LOCATION

NG24 1AH - Flood, Heat, Air & Subsidence Risk - Newark (NG24)

Newark and Sherwood, Newark (NG24)

Heat: MediumAir quality: MediumGround: Low

Climate risk summary for NG24 1AH

Heat risk is Medium, with a median (50th percentile) of 27 days above 25°C per year, averaged over the 2021-2040 period under the RCP8.5 high emissions scenario (Met Office UKCP18). Air quality is Medium at PM2.5 7.0 μg/m³, above the WHO annual guideline of 5 μg/m³ (Defra UK-AIR). Ground conditions are Low risk, with Riverine Clay And Floodplain Sands And Gravel geology; shrink-swell risk is classed as improbable (BGS GeoClimate).

How does NG24 1AH compare with the rest of the UK?

  • Air pollution: more polluted than 78% of councils
  • Heat risk: hotter than 63% of councils
  • Subsidence risk: lower risk than 58% of postcodes
  • Green space access: less green access than 60% of English postcodes

What is the flood risk in NG24 1AH?

An official flood-risk band is not available for NG24 1AH in the current dataset releases used by LocalRisk. This is a data-coverage gap rather than a low-risk rating. For a property-level reading, the Environment Agency's Check Your Long-Term Flood Risk service covers every address in England.

What is the heat risk in NG24 1AH?

Heat risk at NG24 1AH is rated Medium, reflecting Met Office UKCP18 climate projections (50th percentile) for this area, averaged over the 2021-2040 period under the RCP8.5 high emissions scenario. These are probabilistic projections - the 50th percentile is the central estimate within RCP8.5; the full range of modelled outcomes is wide and lower emissions scenarios would produce lower figures. Higher summer temperatures increase cooling energy costs, affect comfort in poorly insulated or south-facing properties, and can accelerate shrinkage in clay soils beneath foundations. Properties built before 1980 without cavity wall insulation are typically most affected.

How is the air quality in NG24 1AH?

Air quality at NG24 1AH is rated Medium, based on Defra UK-AIR annual mean PM2.5 data. Fine particulate matter (PM2.5) comes primarily from road traffic, industry, and domestic burning. Long-term exposure above the WHO guideline of 5 µg/m³ is linked to respiratory and cardiovascular health risks. Buyers and renters in higher air quality risk areas may wish to consider whether the property is near busy roads or industrial sources.

Is subsidence a risk at NG24 1AH?

British Geological Survey data classes the underlying soil at NG24 1AH as Riverine Clay And Floodplain Sands And Gravel, with shrink-swell hazard rated improbable (subsidence risk band: Low). A structural survey is the reliable way to assess ground conditions for a specific property.

Where does this data come from?

This LocalRisk report for NG24 1AH draws on four official UK open data sources: Environment Agency NaFRA2 flood modelling, Met Office UKCP18 climate projections, Defra UK-AIR PM2.5 monitoring, and British Geological Survey GeoClimate subsidence mapping. Risk ratings are a screening tool, complementing - not replacing - the searches and surveys ordered as part of a property transaction. Data covers Newark and Sherwood and is updated as new official datasets are published.

About the Newark and Sherwood area

Newark and Sherwood has an inland market-town and rural setting with river valleys, former Sherwood Forest woodland and old coalfield land and experiences cool, wet winters and warm summers, influenced by lowland terrain and drainage patterns.

What should buyers and renters check in NG24 1AH?

Practical check: With 27 hot days projected (UKCP18 50th percentile, 2021-2040 average under RCP8.5), note which bedrooms face west (hottest in evening) and whether windows allow through-ventilation. These are postcode-level indicators - conditions vary between individual properties.

Climate risk can change street by street, so it is worth checking neighbouring postcodes too. The full risk report for NG24 1AB is at localrisk.co.uk/postcode/NG241AB, and you can compare NG24 1AH side by side with any UK postcode at localrisk.co.uk/compare.