The mistletoe bough and New Year’s Eve

Some of the trees in Trendlewood Park play host to mistletoe, an ancient plant with mythological powers. Mistletoe is easiest to see in winter. when the trees have given up their leaves.

When older trees stand bare against the low sky, mistletoe hangs in their branches like dark thoughts. From the ground it looks an accident: round, self-contained worlds lodged high in the branches like lost balloons. Neither leafless nor quite at home.

Mistletoe growing on a tree in Trendlewood Park.
Mistletoe growing on a tree in Trendlewood Park. [Photograph: Neil Ingram]

In fact, evolution has shaped mistletoe into a highly effective machine for stealing space and water from mature trees. Firstly, there are separate male and female plants, each bearing flowers that produce pollen and fruits, respectively.

Female flowers of mistletoe. [Photograph: Neil Ingram]

These are the female flowers, with their orange stigmas that catch pollen carried by late winter insects in February–March. These early insects are attracted by scent rather than colour. As a reward, the insects receive precious food, at a time when few other nectar foods are available. The seed is held inside a white translucent globe, that is the fruit.

White mistletoe berries. [Photograph: Schnobby, under the Creative Commons Attribution-Share Alike 3.0 Unported license. https://commons.wikimedia.org/wiki/File:Mistletoe_with_berries.jpg]

The seed inside is wrapped in viscin, a gluey substance that stretches into threads when pulled apart. Mistle thrushes, blackcaps, and other winter birds gorge on the pearly berries when little else is available.

Birds wipe the sticky remains from their bills onto a branch, or pass the seed whole, leaving it stuck to the bark like a stain. There it waits, fixed fast against rain and frost, until spring warmth draws it into life. Germination begins not with invasion but with patience.

Mistletoe does not grow on a tree so much as into it. Its seeds, carried there by birds, germinate where they land and push a root-like structure—called a haustorium—through the bark and into the living wood. 

Mistletoe growing into a rowan branch. [Photograph: Neil Ingram]

From there it draws water and mineral salts from its host, tapping the tree’s transport system while still making its own sugars by photosynthesis. It is a hemiparasite: dependent, but not helpless; taking, but also growing greenly on its own account. The host tree bears the cost quietly, ring by ring, while the mistletoe thickens above, each year adding another fork to its slow, spherical architecture.

Gradually, over decades, the tree weakens and will eventually fail, as it plays host to more and more uninvited guests.

A protected Norway Maple tree, heavy with mistletoe. [Photograph: Neil Ingram]

Despite this quiet parasitism, mistletoe gives generously to the wood. Its evergreen leaves offer shelter in winter; its flowers feed early insects; its berries are a crucial cold-season resource for birds. In Trendlewood Park, the thrush that guards a mistletoe clump does so fiercely, chasing off rivals with sharp calls and sudden wingbeats. The plant becomes a defended territory, a winter larder, a node of life when the rest of the canopy is stripped to essentials.

Long before botanists described haustoria and hemiparasites, mistletoe had already rooted itself in British imagination. To the Druids, it was a plant apart, especially when found on oak, rare and therefore potent. Pliny the Elder described how it was cut with a golden sickle and caught in a white cloth so that it never touched the ground, as if earth itself might dilute its power. It was associated with fertility, protection, and the suspension of ordinary rules—a plant that belonged neither fully to sky nor soil, growing between worlds.

Druids cutting mistletoe with a golden scythe in the style of a medieval woodcut.

That sense of being between has never quite left it. Mistletoe grows easily upon apple trees, and in orchards it has a magical significance. Cut on New Year’s Eve and hung in houses, it provides protections against witches and goblins. The old branch, taken down on New Year’s Eve must be burnt.

Hung in gloomy houses at bleak midwinter, mistletoe became a licence for closeness, an excuse for kissing when the year is at its darkest. The custom is gentler than the old rituals but carries the same implication: that life persists, that green things endure, that intimacy and renewal are possible even now.

In Nowhere Wood, when the light is low and the paths are slick with fallen leaves, the mistletoe bough watches from above, evergreen and unapologetic. It lives by taking, but also by giving—food, shelter, stories. It reminds the trees, and those who walk beneath them, that survival is always a matter of connection, and that even the strangest relationships can bind a landscape together.

Happy New Year from Nowhere Wood.

  1. Summarise how the mistletoe plant makes seeds and how these seeds are spread to new trees

Notes on the story

The Apple Tree Man of Nowhere

Apples and the New Year

The shortest day in Nowhere Wood

On the shortest day, 21st December 2025, under heavy skies, the light arrived reluctantly, like a visitor creeping late into a church service, hoping to be unnoticed. It arrived in Nowhere Wood as a diffused light, fading the dark into a gloomy, dignified grey.

The leaf litter lay sodden and heavy, mud tugging at every step with a damp, muffled pull, as though the wood itself were slowing its thoughts.

Nothing much happened, which was precisely the point. 

Robins rehearsed their winter song from the holly trees, thinner than summer, but more earnest. Magpies bustled about, dodging the raven.

Robin, in Nowhere Wood
Robin, in Nowhere Wood. [Photograph: Neil Ingram]

Somewhere deeper in, a squirrel sat high in a tree, eating an acorn. 

A grey squirrel in Nowhere Wood. [Photograph: Andrew Town]

A greenfinch launches an aerial parade, searching up and down for seeds and insects, pecking at the branches of the holly.

A greenfinch in Nowhere Wood on the shortest day. [Photograph: Neil Ingram]

The wood pond lay full to its edges, deep and cloudy, reflecting the grey sky hiding the sun. It is giving little warmth today. There is no wind to disturb the dark surface water, either.

By mid-afternoon the day was already tired. Shadows thickened around the trunks, joining up like old friends. This was the hour when the wood seemed to draw inward, not asleep, not awake, but attentive. If you stood still long enough, you might feel it: a collective pause, the held breath of roots and stones and sleeping insects. The turning point is always quiet. Nothing announces it. There is no drum roll when the year changes its mind.

