/* DATA DESCRIPTION:
Citation:	Pingel, Martin; Reineke, Annette; Leyer, Ilona (2022): Effects of soil management on soil parameters in nine German vineyards in summer 2016 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.948005, 
	In: Pingel, M et al. (2022): Effects of soil management on vegetation parameters, soil parameters, soil microbial diversity and soil functions in nine vineyards in Rhine-Hesse, Germany, studied from 2016-2017 [dataset bundled publication]. PANGAEA, https://doi.org/10.1594/PANGAEA.948046
Abstract:	Soil variables responding to different types of vineyard inter-row soil management were in the Rhein-Hesse area, Germany, in 2016. Each vineyard exhibited 4 experimental plots with four soil management types (complete cover, herbal seed mixture cover, alternating tillage, and complete tillage).
	In each vineyard, eight soil samples of the upper soil layer (0-10 cm) were taken, 2 neighboring inter-rows per plot. Soil sampling took place at the time of flowering of grapevines. Soil variables (soil organic carbon, total nitrogen, soil pH, and plant available nutrients (P, K, Mg), and bio-available copper) were measured using standard soil lab methods.
Keyword(s):	agroecology; Field experiment; microbial ecology; soil ecology; soil functions; viticulture
Project(s):	Promoting Ecosystem Services in Grapes (PromESSinG)
Funding:	European Commission (EC) (URI: https://commission.europa.eu/index_en), grant/award no. 01LC1405A (URI: https://foerderportal.bund.de/foekat/jsp/SucheAction.do?actionMode=view&fkz=01LC1405A)
Coverage:	MEDIAN LATITUDE: 49.898013 * MEDIAN LONGITUDE: 8.142919 * SOUTH-BOUND LATITUDE: 49.821233 * WEST-BOUND LONGITUDE: 7.972972 * NORTH-BOUND LATITUDE: 49.946697 * EAST-BOUND LONGITUDE: 8.354481
	DATE/TIME START: 2016-06-14T00:00:00 * DATE/TIME END: 2016-06-14T00:00:00
	MINIMUM ELEVATION: 97.6 m * MAXIMUM ELEVATION: 199.3 m
Event(s):	SV_16_1 * LATITUDE: 49.945511 * LONGITUDE: 7.994911 * DATE/TIME: 2016-06-14T00:00:00 * ELEVATION: 159.4 m * LOCATION: Rhein-Hesse, RP, Germany * METHOD/DEVICE: Soil sample (SOILS) * COMMENT: SOILS 13320 (soil samples of the upper soil layer (0-10 cm) were taken)
	SV_16_2 * LATITUDE: 49.946697 * LONGITUDE: 8.013036 * DATE/TIME: 2016-06-14T00:00:00 * ELEVATION: 126.8 m * LOCATION: Rhein-Hesse, RP, Germany * METHOD/DEVICE: Soil sample (SOILS) * COMMENT: SOILS 13320 (soil samples of the upper soil layer (0-10 cm) were taken)
	SV_16_3 * LATITUDE: 49.934900 * LONGITUDE: 7.972972 * DATE/TIME: 2016-06-14T00:00:00 * ELEVATION: 174.0 m * LOCATION: Rhein-Hesse, RP, Germany * METHOD/DEVICE: Soil sample (SOILS) * COMMENT: SOILS 13320 (soil samples of the upper soil layer (0-10 cm) were taken)
	SV_16_4 * LATITUDE: 49.925394 * LONGITUDE: 8.114636 * DATE/TIME: 2016-06-14T00:00:00 * ELEVATION: 199.3 m * LOCATION: Rhein-Hesse, RP, Germany * METHOD/DEVICE: Soil sample (SOILS) * COMMENT: SOILS 13320 (soil samples of the upper soil layer (0-10 cm) were taken)
