about
sameAs
Volcanology. The Yellowstone magmatic system from the mantle plume to the upper crust.Seismologically determined bedload flux during the typhoon season.Modeling of subglacial hydrological development following rapid supraglacial lake drainage.Star patterns on lake ice.Earthquake in a maze: compressional rupture branching during the 2012 M(w) 8.6 Sumatra earthquake.Was the Mw 7.5 1952 Kern County, California, earthquake induced (or triggered)?Seasonality and increasing frequency of Greenland glacial earthquakes.Vital Signs: Seismology of Icy Ocean Worlds.Analysis of glacial earthquakesTime Scale for Rapid Draining of a Surficial Lake Into the Greenland Ice SheetModeling Turbulent Hydraulic Fracture Near a Free SurfaceA model for turbulent hydraulic fracture and application to crack propagation at glacier bedsPossible mechanisms for glacial earthquakesAre secular correlations between sunspots, geomagnetic activity, and global temperature significant?Anomalously steep dips of earthquakes in the 2011 Tohoku-Oki source region and possible explanationsEstimating the effect of Earth elasticity and variable water density on tsunami speedsA physical model for seismic noise generation from sediment transport in riversThe 2012 Sumatra great earthquake sequenceIce-front variation and tidewater behavior on Helheim and Kangerdlugssuaq Glaciers, GreenlandA Simple Model for Deglacial Meltwater PulsesTidal modulation of ice shelf buttressing stressesAn improved model for tidally modulated grounding-line migrationMultiple fluvial processes detected by riverside seismic and infrasound monitoring of a controlled flood in the Grand CanyonA 3D Broadband Seismometer Array Experiment at the Homestake MineExplaining extreme ground motion in Osaka basin during the 2011 Tohoku earthquakeAmplification and Attenuation Across USArray Using Ambient Noise Wavefront TrackingEarthquake ground motion amplification for surface wavesHigh-resolution probing of inner core structure with seismic interferometryMarine ice-sheet profiles and stability under Coulomb basal conditionsNonperturbational surface-wave inversion: A Dix-type relation for surface wavesPredicting short-period, wind-wave-generated seismic noise in coastal regionsA physical model for seismic noise generation by turbulent flow in riversAmbient noise correlation on the Amery Ice Shelf, East AntarcticaCooling magma model for deep volcanic long-period earthquakesRupture complexity of the 1994 Bolivia and 2013 Sea of Okhotsk deep earthquakesExtracting seismic core phases with array interferometryLocating a scatterer in the active volcanic area of Southern Peru from ambient noise cross-correlationSeismic interferometry with antipodal station pairsSpurious velocity changes caused by temporal variations in ambient noise frequency contentUsing centroid time-delays to characterize source durations and identify earthquakes with unique characteristics
P50
Q34473487-B03DCAB5-9D6A-417A-BA42-C30E9EA941F7Q35051041-1C69837E-2DDF-4344-A6DA-33418ECD5E15Q36325046-956F6AF5-8A08-4B43-9CA4-551F99EE1DF2Q39098505-EEEDB9F8-483B-446D-9122-CABEC85E9675Q46024757-20E3A06A-BC49-47B0-8C4B-09AA8A3FC8F0Q46886906-B4535D33-9840-4DD3-8A00-5AF1BE5C91A0Q47297293-42205FD1-0BFC-4E5D-A57B-C33B42F80777Q49967480-C1FC2602-50CA-45D7-BB04-7A2EA1FF99CFQ56048711-5CFCF4F2-89D5-4E45-A831-7589DE38E0FDQ56997181-730CFDFC-4677-4618-A135-CF4F8DAD0415Q56997211-06D4B1D2-5236-4C79-8F97-A253BE6B035BQ56997247-EB0AA4D0-66FD-4D3E-BD1F-5FC6F38B555BQ56997287-3DBA2775-6B2D-4594-8903-25FDC37154A0Q57309069-B3380FE5-9F12-4B3F-BBBC-9F395D1E6298Q57869573-b8545f29-4016-74fd-4d48-1004df0348aaQ58196130-EC1DCCFB-D5E6-44B3-A6DF-78C4C52AA934Q58196140-1815DCC9-B64C-4B0D-A682-4DF895D77312Q58196157-9A6F01A0-C40C-44BA-B4D3-DE1F8C596719Q58241286-08E8576F-CA86-4552-BD95-C60851CC2473Q59707872-D3F87408-9DB5-4E9E-9A22-332D75EC3B90Q59707876-22EA3063-DBB4-4D00-98E7-0F93F24511DCQ59708769-CCEF44E7-B423-468E-A696-46A18E460553Q59711120-CB4222F8-E729-4D12-8694-5CB45EA75616Q59715015-483F54B6-765F-4DA4-8E96-BAF4DF5DAB9FQ59715021-98561492-2558-4DD2-8435-955E5C1FCDF5Q59715023-BFEC6779-0A25-49D5-8E39-AF3641393130Q59715027-05B2FE88-B1D6-406B-AF7E-15C6D4FC077DQ59740803-4FEF51B0-8922-4189-BA48-4D7A9E699157Q59740807-CE82982F-4B38-4B46-AF5D-9D61974C0CF0Q59740812-BEB914B6-A01E-4056-8D75-43067A001D4CQ59740816-85D47A56-FBF4-41CD-B0B9-573F2BC6CCB1Q59740827-996CF06D-2BF3-4C20-AE5C-8E70F599C8F0Q59740830-587BECAE-94B3-46F0-8203-CF91C2E54D73Q59740835-B6F71699-DCCC-43EA-9259-B7D80AED01A0Q59740844-B69623A7-B59A-42E3-B2B8-C6BBA511BA8BQ59740848-19828A65-F996-46CC-838B-56D983B2A01EQ59740851-A1E468F3-7E0F-4F74-A819-36308B885522Q59740856-26371BEB-4D2D-4B7F-A5BD-0987DA58F6FDQ59740861-0527988B-2093-4142-B5E0-7603463AAA76Q59740866-443A334B-EC6A-435E-9010-2F27CC85966A
P50
description
onderzoeker
@nl
researcher
@en
հետազոտող
@hy
name
Victor C. Tsai
@ast
Victor C. Tsai
@en
Victor C. Tsai
@es
Victor C. Tsai
@nl
type
label
Victor C. Tsai
@ast
Victor C. Tsai
@en
Victor C. Tsai
@es
Victor C. Tsai
@nl
altLabel
Victor C Tsai
@en
prefLabel
Victor C. Tsai
@ast
Victor C. Tsai
@en
Victor C. Tsai
@es
Victor C. Tsai
@nl
P106
P21
P31
P496
0000-0003-1809-6672