Banding in the margins of basaltic dykes indicates pulsatory propagation during emplacement [dataset and software]

Includes three files: 1) Data for the area fraction, size, shape and orientation of phenocrysts and vesicles in the margins of dykes; 2) MATLAB script for a 1D cooling model of a single magma pulse; 3) MATLAB script for a 1D cooling model of multiple magma pulses.

Resource type: Collection
Total Items: 3
Size: 3.06 MB
Contributors: Creator: Allgood, Ceri ¹
Contact person: Allgood, Ceri ¹
Creator: Mathias, Simon ¹

¹ Durham University, UK
Funder: Natural Environment Research Council
Research methods: Data for phenocrysts and vesicles were generated in ImageJ from manual outlines drawn on thin section images. MATLAB models estimate solidification times for magma pulses, where the user can specify pulse width, initial temperature and host rock temperature.
Other description: Includes three files: 1) Data for the area fraction, size, shape and orientation of phenocrysts and vesicles in the margins of dykes; 2) MATLAB script for a 1D cooling model of a single magma pulse; 3) MATLAB script for a 1D cooling model of multiple magma pulses.
Location: Teno Massif, Tenerife, Spain
Columbia River Basalt Province, USA
Language: English
Identifier: ark:/32150/r2vx021f10r
Publisher: Durham University
Date Created: 2023-10-11

Items in this Collection

List of items in this collection
	Title	Date Uploaded	Visibility	Action
	Banding in the margins of basaltic dykes - cooling, multiple magma pulses [software] Is part of: Banding in the margins of basaltic dykes indicates pulsatory propagation during emplacement [dataset and software]	11 October 2023	Open Access	Single-Use Link to File Edit File Download File
File Name: Cooling_latentHeat_pulses.m File Format: plain (Plain text) Creator: Depositor: C. Allgood Edit Access: Users: cmqr72
	Banding in the margins of basaltic dykes - cooling, single magma pulse [software] Is part of: Banding in the margins of basaltic dykes indicates pulsatory propagation during emplacement [dataset and software]	11 October 2023	Open Access	Single-Use Link to File Edit File Download File
File Name: Cooling_latentHeat.m File Format: plain (Plain text) Creator: Depositor: C. Allgood Edit Access: Users: cmqr72
	Banding in the margins of basaltic dykes indicates pulsatory propagation during emplacement [dataset] Is part of: Banding in the margins of basaltic dykes indicates pulsatory propagation during emplacement [dataset and software]	11 October 2023	Open Access	Single-Use Link to File Edit File Download File
File Name: MarginalBands_data.xlsx File Format: vnd.ms-excel (Microsoft Excel 2007+, OpenDocument Text) Creator: Depositor: C. Allgood Edit Access: Users: cmqr72

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Banding in the margins of basaltic dykes - cooling, multiple magma pulses [software]

Banding in the margins of basaltic dykes - cooling, single magma pulse [software]

Banding in the margins of basaltic dykes indicates pulsatory propagation during emplacement [dataset]