Contribution of background seismicity to forearc uplift
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1.
University of Tübingen
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2.
University of Glasgow
Description
This is a post-peer-review, pre-copyedit version of an article published in Nature Geoscience. The final authenticated version is available online at: https://doi.org/10.1038/s41561-021-00779-0.
In addition to the manuscript and supplementary information, a csv file with the most relevant new data of the study is provided.
Technical info (English)
The csv file contains the seismic catalog after the corrections explained in the methods and supplementary material sections (removal of seismic events based on Magnitude of completeness and dense earthquake clustering in space and time).
the last 5 columns inform the following items.
# slab_depth: depth of the subduction interface beneath the epicenter
# lat_corr: corrected latitude, projected to the swath line in Fig. 1 of the main text
# trench_d: horizontal distance to the trench line
# DEPDIF: vertical distance (km) between the hypocenter and the subduction interface, positive when below the interface
# MOM: seismic Moment (Nm) generated by the event.
Files
Madella_Ehlers_NatGeo_2021_accepted.pdf
Additional details
Dates
- Accepted
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2021-05-25Accepted manuscript
Data quality
- Accuracy
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The accuracy of the data presented in this manuscript is described in detail in the methods and supplementary sections
- Completeness
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The manuscript is provided in its completeness
- Conformity
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The manuscript has been deemed conform to Springer Nature publications standards
- Consistency
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The data presented in the manuscript are self-consistent as well as consistent with their use in the context of geology, tectonics and geomorphology
- Credibility
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The data presented in the manuscript are obtained from credible institutions and have been vetted by Peer-review
- Processability
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The csv file can be read and processed by an automated process.
- Relevance
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The accepted manuscript has high relevance in the field of geology and tectonics. It has been published in Nature Geoscience
- Timeliness
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The accepted manuscript deals with a presently not fully understood issue: the seismic cycle
- Understandability
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The accepted manuscript is presented in such a way that it should be understood by the wider geologic community