somonesummers/AttenuationSignatureShearMargins: HotPocket version 2.1.0

New Release of HotPocket, a tool for comparing observed radar bed echo dimming against model derived estimates of englacial thermal attenuation within Antarctic shear margins. New Features Updates includes an extended analysis script estimating the influence of surface roughness effects, as well as...

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Bibliographic Details
Main Author: Paul Summers
Format: Other/Unknown Material
Language:unknown
Published: Zenodo 2024
Subjects:
Online Access:https://doi.org/10.5281/zenodo.10783426
Description
Summary:New Release of HotPocket, a tool for comparing observed radar bed echo dimming against model derived estimates of englacial thermal attenuation within Antarctic shear margins. New Features Updates includes an extended analysis script estimating the influence of surface roughness effects, as well as comparing various levels of SAR processing available from CReSIS. New for 2024, using radar derived ice thickness on radar lines, rather than smoothed inversion based thickness. Additional analysis is built out to estimate the impact of bed slope on bed power, and an quantitative estimate of focusing uncertainty from focused and unfocused SAR products. Bug Fixes Importantly a bug is corrected where Qlook bed power was improperly extracted from the raw data. This correction show significantly improved agreement between focused and unfocused SAR products. Additionally we resolve issues when radar data is formatted with non-default dimensions or when 1 of the 3 radar data types is missing. Additional Improvements Cleaner auto downloading of data, including now a script for downloading all 106 radar lines considered in Summers et al 2024. Improved code comments and functionality for plotting/saving output figures. 2 new figure generating scripts are included that are not in main publication, but were provided to reviewers in the review process.