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PANGAEA.
Data Publisher for Earth & Environmental Science

Haeni, Matthias; Hiltebrand, Fabien; Giuggiola, Arnaud; Rigling, Andreas; Vollenweider, Pierre (2017): Understory removal of a Scots pine forest near Salgesch: Soil volumetric water content and temperature time series, hourly time resolution, 2010-2016. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.867266

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Abstract:
In a dry Scots pine forest near the village Salgesch within the Swiss Canton of Valais, an experiment since 2010 has studied the influence of understory - appeared after cessation of cattle grazing - on the pre-existing overstory and site conditions. The dataset published here compromises 120 time series of 60 soil temperature and 60 volumetric water content (VWC) sensors (EC-TM and 5-TM) (Decagon Devices, WA, USA) buried at three soil depth (5, 30, 60 cm) in the direct vicinity of 12 trees, of which six had their understory removed whilst six others were left untreated (control). At the soil depth of 5 and 60 cm, the measurements have been performed at three versus four locations at 30 cm depth. Six EM50 data loggers have recorded hourly data since April 2010 with 18% gaps or 11% when not considering the winter months (December-February). The figures attached to this repository show, per treatment, the average VWC and temperature of all measurements within the same depth, aggregated in weekly intervals and for the 2010-2016 period. The standard deviations were plotted as transparent polygons. In the case of low data coverage, the setting-specific mean standard deviation of the considered time period was plotted.
Coverage:
Latitude: 46.321251 * Longitude: 7.582103
Date/Time Start: 2010-04-08T17:00:00 * Date/Time End: 2017-01-17T09:00:00
Event(s):
Salgesch_forest * Latitude: 46.321251 * Longitude: 7.582103 * Location: Canton of Valais, Switzerland
Comment:
Parameter comment describes the timeseries number (TXX), measurement number (temX or vwcX), soil depth in cm (05, 30 or 60 cm), tensiometer sensor (EC-TM or 5-TM) and measurement on understory removal (ur) or controll (c).Dataset updated on 2017-07-03.
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1DATE/TIMEDate/TimeHaeni, MatthiasGeocode
2Water content, volumetricVWC%Haeni, MatthiasT11_vwc1_30_EC-TM_ur
3Temperature, soilT soil°CHaeni, MatthiasT11_tem1_30_EC-TM_ur
4Water content, volumetricVWC%Haeni, MatthiasT11_vwc2_30_5-TM_ur
5Temperature, soilT soil°CHaeni, MatthiasT11_tem2_30_5-TM_ur
6Water content, volumetricVWC%Haeni, MatthiasT11_vwc3_30_EC-TM_ur
7Temperature, soilT soil°CHaeni, MatthiasT11_tem3_30_EC-TM_ur
8Water content, volumetricVWC%Haeni, MatthiasT11_vwc4_30_EC-TM_ur
9Temperature, soilT soil°CHaeni, MatthiasT11_tem4_30_EC-TM_ur
10Water content, volumetricVWC%Haeni, MatthiasT11_vwc5_05_EC-TM_ur
11Temperature, soilT soil°CHaeni, MatthiasT11_tem5_05_EC-TM_ur
12Water content, volumetricVWC%Haeni, MatthiasT12_vwc1_05_EC-TM_ur
13Temperature, soilT soil°CHaeni, MatthiasT12_tem1_05_EC-TM_ur
14Water content, volumetricVWC%Haeni, MatthiasT12_vwc2_05_EC-TM_ur
15Temperature, soilT soil°CHaeni, MatthiasT12_tem2_05_EC-TM_ur
16Water content, volumetricVWC%Haeni, MatthiasT12_vwc3_60_5-TM_ur
17Temperature, soilT soil°CHaeni, MatthiasT12_tem3_60_5-TM_ur
