The Corangamite region covers an area of approximately 13,340 km2 and is located in south western Victoria, Australia. The population of approximately 400,000 persons is growing at 5.2% per year, and is served by nine municipalities within the region. The region's diverse range of landscapes and climatic conditions, result in a variety of geological hazards including landslides, soil erosion of all forms, coastal erosion, dryland salinity, potential acid sulphate soils, reactive soils and ground subsidence. These geohazards are increasingly recognised as a constraint on future urban development and a threat to the economic, social and environmental health of the region. Evaluation of the impacts of geological hazards by State government aut...
Purpose - The object of this paper is to examine whether the improvements in technology that enhance...
Purpose\ud \ud - The object of this paper is to examine whether the improvements in technology that...
The Australian Geomechanics Society (AGS) presents on the following pages a guideline on slope manag...
Abstract: The Corangamite region covers an area of approximately 13,340 km2 and is located in south ...
The Corangamite region in southwest Victoria, Australia is subject to a variety of geohazards, among...
There are a number of natural hazards which are relevant to urban, residential, rural and undevelope...
Australia is subject to a variety of geohazards, among which landslides and erosion have the most si...
On the 17th August 1998 a severe rainfall event occurred over a widespread area of the City of Wollo...
The Australian Geomechanics Society's (AGS) guidelines on Landslide Risk Management emphasise landsl...
The Australian Geomechanics Society's (AGS) guidelines on Landslide Risk Management emphasise landsl...
Quantitative risk assessment should complement, if not replace qualitative assessments as the prefer...
The management and mitigation of natural hazards and the response to disasters has become increasing...
Through its National Committee, the Australian Geomechanics Society recognises the contribution of L...
The Australian Geomechanics Society (AGS) is publishing a series of benchmark guidelines on Landslid...
Techniques for landslide risk management in Australia have evolved considerably since the publicatio...
Purpose - The object of this paper is to examine whether the improvements in technology that enhance...
Purpose\ud \ud - The object of this paper is to examine whether the improvements in technology that...
The Australian Geomechanics Society (AGS) presents on the following pages a guideline on slope manag...
Abstract: The Corangamite region covers an area of approximately 13,340 km2 and is located in south ...
The Corangamite region in southwest Victoria, Australia is subject to a variety of geohazards, among...
There are a number of natural hazards which are relevant to urban, residential, rural and undevelope...
Australia is subject to a variety of geohazards, among which landslides and erosion have the most si...
On the 17th August 1998 a severe rainfall event occurred over a widespread area of the City of Wollo...
The Australian Geomechanics Society's (AGS) guidelines on Landslide Risk Management emphasise landsl...
The Australian Geomechanics Society's (AGS) guidelines on Landslide Risk Management emphasise landsl...
Quantitative risk assessment should complement, if not replace qualitative assessments as the prefer...
The management and mitigation of natural hazards and the response to disasters has become increasing...
Through its National Committee, the Australian Geomechanics Society recognises the contribution of L...
The Australian Geomechanics Society (AGS) is publishing a series of benchmark guidelines on Landslid...
Techniques for landslide risk management in Australia have evolved considerably since the publicatio...
Purpose - The object of this paper is to examine whether the improvements in technology that enhance...
Purpose\ud \ud - The object of this paper is to examine whether the improvements in technology that...
The Australian Geomechanics Society (AGS) presents on the following pages a guideline on slope manag...