Citizen artistYky offers three objects that explore Anthropocene themes of our relationship with time and the world and the responsibility that we hold in our own hands, using a common photographic presentation to help make these visible.
600 words: estimated reading time 2.5 minutes
The Anthropocene is an amazing concept. On one hand, experts are still trying to find evidence of human activity through geological deposits proving that we have left the Holocene period that started about 12,000 years ago. On the other hand, more and more citizens acknowledge the principle of a drastic change impacting our daily lives due to our unsustainable way of life. On one hand, the compelling need of a proof that is never satisfied with the idea of the best possible assumption. On the other, a critical awareness of our environment. Proof opposed to perception. Objectivity opposed to subjectivity. And in-between, a crying child begging adults to listen to science.
Time in our hands
Three pictures, linking past present and future. All of them in my hands. All of them in our hands. A link creating the continuity between humans and nonhumans that could possibly be visible. Will our awareness go further than simply realizing the mistakes we have made?
In the beginning was Art. Like a Venus 25,000 years old, with its own symbolic and sacred function talking to ancients and echoing shamanic rituals. Mankind and nature as one unique entity.
Today is Coal. Still the most important and polluting source of energy worldwide. Its usage took off in Britain during the sixteenth century, as extracting wood fuel for growing cities became harder and costlier. Switching from a renewable energy to a fossil source…
Tomorrow is a question of Time. For a geologist, time is meaningful over millions of years. For the crying child, tomorrow seems already too late. ‘Time is relative,’ Einstein would have said. But not any longer. The notion of time refers now to our own responsibility. If Mother Earth could be seen as just 24 hours old, mankind only appeared during the last 5 seconds. It is time to realize the true meaning of the Anthropocene.
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The Venus pictured here is the Venus de Laussel, a 46cm limestone bas-relief of a nude woman that is approximately 25,000 years old and associated with the Gravettian Upper Paleolithic culture. It was discovered in 1911 in the Dordogne, southwestern France, where it had been carved into the limestone of a rock shelter. It is currently displayed in the Musée d’Aquitaine in Bordeaux, France.
Coal — a combustible black or brownish-black sedimentary rock — formed when dead plant matter decayed into peat and was then converted by the heat and pressure of deep burial over millions of years during the late Carboniferous and early Permian times (about 300 – 360 million years ago). Although used throughout history in places with easily accessible sources, it was the development of pit mining and then the Industrial Revolution in Britain that “led to the large-scale use of coal, as the steam engine took over from the water wheel. In 1700, five-sixths of the world’s coal was mined in Britain. Britain would have run out of suitable sites for watermills by the 1830s if coal had not been available as a source of energy.”
You can explore the story of the formation of the Earth and its life as visualised in a single day in this Quizlet collection of flashcards (with a summary underneath). And the Deep Time Walk app and cards explore the full story in fascinating detail; with these cards, each one covers 100 million years, and humans arrive only with card 47… You can read ClimateCultures reviews of the cards and the app.
Artist Jo Dacombe explores the othering of woodlands through maps and language as bordering us off from the natural world, and looks to ways to reconnect.
2,000 words: estimated reading time 8 minutes
Sociologist Yiannis Gabriel has written that Othering is a defining feature of Western culture:
“Some authors (notably Said, 1985, 1994) have argued that Western identity and culture are fundamentally forged by an othering logic, one that dehumanizes or devalues other people, such as primitives, uncivilized, orientals, blacks, non-believers, women and so forth. An essential feature of othering is denying the Other his/her own voice, denying him/her the opportunity to speak for him/herself and instead attributing qualities, opinions and views that refer to one’s own identity and culture.”
Othering occurs to non-human subjects too. It also occurs in relation to our environments. This Othering of Nature has been discussed by thinkers such as Latour and Levi-Strauss; the Enlightenment enabled this dichotomy in order for humans to exploit nature to their own ends.
The Enlightenment was an intellectual and philosophical movement that dominated the world of ideas in Europe during the 18th century. Emphasising intellectual and scholarly methods and using reason for gaining knowledge, the ideas of the Enlightenment worked against religious, spiritual or traditions of knowledge and thus elevated the European intellect to the highest status. One could argue that this set up the eventual split between the human world of reason and intellect, and Other worlds of spirituality or non-humans. Thinkers of the Enlightenment saw nature as a source to study and the wild as something to be controlled, to be subjugated under the will of humans, and thus the natural world could be exploited by human domination to suit their needs.
