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Soil bioengineering techniques for stabilisation of an alternative surface coverage - a field test at Rautenweg (2014)

Project Leader
Rauch Johann Peter, Project Leader
Duration:
01.03.2014-31.12.2015
Type of Research
Applied Research
Project partners
Baugrund Wien Ingenieurgesellschaft mbH, Sieveringer Straße 103/1/1, 1190 Wien, Austria.
Function of the Project Partner: Partner
Staff
Hörbinger Stephan, Project Staff
BOKU Research Units
Institute of Soil Bioengineering and Landscape Construction
Funded by
City Council of Vienna, Municipal Department 48, 1082 Wien, Austria
Abstract
The partly vegetated rampart of the waste disposal site Rautenweg has to be sustainable revegetated and aesthetically integrated into the landscape. A land restoration layer will be attached on the rampart and soil bioengineering techniques are used to create a specific landscape and to improve the slope stability. Specific requirements are necessary from a soil bioengineering and geotechnical point of view. A sustainable approach to solving a problem for the revegetation and stabilization of an alternative recultivation of the waste disposal site Rautenweg will indentified by this research concept. Follow objectives are defined:

- Landscape integration covered by an autochthonous vegetation layer of the artificial ramparts at waste disposal site Rautenweg in Vienna.

- Supporting effects from the soil bioengineering measures for the structural safety of the slope.

- Optimisation of the recultivation layer from a geotechnical and vegetational point of view.

- Optimisation of the local regreening techniques and mixture of seeds.
Keywords
Soil bioengineering; Soil mechanics; Earthworks; Geotechnics; Soil erosion;
Soil Bioengineering;
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