	0.32	0.5400	0.32	0.03	12	4.12	0.06	0.02	0.22	0.44	3.59	9.51	20	3	10YR/5.4	FeMn-concr	gradual, reg,	2.0	2
C70	2004-10-22	10.13145	1.93875	383732	1120135	31P	0.60	Plinthosol	70	4	B23(fe)	47.19	41.1	28.3	30.5	Lts	0.30	0.5100	0.30	0.03	12	4.15	0.07	0.01	0.18	0.68	4.06	9.88	23	3	10YR/6.4	FeMn-concr	clear, ondulated	1.0	1
C70	2004-10-22	10.13145	1.93875	383732	1120135	31P	0.78	Plinthosol	70	5	B24(fe)	65.34	44.7	27.7	27.6	Lts	0.15	0.2700	0.15	0.02	9	4.37	0.06	0.01	0.12	0.63	4.50	14.33	19	4.5	2.5YR/4.8, 10YR/6.3	FeMn-concr, ruby coloured		0.0	0	hardended, impossible to dig deeper
C80	2004-10-13	9.07436	2.55240	450812	1003104	31P	0.15	Arensosol	80	1	A1	6.96	89.0	7.5	3.5	Ss	0.43	0.7400	0.43	0.02	17	5.24	0.07	0.01	0.35	1.08	2.02	15.17	75	1	10YR/3.2	gravel, Quarz	gradual, reg	1.0	2
C80	2004-10-13	9.07436	2.55240	450812	1003104	31P	0.30	Arensosol	80	2	B21	8.69	85.9	8.7	5.4	St2	0.24	0.4100	0.24	0.01	18	5.21	0.08	0.02	0.10	0.69	2.83	37.17	31	1.5	7.5YR/4.2	gravel, Quarz, Fe-concr	clear, reg	1.0	2
C80	2004-10-13	9.07436	2.55240	450812	1003104	31P	0.63	Arensosol	80	3	B22	10.85	81.4	13.0	5.6	Sl2	0.18	0.3100	0.18	0.01	16	5.57	0.04	0.01	0.08	0.59	1.11	8.56	65	2	7.5YR/5.4	gravel, FeMn-concr	abrupt, reg	1.0	2
C80	2004-10-13	9.07436	2.55240	450812	1003104	31P	0.90	Arensosol	80	4	B23	37.41	80.2	12.7	7.1	Sl2	0.13	0.2300	0.13	0.01	20	5.78	0.05	0.01	0.13	0.52	1.04	8.09	68	2.5	7.5YR/5.4	Quarz, FeMn-concr	clear, reg	0.0	0
C80	2004-10-13	9.07436	2.55240	450812	1003104	31P	1.20	Arensosol	80	5	B24	40.56	77.1	11.6	11.3	Sl3	0.06	0.1100	0.06	0.01	8	6.00	0.06	0.01	0.22	0.91	1.65	12.60	73	4	10YR/5.4			0.0	0
C90	2004-10-12	9.34247	2.53811	449280	1032748	31P	0.12	Arensosol	90	1	A1	18.10	80.1	12.2	7.7	Sl2	0.54	0.9300	0.54	0.04	15	5.23	0.05	0.02	0.36	1.22	2.69	10.33	61	2	10YR/3.2	Quarz, FeMn-concr	clear, (ond)	2.0	2
C90	2004-10-12	9.34247	2.53811	449280	1032748	31P	0.24	Ferralsol	90	2	B21	60.64	79.7	12.8	7.5	Sl2	0.36	0.6200	0.36	0.02	16	4.80	0.04	0.01	0.16	0.57	2.00	9.90	39	1.5	10YR/4.2	Fe-concr, (Quarz)	abrupt, (ond)	2.0	2
C90	2004-10-12	9.34247	2.53811	449280	1032748	31P	0.36	Ferralsol	90	3	B22(fe)	55.76	78.8	11.6	9.6	Sl3	0.26	0.4500	0.26	0.02	16	4.63	0.04	0.01	0.15	0.33	1.45	5.58	36	3	10YR/5.4	(FeMn-concr), (Quarz)	grad, ondulated	1.0	1
C90	2004-10-12	9.34247	2.53811	449280	1032748	31P	0.51	Ferralsol	90	4	B23(fe)	55.23	66.7	11.6	21.7	St3	0.23	0.4000	0.23	0.02	15	4.29	0.05	0.01	0.18	0.28	2.68	8.59	19	3	2.5YR/5.8, 10YR/6.6	(FeMn-concr), mica, (Quarz)	clear, ondulated	1.0	1
