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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. <...>
The data set used in the Creating Isoshells tutorial contains drillholes that are constrained by upper and lower wireframes. The wireframes are created by running a macro, and are used to define the extents of the isoshells that you create. <...>
This tutorial introduces you to the key Studio 3 features used for grade estimation. Typically 'grades' are estimated into the cells of a geological block model in order to generate a resource block model, which would then be used as input into the ore reserve optimisation or generation process of a mine planning cycle. Alternatively, 'grades' can estimated using panel (mining block) outlines and results saved to a results table, without creating a block model. <...>
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.
Wireframes are an essential tool to any CAD engineer. Essentially, Wireframes are representations of interconnected points in 3D space, where each linkage gives rise to an ‘edge’ and each closed and distinct loops of edges create ‘faces’.
Microscopic observation and identification of minerals in thin section is the most essential part of a geological study. All the students and searchers working with rocks or sediments (petrologists, tural geologists, engineering geologist, hydrologist etc.) need to structural its mineral composition and fabric. However, many professional ists and students try to avoid thin section study. This is because geologist and students try to avoid thin section is time consuming and they do not know the preparation microscopic procedures. Many graduate students faced apporpriate section spend considerable time wondering where to start <...>
