Hell and High Water   Publication Date:   2013-11-08 Creator:   Moss, R.H. Meehl, G.A. Lemos, M.C. Smith, J.B. Arnold, J.R. Arnott, J.C. Behar, D. Brasseur, G.P. Broomell, S.B. Busalacchi, A.J. Dessai, S. Ebi, K.L. Edmonds, J.A. Furlow, J. Goddard, L. Hartmann, H.C. Hurrell, J.W. Katzenberger, J.W. Liverman, D.M. Mote, P.W. Moser, S.C. Kumar, A. Pulwarty, R.S. Seyller, E.A. Turner, B.L., II Washington, W.M. Wilbanks, T.J. Publisher.Display:   American Association for the Advancement of Science Subjects.Display:   Climate change Sea Level rise coastal management Source Institution:   Florida International University Hell and High Water	Pacific Ocean Heat Content During the Past 10,000 years   Publication Date:   2013-11-01 Creator:   Yair Rosenthal Braddock K. Linsley Delia W. Oppo Publisher.Display:   American Association for the Advancement of Science Subjects.Display:   Climate change paleoclimate Earth (Planet)--Surface temperature unknownPacific Ocean Source Institution:   Florida International University Pacific Ocean Heat Content During the Past 10,000 years
Regular Patterns in Frictional Resistance of Ice Stream Beds Seen by Surface Data Inversion   Publication Date:   2013-11-29 Creator:   Sergienko, Olga V. Hindmarsh, Richard C.A. Publisher.Display:   American Association for the Advancement of Science Subjects.Display:   Climate change ice sheets glaciers Source Institution:   Florida International University Regular Patterns in Frictional Resistance of Ice Stream Beds Seen by Surface Data Inversion	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