Browse a list of published papers that cite data collected by NASA’s Sentinel-1 platform.
| Title | Year Sort ascending | Author | Topic | Dataset |
|---|---|---|---|---|
| Model weighting for ISMIP6-Greenland based on observations and similarity among models | Luo, Xiao, Nowicki, Sophie | Ice Velocity | ||
| Modelling GNSS-observed seasonal velocity changes of the Ross Ice Shelf, Antarctica, using the Ice-sheet and Sea-level System Model (ISSM) | Baldacchino, Francesca, Golledge, Nicholas R., Morlighem, Mathieu, Horgan, Huw, Alevropoulos-Borrill, Alanna V., Malyarenko, Alena, Gossart, Alexandra, Lowry, Daniel P., van Haastrecht, Laurine | Ice Velocity, Bathymetry, Bed Elevation, Firn Air Content, Glacier/Ice Sheet Thickness, Terrain Elevation | ||
| Mid-Holocene sea-ice dynamics and climate in the northeastern Weddell | Stevenson, Mark A., Hodgson, Dominic A., Bentley, Michael J., Grocke, Darren R., Tunstall, Neil, Longley, Chris, Graham, Alice, McClymont, Erin L. | Grounding Line | ||
| Mapping the paleo ice-flow in Larsemann Hills, East Antarctica by UAV remote sensing and terrain analysis | Li, Yibo, Li, Teng, Zhang, Baogang, Zhao, Tiancheng, Zheng, Lei, Liang, Qi, Cheng, Xiao, Hu, Jianmin | Ice Velocity, Grounding Line | ||
| Large-scale ice-shelf calving events follow prolonged amplifications in flexure | Teder, Nathan J., Bennetts, Luke G., Reid, Phillip A., Massom, Robert A., Pitt, Jordan P. A., Scambos, Theodore A., Fraser, Alexander D. | Basins, Coastline, Grounding Line, Ice Shelves | ||
| Intense Frazil Ice Production Promotes High Algal Biomass in Newly-Formed Sea Ice | Ito, Masato, Takahashi, Keigo D., Makabe, Ryosuke, Hirano, Daisuke, Ohshima, Kay I., Tamura, Takeshi, Aoki, Shigeru | Basins, Coastline, Grounding Line, Ice Shelves | ||
| Investigating the dynamic history of a promontory ice rise using radar data | Ershadi, M. Reza, Drews, Reinhard, Tison, Jean-Louis, Martin, Carlos, Henry, A. Clara J., Oraschewski, Falk Marius, Tsibulskaya, Veronica, Sun, Sainan, Wauthy, Sarah, Koch, Inka, Bons, Paul Dirk, Eisen, Olaf, Pattyn, Frank | Ice Velocity, Bathymetry, Bed Elevation, Firn Air Content, Glacier/Ice Sheet Thickness, Terrain Elevation | ||
| Improving Projections of Antarctic Ice Sheet Contribution to Sea-Level Change Through 2300 by Capturing Gravitational, Rotational, and Deformational Effects | Han, Holly K., Hoffman, Matthew, AsayDavis, Xylar, Hillebrand, Trevor R., Perego, Mauro | Ice Velocity | ||
| Increasing the GlenNye powerlaw exponent accelerates iceloss projections for the Amundsen Sea Embayment, West Antarctica | Getraer, Benjamin, Morlighem, Mathieu | Ice Velocity, Bathymetry, Bed Elevation, Firn Air Content, Glacier/Ice Sheet Thickness, Terrain Elevation | ||
| Increased sea-level contribution from northwestern Greenland for models that reproduce observations | Badgeley, Jessica A., Morlighem, Mathieu, Seroussi, Helene | Ice Velocity, Bathymetry, Bed Elevation, Glacier/Ice Sheet Thickness, Terrain Elevation | ||
| Ice sheet mass flow and balance with constituent terms 201019 | Mankoff, Kenneth D., Greene, Chad A., Gardner, Alex S., Davison, Benjamin, Treichler, Desiree, Kochtitzky, William Hardy, Van Liefferinge, Brice, Wang, Genyu, Ke, Chang-Qing, Fettweis, Xavier, Dohne, Thorben, S. Fausto, Robert, Ringeisen, Damien | Basins, Coastline, Grounding Line, Ice Shelves | ||
| Importance of ice elasticity in simulating tide-induced grounding line variations along prograde bed slopes | Ross, Natalya, Milillo, Pietro, Nakshatrala, Kalyana, Ballarini, Roberto, Stubblefield, Aaron, Dini, Luigi | Ice Velocity, Grounding Line, Bathymetry, Bed Elevation, Firn Air Content, Glacier/Ice Sheet Thickness, Terrain Elevation | ||
| Improved basal drag of the West Antarctic Ice Sheet from L-curve analysis of inverse models utilizing subglacial hydrology simulations | Hoyns, Lea-Sophie, Kleiner, Thomas, Rademacher, Andreas, Ruckamp, Martin, Wolovick, Michael, Humbert, Angelika | Ice Velocity, Bathymetry, Bed Elevation, Firn Air Content, Glacier/Ice Sheet Thickness, Terrain Elevation | ||
| Increased crevassing across accelerating Greenland Ice Sheet margins | Chudley, Thomas R., Howat, Ian M., King, Michalea D., MacKie, Emma J. | Land Ice/Ocean Classification, Ice Velocity, Bathymetry, Bed Elevation, Glacier/Ice Sheet Thickness, Terrain Elevation | ||