At 3.03 pm, though no one checked a watch, Nowhere Wood reached its farthest point from the sun. This is the winter solstice.

The sun reached its weakest moment and fell below the surface.  It has stopped retreating. The orbit of the Earth round the sun will slowly draw Nowhere Wood closer to the sun. That is enough, for today. Somewhere beneath the cloudy skies, the trees receive the signal of change and keep it to themselves. Spring is coming!

Day length is not the only cue they use, and the warm wet winter has already drawn hazel catkins and alder into flower.

Hazel catkins in Nowhere Wood on the shortest day. [Photograph: Neil Ingram]

Darkness came early and properly, as it should on such a day. Yet it was not an ending. Lights were lit in the houses beyond the wood. Foxes and badgers began their evening patrols. The slivery moon lifted, pale and weak, took over the night.

In Nowhere Wood, the shortest day passed almost unnoticed, which is how the most important things usually happen. The light had given its least—and that, quietly, is the beginning. From now onwards the days will get longer by about two minutes each day until midsummer’s day in July.

Slowly, slowly, Spring is coming. 

Season’s greetings from Nowhere Wood!

Notes on the story

Spring is coming!

The spring…

This is the first part of a two-part story in the sustainable park series of stories.

First comes the summer rain, after weeks of drought. Then the wet drizzly, misty days, then the powerful storm from the bay of Biscay, and gradually the water table rises from its summer low.

The ancient spring fills and moves to the surface. Two generations ago, this spring fed into a pond where cattle drank. Locals picked water cress from the edges of its clear waters. This spring feeds our ancient oak (See: I bear their homes, too) and the old crack willow.

The old crack willow and the ancient oak in Trendlewood Park. [Photograph: Neil Ingram]

We celebrate the return of the spring like an old friend, as people have done for fifty thousand years or more. Water is our life. We have always known that.

Our spring feeds into a pond that we have built to contain it. Within twenty four hours the pond is full, and life settles down next to it.

All streams and rivers, even the mightiest, start from springs in muddy fields flowing in tiny streamlets, that join together as they travel towards the sea. In the past, people chose to build their homes close to rivers because of their need for water to live and to transport goods from place to place.

Photograph: The river Avon, that flows through Bristol to the Channel, starts life as springs in a field in Acton Turville in Gloucestershire. [Photograph: Derek Harper, https://www.geograph.org.uk/photo/5225584]

People use a lot of water in their homes and businesses, and the water table falls, even in winter. The springs and streamlets can dry up, affecting the flow of rivers. Dryer winters, caused by climate change, can make this even worse.

Rivers and streams are the drainage system of the landscape. When they flow freely, they carry rainwater away from our fields, towns, and roads. Global warming is bringing heavier and more frequent downpours, especially the autumn storms. This means much more water reaches the rivers in a shorter time. If the river channels are blocked by fallen branches, silt, or rubbish, the water cannot move quickly enough. It then spills out over the banks and floods the land around it.

Winter flooding in low lying floods around Nailsea, North Somerset. Small rivers and drainage ditches run next to these fields. [Photograph: Neil Ingram]

Healthy rivers also have space to spread out safely. When wetlands and flood meadows are protected, they act like a sponge. They slow the water, hold some of it back, and release it slowly. If these areas are lost or built over, the river has nowhere to go during a storm. So the extra rainfall caused by global warming becomes a bigger danger.

Keeping rivers clear and giving them room helps both people and wildlife. It reduces the risk of homes and roads being damaged. It also keeps the water cleaner for the plants and animals that depend on it. Maintaining rivers is one of the simplest ways we can prepare for a future with heavier rain.

Some indigenous peoples live by rivers and depend upon them for their survival. They often believe that their rivers are alive in ways that are more than just the lives of all of the organisms living there. These peoples believe that their rivers have rights and should be protected by laws.

  1. What protections do you think rivers should have? Who can protect them?

Notes on the story

Being and becoming in Nowhere Wood

…. and the pond

This is the second part of a two-part story in the sustainable park series.

Every year, the flow of the spring is rather erratic. In some winters it barely registers above ground, in other years it can flood the walkways and paths around the park. To reduce the risk of flooding, the Friends of Trendlewood Park decided to build a permanent pond to hold back the water, reducing the risk of flooding and (hopefully) providing new habitats for wetland creatures.

The pond was to be built next to the old oak and ancient willow, which are listed for protection by North Somerset Council. This means that the construction of the pond needed to be sustainable – with no artificial tools (like earthmovers) or materials (like plastic liners). The pond was to be built the hard way: with lots of manual labour and (mostly) natural ingredients.

Measuring the dimensions of the pond.
Measuring the dimensions of the pond. The ancient crack willow tree is in the background. [Photograph: Simon Stannard]

First, the dimensions of the pond were determined and marked with poles and string.

Digging the foundation of the pond involves a lot of spade work!
Digging the foundation of the pond involves a lot of spade work! [Photograph Simon Stannard]

Then teams of volunteers started the heavy spade work. It took time, but the efforts started to bear fruit.

The pond takes shape.
The pond takes shape. [Photograph: Simon Stannard]

The pond is designed to be tiered into layers. This creates ledges of different depths, that different plants and animals can utilise. It diversifies the habitat and creates new opportunities for animals and plants to live in the pond.

Digging the drainage channel for the pond.
Digging the drainage channel for the pond. [Photograph: Simon Stannard]

An earthen dam has also been built to reduce the risk of the water flooding out of the area onto the path around the park. A drainage channel has been dug into a nearby gulley to take the flood water away. In a rare concession to modern technology, the pipes are plastic sewer pipes. but covered in bentonite clay. We shall see if it can withstand the heavy winter rains.

The pond in November, as it fills after the autumn rains. [Photograph: Simon Stannard]

It has taken over a year to build the pond and we know from last summer’s trial that dragonflies were seen on the dry edges of the pond.

There were plant arrivals, too. ⁠Gypsywort, hop sedge and yellow loosestrife.

