Miami - Summary

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Edited April 2023:
Sunny Isles
https://insarmaps.miami.edu/start/25.9399/-80.1233/13.6991?flyToDatasetCenter=false&startDataset=S1_IW23_048_0081_0083_20190208_20230412_N25765_N25980_W080147_W080115_PS&minScale=-1&maxScale=1&pointLat=25.94107&pointLon=-80.12057&startDate=20190208&endDate=20230412

Surfside & Bal Harbour
https://insarmaps.miami.edu/start/25.8854/-80.1269/14.2015?flyToDatasetCenter=false&startDataset=S1_IW23_048_0081_0083_20190208_20230412_N25765_N25980_W080147_W080115_PS&pointLat=25.94107&pointLon=-80.12057&minScale=-0.5&maxScale=0.5&startDate=20190208&endDate=20230412

Porsche Tower:
https://insarmaps.miami.edu/start/25.9451/-80.1215/14.4681?flyToDatasetCenter=false&startDataset=S1_IW23_048_0081_0083_20190208_20230412_N25765_N25980_W080147_W080115_PS&pointLat=25.94851&pointLon=-80.12006&refPointLat=25.94890&refPointLon=-80.12379&minScale=-0.5&maxScale=0.5&startDate=20190208&endDate=20230412

https://insarmaps.miami.edu/start/25.9399/-80.1233/13.6991?flyToDatasetCenter=false&startDataset=S1_IW23_048_0081_0083_20190208_20230412_N25765_N25980_W080147_W080115_PS&minScale=-1&maxScale=1&pointLat=25.94107&pointLon=-80.12057&startDate=20190208&endDate=20230412

InSAR web viewer. Click on points to display the displacement time series. Zooming in and out is supported.

The following are for the sequential network. Given that results vary depending on network chosen (what we have not well understood), in the future the network used will be in the file name.

Data to be used:

1. Surfside : S1_IW3_048_0081_0082_20160412_20220827_N25831_N25916_W080162_W080102_PS. (to be renamed Sec3PS)

2. Miami Beach

(processing)

3. Coconut Grove and Brickell (single reference) `S1_IW3_048_0081_0082_20160705_20220827_N25727_N25918_W080242_W080084_PS

4. Sunny Isles (single reference): S1_IW3_048_0081_0082_20160705_20220722_N25888_N26027_W080170_W080089_PS

Jetstream:

cd /data/HDF5EOS/MiamiSenAT48
miaplpy_CGroveBrickell_2016-202208/network_single_reference/S1_IW3_048_0081_0082_20160412_20220827_N25710_N25810_W080277_W080171_PS.he5
miaplpy_CGroveBrickell_2016-202208/network_single_reference/S1_IW3_048_0081_0082_20160412_20220827_N25710_N25810_W080277_W080171_Seq3PS.he5
miaplpy_Surfside_2016-202208/network_sequential_3/S1_IW3_048_0081_0082_20160412_20220827_N25831_N25916_W080162_W080102.he5
miaplpy_Surfside_2016-202208/network_sequential_3/S1_IW3_048_0081_0082_20160412_20220827_N25831_N25916_W080162_W080102_PS.he5
miaplpy_Surfside_201902-202208/network_sequential_3/S1_IW3_048_0081_0082_20190208_20220827_N25831_N25916_W080162_W080102.he5
miaplpy_Surfside_201902-202208/network_sequential_3/S1_IW3_048_0081_0082_20190208_20220827_N25831_N25916_W080162_W080102_PS.he5
minopy_SunnyIsles_2016-2022/single_reference_network/S1_IW3_048_0081_0082_20160705_20220722_N25888_N26027_W080170_W080089.he5

Surf Club Hotel:
Sequential network:
http://insarmaps.miami.edu/start/25.8783/-80.1185/16.5978?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160412_20220827_N25831_N25916_W080162_W080102_PS&minScale=-1&maxScale=1

Oceana:
http://insarmaps.miami.edu/start/25.8962/-80.1210/16.5978?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160412_20220827_N25831_N25916_W080162_W080102_PS&minScale=-1&maxScale=1&startDate=20150921&endDate=20211112&pointLat=25.89514&pointLon=-80.12327

87th Park (Starting in 2019; North Miami Beach)

https://insarmaps.miami.edu/start/25.8729/-80.1192/16.7969?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20190208_20220827_N25831_N25916_W080162_W080102_PS&minScale=-0.4&maxScale=0.4

