Ice creams, frozen desserts and super-chilled sodas take on a new appeal in sticky summer heat. As climate change drives hotter temperatures, Americans are consuming more and more of them, new research finds, with worrying health consequences.
There is plenty of evidence climate change will shape food availability and quality, leading to shortages, price increases and even affecting nutritional value, said Pan He, a study author and a lecturer in environmental science and sustainability at Cardiff University. But far less is known about its effects on what we choose to eat and drink, she told CNN.
The researchers scoured US household food purchasing data between 2004 to 2019 allowing them to track the same families over a long time. They then compared purchasing decisions with regional weather data, including temperature and humidity.
As temperatures ticked up, people consumed more sugar, mostly in the form of sugar-sweetened drinks such as soda and juice, according to the study published Monday in the journal Nature Climate Change.
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Sustainable construction is entering a decisive phase as regulation replaces rhetoric across architecture, engineering and infrastructure. The sector is adopting a measurable framework for environmental sustainability in construction, centring on whole life carbon assessment and verified data on embodied carbon in materials. Leading architecture firms have introduced a sustainability standard for glass, signalling that eco-design for buildings is advancing beyond marketing claims to measurable low carbon design outcomes.
Rising scrutiny of plastics in the built environment now combines lifecycle assessment and health-based evidence, accelerating the shift towards renewable building materials and circular economy in construction strategies. This evolution of sustainable building design aligns with the broader adoption of sustainable material specification and environmental product declarations (EPDs), ensuring that the carbon footprint of construction is tracked transparently across every stage of the project.
The incoming UK government faces intensifying pressure to clarify policy on retrofit funding, embodied carbon reporting, water resilience and the energy efficiency of data centres. Severe drought warnings and pressure on urban water systems underscore the urgencies of resource efficiency in construction and green infrastructure investment. These are becoming core metrics in whole life carbon accounting and life cycle cost evaluation, critical to achieving net zero carbon buildings and future-proofing green construction ecosystems.
Innovations in geothermal and renewable energy sources are redefining net zero whole life carbon trajectories, potentially transforming energy-hungry sites into models of carbon neutral construction. Low carbon construction materials and digital performance tracking are now integral to sustainable building practices and the broader decarbonising of the built environment.
The convergence of materials innovation, circular economy frameworks and decarbonised heat is reshaping sustainable architecture as a high-performance discipline. Industry leaders increasingly see sustainability not as compliance but as the essential business model for sustaining life cycle performance, achieving net zero carbon, and guiding the next generation of low-impact construction.
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