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This book is intended for mining engineers and geologists as well as for undergraduate and postgraduate students engaged in the study of mineral deposits. Since the general conditions of mineral deposits formation and their genetic classification are considered in a special course, the principal problems of the ore formation theory are not discussed in this book. However, some special problems of :he ore formation theory are reviewed while dealing with the mineral deposits of individual metals.
This book includes several geomorphological studies up-to-date, incorporating different disciplines and methodologies, always focused on methods, tools and general issues of environmental and applied geomorphology. In designing the book the integration of multiple methodological fields (geomorphological mapping, remote sensing, meteorological and climate analysis, vegetation and biogeomorphological investigations, geographic information systems GIS, land management methods), study areas, countries and continents (Europe, America, Asia, Africa) are considered.
Contents: Using Discrete Debris Accumulations to Help Interpret Upland Glaciation of the Younger Dryas in the British Isles Biogeomorphologic Approaches to a Study of Hillslope Processes Using Non-Destructive Methods Geomorphological Instability Triggered by Heavy Rainfall: Examples in the Abruzzi Region (Central Italy) Environmental Changes in Lakes Catchments as a Trigger for Rapid Eutrophication - A Prespa Lake Case Study Intervention of Human Activities on Geomorphological Evolution of Coastal Areas: Cases from Turkey Spatial and Time Balancing Act: Coastal Geomorphology in View of Integrated Coastal Zone Management (ICZM) Hydro-Geomorphic Classification and Potential Vegetation Mapping for Upper Mississippi River Bottomland Restoration Anthropogenic Induced Geomorphological Change Along the Western Arabian Gulf Coast Comparison of SRTM and ASTER Derived Digital Elevation Models over Two Regions in Ghana - Implications for Hydrological and Environmental Modeling From Landscape Preservation to Landscape Governance: European Experiences with Sustainable Development of Protected Landscapes
This document aims to provide an explanation of the key features within Studio 3 used for presenting electronic data. A wide range of tools is available for the presentation of exploration, geological modeling and mine planning data. These tools can be grouped into the following categories: • Plots Window: create plot sheets, insert plot items and print plots. • Logs Window: create plot sheets, insert plot items and print log sheets. • Visualizer Replay Files: save normal, animated or dated Visualizer window replay views. Instructions and work process examples are used throughout this user guide to highlight various procedures. <...>
This user guide describes the recommended method for using the dynamic anisotropy options in Studio 3. It includes examples and shows the advantages of using the method. <...>
Studio 3 provides many tools for designing pits, dumps and other types of surface excavations. This introduction will identify some of these tools and suggest an approach to pit design.
Studio 2 and Studio 3 use the concept of ‘precision’ to determine the resolution of data held within the underlying Datamine format files associated with data objects. This resolution comes in one of two forms: single or extended.
Studio 3 provides a new, industry standard interface that allows you to write scripts using JavaScript or VBScript, or any COM-aware scripting language. These scripts can be embedded into an HTML document, which can be loaded into the Studio 3 Customization window to execute commands.
The paper reviews the historical development of sublevel caving and presents some ideas concerning its future application and development. The "Present" status is not covered since it will be the topic of a number of other papers offered at the conference. The sublevel caving technique evolved out of top-slicing in the early part of the 20th century. Block caving was a natural outgrowth of sublevel caving.
This special issue of Geoderma is the result of the work of members of the “International Working-Group on Submicroscopy of Undisturbed Soil Materials (IWGSUSM)”. The papers are from the second workshop of IWGSUSM, organized in 1981 by J. Ducloux at the University of Poitiers, France; the symposium on “Submicroscopy of Undisturbed Soil Materials” organized in 1981 by M.L. Thompson in Atlanta, Georgia, U.S.A. during the annual meeting of the Soil Science Society of America, and work done in 1982. The papers mainly concern in situ electron microscopic studies of materials in thin sections of soils and of unimpregnated soil constituents in peds. Ion microscopy is discussed in one paper.
The Commission on Standardization of Laboratory and Field Tests on Rock was appointed in 1967. Subsequent to its first meeting in Madrid in October 1968, the Commission circulated a questionnaire to all members of the International Society for Rock Mechanics, the answers received clearly showing a general desire for standardized testing procedures. At a further meeting in Oslo in September 1969, tests were categorized and a priority for their standardization was agreed upon.