	SV_16_5 * LATITUDE: 49.928439 * LONGITUDE: 8.103131 * DATE/TIME: 2016-06-14T00:00:00 * ELEVATION: 179.1 m * LOCATION: Rhein-Hesse, RP, Germany * METHOD/DEVICE: Soil sample (SOILS) * COMMENT: SOILS 13320 (soil samples of the upper soil layer (0-10 cm) were taken)
	SV_16_6 * LATITUDE: 49.892936 * LONGITUDE: 8.076458 * DATE/TIME: 2016-06-14T00:00:00 * ELEVATION: 182.4 m * LOCATION: Rhein-Hesse, RP, Germany * METHOD/DEVICE: Soil sample (SOILS) * COMMENT: SOILS 13320 (soil samples of the upper soil layer (0-10 cm) were taken)
	SV_16_7 * LATITUDE: 49.821233 * LONGITUDE: 8.308022 * DATE/TIME: 2016-06-14T00:00:00 * ELEVATION: 186.4 m * LOCATION: Rhein-Hesse, RP, Germany * METHOD/DEVICE: Soil sample (SOILS) * COMMENT: SOILS 13320 (soil samples of the upper soil layer (0-10 cm) were taken)
	SV_16_8 * LATITUDE: 49.832036 * LONGITUDE: 8.348625 * DATE/TIME: 2016-06-14T00:00:00 * ELEVATION: 97.6 m * LOCATION: Rhein-Hesse, RP, Germany * METHOD/DEVICE: Soil sample (SOILS) * COMMENT: SOILS 13320 (soil samples of the upper soil layer (0-10 cm) were taken)
	SV_16_9 * LATITUDE: 49.854972 * LONGITUDE: 8.354481 * DATE/TIME: 2016-06-14T00:00:00 * ELEVATION: 148.3 m * LOCATION: Rhein-Hesse, RP, Germany * METHOD/DEVICE: Soil sample (SOILS) * COMMENT: SOILS 13320 (soil samples of the upper soil layer (0-10 cm) were taken)
Parameter(s):	Event label (Event) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de)
	DATE/TIME (Date/Time) * GEOCODE * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de)
	LATITUDE (Latitude) * GEOCODE * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de)
	LONGITUDE (Longitude) * GEOCODE * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de)
	Elevation of event [m] (Elevation) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de)
	Depth, soil, minimum [m] (Depth soil min) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * COMMENT: Horizon of the soil sample, minimum
	Depth, soil, maximum [m] (Depth soil max) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * COMMENT: Horizon of the soil sample, maximun
	Row (Row) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * COMMENT: ID of the inter-row, which was sampled, two per plot
	Plot (Plot) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * COMMENT: ID of the plot
	Vineyard (Vineyard) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * COMMENT: ID of the vineyard
	Treatment (Treat) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * COMMENT: In each vineyard 4 treatments were prepaired: tillage, alternating tillage, complete cover, herbal mixture
	Tillage events [#] (Tillage events) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * COMMENT: number of tillage events that were conducted in the particular inter-row before soil sampling
