Sound and noise have a major impact on our ability to focus and communicate, which is why acoustic requirements often feature in green building standards. Acoustic consultant George Edgar evaluated multiple materials, including timber, steel, and concrete, for their sound insulating properties along with their global warming potential. He found that concrete could have a far higher GWP than timber, and walls that incorporated timber outperformed standard steel studs, even when they needed more wall linings to achieve the same acoustic performance.

- University of Leicester and welding specialist TWI Ltd collaborating on a robot-mounted arc-welding system

- Designed to support in-space repair, joining and future orbital manufacturing

A recent study by the Indian Institute of Technology Gandhinagar and Northeastern University highlights how climate change impacts pollination systems in the tropics, Mediterranean, and temperate zones. Using climate projections and simulations across 11 ecological networks, the study indicates that tropical plant-pollinator systems exhibit the highest sensitivity to rising temperatures, while temperate species may cope better. Analysis of conservation strategies to support pollination systems across these regions indicates a failure of a one-size-fits-all template and suggests designing region-specific strategies to effectively protect biodiversity and pollination services in the face of future warming.