Othering as acts of bordering and of enclosing
Othering creates borders. We try to describe our environments using maps. We draw geography and delineate between this area and that. In essence, borders are made-up, imagined edges. They may make our map drawing a little easier and our politics more manageable, but they are still not real. Birds and animals have a sense of territory, sometimes, though perhaps not all of them. But certainly plants don’t stick to their own area in quite the same way; perhaps they have a more accidental way of landing and then surviving where the conditions are right. Animals, plants and birds all attempt to find a space in which the area and resources are what they need to survive. Humans carve out their territories for similar reasons, but there seems to be a more calculated motive, which can become about expansion for the sake of it, going too far with ideas of world domination. There seems more ego in it.
I love maps. They can be beautiful works of art and fascinating time capsules of a place. However they are also powerful, and as with all power theirs can be used or abused. A map presents a place from the perspective of the mapmaker. Every mapmaker has to make decisions about what to include and what to leave out, and this will depend on what the mapmaker thinks is important, corresponding to his or her own personal bias. Maps are all about drawing borders, identifying areas of particular characteristics, placing points of interest within contexts; sometimes imposing those contexts. Thus, maps can be tools of Othering. By creating maps of particular areas, we also create Other areas.
Oliver Rackham writes of the changing maps of woodlands over the centuries. Ancient woods marked on maps appear now much as they were in earlier maps of 1580; zigzag outlines, boundaries that go around individual large trees, maps drawn to describe the natural boundaries set out on the ground, not from a draughtman’s office. Straight lines on maps do not appear until 1700, when woods started to be grubbed out or enlarged. These altered boundaries appear regularly curved or straight.
“In Planned Countryside the irregular shapes of ancient woods sit awkwardly among the straight hedges laid out around them by Enclosure Act commissioners. In Ancient Countryside, the ghost of a grubbed-out wood may haunt the map as the irregularly-shaped perimeter of a ‘Wood farm’ whose internal hedges are anomalously straight.”
These imposed boundaries were due to Enclosures of land, and marking out forest areas as royal preserves. Gamekeeping in Britain specifically contributed to separating people from woodlands, unlike in France, Germany and Switzerland where “ancient woods are everyone’s heritage; in Britain alone have we lost that birthright, and with it our knowledge and love of the woods.”
Putting Nature in its place
And yet we do have a love for the woods, but I would argue that this is a different sort of love from the one that Rackham describes. For many of us, woodlands are like a brief flirtation rather than a commitment like marriage. We go to the woods to escape. We see them as places that are separate from our everyday lives, and that is why we love them. They are places for ‘nature’ and reserves for wildlife. We are happy with wildlife when it is in ‘its place’, in other words, not in our place.
Woodlands are often ‘other’ to the modern human world. They are a place of nature, a retreat, something to be preserved in a ‘natural’ and untouched state, not to be interfered with by human activity. They are to be kept for us to enjoy when we visit, but not to become part of our modern way of life. The two things are separate.
On the one hand this could be positive; the Othering of the natural environment means we have an urge to conserve it, to admire it, not to interfere with it too much, surely this is a good thing. However my view is that the Othering of nature means that we become more and more disconnected from our natural environments and from woodlands. They become a desirable thing for our leisure time, but there is a danger then that perhaps they are not a necessity when resources are scarce. Woodlands are valued and magical, they are precious to us in a way, like a beautiful object kept in a glass case. In my book Imagining Woodlands I have written about the Enchantment of woodlands and the notion that they are faeryworlds, or otherworlds. But these faery stories and folk tales add to the Othering of woodlands as distinct from the human world.
This has not always been the case. Once the woodlands in Britain were an important part of everyday human lives. People worked in and with forests. Woodlands were places of industry as much as leisure, where wood was gathered for a variety of uses, livestock were grazed there, and charcoal was produced as fuel. It is my belief that when woodlands were connected to us in this way, as something we lived on, relied on and thus valued, that the woodlands were more likely to be conserved by us as something essential. It was not Other. It was a part of us, and we were a part of the woods.
Our language contributes to this act of Othering. Our language both reflects and shapes the way we perceive things. It is almost impossible to speak about the natural world without Othering it – there I go again! Just by uttering those words, ‘the natural world’, I have made it separate from the alternative, the ‘human world’.Yet there are cultures that do not have a word for nature because they do not see it as a separate entity, such as small scale communities in the Amazon and the Malaysian rainforests.
