Aerial Imagery
Aerial imagery (aerial photography) provides a high-resolution bird’s-eye view of the landscape, capturing detail about the Earth’s surface such as buildings, vegetation, infrastructure and land use.
This imagery reveals features that are difficult to identify from ground-level observation or standard mapping alone, such as roof structures, solar panels, transport infrastructure and land-use change.
Organisations use aerial imagery to support planning, environmental assessment, infrastructure development, asset management and land analysis.
Why use aerial imagery?
Aerial imagery provides a reliable visual record of the landscape that can support analysis, modelling and monitoring. Typical applications include:
- • Planning and development - site assessment, land use analysis and visual context
- • Environmental monitoring - biodiversity mapping and habitat change detection
- • Infrastructure planning - transport networks, utilities and energy projects
- • Asset management - identifying equipment, signage and infrastructure features
- • Change detection - monitoring landscape or urban development over time
Available aerial imagery resolutions
Emapsite licenses aerial imagery from leading data providers across Great Britain, offering multiple resolution options depending on the level of detail required.
Resolutions:
12.5cm:
Typical Visibile Detail - Roof tiles, street furniture
Common Use Cases - Urban planning, EV charging site planning, solar panel installation analysis, detailed asset management
25cm:
Typical Visibile Detail - Vehicles, building features
Common Use Cases - Environmental impact assessments, property analysis, infrastructure planning
50cm:
Typical Visibile Detail - Building types, road networks
Common Use Cases - Habitat mapping, regional infrastructure planning
1m:
Typical Visibile Detail - Building footprints, agricultural fields
Common Use Cases - Forestry analysis, agricultural planning, urban growth monitoring
2m:
Typical Visibile Detail - General land cover
Common Use Cases - Regional land use analysis, national-scale planning