	Carbon, organic, soil [%] (SOC) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * METHOD/DEVICE: Carbon and nitrogen and sulfur (CNS) isotope element analyzer, Elementar, Elementar Vario MAX Cube (URI: https://www.elementar.com/en/products/organic-elemental-analyzers/vario-max-cube) * COMMENT: of soil dry weight
	Nitrogen, total [%] (TN) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * METHOD/DEVICE: Carbon and nitrogen and sulfur (CNS) isotope element analyzer, Elementar, Elementar Vario MAX Cube (URI: https://www.elementar.com/en/products/organic-elemental-analyzers/vario-max-cube) * COMMENT: of soil dry weight
	Carbon/Nitrogen ratio (C/N) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * METHOD/DEVICE: Carbon and nitrogen and sulfur (CNS) isotope element analyzer, Elementar, Elementar Vario MAX Cube (URI: https://www.elementar.com/en/products/organic-elemental-analyzers/vario-max-cube)
	pH, soil (pH soil) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * METHOD/DEVICE: pH meter, WTW, InoLab pH 720 * COMMENT: measured in soil suspension with 0.01 M CaCl2
	Phosphorus, plant-available [mg/kg] (P (P2O5) plant av) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * METHOD/DEVICE: Calcium-Acetate-Lactate (CAL) extraction (van Laak et al., 2018) (URI: https://doi.org/10.1002/jpln.201700366)
	Potassium, plant-available [mg/kg] (K (K2O) plant av) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * METHOD/DEVICE: Calcium-Acetate-Lactate (CAL) extraction (van Laak et al., 2018) (URI: https://doi.org/10.1002/jpln.201700366)
	Magnesium, plant-available [mg/kg] (Mg plant av) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * METHOD/DEVICE: Atomic absorption spectrometry (AAS), Perkin Elmer, AAnalyst 200 (URI: https://resources.perkinelmer.com/lab-solutions/resources/docs/BRO_AAnalyst-200-400.pdf)
	Copper, bioavailable [mg/kg] (Cu bioav) * PI: Pingel, Martin (https://orcid.org/0000-0003-2036-3629, marpingel@posteo.de) * METHOD/DEVICE: Atomic absorption spectrometry (AAS), Perkin Elmer, AAnalyst 200 (URI: https://resources.perkinelmer.com/lab-solutions/resources/docs/BRO_AAnalyst-200-400.pdf) * COMMENT: Diethylenetriaminepentaacetic acid extraction
License:	Creative Commons Attribution 4.0 International (CC-BY-4.0) (URI: https://creativecommons.org/licenses/by/4.0/)
Status:	Curation Level: Enhanced curation (URI: https://wiki.pangaea.de/wiki/Curation_levels)
Size:	1080 data points
*/
Event	Date/Time	Latitude	Longitude	Elevation [m]	Depth soil min [m]	Depth soil max [m]	Row	Plot	Vineyard	Treat	Tillage events [#]	SOC [%]	TN [%]	C/N	pH soil	P (P2O5) plant av [mg/kg]	K (K2O) plant av [mg/kg]	Mg plant av [mg/kg]	Cu bioav [mg/kg]
SV_16_1	2016-06-14	49.945511	7.9949111	159	0	0.1	1	1	1	tillage	3	2.637	0.225	11.722	7.38	2.327	4.880	2.010	13.91
