SubMachine: Web-Based Tools for Exploring Seismic Tomography and Other Models of Earth's Deep Interior.

SubMachine: Web-Based Tools for Exploring Seismic Tomography and Other Models of Earth's Deep Interior.
复制标题

DOI:
10.1029/2018gc007431
复制
发表时间:
2018-05
期刊:
Geochemistry, geophysics, geosystems : G(3)
影响因子:
--
通讯作者:
Tsekhmistrenko M
Tsekhmistrenko M
中科院分区:
其他
文献类型:
--
作者:
Hosseini K;Matthews KJ;Sigloch K;Shephard GE;Domeier M;Tsekhmistrenko M

文献摘要

被引文献

相似文献

我们介绍了SubMachine,这是一组基于Web的工具,用于对地球内部全球范围的数据集进行交互式可视化、分析和定量比较。SubMachine专注于使区域和全球范围的地震层析模型更容易为更广泛的固体地球社区所访问,以促进合作勘探。我们已经编写了软件工具来可视化和探索30多个断层扫描模型-单独的、并行的,或者通过统计和平均工具。SubMachine还提供与解释地幔结构相关的各种非断层成像数据集,并补充断层成像。其中包括板块重建模型、简正波观测、全球地壳结构、横波分裂以及球谐分辨率可调程度的大地水准面、海洋重力、垂直重力梯度和全球地形。通过提供存储库基础设施,SubMachine通过提交数据集或对实现的工具包的反馈来鼓励和支持社区贡献。用于全球尺度、地下体积(3-D)数据集的交互式可视化、分析和定量比较的基于Web的工具侧重于来自体波、面波和正常模式的全球地震层析成像模型(目前已实施的30个模型)用于与相关数据集交互的其他工具:板块构造重建、地形、大地水准面、海洋重力、正常模式观测等
We present SubMachine, a collection of web‐based tools for the interactive visualization, analysis, and quantitative comparison of global‐scale data sets of the Earth's interior. SubMachine focuses on making regional and global‐scale seismic tomography models easily accessible to the wider solid Earth community, in order to facilitate collaborative exploration. We have written software tools to visualize and explore over 30 tomography models—individually, side‐by‐side, or through statistical and averaging tools. SubMachine also serves various nontomographic data sets that are pertinent to the interpretation of mantle structure and complement the tomographies. These include plate reconstruction models, normal mode observations, global crustal structure, shear wave splitting, as well as geoid, marine gravity, vertical gravity gradients, and global topography in adjustable degrees of spherical harmonic resolution. By providing repository infrastructure, SubMachine encourages and supports community contributions via submission of data sets or feedback on the implemented toolkits. Web‐based tools for the interactive visualization, analysis, and quantitative comparison of global‐scale, volumetric (3‐D) data sets of the subsurface Focus on global seismic tomography models from body waves, surface waves, and normal modes (>30 models currently implemented) Additional tools for interacting with related data sets: plate tectonic reconstructions, topography, geoid, marine gravity, normal mode observations, etc