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    Figure2.gif (icon) [39.9 KB] 03 Dec 2024, 10:51 Global temporal changes in seismic noise. Global daily median high frequency seismic noise is depicted, normalized to percentage variation of the baseline before lockdown measures and sorted by lockdown date. Each line of the image corresponds to one seismic station. Data gaps are shown in white. Location and country code are indicated for each station; see fig. S1 for network and station codes
    Figure2.jpg (icon-180) [25.4 KB] 03 Dec 2024, 10:51 Global temporal changes in seismic noise. Global daily median high frequency seismic noise is depicted, normalized to percentage variation of the baseline before lockdown measures and sorted by lockdown date. Each line of the image corresponds to one seismic station. Data gaps are shown in white. Location and country code are indicated for each station; see fig. S1 for network and station codes
    Figure2.png [1.92 MB] 03 Dec 2024, 10:51 Global temporal changes in seismic noise. Global daily median high frequency seismic noise is depicted, normalized to percentage variation of the baseline before lockdown measures and sorted by lockdown date. Each line of the image corresponds to one seismic station. Data gaps are shown in white. Location and country code are indicated for each station; see fig. S1 for network and station codes
    version 1
    Figure2.gif (icon) [46.83 KB] 03 Dec 2024, 10:41 Global temporal changes in seismic noise. Global daily median high frequency seismic noise is depicted, normalized to percentage variation of the baseline before lockdown measures and sorted by lockdown date. Each line of the image corresponds to one seismic station. Data gaps are shown in white. Location and country code are indicated for each station; see fig. S1 for network and station codes
    Figure2.jpeg [373.61 KB] 03 Dec 2024, 10:41 Global temporal changes in seismic noise. Global daily median high frequency seismic noise is depicted, normalized to percentage variation of the baseline before lockdown measures and sorted by lockdown date. Each line of the image corresponds to one seismic station. Data gaps are shown in white. Location and country code are indicated for each station; see fig. S1 for network and station codes
    Figure2.jpg (icon-180) [23.53 KB] 03 Dec 2024, 10:41 Global temporal changes in seismic noise. Global daily median high frequency seismic noise is depicted, normalized to percentage variation of the baseline before lockdown measures and sorted by lockdown date. Each line of the image corresponds to one seismic station. Data gaps are shown in white. Location and country code are indicated for each station; see fig. S1 for network and station codes
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