Dataverse to hold datasets produced and archived by the UT Austin Planetary Surface Processes Group, headed by Dr. Tim Goudge (https://www.jsg.utexas.edu/goudge/).
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171 to 180 of 192 Results
fan_14_HiRISE_DRG.tar
Sep 29, 2021 - Data Archive for Tebolt and Goudge [2021] Global investigation of martian sedimentary fan features: Using stratigraphic analysis to study depositional environment
TAR Archive - 3.2 GB - MD5: d0f239ad496e834297b985b03bf51388
Orthorectified images for the HiRISE data at fan #14 (Sabrina Vallis)
fan_15.tar
Sep 29, 2021 - Data Archive for Tebolt and Goudge [2021] Global investigation of martian sedimentary fan features: Using stratigraphic analysis to study depositional environment
TAR Archive - 2.4 GB - MD5: eb2bed5a99decf0b49acf71c83e380be
All digital elevation models and orthorectified images for fan #15
fan_16.tar
Sep 29, 2021 - Data Archive for Tebolt and Goudge [2021] Global investigation of martian sedimentary fan features: Using stratigraphic analysis to study depositional environment
TAR Archive - 1.7 GB - MD5: d47c0d37060e7bdc3b633158a1355952
All digital elevation models and orthorectified images for fan #16
fan_17.tar
Sep 29, 2021 - Data Archive for Tebolt and Goudge [2021] Global investigation of martian sedimentary fan features: Using stratigraphic analysis to study depositional environment
TAR Archive - 1.7 GB - MD5: 4788f9a0204235e4f4d1fa529ad9be8b
All digital elevation models and orthorectified images for fan #17
fan_18_CTX.tar
Sep 29, 2021 - Data Archive for Tebolt and Goudge [2021] Global investigation of martian sedimentary fan features: Using stratigraphic analysis to study depositional environment
TAR Archive - 714.8 MB - MD5: 399e7ae6a2e84f662ecc5d2ce143c6a5
Digital elevation models and corresponding orthorectified image from the CTX data at fan #18
fan_18_HiRISE_DEM.tar
Sep 29, 2021 - Data Archive for Tebolt and Goudge [2021] Global investigation of martian sedimentary fan features: Using stratigraphic analysis to study depositional environment
TAR Archive - 1.8 GB - MD5: da878b128838e4eaa0b6ad28c1a9c165
Digital elevation models for the HiRISE data at fan #18
.README.pdf
.README.pdf
Sep 29, 2021 - Data Archive for Tebolt and Goudge [2021] Global investigation of martian sedimentary fan features: Using stratigraphic analysis to study depositional environment
Adobe PDF - 33.2 KB - MD5: 002d0e9a6a114e8ad7a0a98911b109b1
Data Archive for: Goudge et al. (2021), The importance of lake breach floods for valley incision on early Mars.
Sep 23, 2021
Goudge, Timothy, 2021, "Data Archive for: Goudge et al. (2021), The importance of lake breach floods for valley incision on early Mars.", https://doi.org/10.18738/T8/STRFZH, Texas Data Repository, V1
Dataset archive for Goudge et al. (2021), The importance of lake breach floods for valley incision on early Mars, Nature, doi: 10.1038/s41586-021-03860-1. Dataset contains four compressed .TAR.GZ files, each with a distinct component of the archived dataset, fully explained in th...
0_README_for_Goudge_et_al_2021_Nature_Data_Archive.txt
Sep 23, 2021 - Data Archive for: Goudge et al. (2021), The importance of lake breach floods for valley incision on early Mars.
Plain Text - 5.2 KB - MD5: 9a870028c303e918bb936efb4d812281
1_Valley_Catalog.tar.gz
Sep 23, 2021 - Data Archive for: Goudge et al. (2021), The importance of lake breach floods for valley incision on early Mars.
Gzip Archive - 14.6 MB - MD5: d6138d864c22b52bdccd515e13f15c03
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