Arte (starting in 2019):

https://insarmaps.miami.edu/start/25.8766/-80.1201/17.6283?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20190208_20220827_N25831_N25916_W080162_W080102_PS&pointLat=25.87574&pointLon=-80.12108&minScale=-0.4&maxScale=0.4

Brickell 2016-2022:
https://insarmaps.miami.edu/start/25.7701/-80.1877/15.6557?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160705_20220827_N25727_N25918_W080242_W080084_PS&pointLat=25.77099&pointLon=-80.18957&refPointLat=25.77202&refPointLon=-80.19093&minScale=-0.6&maxScale=0.6
(S1_IW3_048_0081_0082_20190103_20220827_N25727_N25918_W080242_W080084_PS for 2019-2022)

Sunny Isles: (2016-2022)
single reference
https://insarmaps.miami.edu/start/25.9487/-80.1203/15.4168?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160705_20220722_N25888_N26027_W080170_W080089_PS&pointLat=25.94689&pointLon=-80.12129&refPointLat=25.95292&refPointLon=-80.12294&minScale=-1&maxScale=1&startDate=20160705&endDate=20220722

https://insarmaps.miami.edu/start/25.9524/-80.1077/13.2400?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160705_20220722_N25888_N26027_W080170_W080089&pointLat=25.95141&pointLon=-80.12161&refPointLat=25.95292&refPointLon=-80.12294&minScale=-0.5&maxScale=0.5

Results from Sara's paper:
Surf Club Hotel:
http://insarmaps.miami.edu/start/25.8783/-80.1185/16.5978?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20150921_20211112_SM_PS&minScale=-1&maxScale=1&startDate=20150921&endDate=20211112

Oceana:
http://insarmaps.miami.edu/start/25.8962/-80.1210/16.5978?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20150921_20211112_SM_PS&minScale=-1&maxScale=1&startDate=20150921&endDate=20211112&pointLat=25.89514&pointLon=-80.12327

Surf Club Hotel distributed scatterers: (less accurate pixels):
http://insarmaps.miami.edu/start/25.8783/-80.1185/16.5978?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160412_20220827_N25831_N25916_W080162_W080102&minScale=-1&maxScale=1

Oceana distributed scatterers:
Distributed scatterer:
http://insarmaps.miami.edu/start/25.8962/-80.1210/16.5978?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160412_20220827_N25831_N25916_W080162_W080102&minScale=-1&maxScale=1&startDate=20150921&endDate=20211112&pointLat=25.89514&pointLon=-80.12327

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The following comparison show that the single reference works better in Brickel/CGrove. Why the sequential network preforms better in Surfside is an unresolved question)

Brickell 2016-2022:
Single reference:
https://insarmaps.miami.edu/start/25.7735/-80.1861/15.8278?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160412_20220827_N25710_N25810_W080277_W080171_PS&pointLat=25.76273&pointLon=-80.19069&minScale=-0.6&maxScale=0.6&startDate=20160412&endDate=20220827
Sequential 3:
https://insarmaps.miami.edu/start/25.7735/-80.1861/15.8278?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160412_20220827_N25710_N25810_W080277_W080171_Seq3PS&pointLat=25.76273&pointLon=-80.19069&minScale=-0.6&maxScale=0.6&startDate=20160412&endDate=20220827

single reference	sequential_3

Coconut Grove 2019-2022 (single_reference)
https://insarmaps.miami.edu/start/25.7316/-80.2345/16.5728?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20190103_20220827_N25716_N25769_W080250_W080194_PS&pointLat=25.73582&pointLon=-80.23721&minScale=-0.6&maxScale=0.6&startDate=20160412&endDate=20220827

Coconut Grove 2016-2022
single reference:
https://insarmaps.miami.edu/start/25.7302/-80.2367/17.3927?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160412_20220827_N25710_N25810_W080277_W080171_PS&pointLat=25.73057&pointLon=-80.23721&minScale=-0.3&maxScale=0.3&startDate=20160412&endDate=20220827

sequential:
https://insarmaps.miami.edu/start/25.7302/-80.2367/17.3927?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160412_20220827_N25710_N25810_W080277_W080171_Seq3PS&pointLat=25.73057&pointLon=-80.23721&minScale=-0.3&maxScale=0.3&startDate=20160412&endDate=20220827

single reference	sequential_3

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Blasting affected area

https://insarmaps.miami.edu/start/25.9613/-80.2946/12.0000?flyToDatasetCenter=false&startDataset=S1_IW23_048_0081_0082_20160705_20220827_PS&pointLat=25.97707&pointLon=-80.35782&refPointLat=25.98344&refPointLon=-80.36342&minScale=-0.6&maxScale=0.6&startDate=20160705&endDate=20220827