Currently there is a national drive to plant more trees, to mitigate the effect of imminent climate breakdown. To re-wild, and re-forest. But these things will not overcome the Othering of the woodlands. Perhaps planting new street-trees would be more effective; integrating swathes of trees into our everyday lives and right up to our front doors.
I grew up on a street called The Avenue. It was lined with large-leaved linden trees. Every day I would say hello to these trees, and watch as they sprouted new twigs at the base, bright red new sprouts that would bear pale yellow-green, large heart-shaped leaves. I would notice the colours changing with the seasons, fear the wasps that would gather in late summer to sip from the stickiness on the leaves, and worry about the black spots that sometimes appeared. I knew those trees well, and they were a part of my daily life. Now I’m older, I still feel a particular affinity with linden trees and I always recognise them and feel that strong connection. Other trees I have got to know since, but it has often been a more forced relationship, as I have felt I ought to know more species’ names and learn about them. But linden trees I grew up with, and I still miss them now that I live on a road without trees.
Perhaps a change in our language could help too. There is a fascinating section in Rackham’s book about the many Anglo-Saxon words for woodlands, many for which their specific meanings have been lost. These words demonstrate the greater connection they had with woodlands, and how they reflected the way they thought of woodlands in different contexts. For example, feld is an open space in sight of woodlands, with which to contrast it. A ley or a hurst appear to mean inhabited space surrounded by woodland. These words show how woodlands were a part of a wider, connected landscape, rather than a separated area on its own. Perhaps our language needs to expand to reflect this way of thinking again; to develop a lexicon to describe landscape relationships rather than separate features.
Old English consisted of a vocabulary of short words, and so used composite words to expand the vocabulary, which we know from the long saga poems such as Beowulf. For example, a whale is referred to as an ‘ocean-rider’, using two words combined to be descriptive of the animal. Often this was a way of creating the correct alliteration that was required by the poem, but it also produced beautifully descriptive new words.
I wonder if this is a way we could create new words to better describe our landscapes? To start to generate those connections between objects and surroundings, to embed things fully into the landscape and the way we speak of it? ‘Street-tree’ is one example, placing the tree in a particular type of location. How could we use words to better describe the different types of woodland? ‘Slope-spruce-holt’ for trees on a mountain side? (Holt being the Old English word for a wood of predominantly one species.) ‘Poplar-shimmer-shaw’ for the effect of a line of white poplar trees from a distance when the wind turns their leaves over to show the pale side? (Shaw meaning a small wood on a boundary.)
How would this way of using language change our relationship with the natural world around us? Would naming the specificity of woodlands make them more personal, more valuable, and better connect us to them?
Find out more
Jo Dacombe is currently creating a book of words and images called Imagining Woodlands, which will be available in 2020. You can read Jo’s earlier ClimateCultures post,Bone Landscapes, describing her work with museums and researchers on visual art inspired by relationships between bones and landscapes, now and into the future.
And you can exploreThe Lost Words: A Spell Bookby Robert Macfarlane and Jackie Morris (2017), published by Penguin. The book “seeks to conjure back the near-lost magic and strangeness of the nature that surrounds us” and has generated a set of songs, available from the same site.
Writer Nick Hunt travelled to Scotland’s Cairngorms in search of a once permanent presence that’s becoming another marker of a new transience: enduring snows that serve as scraps of deep of time, now endangered on our warming island.
710 words: estimated reading time 3 minutes
Garbh Coire Mòr in the Cairngorms is home to two of Scotland’s longest-lying snow patches: Sphinx and Pinnacles (named after nearby climbing routes). They normally endure year-round in this remote, high corrie. But things are not normal any more. In recent years they have melted before the end of the summer, bellwethers of a wider change.
In the last week of September I went to find what was left of them.
An Arctic outpost
After catching the sleeper train to Aviemore and walking for around ten miles up the rugged post-glacial valley of the Lairig Ghru, I arrived at the foot of Braeriach in the early afternoon. Cloud hung low over the mountain but in the hollow of Garbh Coire Mòr it lifted for a minute or two, just enough time to give me a glimpse of two pale eyes.
As I approached, leaving the path to walk over a boggy weave of blaeberry, moss and reindeer lichen – the tundra landscape that turns the Cairngorms into an exclave of the Arctic – the shapes of the snow patches became more apparent. It was difficult to guess their size. The final climb was a scramble up wet, sliding scree.
First I went to Sphinx, the smaller, slightly higher patch. Up close its snow wasn’t smooth, or even particularly white, but blushed pink with the run-off of the mountain’s reddish soil and stained black with darker grime, hairy with pine needles. Its surface was pitted and eroded from ablating and refreezing. It hardly looked like snow at all but a lump of spoiled meat.
