🗺️ Mapping Tools for Beekeepers

About this simulation

UK beekeepers increasingly use aerial imagery, OS mapping and simple GIS layers to scout apiary sites and plan out-apiaries. A key habit is drawing a forage radius circle around any candidate site — honeybees typically work land within 1–2km of the hive most efficiently, though they can range further. Overlaying that circle on a land-cover map instantly shows how much oilseed rape, woodland, hedgerow, garden or heather forage a site can actually reach, and whether nearby out-apiaries would be competing for the same flowers.

How it works

• The map grid is coloured by land-cover type, each with a different seasonal nectar/pollen value.
• Forage index sums the seasonal forage value of every tile inside the radius circle, weighted so closer tiles count more (bees spend less energy reaching them).
• Switching season changes which land types are actually in bloom — oilseed rape peaks in spring, heather in autumn, gardens run all year at a lower level.
• Compare all sites draws every candidate's radius at once, exposing shared ground where two apiaries would draw on the same forage.
• The forage-heat layer swaps the true land-cover colours for a value ramp (blue → red) so low- and high-value patches are easier to compare at a glance — exactly what a heat-mapped GIS layer does.

Controls

• Candidate site — pick which of the three scouted locations to inspect.
• Forage radius — the effective foraging distance beekeepers plan around (0.3–2.5km).
• Season — changes which land-cover types are actively blooming.
• Compare all sites — shows every site's radius together to check for overlap.
• Forage-heat layer — recolours the map by forage value instead of land type.

Did you know?

Many UK associations now share crowd-sourced "forage maps" online, combining Ordnance Survey layers with member-submitted bloom sightings so beekeepers can avoid clustering too many out-apiaries around the same limited nectar source.