Stingless bees are often mistaken for flies due to their size and colouring.
Teddy bear bee Australian solitary bee
Metallic Carpenter bee: “This native bee makes a low-pitched sound as it flies, and prefers to make its habitat in old or dead trees. It’s quite large, and the female is a golden-green colour.” Photography from The Bee Friendly Garden.
DNA data
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Tim A. Heard
CSIRO Entomology, PMB 3 Indooroopilly 4068, Australia;
e-mail: tim.heard@brs.ento.csiro.au
KEY WORDS: Apidae, Meliponini, floral biology, alternative pollinators, entomophily
PDF) The role of stingless bees in crop pollination. Available from: https://www.researchgate.net/publication/8665983_The_role_of_stingless_bees_in_crop_pollination [accessed Sep 27 2018].
Awareness of Australian native bees.
Limited STEM research has been conducted.
Some native bee species could become important pollinators of agricultural crops.
Native bees may be less susceptible than European honeybees to invasive pests.
These are known as ‘stingless’ bees because, unlike the honeybee, they don't have a stinger.
Tetragonula carbonaria and Austroplebeia australis, have been shown to have excellent defences against the small hive beetle, which can have a devastating impact in the hives of the European honeybee.
Recent research at Western Sydney University and the University of Adelaide has shown the blue banded bee, a solitary bee of the genus Amegilla, to be more efficient than European honeybees at pollinating greenhouse-grown tomatoes. Blue banded bees ‘buzz’ pollinate—meaning that their wings vibrate at such a rate that they cause the flower’s pollen capsules to burst—a technique well-suited to tomatoes.
Another agricultural crop that has been shown to be pollinated effectively by native bees (in this case, the social Tetragonula species) is macadamia, itself an Australian native.
Australia has over 1500 Native Bee Species. There are around 200 known species endemic to the Sydney region. Each native bee individually contributes to pollinating and maintaining indigenous biodiversity. The world’s bee populations are in trouble, through colony collapse disorder, predator beetles and a broad range of factors that relate to our lack of care for the Earth. Encouraging native bees into our gardens and community helps an integral part of our ecosystem. ................
Australia has around 10 species of social native bees. Social native bees are generally small (4mm), black and stingless. They live in colonies and nests, just like social European honey bees. However, they have a different nest and brood structure, the population of the colony is much smaller than European honey bees, and they produce very little honey (less than 1kg a year). This honey has a more acidic taste compared to that produced by European honey bees. Stingless bees are mainly tropical, so they tend to thrive in warm areas of Australia.
Each female bee creates her own nest. Depending on the species, this may involve tunnelling a hole in the ground, hollowing out the soft central pith of stems or exploiting pre-existing abandoned borer holes in timber. She typically lays one egg per cell, provisioning each with pollen and nectar. She then seals it, leaving them to fend for themselves as she usually dies before her offspring emerge from the nest when they have developed into adults. Female solitary bees are able to sting, but are rarely aggressive.
The blue-banded bee (Amegilla sp.) is a common solitary native bee. These bees nest in shallow burrows in the soil under houses, mud bricks or soft mortar. Blue-banded bees have been shown in repeated studies to be effective buzz pollinators, which are critical to the pollination of many crops, such as tomatoes.
Mutant bees and robotic pollinators: Why beekeepers are concerned for the future In March of this year, Walmart filed a series of patents for an autonomous, tiny machine designed as a pollination drone. Their patents include robot bees able to detect pollen and others possessing the ability to hunt down pests. Think A Bug’s Life meets Terminator.
Japan also started researching the viability of tiny robots capable of pollinating plants in the absence of real bees.
The Teacher Notes include descriptions of each activity, resources required, solutions where relevant, and links to the National Curriculum. There may also be additional resources and links.
How much math does a bee know? Well, you will be surprised to find out that they surely know a little more geometry than most of us (humans).After years and years of evolution they decided to chose hexagons for their honeycombs. And it seems that it is not a random decision. Their process was a long and hard one.
But first, what if honey bees hired systems engineers as consultants? "They designed an algorithm in which servers assessed the profitability of their clients and did their own “waggle dances” to communicate that information to other servers. In a test against a then state-of-the-art algorithm and two other potential methods, the researchers showed that their honey bee algorithm beat the competition. In fact, when they compared the honey bee algorithm to a totally unrealistic, omniscient algorithm that knew where future web traffic would be in advance, they found that under highly variable conditions – which are realistic for many situations on the internet – the honey bee algorithm came out ahead.
The engineering of a Tetragonula Cabonaria hive first looks haphazard as it does not appear symmetrical and ordered but when a hive is split it reveals a HIGHLY COMPLEX ENGINEERED SPIRALSTRUCTURE that supports the health of the Colony.
Structure -
Created to allow movement of bees around and throughout hive (highways)
created to regulate heating and cooling of the hive
specific areas set aside for brood
specific areas created for pollen
specific areas created for food storage.
Below is European Bee Maths research
Microbit Plant Growth unit Plants absorb large quantities of water from their environment. Water is used as a raw material for catabolic reactions such as photosynthesis, as a medium for transport, and to provide support for tissues. ........................