Honey yield alone tells you very little about whether an apiary's surroundings are healthy. A proper biodiversity monitoring plan tracks the mix of habitat patches around the hive — wildflower meadow, hedgerow, woodland edge, crop margin, wetland — and the diversity of pollinators visiting them, not just the honeybees. This scene models a simplified apiary landscape with five habitat patch types and five pollinator "species" (honeybee, bumblebee, solitary bee, butterfly, hoverfly), and runs a glowing survey transect line across it — the same fixed-line walking method citizen-science pollinator counts use in the real world.
UK pollinator monitoring schemes such as FIT Counts and PoMS ask volunteers to record every insect visiting a small patch of flowers for a fixed time — the same basic transect-and-tally logic modelled here, just without the honey.
A 3D apiary meadow surrounded by five habitat patch types — wildflower meadow, hedgerow, woodland edge, crop margin and wet margin — where a moving survey transect tallies pollinator species as they cross it, building a live species richness and Shannon diversity readout.
Monitoring pollinator diversity is about more than honey yield: it requires tracking which habitats are in bloom, which species they support, and counting visits with a repeatable method like a transect walk. The scene ties habitat diversity and season directly to the mix of pollinators available to be recorded.
Pick a season, set how many habitat patch types are active and how dense the pollinator population is, then watch the glowing transect line sweep the meadow. Species richness and the Shannon index update live as different pollinators cross it.
Real UK schemes like the Pollinator Monitoring Scheme (PoMS) and FIT Counts use exactly this transect-and-tally approach — a fixed line or patch, a fixed time, and a careful species tally — to build long-term biodiversity trend data.