Not logged in
PANGAEA.
Data Publisher for Earth & Environmental Science

Kluger, Max Oke; Jorat, Ehsan M; Moon, Vicki G; Kreiter, Stefan; de Lange, Willem P; Mörz, Tobias; Robertson, Thomas; Lowe, David J (2020): Water table response due to large rainfall events in a tephra slope, Omokoroa Peninsula, New Zealand [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.910773, In: Kluger, MO et al. (2020): Landslide inventories and water table response due to rainfall events in a tephra slope, Omokoroa Peninsula, New Zealand [dataset publication series]. PANGAEA, https://doi.org/10.1594/PANGAEA.910781

Always quote citation above when using data! You can download the citation in several formats below.

RIS CitationBibTeX CitationShow MapGoogle Earth

Keyword(s):
New Zealand; Slope; Tephra; water table
Related to:
Kluger, Max Oke; Jorat, Ehsan M; Moon, Vicki G; Kreiter, Stefan; de Lange, Willem P; Mörz, Tobias; Robertson, Thomas; Lowe, David J (2020): Rainfall threshold for initiating effective stress decrease and failure in weathered tephra slopes. Landslides, 17(2), 267-281, https://doi.org/10.1007/s10346-019-01289-2
Coverage:
Latitude: -37.635000 * Longitude: 176.045000
Event(s):
Omok-1 * Latitude: -37.635000 * Longitude: 176.045000 * Recovery: 40 m * Location: Omokoroa, Western Bay of Plenty, New Zealand * Method/Device: Core drilling (CDRILL) * Comment: Position estimated from map.
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Precipitation, rainRainmmKluger, Max OkeCumulated rainfall of large events
PrecipitationPrecipmm/hKluger, Max OkeRainfall intensity of large events
DurationDurationhKluger, Max OkeRainfall duration of large events
Water table depth, meanWTD meanmKluger, Max OkeWater table depth before large events
Water table depth, meanWTD meanmKluger, Max OkeWater table depth due to large events
Size:
205 data points

Data

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


Rain [mm]
(Cumulated rainfall of large e...)

Precip [mm/h]
(Rainfall intensity of large e...)

Duration [h]
(Rainfall duration of large ev...)

WTD mean [m]
(Water table depth before larg...)

WTD mean [m]
(Water table depth due to larg...)
92.000006.1333315.0000014.7911.72
44.800004.634489.6666714.2113.71
42.200004.0838710.3333314.1913.05
79.600005.6857114.0000013.876.70
43.000005.375008.0000013.4611.70
52.0000010.758624.8333314.507.10
28.600004.400006.5000014.5011.50
94.178006.2785315.0000014.4011.00
31.000006.200005.0000014.6013.90
100.800003.6878027.3333314.4012.00
41.200003.3863012.1666714.7012.40
131.800006.0366421.8333315.4010.60
77.600008.168429.5000014.807.70
38.400005.358147.1666714.7010.50
38.400006.063166.3333314.4011.00
62.200005.6545511.0000014.509.60
58.000002.3513524.6666714.3011.00
102.578004.1031225.0000013.306.10
50.000004.1666712.0000012.8010.10
100.031584.1392424.1666713.004.70
72.600004.0333318.0000014.8011.30
47.200004.0457111.6666714.8011.30
72.200003.2818222.0000014.8012.50
27.800003.475008.0000014.9014.00
25.6000010.240002.5000014.8012.60
83.215003.2005826.0000015.0012.50
104.720003.3780631.0000014.8012.70
29.667002.4722512.0000014.8013.10
74.800004.9318715.1666715.3014.90
47.200005.664008.3333315.4014.80
64.800004.7414613.6666715.3013.50
37.600009.024004.1666715.1013.50
50.400004.7250010.6666715.1014.30
41.200005.044908.1666715.2012.40
36.000004.500008.0000014.9012.60
16.800005.305263.1666715.1012.30
50.0000012.000004.1666715.006.70
29.600003.350948.8333314.7011.00
92.600005.6693916.3333314.705.50
16.400004.100004.0000014.5011.40
12.800002.560005.0000013.7013.10