New arrivals at Trendlewood Park pond
New arrivals at Trendlewood Park pond. [Photographs: attributions at the end of the story]

It is unlikely that the pond will remain throughout the next year, that will depend on how dry and hot it will be, but it will be interesting finding out.

The Friends of Trendlewood Park Committee would like to thank: North Somerset Council for its permission for us to build the pond and for their ongoing support of the project and whole of Trendlewood Community Park. Nailsea Town Council for its enthusiasm and financial support for the materials needed to build the pond. Linsday Moore for her botanical expertise. Thank you to the many people who gave their time, energy and expertise to work on the project, including the Somerset Wood Recycling (the Green Team), and volunteers from the Wildlife Action Group volunteers, the Belmont Estate corporate workday volunteers and the Friends of Trendlewood Park.

Image attributions:

Yellow loosestrife, Photograph by: NaJina McEnany, under the Creative Commons Attribution-Share Alike 2.5 Generic licence, via Wikimedia Commons,.

Hop Sedge, Photograph by: Quinn Dombrowski, under the Creative Commons Attribution-Share Alike 2.0 Generic licence, via Wikimedia Commons.

‘Creating ponds are ways of increasing the biodiversity of a habitat’. What does this mean, and why is it generally thought to be a good idea?

 

Notes on the story

The sustainable park (1)

The tunnelling armies beneath carpets of gold


It is early November in the park, and carpets of fallen leaves are piling up across the earth in sodden heaps, driven by the autumn winds and rains. The browns of the oak, the sycamore ambers and the golds of the beeches.

A carpet of fallen leaves in Nowhere Wood. [Photograph: Neil Ingram]

Beneath the old apple tree, the king of the orchard, fallen apples lie on top of the leaf-litter, wind-shaken and bruised. Their skins cracked, their flesh softening, their scent faintly sweet but sharp in the still air. To almost every walker, they are simply decaying fruit to be sidestepped or stepped on. But down below, for the mini beasts of the soil, these apples are the food for their futures.

Fallen apples in Trendlewood Park
Fallen apples in Trendlewood Park. [Photograph: Neil Ingram]

These apples, built by the tree from sunlight and salts, now become a banquet for a micro-world. First slugs and woodlice nibble the breaking skins.

As leaves and apple flesh break down, bacteria and fungi colonise. Fungi thread through leaves, breaking tough lignin and cellulose into sugars. Bacteria feed on these sugars and their growth increases.

Then the springtails and mites gather. But the major transformation begins when the earthworms arrive.

In this video from @PlayEarth we can see how apples are consumed by earthworms: in our park, the same players are at work, but working at much slower rhythms.

As the earthworms burrow, they drag down leaves and fragments of apple into the soil, creating tunnels rich in oxygen and moisture. The earthworms grind the material in their guts, making it more digestible for microbial armies.

As they pass through, the earthworms consume the microbe-rich soil, expelling the soil as finely ground particles. Their work accelerates the breakdown of the leaves and apples.

The result? The fallen apples, once crisp and bright, become part of the soil. Nutrients such as nitrogen, phosphorus and potassium return to the ground. The soil structure improves. Tiny pores hold water. Seeds waiting in the seed-bank sense the difference. Saplings in spring find richer soil, more ready to grow.

In our small park, what seems like waste—leaves and fallen apples— are the lifeblood of food webs, cycles and renewal. Life depends on life. The work of the worms and other soil organisms is quiet, unseen, but foundational. Without it, the leaf carpet would build up, decomposition would slow, nutrients would be locked away.  Instead, the earth beneath is alive and renewing, waiting for the spring.

  1. Many people tidy up the fallen leaves from their garden lawns and flower beds. Why might it be better to leave them where they fell? 

 

Notes on the story

Trampling acorns underfoot 

 

 

You might also like to read: 

Trick or treat?

Traveller's joy or OId man's beard. Growing on the edges of the meadow, Tendlewood Park
Traveller’s joy or OId man’s beard. Growing on the edges of the meadow, Tendlewood Park. [Photograph: Neil Ingram]

A traveller on the pathways, weary after many miles of walking, looks up into the hedgerow and sees the silky feathery threads surrounding the dark fruits. The sight brings the traveller an uplifting joy, at least according to John Gerard in his 1597 herbal. He called it ‘travellers joy’.

It has other names. It is ‘old man’s beard’ in Hampshire and Wiltshire and called the delightful ‘Withywine’ in Somerset. Its formal name is Clematis vitalba and it has distinctive flowers and fruits.

Drawings of the flowers and seed heads of Clematis vitalba.

Vitalba means ‘vital’, full of energy. It certainly grows rapidly, especially in new habitats, where it can form dense thickets. This is the secret of its success as a coloniser of hedges and woodlands.

But, its rope-like branches can choke and strangle the trees over which it invades. Little wonder that frustrated woodsmen have given it a range of darker names, such as ‘devil’s twister and ‘devil’s guts’.

Trick or treat? It is halloween, and it is for you to decide.

  1. Given the large number of local names for plant species, why was it important to create a recognised system of formal names?

 

Notes on the story

Being and becoming in Nowhere Wood

A different kind of woodpecker

A green woodpecker in Nowhere Wood
A green woodpecker in Nowhere Wood [photograph: Andrew Town]

If you look carefully at this image, you can see another woodpecker, but one that is quite different to the great spotted woodpecker that starred in our last story. This is a green woodpecker. Can you see why?

 

 

 

These two kinds of woodpecker are able to live together all year round in the wood, without getting in each other’s way. This is because they have different lifestyles.

AI generated woodpecker
An AI generated render of a green woodpecker

This AI generated image of the green woodpecker shows its special characteristics: the green feathers on the back and wings and the paler feathers on the belly. The red head and the black ‘moustache’ around the beak. Males have a red centre to the moustache, so this image is of a young female.

 

 

She has a sharp beak , like the great spotted woodpecker. Male green woodpeckers also use their beaks to dig holes for nesting sites.