C90	2004-10-12	9.34247	2.53811	449280	1032748	31P	0.89	Ferralsol	90	5	C1	4.39	55.2	12.7	32.1	Ts4	0.18	0.3100	0.18	0.02	11	4.37	0.06	0.02	0.31	0.40	3.72	9.62	21	3.5	2.5YR/5.8, 10YR/6.6	mica	gradual, irreg	1.0	1
C90	2004-10-12	9.34247	2.53811	449280	1032748	31P	1.10	Ferralsol	90	6	C2	16.62	38.3	20.7	41.0	Lts	0.13	0.2300	0.13	0.01	10	4.42	0.10	0.02	0.41	0.56	3.89	8.35	28	4	2.5YR/4.8, 10YR/6.6	mica		1.0	1
C91	2004-10-14	10.02155	2.57280	453183	1107826	31P	0.05	Ferralsol	91	1	A1	23.95	69.4	17.4	13.3	Sl4	1.09	1.8700	1.09	0.08	14	5.52	0.10	0.01	1.01	4.45	7.01	24.24	79	3	10YR/3.2	FeMn-concr	abrupt, reg	2.0	2	rock chunks in all horizons
C91	2004-10-14	10.02155	2.57280	453183	1107826	31P	0.27	Ferralsol	91	2	B21(fe)	43.55	72.2	15.3	12.5	Sl4	0.50	0.8600	0.50	0.03	16	5.60	0.06	0.02	0.53	1.19	2.98	9.92	60	3	10YR/4.4	Fe-concr	gradual, irreg	1.0	1
C91	2004-10-14	10.02155	2.57280	453183	1107826	31P	0.48	Ferralsol	91	3	B22(fe)	61.45	66.5	15.0	18.6	St3	0.42	0.7200	0.42	0.03	17	5.61	0.04	0.01	0.69	1.27	3.30	9.81	61	3	10YR/4.4	Fe-concr	clear, reg	1.0	0
C91	2004-10-14	10.02155	2.57280	453183	1107826	31P	0.95	Ferralsol	91	4	C1	68.51	39.1	16.4	44.5	Lts	0.39	0.6700	0.39	0.03	14	5.77	0.15	0.01	1.73	1.12	4.45	6.91	68	3.5	7.5YR/4.6	FeMn-concr, Quarz	abrupt, reg	1.0	0
C91	2004-10-14	10.02155	2.57280	453183	1107826	31P	1.10	Ferralsol	91	5	C2	48.11	32.8	17.9	49.3	Tl	0.34	0.5900	0.34	0.02	16	5.73	0.21	0.01	1.83	1.36	4.57	6.84	75	3	7.5YR/5.8	mica		0.0	0
C101	2004-10-15	9.91745	2.72182	469505	1096298	31P	0.05	Gleysol	101	1	A1	43.47	58.7	25.6	15.7	Sl4	2.42	4.1600	2.42	0.19	13	6.32	0.19	0.01	1.76	10.24	11.23	17.50	109	2	10YR/2.2		abrupt, reg		2	very dry
C101	2004-10-15	9.91745	2.72182	469505	1096298	31P	0.14	Gleysol	101	2	B21(fe)	41.94	84.2	6.4	9.5	St2	0.47	0.8100	0.47	0.02	25	5.94	0.09	0.01	0.31	0.97	2.66	10.61	52	2	5YR/3.4	small Fe-concr, Quarz	abrupt, reg		2
C101	2004-10-15	9.91745	2.72182	469505	1096298	31P	0.36	Gleysol	101	3	B22	29.34	81.6	8.6	9.8	St2	0.23	0.4000	0.23	0.01	16	5.64	0.06	0.02	0.31	0.84	2.48	17.10	49	3	7.5YR/4.4		clear, reg		1
C101	2004-10-15	9.91745	2.72182	469505	1096298	31P	0.41	Gleysol	101	4	B23	17.59	52.8	27.2	20.0	Ls4	0.42	0.7200	0.42	0.04	12	5.47	0.11	0.01	0.61	2.10	4.58	15.61	62	1	7.5YR/4.4		abrupt, reg		1