Pinnacles was bigger, perhaps eighteen metres long and a metre tall, though underneath it had lifted off the rock and appeared to be almost floating. I’d brought my ice axe with the idea of attempting a traverse, but I didn’t think it would hold my weight. Besides, it seemed disrespectful.
I laid the axe on top for scale and simply sat for an hour or two in the snow’s company. I put my bottle underneath to catch its dripping water. I felt reluctant to leave its side, as if I was keeping company with a stranger, terminally ill. I didn’t want to leave it alone. But at last I had to.
When Sphinx first disappeared in 1933, the Scottish Mountaineering Club declared the event to be so unusual that it was ‘unlikely to happen again’. But it did: in 1953, 1959, 1996, 2003, 2006, 2017 and 2018.
In the words of Iain Cameron, a dedicated ‘snow patcher’ who studies these icy anomalies, Sphinx was ‘critically endangered’ in the week I went to find it. For a while it looked like 2019 would be the first time in recorded history that it had disappeared for three years in a row. But it has been lucky. Early October snow prolonged its lifespan slightly, and a recent heavier snowfall has buried it in white again. Against all odds, it looks safe for this winter. But, in the new normal of runaway global heating, no one knows what the coming years will bring.
It is easy to understand the appeal of these unlikely snows. They are not only scraps of winter but scraps of history, of deep time. Obvious symbols of endurance, of bloodyminded obstinacy, they are also thermometers that self-destruct as our island warms. When their last crystals have dripped away, the national thaw will be complete and Britain will be entirely free of snow in summer. Bare.
At last it started getting dim, so I turned back down the mountain. The smudged eyes watched me go as the heavy cloud drew in again. When I looked back from further down the slope they were gone.
Find out more
With thanks to Iain Cameron, who co-authored Cool Britannia with Adam Watson (Paragon Publishing, 2010) and who photographs, measures and writes about snows on Britain’s hills. Find him on Twitter at @theiaincameron.
Writer and historian Sarah Dry shares some of her thinking and the process for her new book, Waters of the World, a history of climate science through the individuals who unravelled the mysteries of seas, glaciers, and atmosphere.
2,400 words: estimated reading time 9.5 minutes
Waters of the World: the story of the scientists who unravelled the mysteries of our seas, glaciers, and atmosphere — and made the planet whole is published today in the UK by Scribe UK and by The University of Chicago Press in the USA later this month.
I often work best when I have multiple projects on-going. It sometimes happens that one of the projects ends up being finished and the other does not. That is the case with Waters of the World, which became an idea, and then a finished work thanks to a book that remains unfinished. That book is a novel about the physicist John Tyndall. Tyndall was a celebrated, controversial, and ultimately tragic figure of mid-19th century Britain with whom I have been fascinated for a long time. Like love, fascination is hard to parse, but I can try. It has something to do with the way in which Tyndall gives voice — in his copious letters, diaries and published writings — to an internal struggle between his commitment to materialism and the intense feelings that ‘mere’ molecules arouse in him. Tyndall is always living the paradox between believing that the world can be understood on purely physical terms, as the interactions of moving bits of matter, and the mysterious fact of consciousness, which he feels must arise from those molecules but which produces emotions which seem independent of and qualitatively different than them.
To put this in a more general way, what interests me about Tyndall is how clearly his experience of life is both a function of his scientific perspective and an influence on it. In classic Victorian fashion, Tyndall saw himself as an engine, overflowing with energy and subject to abrupt breakdowns caused by over-exertion. His descriptions of his daily activities, full of socializing, work and exercise and a detailed description of his intake of food and drink, are tiring just to read. As sensitive as he was to his own energetic fluxes, he was just as attuned to the flux of energy in the natural world. And the medium in which he most readily witnessed energy moving through nature was water in all its myriad forms. This insight into the transformation of water, via heat, in the atmosphere, oceans and glaciers of the planet, provides the direct inspiration for my book on the pre-history of climate science.
Tyndall’s perception of what he called the continuity of nature seems to have been automatic — he couldn’t help seeing the transformation of one form of energy into another. And he was seemingly just as reflexively driven to share that insight with others. The communicative spirit that animated him and made him such a passionate and successful speaker and popularizer of scientific concepts was, in this sense, a further manifestation of his obsession with connections and transformations.
