One of the most unique, diverse, and intelligent sea creatures on Earth 🐙 ...

BBC Earth 2 years ago

One of the most unique, diverse, and intelligent sea creatures on Earth 🐙 An octopus’s brain-to-body ratio is the largest of any invertebrate. They have eight 'mini brains' located in each of their arms and if severed, their arms truly have a mind of their own. They will move around for up to an hour independently after being cut off, and can still regrow. Head over to the link in our bio to read more interesting animal facts with the BBC Earth Fact Files 💚 #EarthCapture by 📸 @xbeiro . . . . #Octopus #Animals #Nature #Photography It was recently brought to our attention that the image of an octopus in our recent carousel was AI-generated. To maintain the integrity of our content, we’ve removed the post and re-uploaded a new set of images. This was an honest mistake, and we’ll do our best to avoid this at all costs moving forward.

layersDaily Sustainability Digest

Published about 4 hours ago



London’s £41m funding boost for a Thames-side heat network underlines a critical shift in sustainable construction: decarbonising the built environment now depends on infrastructure that addresses whole life carbon, operational energy and life cycle cost together. Capturing industrial waste heat to supply up to 650,000 homes supports net zero carbon buildings, energy-efficient buildings and sustainable urban development at district scale. With UK energy bills rising, waste heat recovery is becoming a core test of environmental sustainability in construction, not a niche retrofit measure.

Proposed data centres in the East of England have intensified scrutiny of the carbon footprint of construction and long-term building lifecycle performance. Campaigners claim annual emissions could exceed those of Luton Airport, raising urgent questions over power demand, heat reuse, embodied carbon in materials and the environmental impact of construction. Planning authorities will need stronger whole life carbon assessment requirements to determine whether such schemes can align with net zero whole life carbon, low carbon design and credible sustainable building practices.

A UN-backed taskforce seeking to unlock climate adaptation finance reinforces the need for sustainable building design, eco-design for buildings and life cycle thinking in construction. Flood resilience, passive cooling, water management and heat-safe public space are becoming baseline requirements for green infrastructure and low carbon building delivery. The sector’s next phase must move beyond certification alone, including BREEAM and BREEAM v7, towards lifecycle assessment, circular economy in construction, low embodied carbon materials, environmental product declarations (EPDs), sustainable material specification and end-of-life reuse in construction.

António Guterres’ warning that fossil-fuel expansion “defies science, economics and common sense” sharpens pressure on developers, designers and supply chains still reliant on carbon-intensive heat, logistics and materials. Green construction, eco-friendly construction and carbon neutral construction will depend on low carbon construction materials, renewable building materials, circular construction strategies and resource efficiency in construction. The industry’s priority is clear: deliver buildings and infrastructure that waste less energy, reduce embodied carbon, withstand climate risk and avoid outsourcing emissions beyond the site boundary.

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