C101	2004-10-15	9.91745	2.72182	469505	1096298	31P	0.50	Gleysol	101	5	B24	9.05	69.8	15.5	14.7	Sl4	0.96	1.6500	0.96	0.06	17	5.23	0.08	0.02	0.71	3.19	6.42	20.87	62	1.5	10YR/3.2		abrupt, reg		1	hydromorph, black wood pieces
C101	2004-10-15	9.91745	2.72182	469505	1096298	31P	0.56	Gleysol	101	6	B25	67.84	83.3	9.9	6.8	St2	0.23	0.4000	0.23	0.01	17	5.36	0.03	0.01	0.24	0.90	2.12	19.05	56	2	5YR/3.4	FeMn-concr	abrupt, reg		1	hydromorph,wet
C101	2004-10-15	9.91745	2.72182	469505	1096298	31P	0.80	Gleysol	101	7	B26	23.56	84.0	8.1	7.8	St2	0.30	0.5200	0.30	0.02	18	5.05	0.05	0.01	0.34	1.55	2.35	16.54	83	3	7.5YR/4.4	FeMn-concr	clear, reg		0	hydromorph,wet
L2	2002-06-30	9.06409	1.88934	377937	1002124	31P	0.20		2	1	A	57.40	83.3	9.0	7.8	St2	0.82	1.4104	0.82
L2	2002-06-30	9.06409	1.88934	377937	1002124	31P	0.45		2	2	C	43.00	79.7	9.8	10.5	St2	0.77	1.3244	0.77
L16	2002-06-30	9.45772	1.66767	353735	1045736	31P	0.14		16	2	A1	22.50	75.8	15.0	9.2	Sl3	0.91	1.5652	0.91												10YR5/3
L16	2002-06-30	9.45772	1.66767	353735	1045736	31P	0.40		16	3	B21	71.20	58.0	11.5	30.5	Ts4	0.56	0.9632	0.56												10YR4/6
L16	2002-06-30	9.45772	1.66767	353735	1045736	31P	0.82		16	4	BC	68.00	50.9	13.6	35.5	Ts3	0.53	0.9116	0.53												10YR6/6
L23	2002-06-30	9.01381	1.72456	359805	996623	31P	0.24		23	1	A1	27.00	81.5	11.0	7.5	Sl2	1.09	1.8748	1.09
L23	2002-06-30	9.01381	1.72456	359805	996623	31P	0.46		23	2	B21	57.30	75.3	12.5	12.3	Sl4	0.59	1.0148	0.59
L23	2002-06-30	9.01381	1.72456	359805	996623	31P	1.50		23	3	B22fe	28.50	51.1	13.0	35.9	Ts3	0.27	0.4644	0.27
L24	2002-06-30	9.68065	1.65223	352136	1070397	31P	0.31		24	1	A1	13.40	68.3	16.3	15.5	Sl4	0.87	1.4964	0.87												5YR4/4
L24	2002-06-30	9.68065	1.65223	352136	1070397	31P	0.55		24	2	B21	54.60	62.7	10.3	27.0	Ts4	0.45	0.7740	0.45												5YR5/6
L24	2002-06-30	9.68065	1.65223	352136	1070397	31P	1.00		24	3	B22	52.10	65.1	15.5	19.5	Ls4	0.31	0.5332	0.31												7.5YR5/8
L28	2002-06-30	9.53815	1.54629	340444	1054685	31P	0.20		28	1	A1	1.00	68.0	19.0	13.0	Sl4	1.45	2.4940	1.45
L28	2002-06-30	9.53815	1.54629	340444	1054685	31P	0.40		28	2	B21	4.00	57.0	18.0	25.0	Ls4	0.87	1.4964	0.87
L28	2002-06-30	9.53815	1.54629	340444	1054685	31P	0.70		28	3	B22	69.00	37.0	9.0	54.0	Ts2	0.19	0.3268	0.19
L28	2002-06-30	9.53815	1.54629	340444	1054685	31P	1.50		28	4	C	1.00	36.0	14.0	50.0	Ts2	0.05	0.0860	0.05
L32	2002-06-30	9.08191	1.87820	376719	1004099	31P	0.19		32	1	A2	0.30	87.0	6.0	7.0	St2	0.48	0.8256	0.48												7.5YR3/2
