Satellite captured a lot of the dynamics, though there was not much #Copernicus #Sentinel1 coverage during peak of the storm.

This from @oceandatalab.bsky.social shows some of the wind field dynamics detected by SAR and altimeters odl.bzh/ieiRjDj3

Two Tropical Storms on each sides of the Pacific ( #Koguma west, #Simon east), plus one Hurricane east ( #Rachel ). @esaearth.esa.int acquisitions on 2026/10/07 & 8 for #2026SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 D. Winds (colors) derived from SAR sea surface roughness (greys).

Typhoon #Nolo just west of 180°E in the Pacific Ocean. @esaearth.esa.int acquisitions on 2026/10/05 6:18 UTC for #2026SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C. Max sustained wind velocities over 53 m/s (left), derived from SAR sea surface roughness (right).

Pacific Ocean's again. #Nolo back to Tropical Cyclone status, #Rachel still active, #Koguma tropical depression and #Choi-wan s-typhoon. @esaearth.esa.int acquisitions on 2026/10/01 to 04 for #2026SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C & D. Winds ranging from 30 to over 48 m/s

Pacific Ocean, again,with the remnant of typhoon #Surigae, hurricane #Nolo & #Rachel. @esaearth.esa.int acquisitions on 2026/09/29 & 30 for #2026SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C & D. SAR sea surface roughness, from which winds are derived by @cyms-s1.bsky.social project

Volcano #Nyamuragira

Lava flow since 2026.07.

📸🛰#Sentinel1

Footage: @sentinelonline.bsky.social

#Surigae, now a Tropical Storm. @esaearth.esa.int acquisitions on 2026/09/28, 21:01 UTC for #2026SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 D. Max sustained wind velocities (left) under 25 m/s, derived from SAR sea surface roughness (right).

Pacific Ocean crowded again with tropical cyclones. Since 2026/09/26, four of them ( #Odalys, #Surigae, #Polo and #Nolo) observed through @esaearth.esa.int acquisitions for #2026SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C & D. Max sustained wind velocities from 34 to over 60 m/s.

Hurricane #Odalys, Pacific Ocean, cont'd. @esaearth.esa.int acquisitions on 2026/09/24 14:12 UTC for #2026SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C. Max sustained wind velocities near 44 m/s (left), derived from SAR sea surface roughness (right).

Hurricane #Odalys & #Polo, Pacific Ocean. @esaearth.esa.int acquisitions on 2026/09/22 & 23 for #2026SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C&D. Max sustained wind velocities over 35 m/s for Odalys, 48 m/s for Polo.

Updated Radar Ratio (VV/VH) image of St. Petersburg
Satellite: Sentinel-1
Acquisition time: 2026-09-23T15:31:36Z
Made with material from Copernicus Sentinel

#OSINT #satelliteimagery #Sentinel #Sentinel1 #Copernicus #St._Petersburg

Updated Radar Ratio (VV/VH) image of Kronstadt
Satellite: Sentinel-1
Acquisition time: 2026-09-23T15:31:36Z
Made with material from Copernicus Sentinel

#OSINT #satelliteimagery #Sentinel #Sentinel1 #Copernicus #Kronstadt

Updated Radar Ratio (VV/VH) image of St. Petersburg
Satellite: Sentinel-1
Acquisition time: 2026-09-23T04:16:54Z
Made with material from Copernicus Sentinel

#OSINT #satelliteimagery #Sentinel #Sentinel1 #Copernicus #St._Petersburg

Updated Radar Ratio (VV/VH) image of Kronstadt
Satellite: Sentinel-1
Acquisition time: 2026-09-23T04:16:54Z
Made with material from Copernicus Sentinel

#OSINT #satelliteimagery #Sentinel #Sentinel1 #Copernicus #Kronstadt

Updated Radar Ratio (VV/VH) image of Primorsk
Satellite: Sentinel-1
Acquisition time: 2026-09-22T15:39:42Z
Made with material from Copernicus Sentinel

#OSINT #satelliteimagery #Sentinel #Sentinel1 #Copernicus #Primorsk

Updated Radar Ratio (VV/VH) image of Vysotsk
Satellite: Sentinel-1
Acquisition time: 2026-09-22T15:39:42Z
Made with material from Copernicus Sentinel

#OSINT #satelliteimagery #Sentinel #Sentinel1 #Copernicus #Vysotsk

Updated Radar Ratio (VV/VH) image of Ust-Luga
Satellite: Sentinel-1
Acquisition time: 2026-09-22T15:39:17Z
Made with material from Copernicus Sentinel

#OSINT #satelliteimagery #Sentinel #Sentinel1 #Copernicus #Ust-Luga

Updated Radar Ratio (VV/VH) image of St. Petersburg
Satellite: Sentinel-1
Acquisition time: 2026-09-22T04:24:45Z
Made with material from Copernicus Sentinel

#OSINT #satelliteimagery #Sentinel #Sentinel1 #Copernicus #St._Petersburg

Updated Radar Ratio (VV/VH) image of Kronstadt
Satellite: Sentinel-1
Acquisition time: 2026-09-22T04:24:45Z
Made with material from Copernicus Sentinel

#OSINT #satelliteimagery #Sentinel #Sentinel1 #Copernicus #Kronstadt

Updated Radar Ratio (VV/VH) image of Primorsk
Satellite: Sentinel-1
Acquisition time: 2026-09-22T04:24:45Z
Made with material from Copernicus Sentinel

#OSINT #satelliteimagery #Sentinel #Sentinel1 #Copernicus #Primorsk