Considering parameter uncertainty in a GIS-based sliding surface model for large areas

The GIS-based open source software r.slope.stability computes broad-scale spatial overviews of shallow and deep-seated slope stability through physically-based modelling. We focus on the landslide-prone 90 km2 Collazzone area, central Italy, exploiting a comprehensive set of lithological, geotechnical and landslide inventory data available for...

Modeling Morpho-Structural Settings Exploiting Bedding Data Obtained through the Interpretation of Stereoscopic Aerial Photographs

Landslide abundance is controlled by multiple factors, including the presence and attitude of beddings, foliation, faults, joints and cleavage systems. Few attempts were made to exploit bedding attitude (BA) data (or data on similar types of rock discontinuities) in statistical or physically based models for regional slope stability analysis. A...

Towards better territorial governance in Europe; a guide for practitioners, policy and decision makers based on contributions from the ESPON TANGO Project

Guides help you do things. You turn to them when you need to find out how to solve a problem. They are a form of knowledge transfer, written by experts but in a way that is accessible and helpful to a wide group of users. This Guide was written by the researchers on the ESPON applied research study of Territorial Approaches to New Governance ...

Towards Better Territorial Governance in Europe; A guide for practitioners, policy and decision makers; Applied Research 2013/1/21 ESPON TANGO WP 3.1 | Version 30/11/2013

ESPON TANGO: Territorial Approaches for New Governance. Applied Research 2013/1/21, Scientific Report Version 20/12/2013

ESPON TANGO: Territorial Approaches for New Governance. Applied Research 2013/1/21, Final Report Version 20/12/2013