Lectures related to Terrain cartography

Explores characterizing relief in regions and determining local relief indicators.

Covers methods for sampling elevation and measuring elevation using leveling, photogrammetry, and LiDAR in Geographic Information Systems.

Covers the representation, acquisition, and management of geospatial data.

Covers the characteristics of a Polytechnic university, geomatics elements, map types, and cartography quality.

Covers isovalue curves for visualizing terrain and meteorological data through linear interpolation and QGIS software.

Covers digital elevation models, altitude acquisition methods, representation techniques, and relief visualization using shading and contour lines.

Explores the benefits of representing the third geographical dimension and creating 3D models using Qgis2threejs.

Explores the representation of the third geographic dimension using realistic views and easy-to-use tools in QGIS.

Explores relief representation and geomorphometry through digital models and variables characterization.

Covers the history and methods of relief representation in geomatics.

Explores representing relief in GIS through 3D models and the Qgis2threejs plugin.

Covers the basics of geomatics, from cartography history to terrain modeling.

Explores the aftermath of a massive avalanche and the challenges faced in mapping its impact.

Explores procedural content generation using noise functions to create realistic terrains and textures with control over roughness.

Covers global relief indicators, altitude models, slope, orientation, curvature, and morphological indices for terrain description.

Explores the use and creation of isovalue curves in different applications.

Explores cartographic design, emphasizing the balance between traditional norms and open mapping approaches.

Explores procedural models, focusing on L-systems to generate intricate graphical patterns resembling natural structures.