A green woodpecker digging a nest in Nowhere Wood.
A green woodpecker digging a nest in Nowhere Wood. [photograph: Andrew Town]

 However, male green woodpeckers sing a special call to attract females to their nests. The call sounds like the woodpecker is laughing, and the bird is sometimes called a ‘yaffle’ or ‘laughing Betsy’. You can the various calls of the green woodpecker, here.

 

 

Unlike, the great spotted, the green woodpecker does not feed on insects found on the tree. Rather, it hunts for the ants that live in the open spaces near the wood. You might see them in the meadow that runs alongside the wood.

It is these differences in appearance and lifestyle that mean that the two woodpeckers can life happily alongside each other in the wood all year round.

  1. Green and great spotted woodpeckers have different ways of feeding. How does this help them to live alongside each other in Nowhere Wood?
  2. What might happen if they shared the same food supply?

 

 

Notes on the story

The sustainable park

Celebrating mushroom season!

A close up of a honey fungus, showing its gills and stem,
A close up of a honey fungus in Nowhere Wood, showing its gills and stem. [Photograph: Neil Ingram]

Everyone agrees, it is an outstanding mushroom season. The dry summer and the warm wet autumn have created the perfect conditions for these mysterious forms which spend most of their lives living underground. Quietly, but with ruthless effectiveness, they influence and shape the growth of the trees in the wood.

But, what is a mushroom? The people living in Nowhere a century and a half ago would distinguish between mushrooms (which they could eat) and toadstools (which they could not). Learning how to tell them apart was (and is) very important for mushroom foragers. Their children would have been taught that if they were not certain, they should leave well alone. Still good advice, today.

To a mycologist (a biologist of fungi) the term toadstool is not used, and the term ‘mushroom’ is used to describe the fruiting bodies of all these fungi.

Bracket fungus on the old beech tree in Nowhere Wood. [Photograph: Pat Gilbert]
This bracket fungus is growing on the old beech tree. It is probably a Giant Polyphore. [Photograph; Pat Gilbert]

So, this wonderful bracket fungus is still called a mushroom by biologists.

Honey fungus growing in Nowhere Wood.
These mushrooms may be of the honey fungus in Nowhere Wood. [Photograph: Neil Ingram]

Which fungi do not produce mushrooms? Well, yeasts are single-celled fungi that do not produce mushrooms. They often grow on the surface of fruit and help to turn apples into cider. Moulds and rusts are also fungi that do not produce mushrooms. They form fuzzy or powdery growths that spread quickly.

Yeasts and other fungi on fallen apples in Tendlewood Park. [Photograph: Neil Ingram]
Mould fungi on fallen apples in Trendlewood Park. [Photograph: Neil Ingram]

Moulds play an important role in helping to break down fruits in the orchard, releasing nutrients back into the soil.

What are mushrooms for? The photograph at the top of the page shows the gills of the mushroom, under its surface. The gills make and store spores, which blow away in the wind. Spores can settle and grow into new fungi.

  1. Imagine what would the world be like without fungi.

Notes on the story

Trick or treat?

Also see: 

The fairy ring

Moving things on

The end of the summer

Nowhere Wood has a weary silence, as the heat stifles its life. It is ready with its autumn plans, which cannot start until it rains. 

Rain, the life-giver. Yet in flood, rain is the also the destroyer. It is a question of balance. Is the balance changing in the wood? Is the balance changing in the world? This has been the hottest summer the wood has ever known. People across the world are saying the same things. 

Fern leaves wilting in the summer heat in Nowhere Wood
Fern leaves wilting in the summer heat in Nowhere Wood. [Photograph: Neil Ingram]

Even the fern leaves are wilting for want of water. Holly trees have deeper roots, but they are suffering, too. The soil in the wood is very thin, because it used to be a stone quarry, and the roots cannot grow deep enough to find water.

Holly leaves wilting in the summer heat in Nowhere Wood.
Holly leaves wilting in the summer heat in Nowhere Wood. [Photograph: Neil Ingram]

Then, the remains of a hurricane in the Caribbean barrels westwards, bringing with it strong westerly winds, which blow the summer away in a moment.

The first autumn rain falls in Trendlewood Park.
The first autumn rain falls in Trendlewood Park. [Photograph: Neil Ingram]

The rain falls, gently at first, then much stronger. The smell of the wood changes as the plants take up the water and everything seems to relax.

Droplets of rain on a leaf of a snowberry plant
Droplets of rain on a leaf of a snowberry plant in Nowhere Wood. [Photograph: Neil Ingram]

Nowhere Wood is lucky. Somalia in East Africa it has not had any significant rain for two years and a quarter of the population faces “crisis-level food insecurity” (near-starvation). Yet, in 2023, October floods killed hundreds of people and washed away thousands of homes. The harvest was ruined, leading towards more famine.

It is the unpredictability of the weather that causes most concern. Farmers sow their seeds not knowing whether it will produce enough food. And that is now the same everywhere across the world, including Great Britain. Time will tell what will happen in the future. 

Meanwhile Nowhere Wood celebrates the arrival of the rain in autumn as the fruit ripens and the wood moves forward into the next stage of its adventure.

Apples ripening in the rain in the orchard in Trendlewood Park.
Apples ripening in the rain in the orchard in Trendlewood Park. [Photograph: Neil Ingram]

1. Imagine that the autumn rains did not come. What would happen to Nowhere Wood?

 

Notes on the story

Climate Change and the Weather

 

 

Update: 

A few days alter, after real rain, the fern has recovered and perked up. 

After a few days rain, the fern recovers.
After a few days rain, the fern recovers. [Photograph: Neil Ingram]

Hard hats, safety specs and camouflage jackets

It is a January morning, misty and still. The air hangs silently in Nowhere Wood. Suddenly close,  but just out of sight, a loud and fast drumming shakes the stillness. Then a silent pause, followed by a quieter drumming coming from the other end of the wood.