Miramar:
Starting 2016:
https://insarmaps.miami.edu/start/25.9532/-80.3606/12.0021?flyToDatasetCenter=false&startDataset=S1_IW23_048_0081_0082_20160705_20220827_PS&minScale=-0.3&maxScale=0.3&pointLat=26.01269&pointLon=-80.32018

Starting 2019:
https://insarmaps.miami.edu/start/25.9578/-80.3918/15.7668?flyToDatasetCenter=false&startDataset=S1_IW23_048_0081_0082_20190103_20220827_N25878_N26024_W080435_W080262_PS&pointLat=25.95797&pointLon=-80.39962&minScale=-0.25&maxScale=0.25&startDate=20190103&endDate=20220827

Miramar:
Starting 2016:

https://insarmaps.miami.edu/start/26.0006/-80.3948/14.6500?flyToDatasetCenter=false&startDataset=S1_IW23_048_0081_0082_20160705_20220827_PS&pointLat=25.99436&pointLon=-80.39700&minScale=-0.5&maxScale=0.5&startDate=20160705&endDate=20220827

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Miramar: instanaeous settlement associated with blasting:
https://insarmaps.miami.edu/start/25.9927/-80.3940/16.0567?flyToDatasetCenter=false&startDataset=S1_IW23_048_0081_0082_20160705_20220827_PS&pointLat=25.99435&pointLon=-80.39699&refPointLat=26.00015&refPointLon=-80.39434&minScale=-0.5&maxScale=0.5&startDate=20160705&endDate=20220827

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Silver Lakes Elementary School, Miramar

https://insarmaps.miami.edu/start/25.9862/-80.3779/17.7812?flyToDatasetCenter=false&startDataset=S1_IW23_048_0081_0082_20160705_20220827_PS&pointLat=25.98595&pointLon=-80.37795&refPointLat=25.98602&refPointLon=-80.37905&minScale=-0.6&maxScale=0.6&startDate=20160705&endDate=20220827

near Canal
https://insarmaps.miami.edu/start/25.9618/-80.3728/17.6694?flyToDatasetCenter=false&startDataset=S1_IW23_048_0081_0082_20160705_20220827_PS&pointLat=25.96159&pointLon=-80.37363&refPointLat=25.96161&refPointLon=-80.37411&minScale=-0.3&maxScale=0.3&startDate=20160705&endDate=20220827

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l'atelier:
https://insarmaps.miami.edu/start/25.8550/-80.1192/17.7459?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20190208_20220827_N25727_N25918_W080242_W080084_Seq3PS&pointLat=25.85453&pointLon=-80.11960&refPointLat=25.85378&refPointLon=-80.12090&minScale=-0.5&maxScale=0.5&startDate=20190208&endDate=20220827

Miami Beach:
https://insarmaps.miami.edu/start/25.7929/-80.1329/18.1708?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160412_20221026_N25757_N25867_W080167_W080099_PS&pointLat=25.79285&pointLon=-80.13364&minScale=-0.6&maxScale=0.6&startDate=20160412&endDate=20221026

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Possible sites for ground-based measurements (updated 15 Nov):

1. Oceana, Bal Harbour

https://insarmaps.miami.edu/start/25.8958/-80.1220/16.5978?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160412_20220827_N25831_N25916_W080162_W080102_PS&pointLat=25.89513&pointLon=-80.12329&minScale=-1&maxScale=1&startDate=20160412&endDate=20211112

2. Porsche Design Tower/Millenium Sunny Isles (Armani Tower, Ocean Three might be better)

https://insarmaps.miami.edu/start/25.9509/-80.1167/14.8189?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160705_20220722_N25888_N26027_W080170_W080089&pointLat=25.95159&pointLon=-80.12025&refPointLat=25.95292&refPointLon=-80.12294&minScale=-0.6&maxScale=0.6&startDate=20160705&endDate=20220722

https://insarmaps.miami.edu/start/25.9509/-80.1167/14.8189?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160705_20220722_N25888_N26027_W080170_W080089_PS&pointLat=25.95256&pointLon=-80.12022&refPointLat=25.95292&refPointLon=-80.12294&minScale=-0.6&maxScale=0.6&startDate=20160705&endDate=20220722

