Chesapeake Bay’s Tangier Island is disappearing due to many different climate phenomena.
Among them are the ice sheets that covered North America tens of thousands of years ago and melted. Underneath the sheets, inland areas of the country sank. In turn, that propped up areas on the other end, like Chesapeake Bay. Like a playground seesaw, when the sheets melted, the inland areas rebounded upward, and the bay sank back down. It’s been subsiding since.
There’s also climate change-induced sea level rise causing ocean and bay waters to increase in volume. Emissions trap heat in the atmosphere, which then melts ice caps that feed more water into the Atlantic Ocean that feeds Chesapeake Bay.
“Eventually it’s going to affect a lot more people than it already affects. People don’t really pay much attention to it until it really affects them,” said Mayor James “Ooker” Eskridge. “The climate is definitely changing and changing fast … you’re going to need to adapt. If you’re unable to adapt you are in trouble.”
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✍️ Charles Paullin
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Sustainable construction is entering a results-driven phase defined by measurable performance rather than ambition. The UK’s £50 million investment in critical minerals strengthens the foundation for low carbon design and net zero carbon buildings, recognising that whole life carbon and embodied carbon in materials must be tracked from extraction to end-of-life reuse in construction. This alignment of industrial policy with environmental sustainability in construction reflects an emerging framework for whole life carbon assessment and lifecycle assessment within both infrastructure and residential building sectors.
Smart energy autonomy is accelerating the transition to energy-efficient buildings. Compact domestic battery systems and renewable energy integration demonstrate the expanding circular economy in construction, where resource efficiency and sustainable building practices are reshaping how homes are valued and retrofitted. Scotland’s rapid adoption of heat pumps and solar systems suggests growing confidence in sustainable building design, yet public perception of low carbon construction materials and life cycle cost remains a barrier to wider uptake.
AI-assisted planning systems within local authorities mark a critical step in digital transformation. By tackling administrative delays, these tools support sustainable urban development grounded in eco-design for buildings and verifiable environmental product declarations (EPDs). Parallel investment in green skills, including a £1 million apprenticeship initiative from Royal Mail, signals overdue recognition of the labour force’s role in achieving net zero whole life carbon performance.
The sector’s focus is shifting toward circular construction strategies, sustainable material specification, and quantifiable reductions in the carbon footprint of construction. Green construction now depends less on aspirational branding and more on comprehensive life cycle thinking in construction, where building lifecycle performance becomes the measure of success. With BREEAM and the upcoming BREEAM v7 reinforcing these standards, sustainable design is no longer optional but central to carbon neutral construction and genuine decarbonising of the built environment.
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