"If pollinators designed gardens, what would humans see?" Over a video call, the London-based artist Alexandra Daisy Ginsberg is talking about "Pollinator Pathmaker," an online tool she developed that allows users to design gardens for the benefit of pollinating insects, such as bees — many species of which are facing extinction. The planting designs are generated using an algorithm that prioritizes flowering plants that pollinators like to feed on, and the project has resulted in flower-filled gardens around the world, which Ginsberg calls "living artworks."
The project is one of many on show at "More than Human," an exhibition at the Design Museum in London, running until October 5. Exploring the interconnected relationship between humans and animals, plants and other living beings, the exhibition showcases ideas for how to live in better harmony with the natural world.
Bees and other pollinators, such as butterflies, wasps and hummingbirds, are essential for maintaining biodiversity and the health of the Earth's ecosystems. But bee populations have been declining.
"One of the main causes of declines (of pollinators) is landscape change and the decline of flowers in anthropogenic landscapes," said Harland Patch, an assistant research professor in the department of entomology at Pennsylvania State University and co-author of "The Lives of Bees." Scientists attribute the loss of natural, biodiverse habitat to climate change, pollution, pesticides and human-driven development.
Read more at the link in @cnnstyle's bio.
📸: Irina Boersma; Royston Hunt/Courtesy Alexandra Daisy Ginsberg Ltd; Harland Patch; Luke Hayes/Courtesy Design Museum; Maiju Suomi; Courtesy Layer; Gamaliel Mendez Garcia/SFER IK Museum; SFER IK Museum
The policy shift repositions sustainable construction as a driver of fiscal strength and climate resilience. Rachel Reeves’s proposed investment in infrastructure signals a broader commitment to environmental sustainability in construction, reinforcing the necessity of eco-friendly construction and low carbon design at scale. Emerging digital tools, including AI-driven governance systems, are expected to slash the carbon footprint of construction and support energy-efficient buildings by allowing early-stage testing of embodied carbon scenarios and whole life carbon impacts.
Societal attitudes are evolving toward acceptance of new solar and wind projects as part of a net zero carbon buildings strategy. Innovation in low embodied carbon materials, renewable building materials, and circular construction strategies strengthens the link between sustainable material specification and end-of-life reuse in construction. This transition fosters eco-design for buildings that integrate resource efficiency in construction with breeam and breeam v7 frameworks, ensuring sustainable building design meets international benchmarks in carbon footprint reduction and whole life carbon performance. Public support for clean energy infrastructure has accelerated this cultural shift.
The convergence of policy, investment, and public consent marks a shift toward a circular economy in construction, where sustainable building practices, green building materials, and sustainable design define the next phase of carbon neutral construction. The UK’s adaptation to a climate‑altered reality is positioning sustainable architecture and green construction not as niche disciplines but as the measurable foundation for net zero whole life carbon futures.
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