L32	2002-06-30	9.08191	1.87820	376719	1004099	31P	0.47		32	2	A2	2.20	83.2	7.0	9.8	St2	0.41	0.7052	0.41												10YR3/4
L32	2002-06-30	9.08191	1.87820	376719	1004099	31P	0.68		32	3	(B)fe	1.30	83.5	7.0	9.5	St2	0.23	0.3956	0.23												7.5YR4/3
L32	2002-06-30	9.08191	1.87820	376719	1004099	31P	1.30		32	4	C	1.50	81.9	7.1	11.0	St2	0.14	0.2408	0.14												7.5YR5/3
L35	2002-06-30	9.47252	1.64147	350864	1047384	31P	0.24		35	1	A2	5.30	68.2	14.0	17.8	St3	1.76	3.0272	1.76												5YR3/4
L35	2002-06-30	9.47252	1.64147	350864	1047384	31P	0.50		35	2	(B)fe	38.40	53.2	8.8	38.0	Ts3	0.96	1.6512	0.96												2.5YR4/6
L35	2002-06-30	9.47252	1.64147	350864	1047384	31P	1.15		35	3	C	17.10	39.0	11.0	50.0	Ts2	0.72	1.2384	0.72												2.5YR3/6
L46	2002-06-30	9.07334	2.08767	399738	1003086	31P	0.40		46	1	A1	3.00	77.0	12.0	11.0	Sl3	0.81	1.3932	0.81												10YR6/3
L46	2002-06-30	9.07334	2.08767	399738	1003086	31P	0.75		46	2	AB	5.00	69.0	11.0	20.0	St3	0.38	0.6536	0.38												10YR6/4
L46	2002-06-30	9.07334	2.08767	399738	1003086	31P	1.50		46	3	(B)fe	60.00	54.0	17.0	29.0	Lts	0.28	0.4816	0.28												10YR7/4
L53	2002-06-30	9.84417	1.90535	379968	1088380	31P	0.20		53	1	(A1)	3.00	75.5	16.5	8.0	Sl2	0.81	1.3932	0.81												10YR4/2
L53	2002-06-30	9.84417	1.90535	379968	1088380	31P	0.41		53	2	B21	13.00	71.2	15.6	13.2	Sl4	0.38	0.6536	0.38												10YR4/4
L53	2002-06-30	9.84417	1.90535	379968	1088380	31P	0.73		53	3	B22	27.00	59.2	15.2	25.6	Lts	0.38	0.6536	0.38												5YR4/8
L53	2002-06-30	9.84417	1.90535	379968	1088380	31P	1.40		53	4	C	6.00	44.4	18.1	37.5	Lts	0.28	0.4816	0.28												5YR4/6
L54	2002-06-30	9.14334	2.13252	404686	1010814	31P	0.20		54	1	A1	3.00	75.5	16.5	8.0	Sl2	0.81	1.3932	0.81
L54	2002-06-30	9.14334	2.13252	404686	1010814	31P	0.41		54	2	AB	13.00	71.2	15.6	13.2	Sl4	0.38	0.6536	0.38
L54	2002-06-30	9.14334	2.13252	404686	1010814	31P	0.73		54	3	(B)	27.00	59.2	15.2	25.6	Lts	0.38	0.6536	0.38
L54	2002-06-30	9.14334	2.13252	404686	1010814	31P	1.40		54	4	C	6.00	44.4	18.1	37.5	Lts	0.28	0.4816	0.28
L57	2002-06-30	9.01323	1.73162	360581	996557	31P	0.33		57	1	A1	16.10	85.2	7.0	7.8	St2	0.72	1.2384	0.72
L57	2002-06-30	9.01323	1.73162	360581	996557	31P	0.51		57	2	(B)	75.60	83.0	6.3	10.8	St2	0.24	0.4128	0.24
L57	2002-06-30	9.01323	1.73162	360581	996557	31P	1.20		57	3	C	63.40	74.2	7.6	18.3	St3	0.21	0.3612	0.21
L60	2002-06-30	9.08255	1.88430	377390	1004167	31P	0.20		60	1	A11	0.20	68.5	17.8	13.8	Sl4	1.26	2.1672	1.26												10YR2/2