SV_16_1	2016-06-14	49.945511	7.9949111	159	0	0.1	2	1	1	tillage	3	2.602	0.180	14.454	7.43	2.043	4.690	1.980	14.32
SV_16_1	2016-06-14	49.945511	7.9949111	159	0	0.1	3	2	1	alternating tillage	2	2.608	0.210	12.419	7.40	2.042	5.100	1.960	15.49
SV_16_1	2016-06-14	49.945511	7.9949111	159	0	0.1	4	2	1	alternating tillage	1	2.168	0.160	13.549	7.42	2.194	5.180	2.030	17.16
SV_16_1	2016-06-14	49.945511	7.9949111	159	0	0.1	5	3	1	complete cover	0	1.669	0.133	12.514	7.41	2.322	4.010	1.560	15.29
SV_16_1	2016-06-14	49.945511	7.9949111	159	0	0.1	6	3	1	complete cover	0	2.358	0.190	12.412	7.42	2.062	4.270	1.880	14.03
SV_16_1	2016-06-14	49.945511	7.9949111	159	0	0.1	7	4	1	herbal mixture	1	2.158	0.160	13.488	7.39	2.387	4.350	1.610	15.36
SV_16_1	2016-06-14	49.945511	7.9949111	159	0	0.1	8	4	1	herbal mixture	1	2.338	0.190	12.307	7.34	2.047	4.660	1.660	14.48
SV_16_2	2016-06-14	49.946697	8.0130361	127	0	0.1	9	5	2	tillage	3	2.003	0.135	14.840	7.40	1.770	2.760	1.350	4.13
SV_16_2	2016-06-14	49.946697	8.0130361	127	0	0.1	10	5	2	tillage	3	2.348	0.160	14.675	7.37	1.783	2.580	1.450	4.06
SV_16_2	2016-06-14	49.946697	8.0130361	127	0	0.1	11	6	2	alternating tillage	1	1.533	0.110	13.935	7.38	1.716	2.650	1.340	4.74
SV_16_2	2016-06-14	49.946697	8.0130361	127	0	0.1	12	6	2	alternating tillage	2	2.133	0.160	13.330	7.38	1.641	2.630	1.720	4.20
SV_16_2	2016-06-14	49.946697	8.0130361	127	0	0.1	13	7	2	complete cover	0	1.758	0.115	15.287	7.40	1.710	2.580	1.320	4.34
SV_16_2	2016-06-14	49.946697	8.0130361	127	0	0.1	14	7	2	complete cover	0	2.342	0.150	15.616	7.36	1.412	2.130	1.810	4.94
SV_16_2	2016-06-14	49.946697	8.0130361	127	0	0.1	15	8	2	herbal mixture	1	1.838	0.130	14.135	7.36	1.949	2.460	1.500	4.70
SV_16_2	2016-06-14	49.946697	8.0130361	127	0	0.1	16	8	2	herbal mixture	1	2.307	0.170	13.573	7.32	1.609	2.070	1.770	4.90
SV_16_3	2016-06-14	49.934900	7.9729722	174	0	0.1	17	9	3	tillage	3	2.630	0.240	10.960	7.22	2.026	6.280	2.700	17.50
SV_16_3	2016-06-14	49.934900	7.9729722	174	0	0.1	18	9	3	tillage	3	1.540	0.155	9.938	7.27	1.848	4.920	2.350	17.74
SV_16_3	2016-06-14	49.934900	7.9729722	174	0	0.1	19	10	3	alternating tillage	1	2.770	0.245	11.306	7.28	2.079	6.550	2.330	15.52
SV_16_3	2016-06-14	49.934900	7.9729722	174	0	0.1	20	10	3	alternating tillage	2	1.810	0.170	10.647	7.38	2.110	4.830	2.000	16.30
SV_16_3	2016-06-14	49.934900	7.9729722	174	0	0.1	21	11	3	complete cover	0	2.094	0.190	11.021	7.36	1.608	5.380	2.060	12.39
SV_16_3	2016-06-14	49.934900	7.9729722	174	0	0.1	22	11	3	complete cover	0	1.638	0.140	11.703	7.35	1.686	3.610	1.630	11.81
SV_16_3	2016-06-14	49.934900	7.9729722	174	0	0.1	23	12	3	herbal mixture	1	2.384	0.205	11.632	7.26	1.231	4.420	2.090	10.09
SV_16_3	2016-06-14	49.934900	7.9729722	174	0	0.1	24	12	3	herbal mixture	1	1.450	0.135	10.739	7.44	0.940	2.820	1.840	9.17
SV_16_4	2016-06-14	49.925394	8.1146361	199	0	0.1	25	13	4	tillage	3	2.929	0.235	12.462	7.33	2.315	5.950	1.300	7.29
