diane seward
机构: Professor Thermochronology
每年引用次数
引用次数
引用: 7,963
H-指数: 46
I10-指数 : 91
出版物: 184
Metamorfismo, exhumación y termocronología de la unidad de yunquera (Alpujárrides occidentales, Cordilleras béticas)
JJ Esteban , J Cuevas , JM Tubía , JI Gil-Ibarguchi
Revista de la Sociedad Geológica de España 18 ( 1) 63 -76
6
2005
Timing of rodingitization at the Ronda peridotites (Betic Cordilleras, Spain)
José Julián Esteban , Julia Cuevas , D Seward , José María Tubía
Geogaceta ( 34) 23 -26
2
2003
Determinación de la naturaleza de la falla de Cerro Tajo (Macizo peridotítico de Carratraca) mediante termocronología de trazas de fisión.
José Julián Esteban , Julia Cuevas , José María Tubía , D Seward
Geogaceta ( 36) 43 -46
1
2004
Effects of the subducting Nazca Ridge on Andean exhumation in South-central Peru
Fritz Schlunegger , D. Seward , M. Wipf
Geotemas ( Madrid ) ( 4) 171 -172
2002
Reconstruction polyphased exhumation histories using detrital thermochronology, an example from the zircons of the northern Ecuadorian Sub-Andrean Zone
D. Seward , G. Ruiz , Wilfried Winkler
Geotemas ( Madrid ) ( 4) 133 -134
2002
Preliminary fission track data on the effects of the subducting Nazca ridge on the geomorphology in south-central Peru
Fritz Schlunegger , D. Seward , M. Wipf
2002
Direct versus indirect thermochronology: What do we truly trace? An example from SE Peru and its implication for the geodynamic development of the Andes
D. Seward , J. Babault , G.M.H. Ruiz
ISAG 2008
2008
Landscape Response to Fault Array Evolution
D. Seward , W. C. Krugh , A. L. Densmore
AGU Fall Meeting Abstracts 2008
2008
Dating an actively exhuming metamorphic core complex, the Suckling Dayman Massif in SE Papua New Guinea
D. Seward , T. Little , M. Mizera , J. Oesterle
AGUFM 2016
2
2016
Thermochronology of mid-Cretaceous dioritic granulites adjacent "Big Bend" in Australia-Pacific plate boundary, northern South Island, New Zealand
M. T. Heizler , M. Sagar , V. G. Toy , A. J. Tulloch
AGU Fall Meeting Abstracts 2012
2012
Rapid Late Miocene Exhumation in the Central Alps, Constrained by (U-Th)/He and Fission Track Thermochronology
D. Stockli , K. Farley , D. Seward , A. Aramowicz
AGUFM 2007
2007
Overview of the Mechanics of the Active Mai'iu Low Angle Normal Fault (Dayman Dome), Southeastern Papua New Guinea
Timothy A Little , Carolyn J Boulton , SM Webber , Marcel Mizera
AGUFM 2016
2016
Range-Scale Denudation Patterns in a Normal Fault Footwall Deduced from Low- Temperature Thermochronology
D. Seward , W. C. Krugh , A. L. Densmore
AGUFM 2006
2
2006
Patterns of Denudation in a Linked Normal Fault Array
A. Densmore , D. Seward , W. C. Krugh
AGUFM 2005
2005
Thermochronology, Uplift and Erosion at the Australian-Pacific Plate Boundary Alpine Fault restraining bend, New Zealand
D. Seward , M. W. Sagar , K. P. Norton
AGUFM 2016
2016
Emplacement and unroofing of the Ladakh batholith: implications for the evolution of the trans-Himalayan magmatic belt
K. Lokho , R. Zhou , J. Zhao , E. Sobel
2018
The late thermal history of the Ronda area, southern Spain
L. Sánchez Rodríguez , D. Seward
Geotemas ( Madrid ) ( 4) 135 -136
2002
Constraining the timing and geographical extent of accretion of oceanic crust in Ecuador; a combined 40Ar/39Ar and fission-track approach.
R. Handler , R.A. Spikings , W. Winkler , D. Seward
Geotemas ( Madrid ) ( 4) 147 -150
2002
Fission Track and (U-Th/He) thermochronology constraints on the influence of the subduction of the Nazca Ridge on Andean Exhumation in South Central Peru
F. Schlunegger , F. Stuart , M. Wipf , D. Seward
EGS - AGU - EUG Joint Assembly 4030
2003
Neogene extension and volcanism in the Kunlun fault zone Northern Tibet
M. Brunel , F. Roger , D. Seward , N. Arnaud
EGS - AGU - EUG Joint Assembly 8608
2003