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Plantlife Cymru
Did you know that Mistletoe, like a number of our native plant species, is actually a parasite?
Discover this Christmas classic’s unusual way of surviving, alongside a host of other fascinating parasitic plants, in this in-depth read from Robbie Blackhall-Miles and Lizzie Wilberforce.
Thanks to its association with Christmas, and its appearance on cards and decorations, Mistletoe is probably one of our most recognised native species. This association also means that the ‘kissing plant’ is also harvested in huge volumes each year for seasonal decorations. That tradition probably derives from a long history of use in ritual, which may have started with Celtic druids.
It’s seen variously as a symbol of fertility, love, and peace across European cultures. However, the kissing tradition itself appears to have developed more recently, perhaps in the 18th century.
But what of the plant in the wild? Although it has a widespread distribution in the UK, it is quite rare in many areas. Its greatest abundance is strongly clustered around the Welsh-English border areas.
In fact, it’s also the county flower of Herefordshire, where you can find our Joan’s Hill Farm Nature Reserve. Here, it is strongly associated with the area’s fruit orchards, although it grows on a wide range of deciduous trees such as poplars and limes as well as orchard species.
Mistletoe is an ‘obligate hemi-parasite’ of the trees on which it grows: that is, it doesn’t just grow on trees as a physical host. It actually can’t survive without the biological symbiosis it has with the host tree, although it does also photosynthesise. So how does that relationship work?
Mistletoe produces seeds in white berries – itself unusual, being our only native plant with truly white berries. The seeds are spread through the landscape by birds, such as thrushes (via their droppings) and Blackcaps (which move seeds mechanically on their bodies).
Both routes allow seeds to stick to new tree hosts, where if the location is suitable, they germinate. The young emerging seedlings are photosynthetic, and so at this early stage they are not dependent on the tree.
As the seedlings grow, some shoots penetrate the bark of the tree and connect with the tissue beneath- the beginnings of the parasitic relationship. In the plant’s first year, its connections with the tree’s tissues already provide it with water and crucial mineral nutrients.
It’s only then, over the following few years, that the plant very slowly begins to grow. Mistletoe is a long-lived perennial.
Parasitism is a form of symbiosis where one partner benefits at the expense of the other. Mistletoe thrives on account of the tree, but the reverse is not true. If a tree has a lot of Mistletoe, it can eventually affect the tree quite severely, impeding growth, and for example, making it more susceptible to drought as a result of water loss.
Parasitism has evolved multiple different times across the plant world. The largest flower in the world, Rafflesia arnoldii, is the flower of a parasite. There is a parasitic conifer, Parasitaxus usta, that grows in New Caledonia, and Hydnora africana looks like it comes from a scifi movie.
In the UK we have a wealth of parasitic and hemi parasitic plants that gain nutrients directly from other plants as well as a whole bunch of plant species that rob their nutrients either fully or partially from fungi.
Find out more about Mistletoe, including where to find it, how to identify it, and even more interesting facts and stories about this parasitic plant.
The beautiful mountain plant, Rosy Saxifrage, has returned to the wild in Wales after becoming extinct in 1962.
Discover the gnarled woodlands on the wildest peaks in Wales, as Robbie Blackhall-Miles reveals the secrets of Eryri’s miniature but magical Juniper forests.
The Wild Leek has been a symbol of Wales for so long that its stories date back to St David himself.
In 2022 Lizzie Wilberforce took up the challenge of trying to learn some of Britain’s most common moss and liverwort species, near her home in damp, mossy west Wales.
‘Inspired by Lief Bersweden’s Couch to 10 Mosses on Twitter, I decided to give it a go and independently teach myself some mosses and liverworts out on my walks.
I have always been interested in identifying plants, even as a child. As an adult, I’m now able to identify most common species on my patch, but still with a huge amount still to learn. Bryophytes, known as mosses and liverworts, were even more of a mystery to me.
I’d always appreciated the aesthetics of their soft cloaks of green that envelop damp woodland, and the sheer resilience of the small, tufty species eking out a living in the harsh conditions of our sun-baked stone walls.
Naming them, however, always felt like an art that was out of my reach.
The first step is to spot just 1 or 2 interesting but abundant species when out for a walk, and to then bring home a very small piece of them to ‘key out’ – using an ID guide to identify the species.
Here are some tips which have helped me, for when you’ve spotted your first moss species.
Don’t be intimidated! Mosses and liverworts have a bit of a reputation for being tricky, but it’s great fun when you get into it. Looking a bit closer through a hand lens also reveals whole new levels of intricacy and beauty in these glorious plants.
These 2 publications have been incredibly helpful as ID guides: the British Bryological Society’s ‘Mosses and Liverworts of Britain and Ireland’ has been my go-to book for keying samples out, and of course a hand lens is vital.
I’ve also found that the Species Recovery Trust’s booklet ‘A Field Guide to Bryophytes’ has been helpful for quickly spotting some of the most common species I was likely to encounter based on habitat.
Going wrong and getting stuck has been an inevitable part of being a beginner. I’ve found that the Google Lens mobile phone app – whilst it does a poor job of species identification, can sometimes do enough to point me in a new direction if I’ve gone wrong early in the key.
A guidebook will take you to the right species, but it won’t always tell you which one or two features are the easiest to spot in the field – an expert will help you learn that shortcut much more quickly.
My county recorder, Sam Bosanquet, has been incredibly patient and helpful. Your local county recorder could have access to distribution maps such as Sam’s Carmarthenshire County Flora, which are a good sense check – find your county recorder here.
I’ve also recently joined the British Bryological Society, which gives me access to supportive recording groups and events.
