Why do penguins waddle?👇🐧 Waddling from side to side as a walking...

BBC Earth 2 years ago

Why do penguins waddle?👇🐧 Waddling from side to side as a walking technique requires a lot of energy, but paradoxically for penguins, it can also help to conserve it. A penguin’s proportions make them well designed for seamlessly diving and gliding through water, but their walk isn’t quite as elegant. As a penguin sways to one side, the kinetic energy of its swing is stored as potential energy, which it then uses to power its next step. By moving in this way, its centre of mass is raised, so their muscles expend less energy to walk. Penguins therefore recover eighty per cent of the energy that they use on each step, which is the highest of any terrestrial animal. For comparison, humans get back around 65% with each step. Studies into penguins’ movement may increase our understanding of gait, and could lead to mobility treatments for humans. #EarthCapture by @myeonghoseo . . . . #WorldPenguinDay #Penguin #AnimalFacts

layersDaily Sustainability Digest

Published about 8 hours ago



Financial institutions are accelerating sustainable construction by aligning lending with measurable environmental performance. Santander UK’s decision to adapt mortgage models for Octopus Energy’s Zero Bills homes integrates credit policy with energy-efficient buildings, translating net zero carbon ambitions into mainstream financial metrics. This shift signals the emergence of whole life carbon assessment as a determinant in property valuation and positions embodied carbon and life cycle cost analysis as standard tools of risk management across the sector.

Digital transformation is amplifying the movement. The Monklands digital hospital project in Scotland demonstrates how offsite manufacturing, lifecycle assessment and connected data platforms enhance building lifecycle performance, minimise waste, and verify embodied carbon in materials. Durham’s adoption of digital planning and assessment tools reflects a broader drive toward resource efficiency in construction and environmental sustainability in construction. Together these initiatives redefine sustainable building design by embedding whole life carbon accountability into design and delivery workflows.

Policy remains an enabling force but the centre of momentum is shifting from government mandates to operational proof. A renewed national emphasis on green affordability and the integration of social equity with decarbonising the built environment are reinforcing the transition toward net zero whole life carbon outcomes. These developments illustrate a maturing circular economy in construction where sustainable building practices, low carbon design and eco-design for buildings converge to deliver verifiable carbon footprint reduction. The industry’s direction is now measurable—kilograms of CO₂, minutes saved, resources reused—evidence that green construction is evolving from aspiration to tangible low carbon building performance.

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