The Durham Energy Institute’s Advisory Board recently received a stark and urgent warning: a growing wave of climate and energy misinformation is threatening the UK’s journey towards net zero. This isn’t just about a few mistaken ideas; it’s a deeply concerning trend that’s making it harder for people to trust reliable information and is actively being used to undermine crucial efforts to tackle climate change. Imagine trying to build a really important structure, like a bridge, but constantly having people spread rumors that the materials are faulty or the engineers are incompetent. That’s essentially what climate misinformation is doing to our collective efforts to secure a sustainable future.
The core of the problem lies in a significant erosion of public trust. Think about it: a recent study from 2025 indicated that around 70% of people feel that government officials, business leaders, and even journalists are deliberately misleading them. This widespread skepticism creates fertile ground for false and misleading claims about climate change and the shift to cleaner energy. When people are already wary of official sources, it becomes incredibly difficult for them to differentiate solid, scientific facts from outright lies or manipulative half-truths. It’s like trying to find your way through a dense fog – everything looks murky and it’s hard to tell what’s real. This isn’t just a UK problem; global risk assessments are now ranking misinformation right up there with extreme weather and biodiversity loss as top threats for the next decade. Major international bodies like the World Economic Forum and the UN are sounding the alarm, highlighting climate misinformation as a dangerous vulnerability where the world is highly exposed but woefully unprepared. We’re facing a crisis of information, and it’s putting our planet at risk.
To understand how this dangerous phenomenon works, it’s helpful to categorize the different types of misleading information. We often hear “misinformation,” which refers to false information shared without any intention to cause harm – perhaps someone genuinely believes something incorrect and shares it. Then there’s “disinformation,” which is far more insidious: it’s content that is deliberately fabricated or manipulated with the express purpose of deceiving or damaging. Finally, there’s “malinformation,” which is arguably the most cunning – it’s true information, but it’s repurposed or presented in a way that is designed to mislead or cause harm. All these tactics are increasingly being used to sow confusion about the causes and impacts of climate change, to cast doubt on its severity, and, perhaps most dangerously, to undermine confidence in proven low-carbon solutions like wind and solar power. It’s like a coordinated attack on our ability to distinguish fact from fiction, and it directly hinders our progress towards a greener future.
To further unpack these tactics, researchers have developed frameworks like the CARDS taxonomy (Computer Assisted Recognition of Denial and Skepticism). Imagine this as a playbook for those who spread climate doubt. CARDS groups common contrarian claims into broad categories, such as “global warming isn’t happening,” or “humans aren’t causing it.” It also includes claims like “climate impacts aren’t that bad,” “solutions won’t work,” and even “climate science and the climate movement are untrustworthy.” Within these larger claims, you find more specific narratives designed to confuse and delay: “sea level rise is exaggerated,” “clean energy is too expensive or unreliable,” or the classic “there’s no scientific consensus on climate change.” These are the specific arguments that are crafted and spread to make people doubt the overwhelming scientific evidence and the necessity of action. These narratives aren’t just random; they’re often strategically deployed to exploit pre-existing anxieties or political divisions, making them even more potent and difficult to counter.
The most concerning aspect is how this disinformation is increasingly targeting not just climate science itself, but also the very technologies and policies designed to move us away from fossil fuels. Offshore wind, for instance, has become a major “flashpoint.” Well-organized campaigns are actively promoting false or exaggerated claims about wind farms supposedly harming whales and marine life, questioning their safety, noise levels, health effects, and even property values. In some areas, this misinformation has become so effective that it’s the single biggest obstacle to deploying new wind capacity. These campaigns are delaying or even canceling projects that are absolutely critical for decarbonizing our energy supply. It’s like trying to build a new, safer road, but having a vocal group spread false rumors that the road will cause collapses or health problems, bringing the entire project to a halt.
Crucially, this isn’t just a grassroots phenomenon. The Advisory Board heard evidence that adversarial states, political actors, and well-funded networks of think tanks and front groups are actively amplifying polarizing narratives around energy. These groups are pushing everything from outright climate change denial and conspiracy theories to arguments that net-zero policies will devastate economies, threaten national security, or unfairly burden certain communities. Research using the CARDS framework has shown a disturbing trend: a growing proportion of these contrarian messages are no longer just denying basic science but are instead attacking the integrity of climate science and the solutions themselves. This shift is particularly dangerous because it erodes trust in the very institutions and experts who are working to solve the problem.
So, what can be done to combat this flood of misleading information? The session concluded with a range of practical responses for businesses, politicians, and researchers. For renewable energy companies, a key recommendation was to actively invest in accessible and easy-to-understand “myth-busting” and fact-checking efforts at every level, from individual projects to national and international campaigns. It’s also vital for them to be transparent about the trade-offs and uncertainties that naturally come with large-scale projects. Building trust over time means carefully considering the tone of their communication, acknowledging legitimate concerns from communities, and actively co-designing projects with local input. Companies should also work with independent experts and third-party validators to communicate the overwhelming scientific consensus on climate change and the proven effectiveness of clean energy solutions. Perhaps most importantly, tackling misinformation needs to be elevated from a minor concern for project teams to a strategic risk discussed in boardrooms, ensuring it receives proper resources and attention.
Beyond individual companies, industry bodies and civil society organizations were encouraged to coordinate science-based rebuttals to common myths, ensuring a consistent and authoritative voice. They also need to pressure social media platforms to strengthen their policies against climate misinformation and actively support “follow the money” investigations that expose the funding sources behind hostile campaigns. After all, understanding who is funding these efforts is crucial to understanding their motivations and effectively countering their influence. Tools like ClimaVAR, an open-source AI-powered “climate referee,” are emerging to help, flagging claims as accurate, misleading, or false and linking users to underlying scientific sources for rapid fact-checking. This isn’t just about fighting a battle of facts; it’s about rebuilding trust, fostering critical thinking, and ensuring that our collective journey towards a sustainable future isn’t derailed by deliberate deception. The stakes are incredibly high, and addressing climate and energy misinformation is no longer just an academic exercise – it’s a critical component of our global response to climate change.