Sea-Level Rise and Coastal Wetlands   Publication Date:   2012 Creator:   Blankespoor, Brian Dasgupta, Susmita Laplante, Benoit Subjects.Display:   Climate change Sea Level rise Wetlands coastal management Source Institution:   Florida International University Sea-Level Rise and Coastal Wetlands	Sea-level rise and impacts projections under a future scenario with large greenhouse gas emission reductions   Publication Date:   2011-06-23 Creator:   Pardaens, A.K. Lowe, J.A. Brown, S. Nicholls, R.J. de Gusmao, D. Publisher.Display:   American Geophysical Union Subjects.Display:   Climate change Sea Level rise emission reduction Greenhouse gas Source Institution:   Florida International University Sea-level rise and impacts projections under a future scenario with large greenhouse gas emission reductions
Sea-Level Rise and Its Impact on Coastal Zones   Publication Date:   2010 Creator:   Cazenave, Anny Nicholls, Robert J. Publisher.Display:   American Association for the Advancement of Science Subjects.Display:   Climate change Global warming Sea Level rise coastal management Source Institution:   Florida International University Sea-Level Rise and Its Impact on Coastal Zones	Sea-level rise and its impact on Miami-Dade County   Publication Date:   2014 Creator:   Tompkins, C. Forbes DeConcini, Christina Publisher.Display:   World Resources Institute. ( Washington (D.C.) ) Format:   pdf Subjects.Display:   Climate change Sea level Sea level -- Florida -- Miami-Dade County Climate change -- Florida -- Miami-Dade County Source Institution:   South Florida Collection, Government Documents, Green Library, Florida International University Sea-level rise and its impact on Miami-Dade County
Sea-level rise and its possible impacts given a 'beyond 4 degree celsius world' in the twenty-first century   Publication Date:   2011 Creator:   Brown, Sally Hinkel, Jochen Nicholls, Robert J. Marinova, Natasha Lowe, Jason A. Vellinga, Pier de Gusmao, Diogo Tol, Richard S.J. Publisher.Display:   The Royal Society Subjects.Display:   Climate change Global warming Sea Level rise ice sheets Source Institution:   Florida International University Sea-level rise and its possible impacts given a 'beyond 4 degree celsius world' in the twenty-first century	Sea-level rise and landscape change influence mangrove encroachment onto marsh in the Ten Thousand Islands region of Florida, USA   Publication Date:   2010-09-10 Creator:   Krauss, Ken W. From, Andrew S. Doyle, Thomas W. Doyle, Terry J. Berry, Michael J. Publisher.Display:   Springer Subjects.Display:   Florida Climate change Salinity Wetlands Mangroves Source Institution:   Florida International University Sea-level rise and landscape change influence mangrove encroachment onto marsh in the Ten Thousand Islands region of Florida, USA
Sea-level rise and shoreline retreat   Publication Date:   2004 Creator:   Pilkey, Orrin H. Cooper, J. Andrew G. Publisher.Display:   Elsevier Subjects.Display:   Climate change Sea Level rise Shorelines Source Institution:   Florida International University Sea-level rise and shoreline retreat	Sea-level Rise and Storm Effects on the Florida Coast Under Changing Global Climate   Publication Date:   2009 Creator:   S. Jeffress Williams Publisher.Display:   U.S. Geological Survey Subjects.Display:   Climate change Sea Level rise coastal management unknownFlorida Source Institution:   Florida International University Sea-level Rise and Storm Effects on the Florida Coast Under Changing Global Climate
Sea-Level Rise and the Reduction in Pine Forests in the Florida Keys   Publication Date:   1994-02 Creator:   Ross, Michael S. O'Brien, Joseph J. da Silveira Lobo Sternberg, Leonel Publisher.Display:   Ecological Society of America Subjects.Display:   Florida Keys (Fla.) Florida Climate change Sea Level rise Pines Slash Pine Source Institution:   Florida International University Sea-Level Rise and the Reduction in Pine Forests in the Florida Keys	Sea-Level Rise by 2100   Publication Date:   2013-12-20 Creator:   Cazenave, Anny Church, John A. Clark, Peter U. Levermann, Anders Milne, Glenn A. Jevrejeva, Svetlana Gregory, Jonathan M. Merrifield, Mark A. Nerem, R. Steven Nunn, Patrick D. Payne, Antony J. Pfefefer, W. Tad Stammer, Detlef Unnikrishan, Alakkat S. Publisher.Display:   American Association for the Advancement of Science Subjects.Display:   Climate change Sea Level rise ice sheets Source Institution:   Florida International University Sea-Level Rise by 2100
