Top Tweets for #Sentinel1A
๐๐ Surface #Subsidence Characteristics and Causes Analysis in Ningbo Plain by #Sentinel1A TS- #InSAR
โ๏ธ Weilin Tang et al.
๐ https://t.co/AbGCEelpMN
๐ฒ๐ฒ Mapping of #Forest Structural Parameters in #Tianshan Mountain Using Bayesian-Random Forest Model, Synthetic Aperture #Radar #Sentinel1A, and #Sentinel2 Imagery
โ๏ธ Ting Wang et al.
๐ https://t.co/9BifKe4yFH
๐ฑ๐พ๐ฐ๏ธ Identification of #Crop Type Based on #C-#AENN Using Time Series #Sentinel1A #SAR Data
โ๏ธ Zhengwei Guo et al.
๐ https://t.co/FITwpfldHM
FWIW, we're *also* psyched about the upcoming / eventual launch of @CopernicusEU's #Sentinel1C, especially since #Sentinel1B essentially stopped working in December 2021, leaving #Sentinel1A as the sole working #SAR satellite of Copernicus' constellation. #GoldenAgeOfSAR
It's official:
Our Sentinel-2C of @CopernicusEU will be launched on Friday, September 3, 2024, at 10.50 p.m. local time from Europeโs Spaceport in Kourou, French Guiana, onboard a Vega launcher. ๐ฐ๐ช๐บ
โฌ๏ธFind out more details about the launch:
https://t.co/aamQ0H1kJI
#Sentinel1A celebrates already a decade of #radar satellite data ๐
It is the first #Copernicus satellite launched in 2014 valuable for many applications incl changing landscapes like the ๐ธ๐ช town #Kiruna which is moving because of decades of mining ๐
https://t.co/tKTGtIPzKW
A tough gig right now for the people of Nottinghamshire, living alongside the River Trent. We've just had a pass over the UK from @CopernicusEU #Sentinel1a. This animation shows the current flood extent in blue. #flooding
We published a new #Sentinel1A N-Cyclic Performance report for the cycles 301 to 304
Those report contain inter alia the monitoring of burst synchronization wrt to a reference cycle and previous cycles.
https://t.co/JwvGZeRkX0
Head over to @adrian_luckman. Using the sharp radar eye of #Sentinel1a, he can see new rifts opening near the Brunt's grounding line - the zone where the ice coming off the continent becomes buoyant. https://t.co/yDIiMYoDlh
Keep an eye on this. The ice under the UK's Halley research station in #Antarctica has rapidly increased in speed following the calving of big bergs. The base (currently unoccupied) is in no immediate danger but #Sentinel1a can see new rifts in the ice. https://t.co/EqfgNzdosD
Interesting note from @esaoperations. The acquisition of the #moroccoearthquake data by #Sentinel1a on Monday morning almost didnโt happen because of #spacedebris Read this ๐งต
Early on Monday morning, the @CopernicusEU #Sentinel-1a satellite took its first data over Morocco since Fridayโs tragic Earthquake.
This data from space โ vital to help scientists and emergency responders understand the quake โ was almost lost due to #SpaceDebris.
#mostcited
๐ข Time-Series Analysis on Persistent Scatter-Interferometric #SyntheticApertureRadar (PS-#InSAR) Derived Displacements of the Hong KongโZhuhaiโMacao Bridge (HZMB) from #Sentinel1A Observations by Siting Xiong et al.
๐ Read the full article: https://t.co/GXIa74fXqb
The impressive extent of #flooded areas in #EmiliaRomagna (Italy) as #seenfromspace by @CopernicusEUย #sentinel1A satellite. Timelapse (11 May vs 22 May 2023) made in @sentinel_hubย EO Browser.
PS: we miss you Sentinel1B...
#mostdownloaded
๐ข Applying #MachineLearning and Time-Series Analysis on #Sentinel1A #SAR/ #InSAR for Characterizing #ArcticTundra Hydro-Ecological Conditions by Michael Allan Merchant, Mayah Obadia, Brian Brisco, Ben DeVries and Aaron Berg
๐https://t.co/4mrKsmqoQh
Following the seismic events of Feb 6, the researchers of the #EPOS TCS Satellite Data have detected the surface deformation field by processing the radar images of the European #Sentinel1A sensor with the Differential SAR Interferometry (#DInSAR) technique.
#EPOS #EPOSERIC
Rilevate deformazioni del suolo su un'area di 35.000 chilometri quadrati dopo le scosse di #terremoto che il 6 febbraio hanno colpito il sud-est della #Turchia e il nord della #Siria
@CNRsocial_
@CopernicusEU
@ESA_Italia
@EU_Commission
@ASI_spazio
@EPOSeu
https://t.co/XJ4ugjeTo7
Satellite mapping of earthquake faults has become a powerful tool, especially in the era of @CopernicusEU #Sentinel1a. (#Sentinel1c cannot get up quick enough!) Smart work here from @NERC_COMET - a UK institution making good use of an EU resource! https://t.co/6wRnempIvA
This #Copernicus #Sentinel1A image take us over the #AralSea in Central #Asia, it was created by combining three radar scans acquired in October 2014 and December 2015 .
Watch #EarthfromSpace video: https://t.co/pa7JkFw9wg
You can find this and other coseismic DInSAR products at @GEP and @EPOS ( Nov. 23, Mwp 6.1 #Deprem #earthquake #Turkey) ๐น๐ท #DInSAR #Sentinel1A @FraxInSAR @dott109 @claudiodeluca
Slip model (automatic) of the Nov. 23, Mwp 6.1 #Deprem #earthquake (#Turkey) from #InSAR inversion. #Sentinel1 data from @CopernicusEU, processed at @CnrIrea by @maferp_13, @FraxInSAR, @dott109, @claudiodeluca
With @antandre71.
Zwei der vier Gaslecks in der Ostsee an der Pipeline #Nordstream1 - eingefangen vom @CopernicusEU-Satelliten #Sentinel1A am Abend des 29. September. ๐ฐ
ย
Der Radarsatellit kann die Meeresoberflรคche durch Wolken und Nebel hindurch abbilden - bei Tag und Nacht. ๐
#DYK?
One of the first radar images of our #Copernicus #Sentinel1A ๐ช๐บ๐ฐ๏ธ was acquired on 13 April 2014 over #Belgium ๐ง๐ช
โฌ๏ธ It captured the dense urban environment of the #Brussels region
#SARisBeautiful #GoldenAgeOfSAR
โก๏ธ Welcome to read, cite, and share this article!
๐ Land surface deformation in #Nanchang, China 2018โ2020 revealed by multi-temporal #InSAR
๐ Full text: https://t.co/DKMKFYca4h
#Land #subsidence #deformation #Sentinel1A
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