DataverseNO

Metrics

2,268,715 Downloads

MF Norwegian School of Theology, Religion and Society

Nofima

Nord University

Norwegian Institute of Bioeconomy Research (NIBIO)

Norwegian University of Life Sciences (NMBU)

NTNU – Norwegian University of Science and Technology

OsloMet – Oslo Metropolitan University

UiT The Arctic University of Norway

University of Agder

University of Bergen

University of Inland Norway

University of Oslo

University of South-Eastern Norway

University of Stavanger

VID Specialized University

Western Norway University of Applied Sciences

Østfold University of Applied Sciences

TROLLing

Featured Dataverses

In order to use this feature you must have at least one published or linked dataverse.

Publish Dataverse

Are you sure you want to publish your dataverse? Once you do so it must remain published.

Publish Dataverse

This dataverse cannot be published because the dataverse it is in has not been published.

Delete Dataverse

Are you sure you want to delete your dataverse? You cannot undelete this dataverse.

5,861 to 5,870 of 146,498 Results

Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study Jul 27, 2026 - University of Oslo Minakov Alexander, 2025, "Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study", https://doi.org/10.18710/7FGFBI, DataverseNO, V2 The dataset comprises all Magnetotelluric data and derived products. This includes measured time series in ASCII format, final processed MT transfer functions in EDI format, and the final 3D resistivity model from transfer function data inversion.
00_readme.txt Jul 27, 2026 - Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study Plain Text - 5.5 KB - MD5: d384974694e7be37f63f7fed80b77a29 readme file
3Dmodel_resisitivity_100Ohmm.txt Jul 27, 2026 - Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study Plain Text - 17.3 MB - MD5: bb8e5c534f9280b12974d17bc9f58d24 resistivity model obtained using 100 Ohm.m starting model. Format: x,y,z,rho
3Dmodel_resisitivity_20and500Ohmm.txt Jul 27, 2026 - Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study Plain Text - 39.2 MB - MD5: ae06a63eb45a7761b6db769bf816bdb8 resistivity model obtained using layered model 20 Ohm.m down to 2 km and 500 Ohm.m below. starting model. Format: x,y,z,rho
3Dmodel_resisitivity_300Ohmm.txt Jul 27, 2026 - Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study Plain Text - 39.2 MB - MD5: 570d00340c2a80e7262c3857a40dbe94 resistivity model obtained using 300 Ohm.m starting model. Format: x,y,z,rho
3Dmodel_resisitivity_30Ohmm.txt Jul 27, 2026 - Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study Plain Text - 39.2 MB - MD5: 7ab7eea749eb83dc813c334b462c1121 resistivity model obtained using 30 Ohm.m starting model. Format: x,y,z,rho
coordinatesStations.txt Jul 27, 2026 - Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study Plain Text - 624 B - MD5: f0fc0900a5108602f6f923d2b2a64861 geographic (decimal degrees) and UTM Zone 33N coordinates (meters)
DataStatistics.txt Jul 27, 2026 - Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study Plain Text - 747 B - MD5: 1844696dbb5748ad5d1d3fbb2e38ffe7 Data statistcis for each station and acquisition times
Mesh_coordinates_LonLat.txt Jul 27, 2026 - Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study Plain Text - 100.9 KB - MD5: 9e19bb5a292e9947f2d49709dddc99a1 geographic coordinates of the model grid
ReadDataExample.m Jul 27, 2026 - Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study Plain Text - 815 B - MD5: bcfc63cba6aed15a6a210cb7956d6a1f matlab script to read model files

Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study

Jul 27, 2026 - University of Oslo

Minakov Alexander, 2025, "Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study", https://doi.org/10.18710/7FGFBI, DataverseNO, V2

The dataset comprises all Magnetotelluric data and derived products. This includes measured time series in ASCII format, final processed MT transfer functions in EDI format, and the final 3D resistivity model from transfer function data inversion.

00_readme.txt

Jul 27, 2026 - Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study

Plain Text - 5.5 KB -

readme file

3Dmodel_resisitivity_100Ohmm.txt

Jul 27, 2026 - Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study

Plain Text - 17.3 MB -

resistivity model obtained using 100 Ohm.m starting model. Format: x,y,z,rho

3Dmodel_resisitivity_20and500Ohmm.txt

Jul 27, 2026 - Background Data for: Structure and Origin of an Active Hydrothermal System in NW Svalbard: a Combined Magnetotelluric and Gas-Water Isotope Study

Plain Text - 39.2 MB -

resistivity model obtained using layered model 20 Ohm.m down to 2 km and 500 Ohm.m below. starting model. Format: x,y,z,rho