Blue-banded bee fact sheet | Field of Mars EEC

What are blue-banded bees?

Blue-banded bees are native Australian bees best known for the bright, metallic blue stripes across their dark abdomen. The most commonly recognised species is the common blue-banded bee (Amegilla cingulata), although several Amegilla species can look very similar, so careful identification is sometimes needed.

Unlike honey bees, blue-banded bees are solitary. That means there is no big hive with a queen and workers. Instead, each female makes and provisions her own nest, and adults spend much of their time darting quickly between flowers to drink nectar and collect pollen.

A blue-banded bee.

Blue-banded bees travel through gardens and bushland looking for nectar and pollen.

Where do blue-banded bees live?

Blue-banded bees are found widely across mainland Australia, excluding Tasmania and can be common in bushland, parks and gardens, especially where lots of flowers bloom through the year. They often do well in cities and suburbs because gardens can provide nectar and pollen across different seasons.

You might spot them in sunny, sheltered places where there are plenty of flowering plants nearby and places to nest in soft ground or rock. Because they move very fast, the easiest time to notice them is when they hover and zip between flowers, sometimes pausing just long enough to drink nectar.

Blue-banded bee clinging to a plant stem while resting.

What do blue-banded bees eat?

Adult blue-banded bees feed mainly on nectar for energy. Female bees also collect pollen, which is protein-rich and used to feed their young. You may see pollen stuck to their hairy legs or body as they move between flowers.

Because different plants flower at different times, a garden or bushland with a variety of flowering species can support blue-banded bees for longer parts of the year. This matters because adult bees must regularly refuel, and females need enough pollen and nectar to supply each nest chamber for their larvae.

Blue-banded bees feed on nectar.

Blue-banded bee visiting a flower.

What is the life cycle of a blue-banded bee?

Blue-banded bees don’t live in hives. A female builds a nest tunnel and creates separate rooms (cells) where she places an egg and a food supply made from nectar and pollen. The larva grows in that cell, using the stored food, before eventually emerging as an adult bee.

They often nest in soft sandstone or suitable soil and clay banks, and you may also hear of them using old mortar or crumbly material in sheltered places where digging is possible. Sometimes many nests occur in the same area because the habitat is good, even though each nest belongs to a different female.

This is not a blue-banded bee—it’s a cuckoo bee entering a blue-banded bee nest.

How do blue-banded bees help plants?

Some flowers keep their pollen tucked away so it won’t fall out easily. Female blue-banded bees can solve this by buzz pollination: they grip the flower and rapidly vibrate their flight muscles, which shakes pollen loose so it can be collected.

Buzz pollination is especially useful for certain native plants and also for some food crops. It’s one reason blue-banded bees are often described as valuable pollinators—because the way they collect pollen can help flowers set seed or fruit more successfully.

Blue-banded bees use buzz pollination to help pollinate Australian native plants.

What adaptations do blue-banded bees have to help them survive?

Blue-banded bees have several adaptations that help them survive. Their fast flight and ability to hover help them move quickly between flowers and avoid danger. The hairs on their body and legs help trap pollen, and females can use buzz pollination to shake pollen loose from some flowers. They also make nests in soft ground, clay banks or crumbly rock, which gives their young a sheltered place to develop.

Blue-banded bee hovering in mid-air.

How can you help blue-banded bees?

You can support blue-banded bees by making your school or home garden a place where they can find food and shelter across the year. Planting a mix of flowering plants, especially local native species helps provide nectar and pollen in different seasons, which is important because bees need frequent food top-ups to stay active.

Blue-banded bees also need safe places to nest. Leaving a small sunny patch of firm soil, or a sheltered, undisturbed bank of suitable ground, can make nesting easier for solitary bees. Where possible, reducing or avoiding pesticides and herbicides also helps, because chemicals can harm bees directly or remove the flowering plants they rely on.

Gardens full of native plants provide food and resting places for blue-banded bees.

Related fact sheets

More invertebrate fact sheets

• Invertebrate fact sheets – overview
• Insects fact sheet – insect features and how bees fit into the insect group
• green carpenter bee fact sheet – another native bee that visits flowers for nectar and pollen
• stingless bee fact sheet – a native social bee that lives in colonies
• European honey bee fact sheet – an introduced bee species often seen visiting flowers

Habitats and ecosystems

• ground cover habitats fact sheet – ground-layer plants and bare patches where many insects feed and nest
• shrub habitats fact sheet – flowering shrubs provide nectar, shelter and feeding places for insects
• tree habitats fact sheet – blossoms, bark and canopy provide habitat and food for many animals
• eucalypt forest fact sheet – a common Sydney ecosystem where native bees visit flowering plants
• Field of Mars Reserve fact sheet – local bushland habitat where native bees can be seen on flowers

Plants that provide nectar and pollen

• Plant fact sheets – overview
• Spider flowers (Grevillea) fact sheet – nectar-rich native shrubs that attract insect pollinators
• old man banksia fact sheet – nectar-rich flowers that attract many insects
• hairpin banksia fact sheet – a banksia that provides nectar and pollen for pollinators
• paper-bark tea tree fact sheet – paperbarks often flower heavily and attract insects

Food webs and ecological relationships

• moth fact sheet – nectar-feeding moths help pollinate plants and are part of food webs
• butterfly fact sheet – butterflies drink nectar and help move pollen between flowers

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