Sea-Level Rise from the Late 19th to the Early 21st Century   Publication Date:   2011-03-07 Creator:   Church, John A. White, Neil J. Publisher.Display:   Springer Subjects.Display:   Climate change Sea Level rise coastal management Source Institution:   Florida International University Sea-Level Rise from the Late 19th to the Early 21st Century	Sea-level rise report card 2012   Publication Date:   2012 Creator:   Hunter, John Allison, Ian Jakszewicz, Tessa Publisher.Display:   Antarctic Climate & Ecosystems Cooperative Research Centre Subjects.Display:   Climate change Antarctica glaciers Source Institution:   Florida International University Sea-level rise report card 2012
A Search for Scale in Sea-Level Studies   Creator:   Larsen, Curtis E. Clark, Inga Publisher.Display:   Coastal Education and Research Foundation Subjects.Display:   Climate change Sea Level rise Isostatic rebound Source Institution:   Florida International University A Search for Scale in Sea-Level Studies	Seasonal variations in sea level induced by continental water mass   Publication Date:   2010 Creator:   B. Wouters R.E.M. Riva J.L. Bamber Subjects.Display:   Climate change water cycle Sea Levels Source Institution:   Florida International University Seasonal variations in sea level induced by continental water mass
Sedimentary Evidence of Coastal Response to Holocene Sea-Level Change, Blackwater Bay, Southwest Florida   Publication Date:   2009 Creator:   Lowery, Lily E. Subjects.Display:   Florida Climate change Sea Level rise coastal management Sediments (Geology) Source Institution:   Florida International University Sedimentary Evidence of Coastal Response to Holocene Sea-Level Change, Blackwater Bay, Southwest Florida	Seismic Seiches   Publication Date:   1968 Creator:   McGarr, Arthur Vorhis, Robert C. Subjects.Display:   Climate change Earthquakes Seiches Seismic waves Source Institution:   Florida International University Seismic Seiches
A Semi-Empirical Approach to Projecting Future Sea-Level Rise   Publication Date:   2007-01-19 Creator:   Rahmstorf, Stefan Publisher.Display:   American Association for the Advancement of Science Subjects.Display:   Climate change Global warming Sea Level rise Intergovernmental Panel on Climate Change Source Institution:   Florida International University A Semi-Empirical Approach to Projecting Future Sea-Level Rise	Sensitivity of Greenland ice sheet projections to model formulations   Publication Date:   2013 Creator:   Fettweis, X. Huybrechts, P. Goelzer, H. Furst, J.J. Nick, F.M. Andersen, M.L. Edwards, T.L. Payne, A. Shannon, S. Publisher.Display:   British Glaciological Society Subjects.Display:   Climate change Sea Level rise ice sheets Greenland Source Institution:   Florida International University Sensitivity of Greenland ice sheet projections to model formulations
Sharply increased mass loss from glaciers and ice caps in the Canadian Arctic Archipelago   Publication Date:   2011 Creator:   Wouters, Bert Gardner, Alex S. Moholdt, Geir Wolken, Gabriel J. Burgess, David O. Sharp, Martin J. Cogley, J. Graham Braun, Carsten Labine, Claude Publisher.Display:   Macmillan Publishers Limited Subjects.Display:   Climate change glaciers Ice Caps Canadian Arctic Archipelago (Nunavut and N.W.T.) Source Institution:   Florida International University Sharply increased mass loss from glaciers and ice caps in the Canadian Arctic Archipelago	Shoreline evolution under climate change wave scenarios   Publication Date:   2011 Creator:   Anna Zacharioudaki Dominic E. Reeve Publisher.Display:   Springer Science+Business Media B.V. Subjects.Display:   Climatic change coastal management emission reduction Greenhouse gas Source Institution:   Florida International University Shoreline evolution under climate change wave scenarios