81 to 90 of 1,865 Results
Gzip Archive - 161.0 MB -
MD5: 0070b15a0316f7a36187ba2839d5df08
Sand bed setting with strong diffusion |
Gzip Archive - 17.7 MB -
MD5: f2ac6c385705691ece59070fdc9acb56
Sand bed setting with low diffusion - Bi-directional wind regimes |
Gzip Archive - 301.9 MB -
MD5: a33c0491c49e75291c031574d3e883f3
Sand bed setting with low diffusion |
Gzip Archive - 168.7 MB -
MD5: eb9e26a6647a93bf4c03353c5ac2b780
Sand bed setting with low diffusion and transport threshold |
Gzip Archive - 7.2 MB -
MD5: f6421320c7eaa438951e64625717879b
Sand pile setting - Bi-directional wind regimes |
Gzip Archive - 182.1 MB -
MD5: 6edaa2af106624eae615ef0d8c1c3ce8
Sand pile setting |
Gzip Archive - 68.2 MB -
MD5: 1e946aafad4d77991c8d1e1ec6d5d52d
Sand source setting |
Gzip Archive - 11.7 MB -
MD5: ecfc5e11ccc8365887307bb7cd5a85f6
Sand source setting |
Gzip Archive - 55.8 KB -
MD5: 823260ba452b5ebc6e233e89de873155
Wind data |
Mar 15, 2024 - Seismological and volcanological observatory of Martinique
Potier, Anthony, 2024, "Bathymetry in Sainte-Luce in WALIWA marine protected area (Martinique, April 2023)", https://doi.org/10.18715/IPGP.2024.lthnxpqf, IPGP Research Collection, V1
Bathymetry carried out south of Martinique at Sainte-Luce, in the WALIWA marine protected area. Bathymetry was carried out using the Teledyne T50 multibeam system, offering a 50-centimeter grid. The survey employed RTK positioning, followed by GNSS/INS post-processing to achieve... |