Let’s find the first drummer. He’s hard to see, high up in the tree, but there he is, pressed against the tree trunk: a male great spotted woodpecker. The other drummer in the distance is a young female. The woodpeckers are having an adventure in Nowhere Wood.

A female great spotted woodpecker approaching her young in Nowhere Wood.
A female great spotted woodpecker approaching her young in Nowhere Wood. [Photograph: Andrew Town]

Our male is digging a hole in his tree, hoping to impress the female. If it works, she will lay their eggs in the hollow space in the tree. This photograph, taken a few weeks later in Nowhere Wood,  shows the new mother feeding her fledgling chick.

How can these woodpeckers drill such large holes in trees without injuring themselves? Well, it looks as if all parts of their bodies have special characteristics that enable the birds to do this. Scientists call these special characteristics, adaptations.

Look at this video of a great spotted woodpecker pecking at a tree. Look at his  feet. He has three toes on each foot, with two toes facing forwards to grip and hold onto the tree trunk. This prevents him falling off when he pecks the tree! The beak is made of a tough material that keeps growing and keeps the beak sharp.

The adaptations to the skull and tongue of the woodpecker
The adaptations to the skull and tongue of the woodpecker. [Illustration by Denise Takahashi, https://www.birdwatchingdaily.com/news/science/woodpeckers-hammer-without-headaches/]

His skull is especially strengthened, like a builder’s hard hat. The brain presses right up against it and cannot move around.

The tongue extends backwards into the head as a long thin tube of bone and cartilage that runs right round the inside of the skull of the woodpecker. This acts like a seat belt, holding the brain in place.

The tongue is especially long and sticky, so it can go right into the tree holes, searching for insects.

Close up of the woodpecker, showing the feathers that protect the eyes from wood chipping.
a close up of a woodpecker. [Photograph: https://www.core77.com/posts/81063/Why-Woodpeckers-Dont-Need-Safety-Goggles-and-Why-Their-Beaks-Never-Get-Stuck-in-the-Wood]

The eyes fit tightly inside the skull, and do not vibrate whilst the bird is pecking. Their eyes have a special transparent membrane that closes across the front of the eye to prevent splinters of wood scratching the eyes. The feathers around the eyes and beak also stop wood reaching the eyes. Together, they act as safety spectacles!

Finally, a woodpecker is quite vulnerable to attack by larger birds when it is drumming against the tree. The patterns of lines and stripes act  like a camouflage jacket, making the bird hard to see against the tree surface.

  1. Woodpeckers have a lot of adaptations to help them to survive in Nowhere Wood. This story contains a photograph that suggests that the woodpeckers are living successfully here. What does the photograph tells us about the future of woodpeckers in Nowhere Wood?
  2. Woodpeckers have developed these adaptations through evolution.  Charles Darwin is the scientist who first suggested a possible way evolution could happen. This is called natural selection. Find out what natural selection is.

Notes on the story

A different kind of woodpecker

 

Apples and the new year

Let’s travel back in time three hundred years or more, to the East End Farm, near the hamlet of Nowhere. 

East End farm has a few sheep and goats, some vegetables and several apple orchards.

 

Children in Bridport, Dorset, wassailing in a community orchard
Children in Bridport, Dorset, wassailing in a community orchard. [Photograph, https://upload.wikimedia.org/wikipedia/commons/thumb/2/25/Bridport_Community_Orchard_Wassail_2022_%2851830797371%29.jpg/1024px-Bridport_Community_Orchard_Wassail_2022_%2851830797371%29.jpg]
Tonight the orchards are surrounded by farm workers and villagers from Nowhere, all singing and banging pots and pans. Children hang pieces of toast soaked in cider from the tree branches. 

For tonight, January 5th, is the wassail, the twelfth night of Christmas.

 

Small orchards in Somerset
The orchards contain a number of apple trees. [Photograph: David Smith, https://www.geograph.org.uk/photo/5606792
Apples grow all across the county of Somerset, and are especially important to Nowhere and its bigger neighbour, Nailsea. Every farm brews cider, which they give to the farm hands as part of their wages. 

(Centuries later, cider would be brewed and sold in large factories. Nailsea hosted  Coates factory for over 150 years. These days, the Thatcher family brews cider at Sandford, ten miles to the southwest.)  

Wassailing at night
Wassailing at night. [Photograph: Steven Brace, https://www.flickr.com/photos/30399879@N03/3286351432]
Back in Nowhere, apple trees are a sign of a healthy farm. Wise famers celebrate the good health of their orchards with a wassail.

Their people visit the apple trees by the light of burning torches.  Singing songs to them and making a lot of noise to ward off evil spirits. Hopefully, this should be enough to ensure a good harvest in the next year. 

The oldest tree in the orchard is given the greatest respect, and he is called the ‘Apple Tree Man’. [Image: Neil Ingram]

 The Apple Tree Man decides how many apples will grow in the next year. Farmers keep the Apple tree Man happy by pouring cider over his roots. 

There are several old folk tales told in Somerset about the Apple Tree Man. The next story is a modern retelling of one of these old tales.

 

 

Notes on the story

The Apple Tree Man of Nowhere

A spot for parks and town centres

The “fruit” of the London plane tree is actually a dense, ball-shaped cluster of individual fruits. These hang on long stalks, often in pairs, from the tree’s branches.

Fruit of the London plane tree
Fruit of the London plane tree [photograph https://commons.wikimedia.org/wiki/User:Alvesgaspar]
The individual fruits are called achenes. Each achene contains a single seed. Attached to the base of each achene is a tuft of many thin, stiff, yellow-brown fibres. These fibres help the wind disperse the achenes to new locations.

The individual fruits (achenes) of the London plane tree, showing the dense fibres.
The individual fruits (achenes) of the London plane tree, showing the dense fibres. [Photograph: https://commons.wikimedia.org/wiki/User: Jebulon ]
The achene cluster breaks up slowly over the winter, releasing the individual achenes (each containing a single seed) to be dispersed by wind.

When the conditions are right, the seed germinates, breaking through the achene, growing roots into the soil.

