Monthly large-scale prediction distribution of ash fall using the average meteorological field over the past 45 years (January-June)
Fujisan, Japan, 2004
Figure 4.5.6 in: Mt. Fuji Hazard Map Review Committee. (2004). Mt. Fuji Hazard Map Review Committee Report. June 2004. https://www.bousai.go.jp/kazan/fuji_map/pdf/report_200406.pdf
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For the current operational hazard map, please consult the proper institutional authorities.
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Map Set
Mt. Fuji Hazard Map Review Committee. (2004). Mt. Fuji Hazard Map Review Committee Report. June 2004. https://www.bousai.go.jp/kazan/fuji_map/pdf/report_200406.pdf
https://www.bousai.go.jp/kazan/fuji_map/pdf/report_200406.pdf
Other Maps In Set:
- Volcanic Disaster Prevention Map of Mt.Fuji
- Fuji City Volcano Disaster Prevention Map
- Ashigarakami District Volcanic Disaster Prevention Map
- Odawara City Volcano Disaster Prevention Map
- Fujiyoshida City Volcano Disaster Prevention Map
- Gotemba Volcano Disaster Prevention Map
- Assumed crater range for each scale
- Lava flow scenario map (arrival time of lava for small-scale eruptions)
- Lava flow scenario map (arrival time of lava for medium-scale eruptions)
- Lava flow scenario map (arrival time of lava for large-scale eruptions)
- Pyroclastic flow scenario map
- Scenario map of snow-melting lahar
- Monthly large-scale prediction distribution of ash fall using the average meteorological field over the past 45 years (July-December)
- Monthly medium-scale eruption ash fall prediction distribution using the average meteorological field over the past 45 years (January-June)
- Monthly medium-scale eruption ash fall prediction distribution using the average meteorological field over the past 45 years (July-December)
- Monthly small-scale eruption ash fall prediction distribution using the average meteorological field over the past 45 years (January-June)
- Monthly small-scale eruption ash fall prediction distribution using the average meteorological field over the past 45 years (July-December)
- Lava flow possibility map
- Pyroclastic flow/pyroclastic surge possibility map
- Snow-melting type lahar possibility map
- Ash fall possibility map
- Volcanic bomb reachability range medium/small scale (2km)
- Volcanic bomb reachability range large scale (4km)
- Volcanic bomb possibility map
- Debris flow possibility map
- Volcano disaster prevention map (assumed crater)
- Volcano disaster prevention map (lava flow)
- Volcano disaster prevention map (Pyroclastic flow/pyroclastic surge)
- Volcano disaster prevention map (Snow melting type volcanic mudflow)
- Volcanic disaster prevention map (volcanic bomb)
- Volcano disaster prevention map (ash fall)
- Volcano disaster prevention map (debris flow)
Map Data
| Map ID | 3515 |
|---|---|
| Hazard Process(es) | Tephra fall |
| Hazard Zone Presentation | Single hazard: A single hazard process is represented on a series of small map panels of similar sizes |
| Temporal Scale | Background, or long-term, map |
| Spatial Scale | Volcano and surrounding area |
| Publication Format | Figure in a hazard assessment or mitigation plan |
| Zonation Method(s) | Scenario modeling |
| Zonation Model(s) | Unnamed advection-dispersion model [JMA] (Japan Meteorological Agency); Unnamed tephra diffusion and fall model [Suzuki (1985)] (Suzuki 1985) |
| Scenario(s) Considered | Season or weather; Size, VEI, or intensity |
| Hazard Zone Label(s) | Estimated value or Hazard Impact Metric |
| Probability Definition(s) | Scenarios imply probability |
| Purpose | Land-use planning: Intended to inform citing of facilities, building restrictions, resource management, and infrastructure development |
| Audience | Land-use planners, city planners, government officials, etc. |
| Language(s) | Japanese |
| Basemap(s) | Administrative boundaries (e.g. county, park, intl.) |
| Basemap overlay(s) | |
| Diemsionality | Planimetric (2D or map) view |
| Color Scheme | Rainbow |