Georgina Rannard

Georgina Rannard reports on how climate change and scientific research are reshaping daily life, weather patterns and the natural world. She is a climate and science correspondent in the BBC News climate and science team, working across digital articles, radio programmes and TV explainers on global warming, biodiversity and wider environmental science. Her coverage is built on close engagement with climate data and research, then translated into clear stories about what is changing, why it matters and who is affected.

UK climate extremes and changing weather

Rannard’s recent reporting tracks how climate change is transforming the UK’s weather from occasional extremes into a new baseline. In her coverage of Met Office assessments, she sets out rising temperatures, record-breaking seasons and the sharp increase in very hot days and nights as evidence that the country’s climate is “on the move”. She uses specific figures and long-term datasets to show how conditions that were once rare now occur routinely, and how this shift affects infrastructure, health and everyday life.

Her work on extreme weather emphasises that these changes are not abstract trends but lived experience across different parts of the UK. She highlights contrasts between regions, the frequency of record events and the way recent years cluster among the warmest on record. In explaining these findings, she keeps the focus on what the data means for people and systems, rather than only on technical detail.

Beyond temperature, she brings in rainfall and storm patterns, linking heavy rain and flooding risk to broader climate dynamics. This strand of her beat positions her as a reporter who specialises in making national climate assessments understandable and relevant to audiences who are experiencing these shifts in real time.

Nature, biodiversity and species under strain

A second core thread in Rannard’s work is the impact of environmental change on wildlife and ecosystems. She has reported on orangutans pushed toward extinction by habitat loss and extreme rainfall, setting out how deforestation, changing weather and conservation efforts intersect. In audio and digital pieces, she brings together scientists, conservation workers and affected communities to show the layered threats facing iconic species.

Her coverage also follows marine environments, including the use of artificial reefs created from old ships and other structures. In these explainers she asks whether such interventions genuinely benefit ocean life, weighing ecological benefits against risks such as pollution or altered habitats. She uses field reporting and expert interviews to describe what happens under the surface when human-made structures become part of marine ecosystems.

In work on bees and pollinators, Rannard sets out how intensive agriculture, pollution and rising temperatures combine to threaten wild bees and, by extension, food systems and broader biodiversity. She traces three long-term trends driving the decline and connects them to wider climate and land-use change.

Across these stories, she consistently links species-level impacts to systemic pressures, making biodiversity loss a tangible consequence of economic and climatic decisions.

Climate, consumption and everyday choices

Rannard frequently examines how individual and collective choices contribute to emissions and climate outcomes. In programmes on beef consumption, she explains why cows have a high carbon footprint, unpacks misinformation circulating online, and explores what alternatives exist for people who want to cut their impact while still enjoying meat. She frames the issue through one person’s extreme diet and then broadens out to global trends and scientific assessments of livestock emissions.

In another strand, she looks at how having children features in calculations of personal climate impact. Drawing on academic research, she sets out how lifestyle decisions such as flying, driving and family size compare in terms of emissions, and how future policy and net-zero commitments could change these balances. Her reporting treats the topic as both a scientific and ethical debate, while grounding it in the numbers that underpin different scenarios.

Rannard also covers youth climate litigation, explaining why young people are turning to courts to push for stronger climate action. She explores legal arguments, the role of precedent and the emotional drivers behind these cases, connecting courtroom strategies to wider movements for climate justice. This part of her beat sits at the intersection of law, policy and personal agency, and shows her interest in how climate science translates into social and political action.

Frontier climate science and environmental debates

Beyond impacts and behaviours, Rannard reports on frontier debates in climate and environmental science. She has followed the deep-sea mining question over several years, examining proposals to exploit minerals on the ocean floor and the scientific concerns about disturbing little-understood ecosystems. Her coverage sets out the technological, economic and ecological dimensions of the issue, and gives space to arguments from both industry and environmental advocates.

She also covers technological advances in climate research, such as the deployment of large drones over Antarctica to map ice and environmental change. In these explainers she describes what such missions are measuring, how the data feeds into climate models, and what it reveals about polar regions and their role in the global system.

Her work often uses concrete examples of instruments and field campaigns to illustrate how climate science is conducted.

Across these pieces, Rannard’s focus is on making complex science and contested proposals understandable to a broad audience without losing nuance. She draws on interviews with researchers working in difficult environments, from the Niger Delta to polar regions, showing the practical realities behind scientific findings.

Taken together, her body of work positions her as a specialist in climate, biodiversity and environmental science who connects detailed research to everyday impacts, political debates and long-term risk.