  1. Fruits that are dispersed by animals (like the blackberry) are often brightly coloured, juicy and sweet tasting. Those fruits that are dispersed by the wind are often dry, small and lightweight. Why do you think this is?

Notes on the story

The end of the summer

The fairy ring

Fairy ring fungus
Fairy ring fungus [Photograph: Andrew Town]

Just outside of Nowhere Wood, next to the school playing fields, you can, on a summer evening, sometimes see a fairy ring. The photograph shows parts of this fairy ring: sometimes you can find rings that form a perfect circle.

 

How many fungi can you see here? There are about 15 mushrooms – the fruiting bodies, but only one fungus. In the soil, the fungus exists as a tangle of small thin threads called hyphae. The hyphae, which make up bodies of all fungi,  are called mycelia.

Fungal mycelia can grow to enormous sizes. There is a fungus in a forest in Oregon, USA, which is 3.5 miles across and covers over 2000 acres. It could be up to 8.5 thousand years old!

The grass growing around a fairy ring fungus
The grass growing around a fairy ring fungus [Photograph: Andrew Town]

The fungus is good at feeding on dead organisms, and returning the nutrients to the soil. This helps the grass growing around the circle to grow taller than the grass growing further away from the fungus.

 

 

Fairies dancing in a fairy ring
Fairies dancing in a fairy ring [image: Walter Jenks, The fairy ring. https://britishfairies.wordpress.com/tag/down-tor/]

People love fairy rings and make up stories about them. In English folklore, fairy rings are caused by fairies dancing in a circle. Be careful if you see one though. The stories say that if people join in the dance they would be punished by the fairies, and made to dance in the ring until they fall asleep. 

 

  1. Why do you think that fungi are useful in our woods and fields?
  2. William Shakespeare is thought to have written these lines:
“If you see a fairy ring
In a field of grass,
Very lightly step around,
Tiptoe as you pass;
Last night fairies frolicked there,
And they’re sleeping somewhere near.
If you see a tiny fay
Lying fast asleep,
Shut your eyes”

 

William Shakespeare wrote “A Midsummer’s Night’s Dream” in about 1596.  In the play a group of powerful fairies cast spells on people, making their lives very difficult. Many people believed in such ideas in Elizabethan times.
 
Why do you think many people no longer think like this?
 
 
 
 

Notes on the story

Hard hats, safety specs and camouflage jackets

What can eat a tree like this?

This story is about how a pair of tiny insects about 6mm long and their very hungry caterpillars can eat a large tree.

Bark of a mature European Ash tree (Fraxinus excelsior)
Bark of a mature European Ash tree (Fraxinus excelsior). Photograph: Ash Bark – geograph.org.uk – 645097.jpg

Ash trees are beautiful: young trees have smooth grey bark, whilst older trees have bark that cracks to form diamond shapes,  like the pattern we see on a chain-link fence.

No one likes to see these wonderful trees cut down in their prime. One of the problems with ash dieback disease is that there is often little to see on the outside. Yet the tree is damaged on the inside.

The trunk of an ash tree damaged by ash dieback disease.
The trunk of an ash tree damaged by ash dieback disease. Photograph: Neil Ingram

Some beetles can bore into wood of infected trees, as the  photograph shows. The beetles have made many round holes  as well as carving the thin curved galleries in the wood of the tree.

The oak pinhole borer beetle
An adult oak pinhole borer beetle, which can attack ash trees. Image: John Curtis (1791–1862).

It is hard to say what type of beetle caused this damage, but one likely culprit is the oak pinhole borer,  which (despite its name) can attack weakened ash trees. The infection probably occurred during the summer months, when a male digs a hole a few centimetres deep in the bark of the tree.. The female inspects the hole  and then returns to the surface to mate with the male.

The female then re-enters the hole and the male follows her in. She digs deeper into  the tunnel, working in a curve.  The female eats the wood and excretes the fine wood fragments  in her feces.  This is called frass. The males help to keep the tunnels clear, by moving the grass out of the way.

The insects’ bodies are covered in spores of a group of fungi, called ambrosia fungi.

Ambrosia fungus, grown in a laboratory, seen under a microscope.
Ambrosia fungus, grown in a laboratory, seen under a microscope. Photograph: Kathie Hodge, https://www.flickr.com/photos/cornellfungi/6185749769

These fungi grow in the galleries made by the female. The eggs of the insects hatch to form larvae, which feed on the ambrosia fungi.

The round holes are part of the tunnels that reach the surface of the wood, allowing the new adult borers to leave the tree.

It is an interesting relationship between the insects and the fungi, because both depend on each other for their survival.

We talk in these stories about how energy flows through ecosy stems and how atoms are recycled by other organisms. The ash tree,  the ash dieback fungus, the beetles and the ambrosia fungi are component parts of an ecosystem.

Explain how energy flows through the ecosystem and how atoms are reused.

 

Notes on the story

Yellow flowers

Days of gentle ripening

It is mid-July and it has rained for the first time in several weeks. Gentle warm rain, interspersed with strong sunshine. These are the days of gentle ripening, to complete the work that started in in the blossom season of the early spring.

The orchard in Trendlewood Park has a collection of ripening fruit trees and we hope that the Apple Tree Man of Nowhere will bless the harvest of apples, pears and plums.

Apple fruits ripening in the orchard on Trendlewood Park.
Apple fruits ripening in the orchard on Trendlewood Park. [Photograph: Neil Ingram]
Pear fruits ripening in the orchard on Trendlewood Park.
Pear fruits ripening in the orchard on Trendlewood Park. [Photograph: Neil Ingram]
Plum fruits ripening in the orchard on Trendlewood Park.
Plum fruits ripening in the orchard on Trendlewood Park. [Photograph: Neil Ingram]

  1. In the autumn, these fruits will be ripe enough for animals to eat. What happens as fruit ripen?

Update: 22/7/25

 

I could not resist the ripening of the Guelder Rose, Viburnum opals, but do not eat it them, else you may fall ill.

