Read the latest magazine Climate Change Industry News How Climate Change is Impacting Roofing Specification 20 February 2025 WITH RECENT changing and dynamic weather conditions, roof tile manufacturer Russell Roof Tiles is urging the sector to consider the impact of climate change on roofing specification. Over the last decade, the UK has experienced a huge change in climate and resulting fluctuating temperatures, creating complications for the construction industry, and requiring specification guidelines to be reassessed. Recently, January defied expectations and became the world’s warmest on record with temperatures 2.0°C above predictions, despite forecasts for a cooler start to 2025. This came after a record-breaking end to 2024, with southern England seeing its wettest autumn since records began in 1836. As construction output surges, encouraged by the government’s target to build 1.5 million new houses in the next five years, it is even more crucial that extreme weather conditions are considered when designing and constructing all components of a building – including the roof. Mark Parsons, Russell Roof Tiles Technical Director Mark Parsons, Technical Director at Russell Roof Tiles comments: “A building’s location, structure and use, alongside regional weather trends, are some of the biggest factors to consider when specifying a roofing solution. “The major shift in climate in the last few years means that solutions that may have worked previously to combat extreme weather conditions might no longer be effective. Current weather patterns must be considered during the specification process to avoid the installation of unsuitable roof products and ensure optimal performance and safety for occupants.” Climate Change Impact If specified incorrectly, severe weather patterns can significantly influence the longevity and performance of roofing systems. Prolonged exposure to harsh climates, such as excessive sunlight, heavy rainfall, and high winds, can lead to costly wear and tear overtime. While strong winds are the most common weather condition to affect roofing – causing uplift, dislodging tiles, and damaging structures – excessive sunlight, heat, rainfall, and ice can be just as detrimental. A well-designed pitched roof will protect a structure from solar radiation during warm weather, ensuring the building doesn’t overheat. While in cold spells it can successfully protect against wind-driven rain and snow. When considering materials and components for new builds or re-roofing projects, it is essential to choose products with a proven track record from a reputable manufacturer. Specified products must also be made from durable, high-quality material to ensure they can withstand all weather conditions. For example, many Dry-Fix roofing accessories on the market contain plastic, so when we experience sustained high temperatures, these components can become damaged. “Russell Roof Tiles works with architects, specifiers, and planners to consider all the relevant design factors and features needed from our products,” says Mark. “We examine the geometry and the site location in conjunction with exposure, roof pitch and rafter length when assessing the roofs’ long-term ability to withstand the unpredictable British weather.” >> Read more about Russell Roof Tiles in the news Previous article Trustap and BookaBuilderUK Partner to Modernise Safety in Home Improvement PaymentsNext article MCRMA Membership Expands with Four More New Members Share article You may also like View all News Climate Change +3 19 January 2026 Rising to the Challenge of Extreme Weather Climate Change +3 14 October 2025 Fears Rising Over Impact of Climate Change on Site Safety Awards and Events +3 5 August 2025 BriggsAmasco Recognised for Commitment to Environmental Best Practice Climate Change +3 22 January 2025 Iconic York Minster Installs Solar on Roof Sign Up to Roofing Today Stay up to date with all of the latest news from Roofing Today by signing up to our weekly Bulletins… Sign Up Today Get in Touch Check out the latest issue 123 March-April 2026 View Now Past Issues Get in Touch