Global Heritage Stone


Book Description

This Special Publication is dedicated to heritage stone: those natural stones that have special significance in human culture. Some stones that have had important uses in the past are now neglected because they are no longer extracted. Others are still commercially important, but their heritage uses have not been well documented in widely available sources. The Heritage Stone Task Group of the International Union of Geological Sciences is working to establish a new formal designation of ‘Global Heritage Stone Resource’ to recognize those stones that have had internationally significant architectural and ornamental uses. The aim is to spread awareness of the cultural heritage aspects of these stones, to help to encourage continued supply for maintenance and repair of important monuments and to preserve historically important quarries. The aim is neither to promote nor to limit these stones for new construction: in some cases continuing commercial use might help to ensure future supplies for building conservation purposes.







Jurassic and Cretaceous Stratigraphy and Sedimentary Evolution of the Julian Alps, NW Slovenia


Book Description

A detailed stratigraphy of Jurassic and Cretaceous deep-water sediments in the Julian Alps is presented. The study areas are located at Mt. Mangart, in the Triglav Lakes Valley and in the broader surroundings of Bovec. The successions are paleogeographically attributed to the Bovec Basin and the Julian High, and correlated with similar successions elsewhere in the Southern Alps. The sedimentary evolution is reconstructed and discussed in relation to synsedimentary tectonics, eustatic sea-level fluctuations and global paleoceanographic changes. The monograph is a fundamental publication for stratigraphy and sedimentology of Jurassic and Cretaceous deposits in the Julian Alps.







Quantitative Geology of Late Jurassic Epicontinental Sediments in the Jura Mountains of Switzerland


Book Description

The book summarizes about 40 years of the author’s research on sedimentary geology in an epicontinental (shelf) sea during the Late Jurassic in northern Switzerland. It presents a synopsis of the interplay of varying paleoclimate, of sea level variations, of varying water depth, of sea floor topography, of vertical and lateral facies changes, of processes of sedimentation like aggradation and progradation, of compaction, of the great regional differences in rates of sedimentation and in isostatic equilibration of the lithosphere under load, and of concomitant synsedimentary tectonics. Regional variation in isostatic adjustment of the lithosphere to the increasing load of sediments is analyzed by means of time correlations based on a detailed biochronology of ammonites in combination with mineral stratigraphy using the comparatively stable clay mineral kaolinite, and with sequence stratigraphy.