🌊 After the marine heatwave of the end of May 2026, the intense temperatures which affected western and central Europe during the third decade of June caused further warming of the surrounding seas.
🌡️ This data visualisation, based on data from the Copernicus Marine Service, shows sea surface temperature anomalies on 29 June 2026. The red and dark red tones 🔴 show areas where sea surface temperatures above the long-term average were recorded.
The largest anomalies reached approximately 6°C in the western Mediterranean Sea, particularly in the Gulf of Lion off the coast of southern France, and in the Ligurian and Tyrrhenian seas along the western coast of Italy.
Sea surface temperature anomalies also increased markedly in the southern North Sea and the Baltic Sea compared with late May.
🛰️ The #CopernicusEU Marine Service data help track the development of marine heatwaves, support the assessment of ocean conditions, and the monitoring of potential risks to marine ecosystems globally.
🔗 Discover our #ImageOfTheDay album via the link in the bio.
Global investment and policy frameworks for sustainable construction are shifting from pilot scale to full implementation. Aberdeen’s partnership with Future Group demonstrates the growing influence of sustainable building design and the financial viability of net zero carbon buildings. Cross-border investment capital is increasingly targeted at low carbon design and large-scale green infrastructure, with investors demanding transparency on embodied carbon and whole life carbon performance.
Andy Burnham’s proposed reform of regional housing and utilities indicates a move towards more accountable delivery of resource-efficient, low carbon housing. Local transition plans tied to infrastructure efficiency reinforce the need for whole life carbon assessment and life cycle cost evaluation, embedding environmental sustainability in construction at the policy level. These changes highlight how sustainable urban development now depends on life cycle thinking in construction rather than short-term cost metrics.
Major contractors on infrastructure projects such as HS2 are integrating lifecycle assessment and circular construction strategies within everyday project management. Waste, safety and embodied carbon in materials are scrutinised together to cut the carbon footprint of construction and support decarbonising the built environment. Companies like MATIQ exemplify circular economy in construction by closing material loops through low embodied carbon materials and end-of-life reuse in construction. Renewable building materials and EPDs strengthen supply chain accountability, while initiatives aligned with BREEAM and BREEAM v7 push the industry towards verifiable carbon neutral construction.
Across finance, policy and technology, the sector is converging on measurable sustainability outcomes grounded in whole life carbon data, building lifecycle performance and circular economy principles. The movement from rhetoric to implementation affirms that sustainable construction is redefining how the built environment is designed, delivered and valued.
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