L60	2002-06-30	9.08255	1.88430	377390	1004167	31P	0.46		60	2	A12	0.90	65.6	16.5	17.9	Ls4	0.44	0.7568	0.44												10YR4/4
L60	2002-06-30	9.08255	1.88430	377390	1004167	31P	0.71		60	3	B21fe	37.70	64.3	16.8	19.0	Ls4	0.28	0.4816	0.28												10YR5/3
L60	2002-06-30	9.08255	1.88430	377390	1004167	31P	1.05		60	4	B22	1.60	56.8	17.8	25.5	Lts	0.25	0.4300	0.25												10YR6/2
L61	2002-06-30	9.39852	1.57826	343890	1039228	31P	0.16		61	1	A11	31.70	72.3	14.0	13.8	Sl4	0.72	1.2384	0.72												7.5YR3/4
L61	2002-06-30	9.39852	1.57826	343890	1039228	31P	0.36		61	2	A12	24.50	79.8	6.7	13.5	St2	0.60	1.0320	0.60												5YR4/8
L61	2002-06-30	9.39852	1.57826	343890	1039228	31P	0.51		61	3	B21fe	49.60	41.2	30.5	28.3	Lt2	0.58	0.9976	0.58												5YR5/6
L61	2002-06-30	9.39852	1.57826	343890	1039228	31P	1.30		61	4	B22	42.90	28.4	33.3	38.3	Lt3	0.25	0.4300	0.25												10YR4/2
L94	2002-06-30	9.00999	1.68492	355446	996216	31P	0.33		94	1	A1	43.00	79.6	10.3	10.2	Sl3	0.55	0.9460	0.55												7.5YR4/2
L94	2002-06-30	9.00999	1.68492	355446	996216	31P	0.70		94	2	B21	9.10	71.5	10.0	18.5	St3	0.50	0.8600	0.50												7.5YR5/8
L94	2002-06-30	9.00999	1.68492	355446	996216	31P	1.50		94	3	BC	20.90	69.3	10.0	20.8	St3	0.11	0.1892	0.11												5YR5/8
L95	2002-06-30	9.15402	1.71317	358608	1012133	31P	0.33		95	1	A1	43.00	79.6	10.3	10.2	Sl3	0.55	0.9460	0.55												7.5YR6/3
L95	2002-06-30	9.15402	1.71317	358608	1012133	31P	0.70		95	2	B21	9.10	71.5	10.0	18.5	St3	0.50	0.8600	0.50												7.5YR5/4
L95	2002-06-30	9.15402	1.71317	358608	1012133	31P	1.50		95	3	B22	20.90	69.3	10.0	20.8	St3	0.11	0.1892	0.11												10YR5/6
L96	2002-06-30	9.41889	1.73914	361566	1041413	31P	0.16		96	1	A1	13.30	74.2	14.8	11.0	Sl3	1.51	2.5972	1.51												10YR4/3
L96	2002-06-30	9.41889	1.73914	361566	1041413	31P	0.27		96	2	B21	38.00	85.2	6.3	8.5	St2	0.78	1.3416	0.78												5YR4/6
L96	2002-06-30	9.41889	1.73914	361566	1041413	31P	0.50		96	3	BC	64.30	84.0	8.0	8.1	St2	0.05	0.0860	0.05												5YR5/6
L97	2002-06-30	9.60403	1.60810	347259	1061943	31P	0.41		97	1	A11	14.10	79.8	10.8	9.5	Sl3	0.77	1.3244	0.77												7.5YR6/2
L97	2002-06-30	9.60403	1.60810	347259	1061943	31P	0.57		97	2	A12	12.40	74.8	8.8	16.5	St2	0.47	0.8084	0.47												7.5YR5/4
L97	2002-06-30	9.60403	1.60810	347259	1061943	31P	1.20		97	3	BC	11.40	61.5	17.8	20.7	Ls4	0.41	0.7052	0.41												10YR5/6