SV_16_4	2016-06-14	49.925394	8.1146361	199	0	0.1	26	13	4	tillage	3	2.264	0.200	11.320	7.36	2.382	3.990	1.650	7.41
SV_16_4	2016-06-14	49.925394	8.1146361	199	0	0.1	27	14	4	alternating tillage	2	2.714	0.240	11.307	7.33	2.288	5.550	1.690	7.29
SV_16_4	2016-06-14	49.925394	8.1146361	199	0	0.1	28	14	4	alternating tillage	1	2.019	0.180	11.216	7.42	2.081	3.870	1.300	6.70
SV_16_4	2016-06-14	49.925394	8.1146361	199	0	0.1	29	15	4	complete cover	0	2.749	0.240	11.453	7.38	2.644	5.780	1.550	12.01
SV_16_4	2016-06-14	49.925394	8.1146361	199	0	0.1	30	15	4	complete cover	0	2.348	0.195	12.043	7.40	2.468	4.440	1.400	11.35
SV_16_4	2016-06-14	49.925394	8.1146361	199	0	0.1	31	16	4	herbal mixture	1	2.999	0.275	10.905	7.34	3.176	6.100	1.660	7.88
SV_16_4	2016-06-14	49.925394	8.1146361	199	0	0.1	32	16	4	herbal mixture	1	2.458	0.190	12.939	7.41	2.496	4.160	1.350	7.35
SV_16_5	2016-06-14	49.928439	8.1031306	179	0	0.1	33	17	5	tillage	3	3.004	0.178	16.827	7.44	5.079	4.630	0.970	27.09
SV_16_5	2016-06-14	49.928439	8.1031306	179	0	0.1	34	17	5	tillage	3	2.894	0.190	15.231	7.46	5.067	4.880	1.050	22.81
SV_16_5	2016-06-14	49.928439	8.1031306	179	0	0.1	35	18	5	alternating tillage	1	2.483	0.150	16.556	7.47	4.300	4.590	0.980	29.23
SV_16_5	2016-06-14	49.928439	8.1031306	179	0	0.1	36	18	5	alternating tillage	2	3.038	0.175	17.360	7.64	4.292	4.500	1.060	27.72
SV_16_5	2016-06-14	49.928439	8.1031306	179	0	0.1	37	19	5	complete cover	0	3.018	0.170	17.754	7.48	4.397	4.330	1.070	31.27
SV_16_5	2016-06-14	49.928439	8.1031306	179	0	0.1	38	19	5	complete cover	0	3.044	0.180	16.911	7.43	4.534	4.180	1.040	29.02
SV_16_5	2016-06-14	49.928439	8.1031306	179	0	0.1	39	20	5	herbal mixture	1	2.184	0.165	13.238	7.47	4.156	4.360	1.050	28.30
SV_16_5	2016-06-14	49.928439	8.1031306	179	0	0.1	40	20	5	herbal mixture	1	3.238	0.185	17.501	7.38	4.803	4.470	1.090	28.54
SV_16_6	2016-06-14	49.892936	8.0764583	182	0	0.1	41	21	6	tillage	3	2.158	0.180	11.987	7.19	5.422	4.020	1.090	34.82
SV_16_6	2016-06-14	49.892936	8.0764583	182	0	0.1	42	21	6	tillage	3	2.016	0.170	11.858	7.18	4.893	4.430	1.220	26.29
SV_16_6	2016-06-14	49.892936	8.0764583	182	0	0.1	43	22	6	alternating tillage	2	2.971	0.185	16.058	7.08	5.088	3.770	1.000	26.90
SV_16_6	2016-06-14	49.892936	8.0764583	182	0	0.1	44	22	6	alternating tillage	1	2.351	0.175	13.433	7.16	4.361	4.030	1.120	24.98
SV_16_6	2016-06-14	49.892936	8.0764583	182	0	0.1	45	23	6	complete cover	0	3.429	0.217	15.826	7.32	3.330	5.250	1.400	29.59
SV_16_6	2016-06-14	49.892936	8.0764583	182	0	0.1	46	23	6	complete cover	0	3.274	0.230	14.234	7.27	2.954	6.420	1.610	29.39
SV_16_6	2016-06-14	49.892936	8.0764583	182	0	0.1	47	24	6	herbal mixture	1	2.191	0.190	11.532	7.28	3.980	3.350	1.010	29.68
SV_16_6	2016-06-14	49.892936	8.0764583	182	0	0.1	48	24	6	herbal mixture	1	1.966	0.165	11.917	7.29	3.750	4.950	1.330	27.73
SV_16_7	2016-06-14	49.821233	8.3080222	186	0	0.1	49	25	7	tillage	3	2.876	0.200	14.379	7.28	3.922	5.700	1.440	23.09
