maps of #Sentinel1 C sustained wind velocities under Tropical Storm #Narelle on 2026/03/19 8:43 UTC

#Sentinel1 C SAR sea surface roughness under Tropical Storm #Narelle on 2026/03/19 8:43 UTC

Tropical cyclone #Narelle north of Australia. @esaearth.esa.int acquisitions on 2026/03/19 8:43 UTC for #2026SHOC from Copernicus @sentinelonline.bsky.social tinelonline #Sentinel1 C. Max sustained wind velocities (left) reaching 60 m/s, derived from SAR sea surface roughness (right).

Modeling Wheat Height from Sentinel-1: A Cluster-Based Approach
www.mdpi.com/2673-4591/94...

By Andrea Soccolini, Francesco Saverio Santaga and Sara Antognelli
From the 1st International Conference on Advanced Remote Sensing

#PrecisionAgriculture #RemoteSensing #Sentinel1

Radar Interference Tracker: A New Open Source Tool to Locate Active Military Radar Systems - bellingcat Many military radars interfere with open source satellite imagery when they're turned on. A new tool lets anyone monitor when and where these radars are deployed.

@bellingcat.com produced a Radar Interference Tracker (RIT) tool back in 2022, which uses EU #Copernicus #Sentinel1 data to help identify sources of RFI.

However, this can only detect sources that were active during #Sentinel1 data acquisition.

www.bellingcat.com/resources/20...

The ground is moving...

www.linkedin.com/posts/morton...

#InSAR #RemoteSensing #InfrastructureMonitoring #PipelineSafety #BridgeInspection #SatelliteData #GIS #Geospatial #EarthObservation #NASA #OPERA #Sentinel1 #AssetManagement #RiskManagement #PHMSA #IIJA #BIL #SaaS #GovTech

#Copernicus #Sentinel1 data acquired today shows a small vessel on the water around area where tug last reported it position. Hard to tell if this is tug boat MUSSAFAH 2. No visible slick.

#Sentinel1 imagery via @oceandatalab.bsky.social OVL Portal odl.bzh/NdiFrzBv

Coherent and incoherent change detection for improved flood mapping: A Sentinel-1 SAR time-series approach Flood mapping and monitoring are common emergency response applications using Synthetic Aperture Radar (SAR) data, particularly Sentinel-1, which prov…

Very good article on how good #Sentinel1 #changedetection is in #mapping floodwaters. For a flood in Afghanistan, this methodology was able to detect 5 times the area shown by some products in the Global Flood Monitoring System.
#remotesensing #GIS #geospatial

@eumetsat.int Eumetview portal view.eumetsat.int/productviewe..., 1st explosion detected during March 3rd 2026 2:40 scan, followed by another at around 3:50 ↙️⬇️ ??

At 16:55 #EU #Copernicus #Sentinel1 data suggests two vessels still present in region link.dataspace.copernicus.eu/bb88 ↘️

#Copernicus #Sentinel1 acquired data close to likely region today at 4:57 UTC.

Zoom in to see the high backscatter returns of vessels. Debris ?

With LNG on board, will explosion have consumed fuel used to power vessel ?

This from @oceandatalab.bsky.social OVL Portal odl.bzh/wzgz0-qx

#Sentinel1 A sustained wind velocities under Tropical Storm #Horacio on 2026/02/25 14:09 UTC

#Sentinel1 A SAR sea surface roughness under Tropical Storm #Horacio on 2026/02/25 14:09 UTC

Tropical cyclone #Horacio East of Madagascar, cont'd. @esaearth.esa.int acquisitions on 2026/02/25 14:09 UTC for #2026SHOC from Copernicus @sentinelonline #Sentinel1 A. Max sustained wind velocities (left) nearing 45 m/s, derived from SAR sea surface roughness (right).

Satellite data reveals new high-stress fault zone near Lake Van - Türkiye Today Satellite radar data identifies a 230-km high-stress fault zone east of Lake Van with strong earthquake potential

Great to read @uk-comet.bsky.social #Copernicus #Sentinel1 deformation and velocity maps over 🇹🇷 already being put to good use - informing hazard maps.

www.turkiyetoday.com/nation/satel...

@richardthomasw.bsky.social @geoandyhooper.bsky.social @ekbal.bsky.social

#Sentinel1 C sustained wind velocities under Tropical Storm #Horacio on 2026/02/24 14:18 UTC

#Sentinel1 C SAR sea surface roughness under Tropical Storm #Horacio on 2026/02/24 14:18 UTC

Tropical cyclone #Horacio East of Madagascar. @esaearth.esa.int acquisitions on 2026/02/24 14:18 UTC for #2026SHOC from Copernicus @sentinelonline #Sentinel1 C. Max sustained wind velocities (left) reaching 55 m/s, derived from SAR sea surface roughness (right).

One of Earth's largest ice avalanches hit the #TibetanPlateau in 2022.

Using #Sentinel1 & #Sentinel2, scientists reconstructed the massive 40 million m³ collapse. From acceleration to impact, satellite data tells the story.

🔗 sentinels.copernicus.eu/web/success-...

#SentinelOnline #ESA

💧 Images impressionnantes des inondations dans le sud-ouest de la France
1) image radar du satellite #Sentinel1 - les zones inondées en rouge
2) image en vraie couleur de la région de Marmande
3) Carte des précipitations cumulées (9-18 février 2026) - données de la NASA

What's going on there?

