Signed in as:
filler@godaddy.com
INNOVATIVE & EDUCATIONAL RENEWABLE ENERGY STRUCTURES
PRAUD Introduce ARCHITECTURal urban PollinatoR Habitats
Our cities can help protect bees and offer pollinators a safe haven through green infrastructure projects
Introducing the latest design in modular urban pollination systems by PRAUD. Fully integrated "Architectural Pollinator Habitat Panels" allowing urban infill to also provide a thriving habitat for pollinators of all types.
In order to ensure pollinators can coexist inside urban landscapes, it is important to have urban areas filled with a diversity of flowering plants, improving areas that would otherwise be part of a monotonous concrete jungle.
Common pollinators such as bees, butterflies, birds, and flies are more inclined to join the hustle and bustle of the city culture if there is somewhere for them to grab a quick bite, or in this case, a quick nectar drink!
Traditional habitat such as flower boxes, green roofs, rooftop gardens, community gardens, or sidewalk planters are home to beautiful flowers and lush plants, making the city look more vibrant and alive with colour, while also serving as crucial habitat for many pollinators.
A green urban habitat will not only feed and provide shelter for higher flying pollinators such as monarch butterflies, but will also shield the buildings from direct sunlight which will reduce heat and energy consumption and provide natural insulation for the buildings.
MODULAR Architectural design
Pollinator habitats create urban pollinator hot spots by creating a green urban gardens built into the architecture of the host homes. Combined with rooftop gardens can be a great way to use the empty space on your roof to create a beautiful pollinator hot spot.
Adding rooftop garden boxes with specifically chosen plants that grow well in your city climate are complimentary are also attractive to pollinators.
Accompanied by green roof designs these "Urban Pollinator Habitats" not only feed and provide shelter for higher flying pollinators such as monarch butterflies, they will also shield the buildings from direct sunlight which will reduce heat and energy consumption and provide natural insulation for the building.
Enhancing the urban landscape
Using modular architectural design creates beautiful pollinator hot spot habitats, these rely on 10 key principles:
- Seek a diversity of flower shapes, plant families.
- Ensure continuous flowering.
- Include native plants.
- Plant single-flowered varieties.
- Plant fewer, larger blocks of flowers.
- Include bulbs, shrubs, trees.
- Extend bloom time by deadheading flowers.
- Create nesting opportunities.
Enquire about our Modular Architectural Urban Pollinator Habitats:
RAFAEL LUNA THE CO-FOUNDER OF PRAUD ARCHITECTS
Pollinator Transit Shelters
Providing biodiversity and resilience to a changing climate at the ecosystems level
At the intersection of design, planning, science and education, creating urban pollinator hot spots using sidewalk planters like our Urban Pollinator Transit Shelters, creates a more colourful and vibrant community while helping provide pollinators survive in urban spaces supplying nutritious food.
EVT & Industry News
EVT Energy's AUS-E® Intelligent Solar Tree, donated by EVT Energy to Brindabella Christian College, will provide ZNE Clean Energy to Boston Dynamics' SPOT for all recharging and Brindabella Christian College's Central Campus.
Brindabella's complete Zero Net Energy (ZNE) journey of clean energy on an educational platform is now home to SPOT, the Worlds Leading Autonomous Commercial Robot, now imbedded with AI.