18Water content, volumetricVWC%Haeni, MatthiasT12_vwc4_60_5-TM_ur
19Temperature, soilT soil°CHaeni, MatthiasT12_tem4_60_5-TM_ur
20Water content, volumetricVWC%Haeni, MatthiasT12_vwc5_60_5-TM_ur
21Temperature, soilT soil°CHaeni, MatthiasT12_tem5_60_5-TM_ur
22Water content, volumetricVWC%Haeni, MatthiasT21_vwc1_30_EC-TM_c
23Temperature, soilT soil°CHaeni, MatthiasT21_tem1_30_EC-TM_c
24Water content, volumetricVWC%Haeni, MatthiasT21_vwc2_30_EC-TM_c
25Temperature, soilT soil°CHaeni, MatthiasT21_tem2_30_EC-TM_c
26Water content, volumetricVWC%Haeni, MatthiasT21_vwc3_30_EC-TM_c
27Temperature, soilT soil°CHaeni, MatthiasT21_tem3_30_EC-TM_c
28Water content, volumetricVWC%Haeni, MatthiasT21_vwc4_30_EC-TM_c
29Temperature, soilT soil°CHaeni, MatthiasT21_tem4_30_EC-TM_c
30Water content, volumetricVWC%Haeni, MatthiasT21_vwc5_05_EC-TM_c
31Temperature, soilT soil°CHaeni, MatthiasT21_tem5_05_EC-TM_c
32Water content, volumetricVWC%Haeni, MatthiasT22_vwc1_05_EC-TM_c
33Temperature, soilT soil°CHaeni, MatthiasT22_tem1_05_EC-TM_c
34Water content, volumetricVWC%Haeni, MatthiasT22_vwc2_05_EC-TM_c
35Temperature, soilT soil°CHaeni, MatthiasT22_tem2_05_EC-TM_c
36Water content, volumetricVWC%Haeni, MatthiasT22_vwc3_60_5-TM_c
37Temperature, soilT soil°CHaeni, MatthiasT22_tem3_60_5-TM_c
38Water content, volumetricVWC%Haeni, MatthiasT22_vwc4_60_5-TM_c
39Temperature, soilT soil°CHaeni, MatthiasT22_tem4_60_5-TM_c
40Water content, volumetricVWC%Haeni, MatthiasT22_vwc5_60_5-TM_c
41Temperature, soilT soil°CHaeni, MatthiasT22_tem5_60_5-TM_c
42Water content, volumetricVWC%Haeni, MatthiasT31_vwc1_30_EC-TM_ur
43Temperature, soilT soil°CHaeni, MatthiasT31_tem1_30_EC-TM_ur
44Water content, volumetricVWC%Haeni, MatthiasT31_vwc2_30_EC-TM_ur
45Temperature, soilT soil°CHaeni, MatthiasT31_tem2_30_EC-TM_ur
46Water content, volumetricVWC%Haeni, MatthiasT31_vwc3_30_EC-TM_ur
47Temperature, soilT soil°CHaeni, MatthiasT31_tem3_30_EC-TM_ur
48Water content, volumetricVWC%Haeni, MatthiasT31_vwc4_30_EC-TM_ur
49Temperature, soilT soil°CHaeni, MatthiasT31_tem4_30_EC-TM_ur
50Water content, volumetricVWC%Haeni, MatthiasT31_vwc5_05_EC-TM_ur
51Temperature, soilT soil°CHaeni, MatthiasT31_tem5_05_EC-TM_ur
52Water content, volumetricVWC%Haeni, MatthiasT32_vwc1_05_EC-TM_ur
53Temperature, soilT soil°CHaeni, MatthiasT32_tem1_05_EC-TM_ur
54Water content, volumetricVWC%Haeni, MatthiasT32_vwc2_05_EC-TM_ur
55Temperature, soilT soil°CHaeni, MatthiasT32_tem2_05_EC-TM_ur
56Water content, volumetricVWC%Haeni, MatthiasT32_vwc3_60_5-TM_ur
57Temperature, soilT soil°CHaeni, MatthiasT32_tem3_60_5-TM_ur
58Water content, volumetricVWC%Haeni, MatthiasT32_vwc4_60_5-TM_ur
59Temperature, soilT soil°CHaeni, MatthiasT32_tem4_60_5-TM_ur
60Water content, volumetricVWC%Haeni, MatthiasT32_vwc5_60_5-TM_ur
61Temperature, soilT soil°CHaeni, MatthiasT32_tem5_60_5-TM_ur
62Water content, volumetricVWC%Haeni, MatthiasT41_vwc1_30_EC-TM_c
63Temperature, soilT soil°CHaeni, MatthiasT41_tem1_30_EC-TM_c
64Water content, volumetricVWC%Haeni, MatthiasT41_vwc2_30_EC-TM_c
65Temperature, soilT soil°CHaeni, MatthiasT41_tem2_30_EC-TM_c
66Water content, volumetricVWC%Haeni, MatthiasT41_vwc3_30_EC-TM_c
67Temperature, soilT soil°CHaeni, MatthiasT41_tem3_30_EC-TM_c
68Water content, volumetricVWC%Haeni, MatthiasT41_vwc4_30_EC-TM_c
69Temperature, soilT soil°CHaeni, MatthiasT41_tem4_30_EC-TM_c
70Water content, volumetricVWC%Haeni, MatthiasT41_vwc5_05_EC-TM_c
