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MOOC

Geographical Information Systems 2

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Lectures in this MOOC (97)

Digital Elevation Models: Basic Concepts MOOC: Geographical Information Systems 2

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

Spatial Continuous Phenomena, Sampling MOOC: Geographical Information Systems 2

Explains continuous spatial phenomena and sampling in geographic information systems, covering properties of continuous variables and different sampling procedures.

Autocorrelation and Spatial Dependence MOOC: Geographical Information Systems 2

Covers autocorrelation, spatial dependence, and modeling challenges in GIS, emphasizing the importance of historical data and statistical methods.

Interactions between Data Layers: Raster-Vecteur MOOC: Geographical Information Systems 2

Covers interactions between raster and vector data layers in GIS using QGIS tools.

The Third Dimension: Geographic Information Systems MOOC: Geographical Information Systems 2

Explores 3D representation in Geographic Information Systems, emphasizing the importance of realistic spatial understanding and practical model construction.

Future prospects, GIS and augmented reality MOOC: Geographical Information Systems 2

Explores the future prospects of GIS and AR, emphasizing their significance.

Perspectives, SIG et réalité augmentée MOOC: Geographical Information Systems 2

Covers Geographic Information Systems, Augmented Reality, and their integration.

Pollution in the Ebrié Lagoon: Case Study Summary MOOC: Geographical Information Systems 2

Using GIS to map heavy metal concentrations and hydrocarbons in the Ebrié lagoon, identifying heavily and less polluted areas.

Derived Variables: Digital Elevation Models MOOC: Geographical Information Systems 2

Covers the calculation of slope, aspect, and curvature from elevation models.

Interpolation Methods MOOC: Geographical Information Systems 2

Discusses deterministic interpolation methods, comparing global and local approaches for predicting spatial distributions.

Mapping Components and Functions MOOC: Geographical Information Systems 2

Introduces thematic statistical cartography, covering map components, functions, and production process.

Vector-Vector Interactions MOOC: Geographical Information Systems 2

Explores vector-vector interactions, SQL queries, QGIS functions, cutting operations, and boolean operations in geographic information analysis.

The third dimension: benefits and methods MOOC: Geographical Information Systems 2

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

Visual Variables: Components and Properties MOOC: Geographical Information Systems 2

Explores the components and properties of visual variables for effective information transmission.

Spatial arrangement and neighbourhood MOOC: Geographical Information Systems 2

Discusses the indices describing the arrangement of geographical objects and their neighborhood relations.

Map functions and components MOOC: Geographical Information Systems 2

Introduces statistical thematic mapping and graphic semiology, covering map components and functions.

Visual variables: summary MOOC: Geographical Information Systems 2

Delves into the graphic system, visual variables, and effective use of color.

Spatial Autocorrelation: Determining Geographic Object Neighborhoods MOOC: Geographical Information Systems 2

Covers the determination of neighborhood criteria for geographic objects.

Geographic Information Systems: Introduction MOOC: Geographical Information Systems 2

Covers the use of GIS in wildlife conservation and advanced mapping techniques.

Spatial Continuous Phenomena, Interpolation 1 MOOC: Geographical Information Systems 2

Delves into deterministic interpolation methods, comparing global and local approaches.

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