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Geo-Environmental Knowledge for the Adaptation of Riverine Coastal Geo-Hazards
The paper proposes eco-friendly adaptive techniques using locally available materials and industrial by-products. Used automobile tires, as an industrial by-product, were combined with palm fibers to construct reinforced dyke systems as a multiple protective measure. The tires used with a mangrove plantation inside can work together with mangroves to protect against impacts from such severe climate events as storm surges. The addition of the palm fibers plays a role in increasing dyke stability, particularly when mixed with cement and dyke soils.
Geo-Environmental Knowledge for the Adaptation of Riverine Coastal Geo-Hazards
The paper proposes eco-friendly adaptive techniques using locally available materials and industrial by-products. Used automobile tires, as an industrial by-product, were combined with palm fibers to construct reinforced dyke systems as a multiple protective measure. The tires used with a mangrove plantation inside can work together with mangroves to protect against impacts from such severe climate events as storm surges. The addition of the palm fibers plays a role in increasing dyke stability, particularly when mixed with cement and dyke soils.
Geo-Environmental Knowledge for the Adaptation of Riverine Coastal Geo-Hazards
Yasuhara, Kazuya (author) / Cong, Van Trinh (author) / Komine, Hideo (author) / Hazarika, Hemanta (author)
Geo-Chicago 2016 ; 2016 ; Chicago, Illinois
Geo-Chicago 2016 ; 264-273
2016-08-08
Conference paper
Electronic Resource
English
Geo-Environmental Knowledge for the Adaptation of Riverine Coastal Geo-Hazards
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