Are there thermal precursors to eruptions detectable by satellite? Evaluating 22 years of global medium resolution satellite thermal observations at 200+ volcanoes

This repository includes: Datasets included in Supporting Information (SI) Data set S1: Spreadsheet with identified precursors, precursor dates, precursor size, and eruption characteristics (All_Identified_Thermal_Precursor_Breakdown.xlsx) Data set S2: Spreadsheet with post-eruptive cooling lengths (Post_Eruptive_Cooling_Stats.xlsx) Data set S3: Spreadsheet of eruptions with not enough data but potential precursors (Potential_Precursors_NotEnoughData.xlsx) Other data and databases referenced in the main text All VTF time series: Temperature and area time series for every volcano (Volcano_Thermal_TimeSeries_Spreadsheets_Database.zip) VTF shapefiles: All Volcanic Thermal Feature locations in shapefiles idenitified in this study (VTF_Shapefile_Database.zip) Contingency tables: Contingency tables for all precursor type and size to volcanic and eruptive characteristics (ContingencyTables_PrecursorsAndCharacteristics.zip) DTTSB code: The main DTTSB code to flag deviations from baseline (DTTSB_individual_volcano.ipynb) Predicitve Interval DTTSB code: The supplemental DTTSB code to flag deviations from baseline that utilizes predicitive intervals (PredictionInterv_DTTSB.ipynb) Methods steps and associated codes: Codes and tutorials for recording temperature and area measurements for the database time series (Methods_Code_And_InstructionGuides.zip)

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-03-11
DOI
https://doi.org/10.5281/zenodo.13754225
Primary Topic
Geological and Geochemical Analysis
Type
article
Field-Weighted Citation Impact
0.00
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article

Are there thermal precursors to eruptions detectable by satellite? Evaluating 22 years of global medium resolution satellite thermal observations at 200+ volcanoes

Zenodo (CERN European Organization for Nuclear Research)
Geological and Geochemical Analysis
article

Are there thermal precursors to eruptions detectable by satellite? Evaluating 22 years of global medium resolution satellite thermal observations at 200+ volcanoes

article en

Abstract

This repository includes: Datasets included in Supporting Information (SI) Data set S1: Spreadsheet with identified precursors, precursor dates, precursor size, and eruption characteristics (All_Identified_Thermal_Precursor_Breakdown.xlsx) Data set S2: Spreadsheet with post-eruptive cooling lengths (Post_Eruptive_Cooling_Stats.xlsx) Data set S3: Spreadsheet of eruptions with not enough data but potential precursors (Potential_Precursors_NotEnoughData.xlsx) Other data and databases referenced in the main text All VTF time series: Temperature and area time series for every volcano (Volcano_Thermal_TimeSeries_Spreadsheets_Database.zip) VTF shapefiles: All Volcanic Thermal Feature locations in shapefiles idenitified in this study (VTF_Shapefile_Database.zip) Contingency tables: Contingency tables for all precursor type and size to volcanic and eruptive characteristics (ContingencyTables_PrecursorsAndCharacteristics.zip) DTTSB code: The main DTTSB code to flag deviations from baseline (DTTSB_individual_volcano.ipynb) Predicitve Interval DTTSB code: The supplemental DTTSB code to flag deviations from baseline that utilizes predicitive intervals (PredictionInterv_DTTSB.ipynb) Methods steps and associated codes: Codes and tutorials for recording temperature and area measurements for the database time series (Methods_Code_And_InstructionGuides.zip)

Zenodo (CERN European Organization for Nuclear Research)
Cornell University (US)
Openalex Percentile: Top 55%
Geological and Geochemical Analysis
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Are there thermal precursors to eruptions detectable by satellite? Evaluating 22 years of global medium resolution satellite thermal observations at 200+ volcanoes · Zenodo (CERN European Organization for Nuclear Research) (2025) | TGRS Research Map | TGRS