So it is Tyndall to whom I owe the inspiration for this book. His book, The Forms of Water in Clouds & Rivers, Ice & Glaciers, is a model of the way a writer can use one topic to unite a variety of themes or subtopics, and a model of science communication. As I write in my introduction, I was not interested in reproducing Tyndall’s popular work on physics for a general audience. In Waters of the World, “water traces not the flow of energy but the flow of human activity and thought.” I’ve substituted people and their ideas for the different forms of water in which Tyndall was interested. My big story is not the story of water, per se, but of changing understandings of the dynamic aspects of the Earth’s atmosphere, ocean and ice sheets which eventually combined in the post-war period to generate a concept and a science of the global climate.
A multidisciplinary science
I’ve tried to avoid making this history too focused on the present and to convey instead something of the strange and alien quality of the past. At the same time, I have tried to knit these individuals together in a larger fabric of history that can illuminate our present moment. The question I’ve wanted to ask is: how have individual lives mattered in the history of our understanding of global climate? It seems to me that we expect too much (and sometimes too little) of our science and our scientists. We want them to give us certainty and accurate predictions when that may not be reasonable. We want them to be dispassionate in their findings but absolutely committed to their work. We want them to specialize in their subdisciplines, mastering a specific set of techniques, but we want them to produce knowledge (or data) which we can all use. My hope is that by better understanding the situatedness — in both time and place — of the work done by individual scientists, we can better understand the basis of our knowledge today.
This will not weaken the status of science in society but strengthen it by clarifying what kinds of knowledge it can produce and therefore what kinds of answers it can — and cannot — provide.
I began this book with the sense that we have lost an awareness of the multi-disciplinary nature of contemporary climate science. Instead, climate science is often represented as if it were a singular discipline dominated by computer modelling. I wanted to know more about what goes on and into climate science today. As an historian, my natural inclination was to go back into the past to explore ways of knowing with histories that extend before the important watershed of World War II. I wanted to better understand the relationship between observation and theorizing in the past when it came to what can loosely be called the Earth sciences. And I wanted to try to link those longer histories with more recent, post-war episodes to show the continuities as well as the changes that have occurred. Though I mention these figures, I deliberately chose not to re-tell the story of the discovery of global warming as a series of milestone discoveries (often largely unremarked upon by contemporaries) by men such as Joseph Fourier, John Tyndall, Svante Arrhenius and George Callendar, culminating in the work of men like Charles Keeling, Roger Revelle, Wallace Broecker and James Hansen.
What would another history look like, I wondered, one in which the drive for insight into the dynamics of the Earth’s atmosphere, ice and oceans came first and only later became joined with the more specific but existentially vital question of the impact on the Earth’s climate of rising CO2 emissions as a result of human activity? For that is, in fact, what happened. The history of the discovery of global warming is only a small part of a larger and longer history of our understanding of the planet using the changing tools of what can only broadly and carefully be referred to as physics.
A biographical history of climate science
As challenging as it is to write a rip-roaring read about the history of the physical sciences, writing a novel turned out to be harder still. Taking a biographical approach to the history of climate science has allowed me to practice some of the techniques of fiction within the bounds of history. I have not fabricated anything. What I have done is tried to convey something of the inner world of each of the people I have written about, and to capture what made them tick in the textured way we expect from novels.
There are plenty of pitfalls to doing history via biography. The charge of over-simplification, of hero-worship and of neglecting the role of broad social or political factors (such as the Cold War) which may limit or even dwarf the potential for individuals to be agents of their own destiny — all these can be fairly leveled at this sort of history. It is important to always remember the restrictions on individual action, and of our ability to understand history through this lens. Nevertheless, there is a very good reason to try to write history this way. It is almost always more engaging to read about individuals with whom we can identify than institutions or ideas that remain abstract. If biography would seem to reduce the scope for some kinds of historical analysis, it increases the potential for including other forms of nuance. These include a sensitivity to ambiguity or self-contradiction and to change over time — the novelist’s tools. It’s also important, I think, to find a way to understand the past in which human agency remains central. We can appreciate the changing scales of the institutions and practices of science and still seek to understand how it is that individual humans act within these scales.
My answer to how to square the circle of good history and good reading was to choose six important individuals whose lives would enable me to explore how the personal and the scientific were linked. I tried my best to find people who did work that was considered important at the time, even (and perhaps especially) if it has been neglected or forgotten since then. I also looked for people who I could bring to life — who had left rich and interesting enough traces that I could explore their private as well as their public lives. Finally, I wanted to create a coherent overall narrative arc that would make sense of more than 150 years of science and add up to more than six mini-biographies. This was the biggest challenge and the thing I worried the most about.
