Hunt for rare daffodils that are slipping from history

Three bright yellow trumpet-shaped daffodils can be seen against a carpet of vibrant yellow daffodils growing on grassland
Yellow trumpet-shaped daffodils are a familiar sight in spring [Getty Images]

Rare British daffodils may be hiding in plain sight in gardens and parks and experts want to track them down.

They have drawn up a wanted list of long-lost varieties linked to local places, such as the vibrant "bonfire yellow" daffodil associated with bonfire nights in Sussex.

Rare varieties could be lost if they're not found and cared for, said Gwen Hines of the plant conservation charity, Plant Heritage.

"There's the joy that they bring to all of us in the springtime ... and also, in the future, they might be important for medicines for science," she said.

A pot of daffodils growing in an alpine house at RHS Wisley. The yellow flowers are an unusual "hoop" shape.
Daffodils - or narcissus - come in all shapes and sizes, such as these unusual delicate hoop-shaped flowers [BBC]

Believed to have been brought to Britain by the Romans, daffodils are a source of galantamine, a treatment for Alzheimer's disease.

The much-loved plants have been bred for centuries and now come in a dazzling array of about 30,000 different shapes, sizes and colours.

Most daffodils are yellow but some are white, orange and salmon-pink.

The gardening charity, the RHS, is asking for help in finding rare and missing daffodils that are feared lost to history and science.

The Sussex Bonfire

A picture of a rare or missing daffodil known as the Sussex bonfire. The daffodil is a very bright yellow with orange in places.
This is thought to be the only known picture of the Sussex bonfire daffodil [Plant Heritage]

The Sussex bonfire is named after the famous bonfire night in the Sussex county town of Lewes.

The daffodil is one of many bred by the local plant breeder, Noel Burr, but has not been seen for at least 20 years.

It is known for its very bright orange-yellow flower.

Sussex horticulturist Roger Parsons hopes it is still growing in a garden somewhere.

"Perhaps someone planted it in their garden and it still exists but our challenge is to find that person," he said.

"Finding this and other daffodils thought to be lost helps maintain those genes for future plant breeding."

The Mrs R O Backhouse daffodil

The picture shows two daffodil flowers from the variety, RO Backhouse. The flowers are ivory-white with a pinkish-yellow central trumpet. They grow against a backdrop of green.
Mrs R O Backhouse has distinctive pinky-yellow trumpet-shaped central blooms [RHS]

This daffodil is one of many bred by the plantswoman Sarah Backhouse. It was named for her by her husband after her death in 1921.

The daffodil is unusual in being one of the first daffodils with a pinkish colour. It has a salmon-pink trumpet surrounded by ivory flowers.

The daffodil is known to exist in national collections but its actual whereabouts are unknown.

The Mrs William Copeland daffodil

The picture shows a daffodil with a very large white flower set against green stems.
This heritage daffodil is known for its large white flowers [bulbs.co.uk]

Daffodils were fashionable in late Victorian and Edwardian times, bred into different shapes and forms.

William Fowler Copeland (1872 to 1953) is a particularly well-known daffodil breeder from this time.

He named this white, double-flowered daffodil after his wife.

An ancient book is open on the table showing daffodils as they looked centuries ago. The books is open at an illustration showing six or seven different daffodil plants of different colours and shapes. Some flowers are yellow and others are white. Some flowers are trumpet-shaped and others are round.
Historical text showing daffodils as they were centuries ago [BBC]

The RHS is also calling on the public to record where and when they see daffodils appearing this spring.

RHS scientist Dr Kálmán Könyves has spent 15 years studying "these remarkably fascinating plants".

He said mapping which daffodils grow where will help us find out how the plants are responding to the changing climate.

"With this we can get some data on whether the flowering time changes as our climate changes," he said.