71Temperature, soilT soil°CHaeni, MatthiasT41_tem5_05_EC-TM_c
72Water content, volumetricVWC%Haeni, MatthiasT42_vwc1_05_EC-TM_c
73Temperature, soilT soil°CHaeni, MatthiasT42_tem1_05_EC-TM_c
74Water content, volumetricVWC%Haeni, MatthiasT42_vwc2_05_EC-TM_c
75Temperature, soilT soil°CHaeni, MatthiasT42_tem2_05_EC-TM_c
76Water content, volumetricVWC%Haeni, MatthiasT42_vwc3_60_5-TM_c
77Temperature, soilT soil°CHaeni, MatthiasT42_tem3_60_5-TM_c
78Water content, volumetricVWC%Haeni, MatthiasT42_vwc4_60_5-TM_c
79Temperature, soilT soil°CHaeni, MatthiasT42_tem4_60_5-TM_c
80Water content, volumetricVWC%Haeni, MatthiasT42_vwc5_60_5-TM_c
81Temperature, soilT soil°CHaeni, MatthiasT42_tem5_60_5-TM_c
82Water content, volumetricVWC%Haeni, MatthiasT51_vwc1_30_EC-TM_ur
83Temperature, soilT soil°CHaeni, MatthiasT51_tem1_30_EC-TM_ur
84Water content, volumetricVWC%Haeni, MatthiasT51_vwc2_30_EC-TM_ur
85Temperature, soilT soil°CHaeni, MatthiasT51_tem2_30_EC-TM_ur
86Water content, volumetricVWC%Haeni, MatthiasT51_vwc3_30_EC-TM_ur
87Temperature, soilT soil°CHaeni, MatthiasT51_tem3_30_EC-TM_ur
88Water content, volumetricVWC%Haeni, MatthiasT51_vwc4_30_EC-TM_ur
89Temperature, soilT soil°CHaeni, MatthiasT51_tem4_30_EC-TM_ur
90Water content, volumetricVWC%Haeni, MatthiasT51_vwc5_05_EC-TM_ur
91Temperature, soilT soil°CHaeni, MatthiasT51_tem5_05_EC-TM_ur
92Water content, volumetricVWC%Haeni, MatthiasT52_vwc1_05_5-TM_ur
93Temperature, soilT soil°CHaeni, MatthiasT52_tem1_05_5-TM_ur
94Water content, volumetricVWC%Haeni, MatthiasT52_vwc2_05_5-TM_ur
95Temperature, soilT soil°CHaeni, MatthiasT52_tem2_05_5-TM_ur
96Water content, volumetricVWC%Haeni, MatthiasT52_vwc3_60_5-TM_ur
97Temperature, soilT soil°CHaeni, MatthiasT52_tem3_60_5-TM_ur
98Water content, volumetricVWC%Haeni, MatthiasT52_vwc4_60_5-TM_ur
99Temperature, soilT soil°CHaeni, MatthiasT52_tem4_60_5-TM_ur
100Water content, volumetricVWC%Haeni, MatthiasT52_vwc5_60_5-TM_ur
101Temperature, soilT soil°CHaeni, MatthiasT52_tem5_60_5-TM_ur
102Water content, volumetricVWC%Haeni, MatthiasT61_vwc1_30_EC-TM_c
103Temperature, soilT soil°CHaeni, MatthiasT61_tem1_30_EC-TM_c
104Water content, volumetricVWC%Haeni, MatthiasT61_vwc2_30_EC-TM_c
105Temperature, soilT soil°CHaeni, MatthiasT61_tem2_30_EC-TM_c
106Water content, volumetricVWC%Haeni, MatthiasT61_vwc3_30_EC-TM_c
107Temperature, soilT soil°CHaeni, MatthiasT61_tem3_30_EC-TM_c
108Water content, volumetricVWC%Haeni, MatthiasT61_vwc4_30_EC-TM_c
109Temperature, soilT soil°CHaeni, MatthiasT61_tem4_30_EC-TM_c
110Water content, volumetricVWC%Haeni, MatthiasT61_vwc5_05_EC-TM_c
111Temperature, soilT soil°CHaeni, MatthiasT61_tem5_05_EC-TM_c
112Water content, volumetricVWC%Haeni, MatthiasT62_vwc1_05_5-TM_c
113Temperature, soilT soil°CHaeni, MatthiasT62_tem1_05_5-TM_c
114Water content, volumetricVWC%Haeni, MatthiasT62_vwc2_05_5-TM_c
115Temperature, soilT soil°CHaeni, MatthiasT62_tem2_05_5-TM_c
116Water content, volumetricVWC%Haeni, MatthiasT62_vwc3_60_5-TM_c
117Temperature, soilT soil°CHaeni, MatthiasT62_tem3_60_5-TM_c
118Water content, volumetricVWC%Haeni, MatthiasT62_vwc4_60_5-TM_c
119Temperature, soilT soil°CHaeni, MatthiasT62_tem4_60_5-TM_c
120Water content, volumetricVWC%Haeni, MatthiasT62_vwc5_60_5-TM_c
121Temperature, soilT soil°CHaeni, MatthiasT62_tem5_60_5-TM_c
Size:
5470577 data points

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