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pdf:docinfo:title: Impact of oceanic warming on electromagnetic oceanic tidal signals: A CMIP5 climate model-based sensitivity study
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subject: ELECTROMAGNETICS: Wave propagation; GEODESY AND GRAVITY: Ocean monitoring with geodetic techniques; GLOBAL CHANGE: Climate variability, Oceans, Remote sensing; HYDROLOGY: Remote sensing; IONOSPHERE: Wave propagation; MATHEMATICAL GEOPHYSICS: Wave propagation; ATMOSPHERIC PROCESSES: Climate change and variability; OCEANOGRAPHY: GENERAL: Climate and interannual variability, Remote sensing and electromagnetic processes, Instruments and techniques; NATURAL HAZARDS: Remote sensing and disasters; NONLINEAR GEOPHYSICS: Nonlinear waves, shock waves, solitons; OCEANOGRAPHY: PHYSICAL: Decadal ocean variability, Surface waves and tides; RADIO SCIENCE: Ionospheric propagation
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dc:title: Impact of oceanic warming on electromagnetic oceanic tidal signals: A CMIP5 climate model-based sensitivity study
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cp:subject: ELECTROMAGNETICS: Wave propagation; GEODESY AND GRAVITY: Ocean monitoring with geodetic techniques; GLOBAL CHANGE: Climate variability, Oceans, Remote sensing; HYDROLOGY: Remote sensing; IONOSPHERE: Wave propagation; MATHEMATICAL GEOPHYSICS: Wave propagation; ATMOSPHERIC PROCESSES: Climate change and variability; OCEANOGRAPHY: GENERAL: Climate and interannual variability, Remote sensing and electromagnetic processes, Instruments and techniques; NATURAL HAZARDS: Remote sensing and disasters; NONLINEAR GEOPHYSICS: Nonlinear waves, shock waves, solitons; OCEANOGRAPHY: PHYSICAL: Decadal ocean variability, Surface waves and tides; RADIO SCIENCE: Ionospheric propagation
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pdf:docinfo:subject: ELECTROMAGNETICS: Wave propagation; GEODESY AND GRAVITY: Ocean monitoring with geodetic techniques; GLOBAL CHANGE: Climate variability, Oceans, Remote sensing; HYDROLOGY: Remote sensing; IONOSPHERE: Wave propagation; MATHEMATICAL GEOPHYSICS: Wave propagation; ATMOSPHERIC PROCESSES: Climate change and variability; OCEANOGRAPHY: GENERAL: Climate and interannual variability, Remote sensing and electromagnetic processes, Instruments and techniques; NATURAL HAZARDS: Remote sensing and disasters; NONLINEAR GEOPHYSICS: Nonlinear waves, shock waves, solitons; OCEANOGRAPHY: PHYSICAL: Decadal ocean variability, Surface waves and tides; RADIO SCIENCE: Ionospheric propagation
pdf:docinfo:creator: J. Saynisch, J. Petereit, C. Irrgang, M. Thomas
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dc:description: ELECTROMAGNETICS: Wave propagation; GEODESY AND GRAVITY: Ocean monitoring with geodetic techniques; GLOBAL CHANGE: Climate variability, Oceans, Remote sensing; HYDROLOGY: Remote sensing; IONOSPHERE: Wave propagation; MATHEMATICAL GEOPHYSICS: Wave propagation; ATMOSPHERIC PROCESSES: Climate change and variability; OCEANOGRAPHY: GENERAL: Climate and interannual variability, Remote sensing and electromagnetic processes, Instruments and techniques; NATURAL HAZARDS: Remote sensing and disasters; NONLINEAR GEOPHYSICS: Nonlinear waves, shock waves, solitons; OCEANOGRAPHY: PHYSICAL: Decadal ocean variability, Surface waves and tides; RADIO SCIENCE: Ionospheric propagation
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dc:creator: J. Saynisch, J. Petereit, C. Irrgang, M. Thomas
description: ELECTROMAGNETICS: Wave propagation; GEODESY AND GRAVITY: Ocean monitoring with geodetic techniques; GLOBAL CHANGE: Climate variability, Oceans, Remote sensing; HYDROLOGY: Remote sensing; IONOSPHERE: Wave propagation; MATHEMATICAL GEOPHYSICS: Wave propagation; ATMOSPHERIC PROCESSES: Climate change and variability; OCEANOGRAPHY: GENERAL: Climate and interannual variability, Remote sensing and electromagnetic processes, Instruments and techniques; NATURAL HAZARDS: Remote sensing and disasters; NONLINEAR GEOPHYSICS: Nonlinear waves, shock waves, solitons; OCEANOGRAPHY: PHYSICAL: Decadal ocean variability, Surface waves and tides; RADIO SCIENCE: Ionospheric propagation
dcterms:created: 2017-06-05T12:44:15Z
Last-Modified: 2017-08-07T07:06:22Z
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title: Impact of oceanic warming on electromagnetic oceanic tidal signals: A CMIP5 climate model-based sensitivity study
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creator: J. Saynisch, J. Petereit, C. Irrgang, M. Thomas
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