| Improving soil moisture estimation at different crop growth stages by reconstructing optical satellite spectral data using limited UAV data and fractional vegetation cover | Huang, Zugui, Yao, Yifei, Yang, Furong, Xie, Pingliang, Yang, Ning, Wu, Yuxiao, Liu, Hao, Ba, Yalan, Zhang, Zhitao | Brightness Temperature, SIGMA NAUGHT, Surface Soil Moisture | ||
| Ice core site considerations from modeling CO 2 and O 2 N 2 ratio diffusion in interior East Antarctica |
Sailer, Marc J., Fudge, Tyler J., Patterson, John D., Yan, Shuai, Young, Duncan A., Singh, Shivangini, Blankenship, Don, Kerr, Megan | Basins, Coastline, Grounding Line, Ice Shelves | ||
| ITS_LIVE global glacier velocity data in near-real time | Gardner, Alex S., Greene, Chad A., Kennedy, Joseph H., Fahnestock, Mark A., Liukis, Maria, Lopez, Luis A., Lei, Yang, Scambos, Ted A., Dehecq, Amaury | Ice Velocity, Firn Air Content, Ice Depth/Thickness, Ice Growth/Melt, Mass Balance, Glacier Elevation/Ice Sheet Elevation, Ice Extent |
|
|
| Repeated major inland retreat of Thwaites and Pine Island glaciers (West Antarctica) during the Pliocene | Horikawa, Keiji, Iwai, Masao, Hillenbrand, Claus-Dieter, Siddoway, Christine S., Halberstadt, Anna Ruth, Cowan, Ellen A., Penkrot, Michelle L., Gohl, Karsten, Wellner, Julia S., Asahara, Yoshihiro, Shin, Ki-Cheol, Noda, Masahiro, Fujimoto, Miyu, Gohl, Karsten, Wellner, Julia S., Klaus, Adam, Kulhanek, Denise, Bauersachs, Thorsten, Bohaty, Steven M., Courtillat, Margot, Cowan, Ellen A., De Lira Mota, Marcelo A., Esteves, Mariana S.R., Fegyveresi, John M., Frederichs, Thomas, Gao, Liang, Halberstadt, Anna Ruth, Hillenbrand, Claus-Dieter, Iwai, Masao, Kim, Ji-Hoon, King, Theresa M., Klages, Johann P., Passchier, Sandra, Penkrot, Michelle L., Prebble, Joseph G., Rahaman, Waliur, Reinardy, Benedict T.I., Renaudie, Johan, Robinson, Delaney E., Scherer, Reed P., Siddoway, Christine S., Wu, Li, Yamane, Masako | Basins, Coastline, Grounding Line, Ice Shelves | ||
| Overlooked and underrated: Influence of snowmelt runoff on lake-level | Imran, Arisha, Neary, Laura K., Hall, Roland I., Wolfe, Brent B. | Wetlands, Land Use/Land Cover Classification | ||
| Predicting the ThreeDimensional Stratigraphy of an Ice Rise | Henry, A. C. J., Schannwell, C., Visnjevic, V., Millstein, J., Bons, P. D., Eisen, O., Drews, R. | Ice Velocity | ||
| Reactivation of a Subglacial Channel Around the Grounding Zone of Roi Baudouin Ice Shelf, Antarctica | Zhou, Yan, Franke, Steven, Kleiner, Thomas, Drews, Reinhard, Humbert, Angelika, Jansen, Daniela, Steinhage, Daniel, Eisen, Olaf | Basins, Coastline, Grounding Line, Ice Shelves | ||
| Recent Variability in Fracture Characteristics and Ice Flow of Thwaites | Wang, Shujie, Alexander, Patrick M., Alley, Richard B., Huang, Zhengrui, Parizek, Byron R., Willet, Amanda G., Anandakrishnan, Sridhar | Glacier Elevation/Ice Sheet Elevation, Glacier Thickness/Ice Sheet Thickness, Terrain Elevation, Grounding Line, Freeboard, RADAR IMAGERY, Sea Ice Elevation, Sea Ice Elevation, Bathymetry, Bed Elevation, Firn Air Content, Glacier/Ice Sheet Thickness | ||
| Reconstructing Eocene Antarctic river drainage from provenance analysis of Amundsen Sea embayment sediments | Marschalek, James W., van de Flierdt, Tina, Siddoway, Christine S., Thomson, Stuart N., Paxman, Guy J. G., Jamieson, Stewart S. R., Conrad, Ethan, Licht, Kathy J., Hemming, Sidney R., Bentley, Michael J., Hillenbrand, Claus-Dieter, Smith, James A., Klages, Johann P., Fox, Matthew, Pastore, Guido, Vermeesch, Pieter | Basins, Coastline, Grounding Line, Ice Shelves | ||
| Quantifying the Lifespan of 3D Flood Structures: Unlocking the Potential | Lin, Yiling, Hu, Xie, Wang, Fang, Tang, Qiuhong, Zhao, Yong, Li, Yongsheng, Li, Tao, Liu, Changjun, Wang, Xiekang, Li, Dongfeng | Glaciers/Ice Sheets, Geomorphic Landforms/Processes, Geomorphic Landforms/Processes, Coastal Processes, Tectonics | ||
| Quantifying the potential of using Soil Moisture Active Passive (SMAP) soil moisture variability to predict subsurface water dynamics | Nayak, Aruna Kumar, Xu, Xiaoyong, Frey, Steven K., Khader, Omar, Erler, Andre R., Lapen, David R., Russell, Hazen A. J., Sudicky, Edward A. | Brightness Temperature, SIGMA NAUGHT, Surface Soil Moisture |