Pinned Repositories
BarometersBehavingBadly_PartII
Supporting information for Barometers behaving badly part II - Wieser et al.
BarometersBehavingBadly_Wieser2022
Supporting Information for the paper: Barometers behaving badly: Assessing the influence of analytical and experimental uncertainty on clinopyroxene thermobarometry calculations at crustal conditions
Cascade_data_Compilation
This repository contains the compiled data and Jupyter Notebooks used for plotting and calculations for the paper 'Geophysical and Geochemical Constraints on Magma Storage depths along the Cascade Arc: Knowns and Unknowns
DiadFit
A python package for fitting Fermi Diads, Ne lines, and other things relating to Raman analyses of CO2 fluids
EPS-214-Spring-2024
Coding files for EPS 214 (Igneous Petrology) at UC Berkeley, taught in spring 2024 by Wieser and Manga
PySulfSat
Python tools for modelling sulfide saturation in magmas
Sulfide_Present_Melting_GCA_Wieser2020
Mantle melting code accompanying Wieser et al. (2020 - GCA) paper available at https://doi.org/10.1016/j.gca2020.05.018, or post-print at https://eartharxiv.org/u6j79
Thermobar
Python thermobarometry tool
Thermobarometry_Review_2023
Supporting information for Thermobarometry Review "P-T-X conditions of magmas and their source regions". Wieser, Gleeson, Matthews, DeVitre, Gazel
VESIcal_II
Supporting Information for VESIcal II
PennyWieser's Repositories
PennyWieser/Thermobar
Python thermobarometry tool
PennyWieser/DiadFit
A python package for fitting Fermi Diads, Ne lines, and other things relating to Raman analyses of CO2 fluids
PennyWieser/PySulfSat
Python tools for modelling sulfide saturation in magmas
PennyWieser/BarometersBehavingBadly_Wieser2022
Supporting Information for the paper: Barometers behaving badly: Assessing the influence of analytical and experimental uncertainty on clinopyroxene thermobarometry calculations at crustal conditions
PennyWieser/Cascade_data_Compilation
This repository contains the compiled data and Jupyter Notebooks used for plotting and calculations for the paper 'Geophysical and Geochemical Constraints on Magma Storage depths along the Cascade Arc: Knowns and Unknowns
PennyWieser/Sulfide_Present_Melting_GCA_Wieser2020
Mantle melting code accompanying Wieser et al. (2020 - GCA) paper available at https://doi.org/10.1016/j.gca2020.05.018, or post-print at https://eartharxiv.org/u6j79
PennyWieser/Thermobarometry_Review_2023
Supporting information for Thermobarometry Review "P-T-X conditions of magmas and their source regions". Wieser, Gleeson, Matthews, DeVitre, Gazel
PennyWieser/VESIcal_II
Supporting Information for VESIcal II
PennyWieser/BarometersBehavingBadly_PartII
Supporting information for Barometers behaving badly part II - Wieser et al.
PennyWieser/EPS-214-Spring-2024
Coding files for EPS 214 (Igneous Petrology) at UC Berkeley, taught in spring 2024 by Wieser and Manga
PennyWieser/USGS_Python_workshop_2024
Files for USGS python workshop - March 2024
PennyWieser/G3-Kil2018-Evolved-MIs
This repository contains analytical data and example MELTS for MATLAB models for the G3 paper "Explosive activity on Kīlauea’s Lower East Rift Zone fuelled by a volatile-rich, dacitic melt"
PennyWieser/pyMELTScalc
PennyWieser/Sulfide_Formation_in_Melt_Inclusions
This repo contains the data and jupyter notebooks used in the paper 'Sulfide formation within olivine-hosted MIs generates spurious chalcophile element systematics'
PennyWieser/Supplement_Comment_on_Luo23_LunarCpx
Jupyter Notebooks for response to Luo et al. Lunar Cpx paper
PennyWieser/G3-2018-MI
Supplementary data accompanying the G3 paper "Reconstructing Magma Storage Depths for the 2018 Kīlauean Eruption from Melt inclusion CO2 Contents: The Importance of Vapor Bubbles"
PennyWieser/Holuhraun_Sulfide_Resorption_CommsEE
Supporting information to accompany the Communications Earth and Environmental Paper 'Sulfide saturation and resorption modulates sulfur and metal availability during the 2014-15 basaltic fissure eruption of Holuhraun, Iceland'
PennyWieser/Thermobar_onnx
onnx files for Thermobar