The UK has experienced five heatwaves in 2026, with the BBC Weather Centre forecasting a possible sixth in September. Two-thirds of England and all of Wales are in drought. These are not isolated events — they are part of a warming trend that the Met Office projects will continue, with hotter drier summers and more intense rainfall in winter.
Natural burial grounds are more exposed to these changes than any other type of burial site. A conventional cemetery is largely paved and manicured; a natural burial ground is a living ecosystem. But this exposure is also an opportunity: well-managed natural burial sites are carbon sinks, biodiversity reserves and climate-adapted landscapes — and the sector is beginning to manage them as such.
Quick facts
| 2026 heatwaves | Five so far, sixth possible in September |
| Drought status | Two-thirds of England, all of Wales |
| Sector response | Drought-tolerant species, autumn planting, water harvesting |
| Carbon benefit | Woodland burial sites sequester carbon in trees and soil |
The challenge: living landscapes face a changing climate
A natural burial ground is designed to become a permanent habitat — woodland, meadow or mixed — that is managed in perpetuity for biodiversity. This is what makes it environmentally valuable, but it also means the site cannot be protected from weather the way a building can. When a heatwave hits, the trees, grasses and wildflowers experience it directly.
The sites that are coping best are those that anticipated this shift several years ago. In our verification conversations, we are seeing a clear pattern: the most climate-aware burial grounds have already changed their planting lists, their watering infrastructure and their management calendars. The ones that have not are now having to adapt reactively — replacing dead trees, reseeding failed meadow areas and managing visitor expectations when the site looks brown rather than green.
What is changing in practice
Species selection
The most visible change is in tree species choice. Sites that once defaulted to oak and ash are now planting more silver birch, rowan and field maple — drought-tolerant natives that cope better with hot, dry summers. Ash has been further displaced by ash dieback disease. Some sites are also experimenting with species from slightly further south in Europe, though most remain committed to UK-native species to protect local biodiversity. For a detailed guide, see our article on climate-resilient memorial trees.
Planting calendar
Autumn planting, once optional, is becoming standard. Planting a memorial tree in October or November gives it a winter of root growth before the stress of summer. Spring planting is increasingly seen as risky in drought-prone regions. Some sites now only offer memorial tree planting in autumn, with temporary grave markers used until planting season arrives.
Water infrastructure
Rainwater harvesting is appearing at sites that previously relied on mains water or bowser deliveries. Water butts connected to shelter roofs, and in some cases larger storage tanks, allow sites to water young trees during drought without relying on external supply. Our article on water conservation at natural burial grounds covers this in detail.
Visitor management
Sites are adapting their visitor policies for extreme weather — restricting access to fire-risk areas during drought, posting heat safety advice, and shifting ceremony times to avoid midday heat. These are not permanent closures; they are sensible adjustments that keep people and habitats safe.
The opportunity: natural burial as climate action
While climate change presents real challenges to natural burial grounds, it also underscores their value. A woodland burial ground stores carbon in growing trees and undisturbed soil — the opposite of cremation, which releases CO2, or conventional burial, which maintains manicured lawns with fossil-fuel-derived fertilisers and mowing.
A meadow burial ground maintains perennial grassland that avoids the annual ploughing and reseeding of agriculture, keeping carbon in the soil. And both types of site create habitat for pollinators, birds and woodland species at a time when UK biodiversity is under severe pressure.
The RSPB and other conservation bodies have noted that well-managed burial grounds can function as effective nature reserves. The climate crisis makes this role more important, not less.
What families should ask
If you are choosing a natural burial ground and climate resilience matters to you, ask the site:
- Have you changed your tree species list in response to climate change?
- Do you plant in autumn or spring?
- What is your watering policy for young trees during drought?
- Do you have a long-term management plan that accounts for climate change?
- Are you part of any biodiversity or carbon monitoring scheme?
These questions are increasingly relevant, and the best sites will have clear answers. Our directory includes details of each site management approach where confirmed. For guidance on the wider decision, read our article on choosing a natural burial ground.
The role of regulation and the ANBG
The Association of Natural Burial Grounds (ANBG), run by the Natural Death Centre, maintains a code of conduct for member sites. While the code does not currently mandate climate adaptation measures, it does require sites to have a long-term management plan — and climate resilience is increasingly part of what a credible management plan must address.
In our directory, we publish each site's ANBG membership status honestly. We are also beginning to ask about climate adaptation as part of our verification conversations, and will be incorporating those findings into future listing updates.
Frequently asked questions
Is natural burial better for the environment than cremation?
In most cases, yes. Natural burial sequesters carbon in trees and unturned soil, avoids the energy use of cremation (which releases CO2 and mercury), and creates permanent habitat. However, the environmental benefit depends on how the site is managed over the long term.
How is climate change affecting natural burial grounds in the UK?
Hotter, drier summers are causing site managers to shift to drought-tolerant tree species, plant in autumn rather than spring, install rainwater harvesting, and adapt visiting policies during heatwaves. The core principle of natural burial is unchanged, but management practices are evolving.
Can natural burial grounds help fight climate change?
Yes. Woodland burial grounds store carbon in growing trees and undisturbed soil. Meadow burial grounds maintain perennial habitats that avoid the annual soil disturbance of agriculture. Well-managed sites are carbon sinks, not just burial places.
Key takeaways
- Climate change is reshaping how natural burial grounds select species, plant trees and manage water.
- Autumn planting and drought-tolerant native species are becoming standard practice.
- Well-managed woodland and meadow burial sites are carbon sinks and biodiversity reserves.
- The ANBG code requires long-term management plans; climate resilience is increasingly part of that.
- Families should ask about a site climate adaptation plan when choosing a burial ground.