This Modular Habitat System Was Designed To Save The Bees – It Is Their Good Place Neighbourhood!

Learning Centre > This Modular Habitat System Was Designed To Save The Bees – It Is Their Good Place Neighbourhood!

Bees are essential to keep our ecosystem running as we know it; master pollinators that play a huge role in supporting the growth of trees, flowers, and other plants.

Bees are essential to keep our ecosystem running as we know it; master pollinators that play a huge role in supporting the growth of trees, flowers, and other plants.Bees are essential to keep our ecosystem running as we know it; master pollinators that play a huge role in supporting the growth of trees, flowers, and other plants.
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Bees are essential to keep our ecosystem running as we know it. Bees are master pollinators that play a huge role in supporting the growth of trees, flowers, and other plants that serve as food and shelter for all living beings. In addition, bees contribute to complex, interconnected ecosystems that allow a diverse number of different species to co-exist. However, the majority of the 20,000 species of bees in the world face the threat of extinction. Australian designer Amelia Henderson-Pitman wanted to create something to mitigate this problem, so she looked within her own country and found that there are more than 1700 species of native bee in Australia. Yet, only 11 species live in hives and produce honey. Keeping this in mind, she designed Pollen. This modular system provides a range of nesting materials to support the native bee populations.

Pollen can be installed in any location and has also been optimized for small spaces to keep it city-friendly. The idea was to have a modular system that could be integrated anywhere from inner-city gardens to exterior building structures. Pollen is The Good Place neighbourhood for bees. Each nest module contains various materials like recycled hardwood, sustainable bamboo, or handmade mud brick. They also have holes that vary in diameter to provide nesting locations for bees. The shell of the modules is an injection tube crafted from recycled HDPE. It has been designed to be easily assembled and mounted without fixtures. I love that the internal modules (moulded from recycled PET) are transparent because they offer us a closer look at how the bees adapt. The transparency of the design shows us that seeing is bee-lieving.

“Many of these native bee populations are easily supported by providing nesting material and forage, but there are currently no products that provide both of those features whilst also being suitable for urban areas. The solution arose from seeing the variety of native bees present in my city balcony garden. I realized there was a market for a product that provided these features and an educational component,” says Amelia. She also included a comprehensive booklet with easy-to-follow instructions on assembly and information about native bee identification, bee behaviour and the best flowering species to plant to attract the bees. This added educational component makes the product more attractive for beginners too!

Pollen stands out from its competitors because it goes beyond the purpose of just helping bees; it includes interactive elements that make the process fun for the user without disturbing the insects through transparent tubes, which contribute to citizen science and aid in research. It also comes with an optional planter to expand the habitat and will be located behind the assembled modules and can also be mounted to the wall. Amelia’s design has won the 2019 Frank Fisher Prize for the Most Sustainable Design – at the Swinburne University of Technology; it has been named one of the 10 Most Innovative Projects of the 2020 Virtual Design Festival School Shows. It has also been nominated for the Design Institute of Australia’s 2020 Graduate of the Year and a notable entry for the James Dyson Award 2020.

Designer: Amelia Henderson-Pitman


Reposted from Yanko Design

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Bees are essential to keep our ecosystem running as we know it. Bees are master pollinators that play a huge role in supporting the growth of trees, flowers, and other plants that serve as food and shelter for all living beings. In addition, bees contribute to complex, interconnected ecosystems that allow a diverse number of different species to co-exist. However, the majority of the 20,000 species of bees in the world face the threat of extinction. Australian designer Amelia Henderson-Pitman wanted to create something to mitigate this problem, so she looked within her own country and found that there are more than 1700 species of native bee in Australia. Yet, only 11 species live in hives and produce honey. Keeping this in mind, she designed Pollen. This modular system provides a range of nesting materials to support the native bee populations.

Pollen can be installed in any location and has also been optimized for small spaces to keep it city-friendly. The idea was to have a modular system that could be integrated anywhere from inner-city gardens to exterior building structures. Pollen is The Good Place neighbourhood for bees. Each nest module contains various materials like recycled hardwood, sustainable bamboo, or handmade mud brick. They also have holes that vary in diameter to provide nesting locations for bees. The shell of the modules is an injection tube crafted from recycled HDPE. It has been designed to be easily assembled and mounted without fixtures. I love that the internal modules (moulded from recycled PET) are transparent because they offer us a closer look at how the bees adapt. The transparency of the design shows us that seeing is bee-lieving.

“Many of these native bee populations are easily supported by providing nesting material and forage, but there are currently no products that provide both of those features whilst also being suitable for urban areas. The solution arose from seeing the variety of native bees present in my city balcony garden. I realized there was a market for a product that provided these features and an educational component,” says Amelia. She also included a comprehensive booklet with easy-to-follow instructions on assembly and information about native bee identification, bee behaviour and the best flowering species to plant to attract the bees. This added educational component makes the product more attractive for beginners too!

Pollen stands out from its competitors because it goes beyond the purpose of just helping bees; it includes interactive elements that make the process fun for the user without disturbing the insects through transparent tubes, which contribute to citizen science and aid in research. It also comes with an optional planter to expand the habitat and will be located behind the assembled modules and can also be mounted to the wall. Amelia’s design has won the 2019 Frank Fisher Prize for the Most Sustainable Design – at the Swinburne University of Technology; it has been named one of the 10 Most Innovative Projects of the 2020 Virtual Design Festival School Shows. It has also been nominated for the Design Institute of Australia’s 2020 Graduate of the Year and a notable entry for the James Dyson Award 2020.

Designer: Amelia Henderson-Pitman


Reposted from Yanko Design

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