Persian Gulf

Look like an big oil spill....

📸🛰 #Sentinel1 2026.02.12

Footage: @sentinelonline.bsky.social

Link.Dataspace.copernicus.eu/3pjd

Home Reef, #Tonga

Birth of an island.....

2021.11. - 2026.02.06

📸 🛰 #Sentinel1

Footage: @sentinelonline.bsky.social

#Sentinel1 C sustained wind velocities under Tropical Storm #Gezani on 2026/02/13 02:51 UTC

#Sentinel1 C SAR sea surface roughness under Tropical Storm #Gezani on 2026/02/13 02:51 UTC

Tropical cyclone #Gezani in the Mozambique Channel. @esaearth.esa.int acquisitions on 2026/02/13 02:51 UTC for #2026SHOC from Copernicus @sentinelonline #Sentinel1 C. Max sustained wind velocities (left) close to 40 m/s, derived from SAR sea surface roughness (right).

Western Coast Northern Germany

Here you can see the wind direction from the east very well and also some of the offshore wind farms in the North Sea.

📸🛰 #Sentinel1 2026.01.08

Footage: @sentinelonline.bsky.social

Copernicus #Sentinel1 missed the wind speed peaks for Storm #Gezani.

@eumetsat.int #Sentinel6A wind speed 1Hz data shows values in excess of 50 knots on 2026-02-10 01:46. 👇 via @oceandatalab.bsky.social OVL odl.bzh/_4i1iH9k

Meteo France WFWAM wave model shows sig. wave heights in excess of 6.5m

#Sentinel1 A sustained wind velocities under Tropical Storm #Gezani on 2026/02/08 01:55 UTC

#Sentinel1 A SAR sea surface roughness under Tropical Storm #Gezani on 2026/02/08 01:55 UTC

#Sentinel1 A sustained wind velocities under Tropical Storm #Gezani on 2026/02/09 14:45 UTC

#Sentinel1 A SAR sea surface roughness under Tropical Storm #Gezani on 2026/02/09 14:45 UTC

Tropical storm #Gezani north of La Réunion Island. @esaearth.esa.int acquisitions on 2026/02/08 01:55 & 09 14h45 UTC for #2026SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 A. Max sustained wind velocities (left), derived from SAR sea surface roughness (right).

Desbordamientos de ríos y crecimiento de embalses visto por 🛰️ #Sentinel1 de 🇪🇺Copernicus.
Fíjate en la las marismas del Guadalquivir y el río Guadalete en las cercanías a Jerez.
El antes (3/01/2026) y después (3/02/2026)
(💧agua en azul)

#Sentinel1 A sustained wind velocities under Tropical Storm #Fytia on 2026/02/03 01:47 UTC

#Sentinel1 A SAR sea surface roughness under Tropical Storm #Fytia on 2026/02/03 01:47 UTC

Tropical storm #Fytia south-east of La Réunion Island. @esaearth.esa.int acquisitions on 2026/02/03 01:47 UTC for #2026SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 A. Max sustained wind velocities (left) around 30 m/s, derived from SAR sea surface roughness (right).

#Copernicus #Sentinel1 acquired data over the Somerset Levels on 28th Jan - water shown in darker colours in this enhanced false colour visualisation.

Using this data, and a DEM of the pre-flooding surface, it should be possible for Environment Agency to work out flood depth and hence flood volume.

↙️ EU EGMS Vertical Velocity 2019-2023
↘️ EU EGMS Eastward Velocity 2019-2023

Changes over a wide area.

#Copernicus #Sentinel1 data is not able to detect changes in some areas due to signal decorrelation, say changes in vegetation / soil moisture.

Through the use of satellite based radar data, say #Copernicus #Sentinel1, and a digital elevation model of the pre-flooding surface, it should be possible for Environment Agency to work out flood depth and hence flood volume.

This will help determine how many Dutch pumps they need in operation.

#Copernicus #Sentinel1 space based radar can see through these clouds. Again this data was acquired today link.dataspace.copernicus.eu/g2b7

Water shown in darker colours in this enhanced false colour visualisation.

#Copernicus #Sentinel1 acquired today, 28th Jan 2026, shows the extent of water on Somerset Levels here in the SW.

Unlike 2014 we now have Dutch pumps.

Water shown in darker colours in enhanced false colour visualisation link.dataspace.copernicus.eu/g2b7.

Script via @pierremarkuse.bsky.social

Not only SWOT, Sentinel3 SRAL also captured these wave heights.

#Copernicus #Sentinel1 wind field shows up to ~ 47 knots.

odl.bzh/5UqNJ8pK

@copernicusland.bsky.social How to measure changes in ground water storage across a wide area ?

Combine EU #Copernicus #Sentinel1 #InSAR with data from GNSS stations and GRACE-FO.

This @earthscope.org 2024 webinar from Dr. Grace Carlson, University of California, Berkeley youtu.be/kUfT6gPA7BU&...

Storm #Harry in the middle of the Mediterranean Sea. @esaearth.esa.int acquisitions on 2026/01/20 05:04 & 16:56 UTC for #2026SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 A & C.

North America Surface Displacement Product (DISP) is now available. It currently uses #Sentinel1 data, but will incorporate #NISAR when this is available.

Access via the ASF DAAC Displacement Portal displacement.asf.alaska.edu#/?dispOvervi...

@richardthomasw.bsky.social @uk-comet.bsky.social