Applications of graph theory have proliferated across the academic spectrum in recent
years. Whereas geosciences and landscape ecology have made rich use of graph theory, its …

In various disciplines, particularly those that utilise techniques developed in the
geosciences, the display, analysis and interpretation of three-dimensional (3D) data is very …

A landform is any physical feature of the earth's surface having a characteristic, recognizable
shape. Most landform identification methods rely on OBIA (Object-Based Image Analysis) …

The use of integrated models of the human body in three-dimensional environments
enables the study of the anatomic structures with a high degree of interactivity and detail …

The science of geomorphology works on natural 3D landforms. Research includes the
change of landforms as well as the processes causing these changes. Material transport …

Understanding urEan air Sollution is imSortant for sustainaEle urEan develoSment.
Vizualization of urEan air Sollution modelling has Eeen Srovided through the advancement …

The use of integrated models of the human body in three-dimensional environments
enables the study of the anatomic structures with a high degree of interactivity and detail …

Natural landforms are of great importance for a variety of scientific and engineering
disciplines. Their investigation can be improved by a comparison of features that have …

Three-dimensional geographic visualization (3D geovisualization) tools have been praised
as a solution to the challenge of communicating climate change impacts by capturing public …

Natürliche Geoobjekte sind für eine Vielzahl von Wissenschafts-und Ingenieurdisziplinen
von großer Bedeutung. Erkenntnisse über diese Geoobjekte müssen beschrieben und …