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HUMAN-BEEING
















BACKGROUND






Pollinators crisis

Over-urbanization are killing bees





Nowadays, cities are killing bees
While urbanization is unstoppable
So can we help bees pollinate plants in cities?



Pollinating  unconsciously!


HUMAN-BEEING are committed to finding a way to translate daily human activities into efficient pollination in a cool form.







700,000,000


Think about, what a thriving urban ecosystem it would be if we had 7 billion ‘human bees’!


· No weather restriction
· No need to collect pollen first 
· Suitable for city pollination










BUT...


Humans have no pollination capacity, although we keep in contact with flowers, we lose the opportunity to pollinate them.

SO, WE NEED TO FIND A WAY...


Let people have the same pollination function as bees and join the urban pollination ecology.







HOW BEES POLINATING











The proper fabric plus the proper product can make human pollinators too, just like bees!









Static Electricity


Electrostatic forces have been invoked to facilitate the process of pollen collection by attracting charged pollen grains towards the bee. 





Scopae - branched & high density


Branched hair on bees makes it possible to collect pollen as they fly from flower to flower. As a bee lands on a flower, these branched hairs will pick up any pollen they come in contact with. While bees have other methods of collecting pollen, branched hairs are one of the main ways to do so.







MATERIAL BIONIC





PROTOTYPE AND TEST








Cut the pollinatinf materials, stuck it on shoes and trousers.





The tester moves naturally around the flowers for a period of time wearing clothing with pollinating material.





RESULT








After the test...


Remove the material sample and observe.
Some of the material was found to be contaminated with pollen and they were mainly concentrated on shoes and trouser legs.






LIMITATIONS: It was not possible for now to verify the pollination success of the material (there were too many flowers in contact to examine each pollen stick to the stigma with a microscope) and it was not possible to calculate the pollination efficiency.




The test material successfully caught the pollen, but how can we efficiently spread the pollen then?


IDEATION