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Service Description: Faults mapped using LiDAR in the vicinity of Baton Rouge and Scotlandville, LA, Figure 7. Faults mapped on LiDAR in southwest Louisiana are available in the full manuscript. Outline of study areas with faults mapped using LiDAR in the vicinity of Baton Rouge and Scotlandville, LA, Figure 7. Faults mapped on LiDAR in southwest Louisiana are available in the full manuscript

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• Baton_Rouge___McCullogh_and_Heinrich_2012 (2)

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Service Item Id: 2d11502d56fa428a8fc96d6122cc0324

Copyright Text: McCulloh, R.P. and P.V. Heinrich (2012). “Surface faults of the south Louisiana growth-fault province”. In Recent Advances in North American Paleoseismology and Neotectonics east of the Rockies and Use of the Data in Risk Assessment and Policy, Geological Society of America Special Paper, No. 493, pp. 37-49, doi:10.1130/2012.2493(03).

Spatial Reference: 26915  (26915)


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Spatial Reference: 26915  (26915)

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Title: Baton_Rouge_McCullogh_Heinrich_2012_Publish.mxd
Author:
Comments: Faults mapped using LiDAR in the vicinity of Baton Rouge and Scotlandville, LA, Figure 7. Faults mapped on LiDAR in southwest Louisiana are available in the full manuscript. Outline of study areas with faults mapped using LiDAR in the vicinity of Baton Rouge and Scotlandville, LA, Figure 7. Faults mapped on LiDAR in southwest Louisiana are available in the full manuscript
Subject: Southeast Louisiana faults spatially located as research results from LTRC project 18-3GT and Tran-SET Project No. 17GTLSU12.
Category:
Keywords: LTRC,Active Faults,South Louisiana,Neotectonics,Seismic
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