UK climate minister Katie White: COP31 must respond to ‘really scary’ science

COP31 is the next round of international climate talks, scheduled to take place in Antalya, Turkey. Governments use these meetings to discuss how to respond to climate science and reduce global warming. This summit is not the major global stocktake COP held every five years, but White says it still needs to deliver significant progress.

The discussions are expected to cover three linked areas. Countries will consider the latest scientific evidence, practical measures through the “action agenda” and political decisions in a “cover decision”. The Australian presidency has said it will pursue that cover decision. The UK also wants attention on methane emissions, deforestation and electrification.

White says the talks must turn repeated calls for action into delivery. She points to electrification as a key presidency priority, while the UK will try to keep IPCC reports at the centre of discussions. The outcome should therefore connect scientific warnings with concrete national policies.

White says the latest science is frightening because climate change is no longer a distant threat. She describes it as something people are already living through. The warnings matter politically because each new report creates another call for action, while governments must decide how to translate that warning into delivery.

Her evidence comes from recent events. Europe experienced 50,000 excess heat deaths during the summer, while the UK saw extreme heat and wildfires. White visited a fire in Romford and saw homes close to the ashes. She also mentions burnt-out houses in Stourbridge and older people struggling in the heat.

The effects reached everyday routines. Some parliamentary colleagues had to collect children because schools were unavailable. White says the experience marked a shift in the UK, although many countries have faced such impacts for much longer. She wants IPCC reports to guide the talks.

The world is approaching a point where global temperatures temporarily rise above the 1.5°C target. The article does not give a precise date or duration, but it cites a UN warning that an overshoot is now inevitable. White calls the underlying science deeply concerning and says it should shape COP31’s discussions.

The scale of recent harm is already substantial. Europe recorded 50,000 excess heat deaths during the summer. Nepal experienced deadly floods, while the UK faced extreme heat and wildfires. These examples show that climate risks are not limited to future projections or distant places.

The implications extend beyond a single summit. White says every year brings another call to action, but the central challenge is converting that warning into actual delivery. COP31 is not the five-year global stocktake, yet she expects countries to make significant progress using science, action plans and political decisions.

More severe climate hazards can damage homes, interrupt essential services and threaten health. Extreme heat can be especially dangerous for older people. Wildfires and floods can displace families, destroy belongings and make ordinary routines harder. The effects continue after the immediate emergency has ended.

White describes people collecting children because schools were unavailable during the heat. She also saw ashes near homes in Romford and burnt-out houses in Stourbridge. She highlights the difficulty of dealing with insurance afterwards, alongside the loss of homes, photographs and other possessions. These are direct examples of climate damage affecting daily life.

Communities may therefore face both immediate danger and longer recovery costs. Insurance problems can add financial pressure, while damaged services and homes disrupt local economies. White’s broader message is that recent UK events have made climate change tangible. Stronger action is needed to reduce future risks and turn scientific warnings into delivery.

Electrification means using electricity instead of directly burning fossil fuels for activities such as heating homes or powering vehicles. It matters because electricity can become less polluting as renewable sources grow. Moving demand onto cleaner electricity can therefore reduce emissions from buildings and transport.

The article points to heat pumps, electric vehicles and solar power as examples of the UK’s growing uptake. A heat pump uses electricity to provide heating, while an electric vehicle uses it for transport. Solar panels generate electricity without directly burning fuel. These technologies shift energy use toward an electrical system that can increasingly be supplied by cleaner sources.

COP31’s presidency is making electrification a key priority, and White says the UK has seen its biggest-ever uptake in these areas. She links that growth partly to the Hormuz crisis. The challenge is to expand clean electricity and adoption while keeping energy affordable.

The apparent tension is between approving new gas production and pursuing a transition away from fossil fuels. White’s position is that both can coexist within the UK’s policy framework. She says the Jackdaw field is “fully in line” with the country’s carbon budgets, which set limits for national emissions over time.

The article does not explain the field’s precise emissions calculation, production timeline or how its carbon-budget compliance was assessed. It records White’s argument rather than independently testing it. Her broader description is that the UK continues to support moving away from fossil fuels, while remaining within its stated carbon limits.

This makes the issue politically contested. Approving Jackdaw may be presented as consistent with current budgets, but the transition still requires emissions to fall. White points instead to rising solar, electric vehicle and heat-pump uptake, which she says has accelerated during the Hormuz crisis. The article provides no further policy detail.

Greenhouse gases warm the atmosphere because they absorb and re-emit some of the heat leaving Earth’s surface. Carbon dioxide builds up mainly from activities such as burning fossil fuels, while methane is a particularly powerful warming gas released by several human activities. More greenhouse gas generally means more retained heat.

The article does not explain this physical mechanism, but it identifies methane reduction and deforestation as priorities. Cutting emissions reduces the flow of additional warming gases into the atmosphere. Protecting forests helps retain carbon already stored in trees and soils, while deforestation removes that protection and can release carbon. These mechanisms are established climate science beyond the article’s detailed discussion.

White says IPCC reports should form the basis of COP31 discussions. That means policies should respond to measured risks and scientific assessments. The UK’s priorities combine direct emissions cuts with forest protection, alongside electrification. Their importance lies in turning climate warnings into action before further warming increases heat, fire and flood risks.