The first time Laura Muckenhoupt felt a glimmer of hope after the death of her 22-year-old son Miles was the drive home from the Washington state facility that had turned his body into hundreds of pounds of soil.
"We're going to grow him," she remembered thinking. "We're going to grow him, and we're going to continue to be his parents and his sister and his friends."
Human composting turns bodies into soil by speeding up "what happens on the forest floor," according to Tom Harries, CEO of Earth Funeral, the human composting company the Muckenhoupt family worked with.
"What we're doing is accelerating a completely natural process," Harris told CNN. Human composting is emerging as an end-of-life alternative that is friendlier to the climate and the Earth — it is far less carbon-intensive than cremation and doesn't use chemicals involved to preserve bodies in traditional burials.
Tap the link in @cnn bio for more.
📸 : John Naccarato/Earth Funeral
Innovation in sustainable construction is entering a decisive phase as technologies for decarbonising the built environment mature. New materials, digital workflows and renewable fuel systems are converging to reduce the carbon footprint of construction and align the sector with net zero carbon objectives. Johnson Matthey’s deployment of biomethanol technology in China demonstrates how scalable low carbon building solutions can reshape global supply chains through sustainable building practices and circular economy principles.
Architects and engineers are re-evaluating Whole Life Carbon and Whole Life Carbon Assessment impacts across retrofit and redevelopment projects. London’s Bell’s Yard retrofit and Stratford’s Ash Mews transformation exemplify sustainable building design that integrates life cycle thinking in construction with eco‑design for buildings to limit demolition waste and improve resource efficiency in construction. The shift from new‑build excess to adaptive reuse illustrates low impact construction driven by whole life carbon assessment and lifecycle assessment methodologies.
Artificial intelligence is now embedded in project scheduling, lifecycle optimisation and performance monitoring. Data‑led tools are refining sustainable material specification, supporting carbon footprint reduction and enhancing building lifecycle performance. Digital integration is accelerating environmental sustainability in construction, helping project teams measure Life Cycle Cost and improve the environmental product declarations (EPDs) of green building materials and low carbon construction materials.
The transition remains uneven. Illegal waste practices and fragmented standards continue to hinder circular construction strategies and the evolution of carbon neutral construction. Progress depends on aligning finance, regulation and design around a coherent Circular Economy in construction model. Achieving true sustainability will require net zero whole life carbon frameworks, consistent BREEAM and BREEAM v7 adoption, and deeper commitment to eco‑friendly construction and sustainable architecture. When such measures become mainstream, green construction will define the language of sustainable urban development and transform the environmental impact of construction worldwide.
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