3. Metropolitan Miami area (JW Marquis, Brickell, next to Aston Martin). Include ICON

https://insarmaps.miami.edu/start/25.7701/-80.1877/15.6557?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160705_20220827_N25727_N25918_W080242_W080084_PS&pointLat=25.77099&pointLon=-80.18957&refPointLat=25.77202&refPointLon=-80.19093&minScale=-0.6&maxScale=0.6&startDate=20160705&endDate=20220827

4. L'Atelier, Miami Beach

https://insarmaps.miami.edu/start/25.8550/-80.1192/17.7459?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20190208_20220827_N25727_N25918_W080242_W080084_Seq3PS&pointLat=25.85453&pointLon=-80.11960&refPointLat=25.85378&refPointLon=-80.12090&minScale=-0.5&maxScale=0.5&startDate=20190208&endDate=20220827

5. Silver Lakes Elementary School, Miramar

https://insarmaps.miami.edu/start/25.9864/-80.3774/16.5587?flyToDatasetCenter=false&startDataset=S1_IW23_048_0081_0082_20160705_20220827_PS&pointLat=25.98597&pointLon=-80.37799&refPointLat=25.98602&refPointLon=-80.37905&minScale=-0.6&maxScale=0.6&startDate=20160705&endDate=20220827

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Comparison of single_reference and sequential network for Porsche design tower

• PS for network_single_reference:
  https://insarmaps.miami.edu/start/25.9487/-80.1197/15.4168?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160412_20221119_N25896_N26020_W080145_W080115_PS&pointLat=25.95075&pointLon=-80.11990&refPointLat=25.95292&refPointLon=-80.12294&minScale=-1&maxScale=1&startDate=20160412&endDate=20221119

• PS for network_sequential_3:
  https://insarmaps.miami.edu/start/25.9487/-80.1197/15.4168?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160412_20221119_N25896_N26020_W080145_W080115_Seq3PS&pointLat=25.95075&pointLon=-80.11990&refPointLat=25.95292&refPointLon=-80.12294&minScale=-1&maxScale=1&startDate=20160412&endDate=20221119

• DS for network_sequential_3
  https://insarmaps.miami.edu/start/25.9487/-80.1197/15.4168?flyToDatasetCenter=false&startDataset=S1_IW3_048_0081_0082_20160412_20221119_N25896_N26020_W080145_W080115_Seq3&pointLat=25.95075&pointLon=-80.11990&refPointLat=25.95292&refPointLon=-80.12294&minScale=-1&maxScale=1&startDate=20160412&endDate=20221119

[falkamelung]

Hi Pietro,

Attached the ASF python download file for Miami (Track AT48, subswath 3, starting 2019) and the areas of interest in Surfside (#1). My main question is the location of the subsiding pixels south of the collapse site. Are they located on the building or next to it (see attached screenshot)? There is also a link to a DSM.

If you have more time please also try the Oceana residences (area #2). In the next town further north (Sunny Isles) there are even more signals, but it is more difficult as the buildings are higher (e.g. Porsche Design Tower, #3).

I did what you suggested and processed with a DSM and got the same velocities but different DEM error estimates, Our shortcomings for DEM error estimation apart from phase-unwrapping is probably that we don’t consider thermal expansion.

Here a 4-min overview on what we are trying to do:
https://www.youtube.com/watch?v=1qZKXl7cNTk

Thank you for trying this! (BTW, the download with ssara_federated_query.py is much faster then the python script as you can download in parallel).

Falk

1: 87 Park to Surf Club Hotel

25.871 -80.1219 25.8788 -80.1208

2 Oceana residences:

25.8941 -80.1240 25.8961 -80.1218

3. Porsche Design Tower area

https://insarmaps.miami.edu/start/25.9451/-80.1215/14.4681?flyToDatasetCenter=false&startDataset=S1_IW23_048_0081_0083_20190208_20230412_N25765_N25980_W080147_W080115_PS&pointLat=25.94851&pointLon=-80.12006&refPointLat=25.94890&refPointLon=-80.12379&minScale=-0.5&maxScale=0.5&startDate=20190208&endDate=20230412

HIghRes DSM for Surfside (including buildings):
http://149.165.154.65/data/HDF5EOS/MiamiSenAT48/DEM/dsm_reprojected_wgs84.tif

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