SV_16_7	2016-06-14	49.821233	8.3080222	186	0	0.1	50	25	7	tillage	3	2.161	0.150	14.406	7.28	4.497	6.020	1.210	24.04
SV_16_7	2016-06-14	49.821233	8.3080222	186	0	0.1	51	26	7	alternating tillage	1	2.616	0.200	13.082	7.27	2.866	4.450	1.640	23.05
SV_16_7	2016-06-14	49.821233	8.3080222	186	0	0.1	52	26	7	alternating tillage	2	2.191	0.180	12.173	7.41	4.017	4.920	1.540	17.51
SV_16_7	2016-06-14	49.821233	8.3080222	186	0	0.1	53	27	7	complete cover	0	2.421	0.180	13.452	7.39	3.876	4.730	1.510	42.92
SV_16_7	2016-06-14	49.821233	8.3080222	186	0	0.1	54	27	7	complete cover	0	2.221	0.145	15.319	7.45	4.220	4.560	1.390	38.74
SV_16_7	2016-06-14	49.821233	8.3080222	186	0	0.1	55	28	7	herbal mixture	1	2.381	0.165	14.427	7.35	3.546	5.070	1.400	31.66
SV_16_7	2016-06-14	49.821233	8.3080222	186	0	0.1	56	28	7	herbal mixture	1	2.084	0.137	15.248	7.34	3.985	5.160	1.290	28.27
SV_16_8	2016-06-14	49.832036	8.3486250	98	0	0.1	57	29	8	tillage	3	2.206	0.140	15.755	7.34	3.602	4.100	1.140	17.86
SV_16_8	2016-06-14	49.832036	8.3486250	98	0	0.1	58	29	8	tillage	3	2.539	0.163	15.544	7.34	2.934	4.120	1.270	18.71
SV_16_8	2016-06-14	49.832036	8.3486250	98	0	0.1	59	30	8	alternating tillage	2	2.152	0.130	16.553	7.45	3.805	3.830	1.190	20.35
SV_16_8	2016-06-14	49.832036	8.3486250	98	0	0.1	60	30	8	alternating tillage	1	2.413	0.143	16.838	7.41	4.036	3.820	1.180	25.45
SV_16_8	2016-06-14	49.832036	8.3486250	98	0	0.1	61	31	8	complete cover	0	2.480	0.140	17.715	7.38	4.699	3.980	1.210	40.98
SV_16_8	2016-06-14	49.832036	8.3486250	98	0	0.1	62	31	8	complete cover	0	2.878	0.173	16.605	7.41	3.716	3.110	1.310	38.73
SV_16_8	2016-06-14	49.832036	8.3486250	98	0	0.1	63	32	8	herbal mixture	1	2.212	0.140	15.800	7.58	3.874	3.110	1.140	21.91
SV_16_8	2016-06-14	49.832036	8.3486250	98	0	0.1	64	32	8	herbal mixture	1	2.670	0.157	17.043	7.36	3.667	3.080	1.150	21.61
SV_16_9	2016-06-14	49.854972	8.3544806	148	0	0.1	65	33	9	tillage	3	2.910	0.167	17.458	7.38	6.488	3.870	1.250	35.49
SV_16_9	2016-06-14	49.854972	8.3544806	148	0	0.1	66	33	9	tillage	3	3.348	0.183	18.261	7.46	6.019	3.500	1.130	35.96
SV_16_9	2016-06-14	49.854972	8.3544806	148	0	0.1	67	34	9	alternating tillage	2	2.764	0.163	16.922	7.39	5.446	3.620	1.270	42.86
SV_16_9	2016-06-14	49.854972	8.3544806	148	0	0.1	68	34	9	alternating tillage	1	2.938	0.193	15.194	7.35	5.484	4.060	1.350	37.75
SV_16_9	2016-06-14	49.854972	8.3544806	148	0	0.1	69	35	9	complete cover	0	2.327	0.127	18.369	7.34	7.246	3.300	1.090	31.66
SV_16_9	2016-06-14	49.854972	8.3544806	148	0	0.1	70	35	9	complete cover	0	2.552	0.140	18.228	7.36	7.394	2.800	1.060	41.01
SV_16_9	2016-06-14	49.854972	8.3544806	148	0	0.1	71	36	9	herbal mixture	1	3.409	0.217	15.733	7.37	5.644	3.580	1.540	33.06
SV_16_9	2016-06-14	49.854972	8.3544806	148	0	0.1	72	36	9	herbal mixture	1	2.464	0.157	15.726	7.35	5.824	3.820	1.490	41.30