Guelder rose on Trendlewood Park
Guelder rose on Trendlewood Park. [Photograph: Neil Ingram]
 

 

Notes on the story

A spot for parks and town centres

If a tree falls….

A fallen ash tree in nowhere Wood
A fallen ash tree in Nowhere Wood. [Photograph: Neil Ingram]

It was a stormy August night in Nowhere Wood. The wind was tearing through the leaves and branches and was strong enough to pull the whole tree down.

And so, a tree that had been growing in the Wood for fifty years or more was felled to the floor of the wood.

 

 

 

Ash dieback disease
Leaves damaged by ash dieback disease. [Photograph: https://www.rhs.org.uk/disease/ash-dieback]

In the tangled wreckage of leaves, twigs and branches, we can see the tell-tale signs of Ash-dieback disease. This probably weakened the tree, so the wind could blow it over more easily.

 

Most of the ash trees in this region have the disease, which is caused by a fungus that produces sores that blow away in the air, spreading easily through the wood. One day they will be cut down.

Fungi feeding in a fallen tree in Nowhere Wood
The tree is a store of nutrients. [Photograph: Neil Ingram]

Although this tree has died, its adventure through time continues. It is becoming useful because it is a large store of nutrients that other organisms in the wood will  use to survive and grow.

Over time,  insects and fungi will break down the tree wood  releasing nutrients that to the organisms in the wood.

Left undisturbed, nothing will go to waste.

New trees will grow up to replace those that have fallen, using the nutrients that are in the soil. Fallen trees are an opportunity for the wood to re-grow itself.

a fungus on a tree
Mushrooms are the fruiting bodies of some fungi. [Photograph; Neil Ingram]

There are lots of fallen trees in Nowhere Wood. The autumn is a good time to see  fungi feeding on the wood, because this is the season when they produce their fruiting bodies that make spores. Mushrooms are examples of these fruiting bodies.

  1. It is sad when we lose trees that we have known for years. Yet there is hope for the future. How does the wood recover from the loss of trees?

Notes on the story

What’s in a name?

Fruits of the autumn

Autumn fruits in Nowhere Wood
Autumn fruits in Nowhere Wood. [photograph: Neil Ingram]
Autumn is the time for fruits to become ripe enough for animals to eat. This time last year, Nowhere Wood was full of ripe acorns and the squirrels and birds had a heyday. This year, there are no acorns, at all. Life is uncertain, in Nowhere Wood.

Somewhere, inside a fruit, is a seed and seeds contain new lives – the next generation of the woodland plants.

Blackberry fruits in Nowhere Wood
Blackberry fruits in Nowhere Wood. [Photograph: Neil Ingram]

These fruits are blackberries. The seeds are found inside the berries. They are tiny, with hard tough seed coats.

Birds, especially blackbirds and thrushes, love to eat blackberry fruits. In doing so, they help the plant to spread its seeds away from the wood. The seeds are tough and survive digestion inside the backbird.

The seeds are dispersed around the wood in the blackbirds’ poo!

To survive, the blackbirds need the blackberry fruits and the blackberry plants need the blackbirds.

  1. Think about what happens to the seed when the fruit is eaten by a blackbird.
  2. How does the blackbird help the blackberry plant to spread its seeds away from the wood?

Notes on the stories

 

The secret of the winter flowers

I bear their homes, too

For Jules Acton, author of Oaklore.

The old oak tree said to the traveller passing by:

“You know me, you see me everyday. I am that oak tree that has stood here longer than any of can you remember.”

The oak tree in Trendlewood Park dominating the view
The oak tree in Trendlewood Park, viewed from the author’s study. [Photograph: Neil Ingram]

“I am on the 1840 Ordnance Survey map and I was a sturdy tree, even back then. Let’s say, I’m two hundred years old? I am still in my prime, though. I won’t be celebrated as old for another two or three hundred years. Don’t wait up for me.”

A leaf of an English oak.
A leaf of an English oak. [Photograph: Neil Ingram]

“I am a patriot, a true blue English oak: look at the ear-shaped lobes at the bottom of my leaves and the very short leaf stalks. Pedigree characteristics, those.”

Long stalks on the growing acorns of an English oak tree.
Long stalks on the growing acorns of an English oak tree. [Photograph: Neil Ingram]

“And look at the length of the stalks that hold up my acorns – the longer the better. Need I say more, I am as English as St George, cricket and cider.”

“I have never been a wildwood oak: a farmer’s tree, that’s me. My roots are deep in the clay, fed  by a spring that kept the animals safe and watered. I had space: my limbs lifted upwards to touch the sky. I’ve seen the storms lash the fields and the brambles come and go. I wear the years in my bark and the seasons in my leaves.”

The oak tree is about 200 years old
The oak tree is about 200 years old. [Photograph: Neil Ingram]

“I am a good neighbour – well after all of this time, why not? In the summer I play host to lots of welcome visitors.”

Spangle gall on an oak leaf.
Spangle gall on an oak leaf. [Photograph: Neil Ingram]

“The gall wasp comes to lay her eggs on my new leaves and I make spangle cradles to help to keep them safe.”

oak galls
oak galls. [Photograph” Neil Ingram]

“It happens again and again. Not just the spangles. Look beneath my leaves and you might find round, knobbly balls, like hard brown marbles. These are oak apples, swollen with the same curious purpose. A different gall wasp requests a grander chamber, and I oblige. Within each one lives a single larva, safe and fed by the very cells I’ve grown to protect my own buds.

Why do I do it? I don’t know. Perhaps I am too old to care. Or perhaps I understand that these wasps—these minute engineers—are part of the pattern. They do no great harm. My crown still grows. My acorns still drop. My fungi and birds and lichens still cling and sing and creep through me.

So I let them stay.

When my leaves fall, the spangles fall with them. Some young mothers emerge come spring, and they begin again—quietly weaving their lives into mine, asking nothing more than a shelter made of leaf or bark.

