UNUSUAL weather patterns this year could lead to a delayed and more gradual change of colour for the UK’s trees this autumn, forestry experts have said.

A wet spring with lots of sunshine in June and September as well as the end-of-summer high temperatures could mean leaves stay red, gold and orange for longer, giving people more time to enjoy nature’s “splendid transformation”.

An unusual heatwave in September could also mean that leaves stay green for longer, as it is the shorter days and cooler evenings that cause the green chlorophyll to disappear, revealing autumnal colours which are produced by sugars in the tree.

The above average rain in March, which was the sixth wettest since records began, has given the trees plenty of fuel to grow, with the subsequent sunshine providing a “good growing season” that could lead to a more “gradual and enchanting” shift in colours, Forestry England said.

Andrew Smith, Westonbirt Arboretum director said: “It’s amazing to see how all the different factors come together to create autumn colour every year.

“While the wet spring and reduced sunshine may bring delightful surprises, other elements also play a significant role.

“Factors such as genetics, tree species, elevation, and local climate conditions all contribute to the magical spectacle.

“This combination ensures that the intensity and timing of the autumn colours remain a wonderful mystery every year.”

Scottish Forestry is currently working with a range of partners to help protect and restore Scotland’s rainforest, located down the west coast of Scotland.

Facilitating broad co-ordination and action, they hope to develop a strategic approach to restore and expand the rainforest.

These native woodlands are internationally important with some of the world’s rarest bryophytes and lichens found amongst its trees, boulders and ravines.

The rainforest consists of ancient oak, birch, ash, native pine and hazel woodlands. The high levels of rainfall and relatively mild year-round temperatures gives the woodlands their unique characteristics.