I’ve also had to accept that my learning is seasonal – but one of the great things about mosses and liverworts is that it has provided me with new things to do in the tail ends of the year.
Sometimes it’s felt like one step forward and two steps back, with long names and complex features that I struggle to keep in my brain. However, embracing it as a slow process has meant it’s always stayed fun.
I’m gradually getting better at recognising some of the commoner species in the field, and every now and then, I’m even filling in a gap on the distribution maps – which help protect these species for the future.
Bryophytes desperately need more advocates and recorders. So, if you’ve ever thought about giving it a go, but thought them a bit intimidating- don’t! Set yourself a target of 10 and give it a go. Who knows where it’ll take you next?‘
Thuidium tamariscinum has a name that is a little tricky to commit to memory, but its wonderful complex fern-like structure is very distinctive. It’s abundant in my local woodlands and hedge banks, and is one of the first mosses I learned to recognise in the field.
Plagiochila asplenioides, a large leafy liverwort that was one of the first to catch my attention on local road verges.
Discover the names of temperate rainforest mosses which could be in woodlands near you!
The sun is shining, the days are longer and our green fingers are ready to get stuck back in to some spring gardening.
Getting out and looking for fungi can be a great way to connect with nature and discover more about this amazing kingdom. Here our Specialist Botanical Advisor, Sarah Shuttleworth, gives her top tips for finding fungi!
Recent studies have revealed that there's so much fungi out there that we don't know about. But how do we know this? Rachel Inhester, from our science team, tells us why.
Sam Jones
Plantlife’s Cairngorms Project Manager Sam Jones reveals how a tiny flower in Scotland is fighting back against extinction in the UK, and what we’ve learnt about this mysterious wee plant.
I’ve been spending a lot of time reading what little information there is on One-flowered Wintergreen, Moneses uniflora, doing site visits, and chatting with other experts. I’ve been trying to figure out what has caused its sharp decline in abundance and distribution globally, and how we can help prevent it here in Scotland.
The uncomfortable answer I’ve come to is that we still don’t really know all that well. Around 10% of the Scottish population is in the Cairngorms, the rest distributed sparsely across the Highlands. In the last 50 years, I estimate that we’ve lost half of our populations, and of those remaining, only a few are stable or improving. We may soon lose all One-flowered Wintergreen in the UK without intervention.
Thousands of years ago, before significant human alteration to the landscape of Britain, perhaps One-flowered Wintergreen existed in a particular niche. It may have relied on the bare ground made by a wild boar digging for roots in the woodland, or the wood pulp made by a beaver chopping a tree, or the trampled ground under the hoof a mighty Auroch.
In the modern world humans create this niche for them more than animals, and sadly, our modern management of pine woods has favoured it less. Through research and collaboration, we will be able to manage woodlands holistically, providing a mosaic of habitat for One-flowered Wintergreen in Scottish pinewoods, as well as other rare native species.
In Autumn 2023 we translocated 109 individual One-flowered Wintergreen rosettes from two sites in to RSPB Abernethy, reinforcing a tiny relic population. This is a very early trial, as much a learning experience for future work, as it is to improve the condition of the Abernethy population.
I have been cautious to publicise this work, as, given no one has ever translocated One-flowered Wintergreen before (or even worked towards conservation of this species), I was prepared for total failure. However, the good news is, after 9 months at their new site, survival of rosettes remains above 70%. This is excellent for a plant translocation and bodes well for further Wintergreen translocations.
We hope to do more translocations to allow genetic mixing between populations and to rescue them from threatened sites. In addition to collecting plants for translocation, 12 plants went to Royal Botanic Gardens Edinburgh, where they have been working towards understanding the complex fungal interactions which One-flowered Wintergreen relies upon to survive, and in particular, to germinate.
One-flowered Wintergreen is the only member of its genus Moneses, closely related to Pyrola, a group containing the other wintergreens, such as Intermediate Wintergreen (Pyrola media). Sadly, all are rare and in decline.
True wintergreens are partial-mycoheterotrophs, which means that they have an alternative to photosynthesis for acquiring their energy to grow. They can parasitically take sugars and other minerals from fungus in woodland soils.
This ability to uptake energy from the soil as a supplement to their photosynthesis is likely part of why they are so challenging to understand and to propagate in captivity. There have also been suggestions that the presence of specific fungi is necessary for the tiny powder like seeds to germinate.
One-flowered Wintergreen does not seem to have an easily definable niche. It is very rare, only occurring at specific sites, and often isolated to an area a few tens of metres across in a large and apparently suitable woodland.
Recently, we have had some breakthroughs helping us to understand this plant better. Trials of cattle grazing in woodland have yielded rapid recovery in a One-flowered Wintergreen population. Another site was heavily trampled and disturbed in the process of Rhododendron removal, again yielding rapid recovery of Wintergreen. These plants all seem to recover on sites where bare ground, trampled wood, and organic material are present.
On forestry sites, One-flowered Wintergreen appears to grow only along forestry tracks and where the ground has been historically disturbed. A picture is starting to emerge of this species favouring periodic heavy disturbance of woodland soils.
Armed with this information we are providing advice to current land managers. We are also investigating options for a small-scale trial translocation of One-flowered Wintergreen, as much to aid in our learning of the needs of this rare flower, as to aid the genetic resilience of a small and struggling population.
45% of flowering plants are at risk of extinction.
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The peat-rich Flow Country, which our Munsary Peatlands are part of, has been given the same standing as the Great Barrier Reef and the Grand Canyon.
Discover the activities and work that our volunteers in the Cairngorms do with Sam Jones of the Rare Plants and Wild Connections Project.
Learn about why our Munsary Peatlands reserve is being put forward for inscription as the world’s first peatland UNESCO World Heritage Site.
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