I am not hollowed by this. I am enriched. Insects, wind, rain, rot, and sunlight—they all shape me. I am a home, not a fortress. I bear their homes, too.

And you, traveller —if you lie on your back and look up through my summer canopy, you might see more than green. You might see a world.”

  1. Jules Acton’s book, Oaklore, Greystone books, 2024, is an essential companion piece to this story. Jules helps us to think about all of the things that the English oak tree has given us as society and individuals.

Update, 20/07/25:

 

 

A new gall has appeared on our favourite oak tree. This is a Knopper gall, caused by the gall wasp Andricus quercuscalicis. The wasp secretes chemicals that distort the growth of an acorn.  This is a rather more serious pest to the tree than the two show above, because it can reduce fertility of the tree.

Protected inside the gall is a developing larva, which will develop into a pupa and will emerge as an adult wasp in the next spring.

 

Notes on the story

Being and becoming in Nowhere Wood

The sustainable park (2)

 

An ash tree showing symptoms of ash dieback disease
An ash tree showing symptoms of ash dieback disease. [Photograph: M. J. Richardson, https://www.geograph.org.uk/photo/5465604]
We did not want those trees in Nowhere Wood to be felled, but we accepted that the trees were infected with Ash die-back disease and had to go. 

Growing and managing trees is something that people of done for tens of thousands of years. One secret is to use every part of the tree mindfully, to benefit the community.

And so it was that fifteen volunteers from the Friends of Trendlewood group came together to drag the fallen branches (“brash”) to the edge of the pond.

Dragging Ash branches to the pond
Dragging Ash branches to the pond. [Photograph: Neil Ingram]
We worked alongside the council parks team, who piled wooden stakes in the ground across the edge of the pond. We then weaved layers of  branches between the stakes to create a “dead hedge”, separating the pond from the children’s playground. 

Laying a dead hedge, using ash branches
Laying a dead hedge, using ash branches. [Photograph: Neil Ingram]
The pond is fed by streams and disappeared for many decades, only to return as a permanent feature in the last few years. Watercress plants grow in the water, as they would have done in the 1800’s, when people used to collect them to eat.

Water cress plants
Water cress is a salad crop. [Photograph: Laura Whitehead, https://www.flickr.com/photos/thewhiteheads/8693844036]
It took a morning to build the dead hedge, which will help to protect children and dogs from getting wet in the pond. It is a good use of waste wood  that would otherwise be burned. Burning wood releases stored carbon into the atmosphere as carbon dioxide.

The completed dead hedge.
The completed dead hedge. [Photograph: Simon Stannard]
It is another example of how the park is managed in sustainable ways.

Sustainability is an important idea. The United Nations has a sustainable development goal for life on land, (number 15). Find out what it says and why it is important.

 

Notes on the story

What can eat a tree like this?

Time travellers to Nowhere (1)

A landscape of the Carboniferous era
A landscape of the Carboniferous era. [Image: https://upload.wikimedia.org/wikipedia/commons/thumb/0/0a/Bulgo_Sandstone_biota.jpg/1456px-Bulgo_Sandstone_biota.jpg]

Imagine you had a Time Machine: where and when would you go to? Come with me back to Nowhere Wood, about 310 million years ago. That is long before humans, mammals or even dinosaurs existed, but frogs laid their eggs in pools, much as they do today.

Today it is hot, humid and very quiet: with no birdsong or animal noise, apart from the distant croaking of frogs.

Extinct tree ferns from the Carboniferous era
Extinct tree ferns from the Carboniferous era. [Image: https://upload.wikimedia.org/wikipedia/commons/thumb/3/3e/Lepidodendrales_reconstrucci%C3%B3n.jpg/1280px-Lepidodendrales_reconstrucci%C3%B3n.jpg]

We are in the northern foothills of an enormous mountain range, bigger than the Himalayas. It is unbearably hot and humid.  We are next to a river flowing from the Southern mountains, surrounded by thin horsetails that grow up to 10 metres tall. Tomorrow, there will be a raging tropical storm and the mountains will be pounded by its violence. The rain will flow in torrents in rivers towards us.

Nowhere Wood is located just below the equator, and we are looking up at the aftermath of a series of global catastrophes, which has taken hundreds of million years to happen. Two continents collided and sent shockwaves through the land, pushing upwards to form the mountains that we can see to the South of us. We are in a valley, downstream from the mountain peaks.

Muddy water flowing in a stream
Muddy water flowing in a stream. [Image: https://upload.wikimedia.org/wikipedia/commons/thumb/3/37/Uruzi_hamwe_n%27ikirere.jpg/2560px-Uruzi_hamwe_n%27ikirere.jpg]

The mountain rock is soft and is easily weathered by the stormy wind and rain. Cascades of small, eroded particles surge down the mountain slopes, transported in the muddy river waters.

Mountains become tiny grains of sand settling at the bottom of the smaller rivers and streams running through and around Nowhere Wood. The streams are running from South to North, and criss-cross each other to form  a network of channels.

Layers of sandstone on Nowhere Wood.
Layers of sandstone on Nowhere Wood. [Photograph: Neil Ingram]

Layers upon layers of sediment are depositing in the streams, blocking the channels. Over time, the increasing weight of sand squeezes the water out. Minerals like feldspar and mica help to cement the grains together to form sandstone. These are the cliffs that we can see today at the far end of Nowhere Wood.

Pennant sandstone was used to make flat roof tiles
Pennant sandstone was used to make flat roof tiles. [Photograph: https://www.beechfieldreclamation.co.uk/shop/paving/reclaimed-welsh-pennant/]

Pennant sandstone used to be  quarried to make roof tiles for the people of the town and local areas.

It is easy to think of living organisms having uncertain adventures through time and space. But the same is true of rocks, although on a much larger time scale.

[updated 14/02/2025]

1. Find out where the matter that makes up planet Earth originally came from.

2. Think about what has happened to the sandstone in Nowhere Wood since it was formed.

Notes on the story

Time travellers to Nowhere (2)