Disaster recovery
Disaster recovery
From examples of disaster recovery
1～19 item / All 19 items
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Collection of case studies on construction methods used for disaster recovery.
Methods using Japanese vegetation for the restoration of landslide disasters, typhoons, heavy rain, linear precipitation zones, riverbank protection, and retention basins.
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An example of a vegetation revetment method that withstood increased water levels (heavy rain) immediately after construction.
Examples of coastal protection methods that respond to increasing heavy rainfall (linear precipitation zones, typhoons, rainy seasons, etc.)! Compatible with a flow velocity of 5 m/s, similar to connected blocks. Numerous examples of disaster recovery.
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[Construction Case] (Private) Rockfall prevention measures for slope restoration work at temples and shrines.
The soil type is clayey soil, rock masses, and pebbles, with examples of restoration work in a 250m² area!
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[Construction Example] Road maintenance and repair in a national park with greening foundation work and natural intrusion promotion work.
Construction within a national park in Ehime Prefecture! The area is 300m2, and the soil type is gravelly soil.
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[Construction Example] Easily created with a backhoe! For labor saving and shortening construction time.
A case that tracked the period from before construction, upon completion, and after 2 months, 3 years and 3 months, 5 years and 5 months, and 7 years and 5 months!
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[Construction Example] Soil erosion control work in sandy soil (shirasu). Greening of the waterway section as well!
The Waterway Department uses Ryokkasuiri! Here are examples of its application for soil conservation in sandy soils.
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[Construction Example] Greening work with mortar bags for disaster prevention on the slope (embankment) behind the building.
Mixed jade and stone soil, construction for 500m2! A case study followed up 6 months after construction.
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[Construction Case] Contributing to landscape preservation with large soil bags that can be greened.
The use of large sandbags combined with landscape greening contributes to landscape preservation.
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[Construction Example] Greening using native species in road construction work in a nature conservation area.
Use of wire mesh! An example of seed mixture that includes wild grasses because it is a nature conservation area.
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[Construction Example] Rockfall prevention that accommodates difficult machine access in the back of residential houses and on mountain slopes.
No need for large machinery! Examples of construction methods that do not require large or specialized machinery.
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[Construction Example] Mountain conservation work promoting natural infiltration with greening foundation products.
Order from the Shikoku Forest Management Bureau of the Forestry Agency! The soil type is gravelly soil, the quantity is 400m2, and it is for erosion control purposes.
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[Construction Example] Vegetation substrate mat with excellent workability for railway slope repair work.
Improvement of water retention and thermal insulation! A case study of a vegetation substrate mat using natural coconut fiber net suitable for soft rock.
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[Construction Example] Restoration using thinned wood for frames and a mix of native species.
Achieving uniform vegetation through soil adhesion effects! A case study of using different seed mixtures in vegetation mats and vegetation sheets.
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[Construction Example] Restoration of unstable slopes using wire mesh and mortar bag method.
A structure that protects the surface layer for a long time! An example constructed using a combination of wire mesh and changes to anchor pins.
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[Construction Case] Erosion Prevention and Restoration of Rock and Pebble Soil Conservation Works
For the purpose of mountain management! By attaching fertilizer bags, it can accommodate various soil conditions with a diverse range of variations.
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[Construction Example] Restoration of soft rock and soil conservation work using wire mesh.
In addition to high flexibility and water repellency, vegetation substrate bags are installed at 20 cm intervals! An example of construction using wire mesh.
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Recommended Products Collection
Introducing our uniquely developed products that Japan's vegetation confidently recommends!
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Achieve overwhelming labor savings and shortened construction time! Ideal for disaster recovery! Large vegetation sandbags.
10 bags for 10m of installation! A large-scale [vegetation] sandbag that can utilize locally generated soil (2000kg/bag). Reduces UV degradation of plants! Abundant construction track record!
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Reuse of excavated soil! Prevent UV degradation through greening even if the removal opportunity is missed!
Local excavated soil can be used at 2 tons per bag! We solve the problems of landslides. We have numerous construction achievements across the country, from road disaster recovery to agricultural roads and maintenance repairs.
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