Results 101 to 110 of about 379 (142)
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Optimal likelihood-based matching of volcanic sources and deposits in the Auckland Volcanic Field
Journal of Volcanology and Geothermal Research, 2016Abstract In monogenetic volcanic fields, where each eruption forms a new volcano, focusing and migration of activity over time is a very real possibility. In order for hazard estimates to reflect future, rather than past, behavior, it is vital to assemble as much reliable age data as possible on past eruptions.
Emily Kawabata +3 more
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Bulletin of Volcanology, 2013
The Auckland Volcanic Field (AVF) is a dormant monogenetic basaltic field located in Auckland, New Zealand. Though soil gas CO2 fluxes are routinely used to monitor volcanic regions, there have been no published studies of soil CO2 flux or soil gas CO2 concentrations in the AVF to date or many other monogenetic fields worldwide.
Agnès Mazot +4 more
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The Auckland Volcanic Field (AVF) is a dormant monogenetic basaltic field located in Auckland, New Zealand. Though soil gas CO2 fluxes are routinely used to monitor volcanic regions, there have been no published studies of soil CO2 flux or soil gas CO2 concentrations in the AVF to date or many other monogenetic fields worldwide.
Agnès Mazot +4 more
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Economics of Resilient Infrastructure Auckland Volcanic Field Scenario
2015The Economics of Resilient Infrastructure (ERI) research programme is a four year project funded by the New Zealand Government. The final output of the programme is a software tool, MERIT (Modelling the Economics of Resilient Infrastructure Tool) which will quantify the economic consequences of infrastructure failure and explore various post disaster ...
Deligne, NI +8 more
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A kaupapa Maori approach to understanding the Auckland Volcanic Field
2023Presentation by University of Auckland PhD student Sylvia ...
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Spatio-volumetric hazard estimation in the Auckland volcanic field
Bulletin of Volcanology, 2015The idea of a volcanic field ‘boundary’ is prevalent in the literature, but ill-defined at best. We use the elliptically constrained vents in the Auckland Volcanic Field to examine how spatial intensity models can be tested to assess whether they are consistent with such features. A means of modifying the anisotropic Gaussian kernel density estimate to
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Mineral Textures of the Auckland Volcanic Field: Insights into Ascent Processes
2023Presentation by University of Adelaide honours student, Josh ...
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The DEVORA research programme and new insights into the Auckland Volcanic Field
2023Presentation by DEVORA lead Professor Jan Lindsay
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Kaupapa Māori research on the Auckland Volcanic Field: Stories and insights
2023Presentation by University of Auckland PhD candidate, Sylvia ...
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New Zealand Journal of Geology and Geophysics, 2016
ABSTRACT Remotely sensed topographic datasets are a major source of information in modelling environmental and geomorphic processes. In this investigation, four of the most popular remotely sensed topographic datasets available for the Auckland Volcanic Field (AVF, New Zealand) were compared using high‐accuracy control points, such as
G Kereszturi, J Procter
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ABSTRACT Remotely sensed topographic datasets are a major source of information in modelling environmental and geomorphic processes. In this investigation, four of the most popular remotely sensed topographic datasets available for the Auckland Volcanic Field (AVF, New Zealand) were compared using high‐accuracy control points, such as
G Kereszturi, J Procter
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Modelling SO2 dispersion for a future eruption in the Auckland Volcanic Field
2023Presentation by Massey University Associate Professor Carol ...
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