Nihommatsu compared with all land on Earth
The area around Nihommatsu scores 31 of 100 today: lower combined natural hazard than 31% of the land on Earth.
Ten pillars (0–100)
- Heat54temperature
- Flood30rivers
- Wind3storms
- Earthquake2quakes
- Wildfire55fires
- Climate velocity40warming
- Air63pollution
- Water43scarcity
- Coast0sea-rise
- Ground13landslides
SSP5-8.5 2085 stress test
Under the SSP5-8.5 stress test for 2085, the combined score is 28 of 100.
This cell's combined hazard score is 30.5; its strongest pillar is air quality at 62.5 and its weakest is coast at 0.2. Flood. Flood pillar 30.1, safer than 14% of land cells and level with 32%; modelled hundred-year river flood depth 0.22 m. Source: WRI Aqueduct Floods (vintage: WRI Aqueduct Floods v2 (historical baseline, 100-year RP)); ERA5 (vintage: ERA5 reanalysis 1991-2020). Hurricane. Wind pillar 2.7, safer than 3% of land cells; tropical storm passes nearby 8.0 storms/decade. Source: IBTrACS (vintage: v04r01). Earthquake. Earthquake pillar 1.7, safer than 2% of land cells; large earthquakes nearby since the start of the century before last 19.0 events/century. Source: USGS ComCat (vintage: ComCat M≥6.5 1900–2025, M≥5 1973–2025); USGS Slab2 (vintage: Slab2, March 2018). Air quality. Air quality pillar 62.5, safer than 62% of land cells; fine-particle air pollution 9.9 µg/m³. Source: Washington University SatPM2.5 (vintage: 2020-2024 annual mean). Coast. Coast pillar 0.2, safer than 0% of land cells; five-hundred-year tsunami run-up on the nearest coast 20.0 m. Source: Global Tsunami Model (vintage: 2017, earthquake sources only). Coverage: Tornado records cover the United States only, so this area has no tornado reading: a gap in the record, not a measured zero. This is a statistical summary of public hazard data, a research estimate, not advice about any property or decision.
Terra scores ~10 km hexagonal cells from public global datasets — it is area analysis, not a property assessment. Tornado history covers the United States only; flood hazard is modeled at ~1 km and ignores local defenses; hurricane records before 1966 and wildfire records before 2001 are incomplete. Where data is missing or coarse for your area, Terra says so instead of guessing.