Trees use creative methods like scent, visuals and electricity to communicate with each other as well as to attract pollinators and repel threats.

Trees are essential to both people and wildlife, providing habitats for countless species, storing carbon, reducing flooding and pollution, supporting food production, and improving physical and mental wellbeing.

Trees face a constant battle against pests, diseases and environmental stresses, relying on a delicate balance between growth and defence to stay healthy and survive over the long term

Trees play a vital role in fighting climate change by capturing and storing carbon for centuries, with older, healthy woodlands acting as powerful long-term carbon sinks that support both biodiversity and ecosystem resilience.

Urban trees face significant challenges from restricted rooting space, poor soil conditions, pruning, pollution and heat stress, making survival more difficult than in natural forests and often shortening their lifespan.

Trees are at the heart of thriving woodland ecosystems, providing food, shelter and habitat for countless species while supporting the rich biodiversity that keeps forests healthy and resilient.

Trees naturally grow in ways that maximise stability and resilience, developing balanced trunks, crowns and root systems that help them withstand the environmental forces they face throughout their lives.

Trees have evolved different strategies to survive winter, with deciduous species shedding their leaves to conserve resources and conifers retaining specially adapted needles that withstand cold and drought conditions.

Trees rely on a remarkable water transport system that moves moisture from roots to leaves, enabling growth, cooling and survival even in the tallest trees on Earth.

Trees and forest plants constantly compete for sunlight, with species adapting different strategies to capture light, survive in shaded environments and thrive within complex woodland ecosystems.

Trees use a variety of reproductive strategies, from annual flowering to periodic mast years, to maximise pollination success, spread seeds effectively and improve the survival of future generations.

Trees thrive as part of interconnected woodland communities, sharing resources through root and fungal networks to support one another, strengthen ecosystem resilience and improve their collective chances of survival.