2019 NOAA Topobathy Lidar: Morro Bay, CA Point Cloud files with Orthometric Vertical Datum North American Vertical Datum of 1988 (NAVD88) using GEOID18

Below are links to the files that make up the 2019 NOAA Topobathy Lidar: Morro Bay, CA dataset in an orthometric vertical datum North American Vertical Datum of 1988 (NAVD88) using GEOID18. This HTML file is here to emulate the access you would have gotten through an ftp site. The files containing geospatial indices, metadata, etc., are listed first, followed by the files. To download in bulk, it is suggested you use a program such as wget (example below). The geospatial index file in shapefile format also has a URL attribute that some GIS programs can use to download files. You can also subset the data, make derived products, and change projection, datum, etc., using the Digital Coast Data Access Viewer (add to cart, the link to bulk download or LAZ fmt will take you here).

The files are in LAZ format, a lossless compressed version of the ASPRS LAS format. The compression and decompression is done with the free and open source 'laszip' program available at https://laszip.org. This is not the same as the more general zip format. Many geospatial programs will read LAZ files natively and decompression is often not necessary. There is a list of software with native support on the laszip site. This data is LAS 1.4 format compressed using laszip in native mode. You'll need laszip version 170330 or higher (or tools compiled with at least that version of laszip) to read it.

There are many download managers you can use to get all the data. An example is the uGet program using the list of URLs in file urllist8892.txt. Several posts on the GeoZone blog provide help with downloading, including:

The total size to download all the files is 1.8G. There are 97 LAZ files and the summary class table is:
Class NumberClass NamePoints
1Unclassified296309605
2Ground82865489
7Low Point (noise)2042551
9Water6017544
18High Noise3167511
20Ignored Ground/Bathymetry384757
40Bathymetric point5880281
41Water surface2421728
45Water column92128400

Georeferencing Note

You may find the georeferencing on the files refers to generic NAD83 (EPSG code 4269). All files, with the exception of the few in WGS84, are in a more recent realization of NAD83 such as NAD83(CORS96), NAD83(HARN), NAD83(NSRS2007), or NAD83(2011).

Cloud Access

This data is now in an AWS S3 bucket at s3://noaa-nos-coastal-lidar-pds/laz/geoid18/8892.

Meta Info

Tile Index: tileindex.zip (Shapefile)
                2019_MorroBay_Topobathy_index.gpkg (GeoPackage)
Metadata: 2019_MorroBay_Topobathy_metadata.xml
Metadata: 2019_MorroBay_Topobathy_metadata.html
XYZ range table: 2019_MorroBay_Topobathy_minmax.csv
README: 0README.txt (contains similar information to above)
URL List: urllist8892.txt is a list of all the URLs for batch downloading.

Supplemental Info

supplemental/NOAA_Morro_Bay_Topobathymetric_LiDAR_Sonar_Integration_Report_V2.pdf
supplemental/extent_m8892.kmz
supplemental/index.html

Point Clouds

20190522_NOAA_MB_097.laz
20190522_NOAA_MB_003.laz
20110913_NOAA_MB_055.laz
20190522_NOAA_MB_058.laz
20190522_NOAA_MB_031.laz
20190522_NOAA_MB_096.laz
20190522_NOAA_MB_088.laz
20190522_NOAA_MB_002.laz
20190522_NOAA_MB_083.laz
20190522_NOAA_MB_030.laz
20190522_NOAA_MB_082.laz
20190522_NOAA_MB_026.laz
20190522_NOAA_MB_078.laz
20110913_NOAA_MB_047.laz
20190522_NOAA_MB_054.laz
20190522_NOAA_MB_001.laz
20110913_NOAA_MB_095.laz
20190522_NOAA_MB_053.laz
20190522_NOAA_MB_025.laz
20190522_NOAA_MB_077.laz
20190522_NOAA_MB_076.laz
20190522_NOAA_MB_075.laz
20110913_NOAA_MB_039.laz
20190522_NOAA_MB_024.laz
20190522_NOAA_MB_052.laz
20110913_NOAA_MB_094.laz
20190522_NOAA_MB_051.laz
20110913_NOAA_MB_038.laz
20190522_NOAA_MB_020.laz
20190522_NOAA_MB_074.laz
20190522_NOAA_MB_073.laz
20190522_NOAA_MB_070.laz
20190522_NOAA_MB_050.laz
20190522_NOAA_MB_019.laz
20110913_NOAA_MB_037.laz
20190522_NOAA_MB_069.laz
20190522_NOAA_MB_018.laz
20110913_NOAA_MB_093.laz
20190522_NOAA_MB_049.laz
20110913_NOAA_MB_092.laz
20110913_NOAA_MB_091.laz
20110913_NOAA_MB_029.laz
20190522_NOAA_MB_068.laz
20190522_NOAA_MB_067.laz
20190522_NOAA_MB_017.laz
20190522_NOAA_MB_048.laz
20110913_NOAA_MB_028.laz
20190522_NOAA_MB_066.laz
20190522_NOAA_MB_046.laz
20110913_NOAA_MB_087.laz
20190522_NOAA_MB_014.laz
20110913_NOAA_MB_027.laz
20190522_NOAA_MB_045.laz
20190522_NOAA_MB_062.laz
20110913_NOAA_MB_086.laz
20190522_NOAA_MB_013.laz
20110913_NOAA_MB_023.laz
20190522_NOAA_MB_044.laz
20190522_NOAA_MB_061.laz
20190522_NOAA_MB_012.laz
20190522_NOAA_MB_011.laz
20110913_NOAA_MB_022.laz
20110913_NOAA_MB_081.laz
20190522_NOAA_MB_010.laz
20190522_NOAA_MB_043.laz
20190522_NOAA_MB_060.laz
20190522_NOAA_MB_042.laz
20110913_NOAA_MB_080.laz
20190522_NOAA_MB_009.laz
20110913_NOAA_MB_021.laz
20190522_NOAA_MB_059.laz
20190522_NOAA_MB_008.laz
20110913_NOAA_MB_016.laz
20190522_NOAA_MB_041.laz
20110913_NOAA_MB_079.laz
20110913_NOAA_MB_015.laz
20190522_NOAA_MB_007.laz
20190522_NOAA_MB_006.laz
20190522_NOAA_MB_005.laz
20110913_NOAA_MB_072.laz
20190522_NOAA_MB_040.laz
20100529_NOAA_MB_090.laz
20190522_NOAA_MB_036.laz
20190522_NOAA_MB_004.laz
20110913_NOAA_MB_071.laz
20100529_NOAA_MB_089.laz
20190522_NOAA_MB_035.laz
20110913_NOAA_MB_065.laz
20190522_NOAA_MB_034.laz
20110913_NOAA_MB_064.laz
20190522_NOAA_MB_033.laz
20190522_NOAA_MB_032.laz
20100529_NOAA_MB_085.laz
20110913_NOAA_MB_063.laz
20100529_NOAA_MB_084.laz
20110913_NOAA_MB_057.laz
20110913_NOAA_MB_056.laz

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