The Adria Microplate: GPS Geodesy, Tectonics and Hazards (Hardcover, 2006)

Preface. Introduction. Recent Advances in Peri-Adriatic Geodynamics and Future Research Directions; N. Pinter and G. Grenerczy.- Regional Tectonic Framework. Pleistocene Change from Convergence to Extension in the Apennines as a Consequence of Adria Microplate Motion; S. Stein and G. F. Sella.- Plate Tectonic Framework and GPS-Derived Strain-Rate Field within the Boundary Zones ofthe Eurasian and African Plates; C.Hollenstein et al.- Post-Late Miocene Kinematics ofthe Adria Microplate: Inferences from Geological, Geophysical and Geodetic Data; E.Mantovani et al.- Geologic Evidence of Adria Motion. Paleomagnetic Evidence for Tertiary Counterclockwise Rotation of Adria with Respect to Africa; E. Marton.- Paleomagnetic Constraints for the Reconstruction of the Geodynamic Evolution of the Middle Miocene-Pleistocene; L. Sagnotti.-Geo-Structural Evidence for Active Oblique Extension in South-Central Italy; L. Piccardi et al.- Rates of Late Neogene Deformation along the Southwestern Margin of Adria, Southern Apennines Orogen, Italy; L. Ferranti and J. S. Oldow.-The Albanian Orogen: Convergence Zone between Eurasia and the Adria Microplate; S. Aliaj.- Late Cenozoic Tectonics of Slovenia: Structural Styles at the Northeastern Corner of the Adriatic Microplate; M.Vrabec and L. Fodor.- Geodetic Infrastructure and Technology Recent Monitoring of Crustal Movements in the Eastern Mediterranean; the Use of GPS Measurements; G. Stangl and C. Bruyninx.- Consortium for Central European GPS Geodynamic Reference Network (CEGRN Consortium) ; I. Fejes.-Geodynamic Investigation in Bosnia and Herzegovina; M.Mulic et al.- Instrumentation for Terrestrial Measurements of Geodynamics and the Main Sources of Disturbance;R.M Kavanagh.-Vertical Movements in Slovenia from Leveling Data; B.Koler.-Geoid Determination in Serbia; O.Odalovic.-Processing of Geodynamic GPS-networks in Croatia with GAMIT Software;D.Medak and B.Pribicevic.-Geodetic Measurement and Geodynamics Active Deformation oftheNorthern Adriatic Region: Results from the CRODYN Geodynamical Experiment; Y.Altiner et al.-Fragmentation of Adria and Active Decollement Tectonics within the Southern Peri-Tyrrhenian Orogen, Italy ;J. S. Oldow and L. Ferranti.- Geodetic Measurement in the Aegean Sea Region for the Detection of Crustal Deformation; D.Delikaraoglou et al.- The PIVO-2003 GPS Experiment: a Study of Istria Peninsula and Adria Microplate Motion and Neotectonics in the Northeastern, Slovenian Corner ofthe Alps; J.Weber et al. Crustal Deformation between Adria and the European Platform from Space Geodesy; G. Grenerczy and A. Kenyeres.-Seismology, Seismic Hazard, and Societal Impacts of Adria Tectonics Seismicity along the Northwestern Edge ofthe Adria Microplate; F. Thouvenot and J.Frechet.-Seismicity of the Adriatic Microplate and a Possible Triggering Geodynamic Implication; B. Muco.-Seismic Hazard in the Pannonian Region; L.Toth et al.- Societal Aspects of Ongoing Deformation in the Pannonian Region; G.Bada et al.-Author List