The software license keys required for ecorisQ tools can be downloaded by members only.
SOSlope (courtesy of M. Schwarz) is a hydro-mechanical model of slope stability that computes the factor of safety on a hillslope discretized into a two-dimensional array of blocks connected by bonds.
BankforNET is an online tool that simulates hydraulic streambank erosion that can be expected in relation to the channel morphology, bank material, vegetation roots and the discharge scenario.
ELine is a tool for indicating mass movement runout zones using the energy line principle.
FINT (Find INdividual Trees) is an application software for Windows for detecting individual trees on the basis of a detailed surface model (such as those created on the basis of aerial or terrestrial laserscanning data).
RockavELA is a rock avalanche runout modelling tool which is based on a trajectory specific energy line angle (ELA).
RockforNET is an online tool that estimates the degree of protection of a forest regarding rockfall given the defined conditions.
RockFreq is an online tool to derive release scenarios of rockfall events and block volumes for given return periods.
Rockyfor3D (courtesy of L. Dorren) is a software that explicitly and realistically integrates the barrier effect of trees and nets on falling rocks.
SlideForce (bèta version 0.7) is a spatially-explicit model for the simulation of the runout of shallow landslides and resulting hillslope debris flows
SlideforMAP (bèta version) is a probabilistic model to assess shallow landslide probability on a regional scale with an explicit focus on vegetation scenarios.
SlideforNET is a web application designed for field assessment of rainfall-induced shallow landslide probability in vegetated slopes.