Toward transferable models for efficient spatiotemporal flood prediction across coastal-estuarine systems. [PDF]
Daramola S, Muñoz DF, Shen C.
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Remote Sensing Inversion of Full-Profile Topography Data for Coastal Wetlands Using Synergistic Multi-Platform Sensors from Space, Air, and Ground. [PDF]
Zhang J, Wang J, Dai Y, Miao Y, Li H.
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Environmental Features Associated With At-Sea Sightings of Snow Petrel <i>Pagodroma nivea</i> in East Antarctica. [PDF]
Viola B +8 more
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Ocean stratification and tides control basal melting at the Ross Ice Shelf Grounding Zone. [PDF]
Stevens CL +9 more
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Internal variability in numerical morphodynamical experimentation. [PDF]
Lin L +3 more
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Nuclear waste radionuclides unveil three decades of anthropogenic carbon in the Canada Basin of the Arctic Ocean. [PDF]
Payne A +7 more
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A Submarine Landslides Database of Calabrian Continental Margins (Central Mediterranean Sea). [PDF]
Bianchini M, Chiocci FL, Ceramicola S.
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Azimuthal sensitivity and spatio-temporal decimation of data from distributed acoustic sensing on submarine cables for offshore earthquake early warning systems. [PDF]
Smith JL +6 more
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Synthetic aperture bathymetry estimation with a multielement array
Bathymetric estimation from multiple synthetic aperture sonar (SAS) images is challenging for shallow water environments with low frequencies. This is due to the multipath echoes corrupting the desired direct-path echoes. In an attempt to suppress some of these multipaths, the MUD synthetic aperture sonar developed at TNO has a sixteen element vertical
Hayes, M., Hunter, A.J.
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Nearshore bathymetry estimation using UAV
Coastal Engineering Journal, 2018An unmanned aerial vehicle (UAV)-based system is developed to flexibly survey nearshore bathymetry with high resolutions in both time and space.
Yoshinao Matsuba, Shinji Sato
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