We often have better evidence for what scientists felt in the 19th than in the 20th centuries. Despite the large amounts of archival material that some 20th-century scientists have left, their published and even their private correspondence do not often portray or convey their emotional lives as richly as the letters and diaries and even the public writings of men like Tyndall and Piazzi Smyth. Joanne Simpson, the sole woman in my group, made a point of preserving some extremely personal journals in the archive she carefully prepared for deposit at the Schlesinger Library. These give great insight into a passionate love affair that was obviously of great personal significance to her. That it was with a colleague who shared with her the experience of flying through clouds in order to study them tells us something about the kind of life she led. This kind of documentation is, in my experience, a rarity in 20th-century physical sciences. And Simpson’s archive itself, despite the evident care with which she prepared it, is far from complete. It contains almost no correspondence, for example, and few pictures from her early married life as a result of tumultuous moves.
In other cases, I had very little with which to reconstruct the inner life of an individual but did the best I could. Gilbert Walker, whose statistical researches on meteorology would seem to be as far from the physical world as possible — reducing weather and climate to a realm of pure number — had a tantalizing episode of ‘breakdown’ in his past, requiring recuperation in Switzerland. It was frustrating not to find more in the record than a few euphemistic references to this episode. But I felt that was enough to suggest the tension that accompanied this sort of work and to imply the toll it could take on a person.
The history of climate science has become very important today. If we are to make good decisions as a society about how to act on imperfect knowledge in the face of dramatic climate change, we need to have as good an understanding as possible of the nature of the knowledge we do have. The history of our understanding of the planet is important both because it shows the length of our investigations into the planet and the extent to which they are reliable or robust. Personal knowledge is, ultimately, the foundation of all the knowledge we have. The great assemblages of technology and people that generate so much climate science today can all too readily obscure the fact that individuals — and individual judgments — ultimately provide the foundation of our knowledge. History of science is important because it can reveal how we came to value the predictive power of a certain kind of physics as much as we do today. Our attraction to climate models that promise to foretell the future has a history that it is important to understand as we address the challenges of climate change. If by writing about individuals I manage to entice more readers to become familiar with the history of this knowledge and the ways in which it is both robust and limited, I think I will have done Tyndall — a man who joyfully embraced complexity even as he searched for order — proud.
Find out more
Sarah’s book, Waters of the World: the story of the scientists who unravelled the mysteries of our seas, glaciers, and atmosphere — and made the planet whole, is published in the UK by Scribe UK and by The University of Chicago Press in the USA. It is described by science writer Philip Ball as “not only timely but also one of the most beautifully written books on science that I have seen in a long time.”
In her previous post for ClimateCultures, as part of our series on A History of the Anthropocene in 50 Objects, Sarah discusses Charles Piazzi Smyth — who also features in Waters of the World. Piazzi Smyth travelled the world studying the heavens and the earthly atmosphere that so often blocked his view. An obsessive who spent long hours perfecting his observing technique with the telescope, the spectroscope and the camera, he took 144 photographs of clouds from the window of his Yorkshire home and printed a handmade book, Cloud Forms that Have Been To the Glory of their creator and the wonderment of learned men.
Artist Rebecca Chesney describes her explorations creating With far-heard whisper, o’er the sea for exhibition in Newlyn this year — taking inspiration from the town’s tidal observatory and its unique role in revealing the UK’s rising sea levels.
1,250 words: estimated reading time 5 minutes
At the end of 2018 I was invited to make new work for inclusion in an exhibition at Newlyn Art Gallery in Cornwall. As my work looks at our relationship with the landscape and is usually connected to specific places, I organised a trip to Newlyn in January this year to help me understand the place better, and to explore its location, learn its history and meet people working and living in the town.
One of the first things to pique my interest was hearing that Newlyn has a tidal observatory. A plain little building standing next to the lighthouse on the south pier, it looks more like a fishing shed than how I imagine a tidal observatory might look. Not usually open to the public, it was the director of the gallery, James Green, who organised permission for us to visit and gain access to the building. It felt really special to go inside this modest old outhouse with an enormous significance.
The observatory was built in 1915, along with two other observatories (at Dunbar and Felixstowe) to establish a national height system to provide vertical reference levels related to a measure of mean sea level. In 1921 the Ordnance Survey decided that there should be only one national datum and selected Newlyn as the most suitable of the three. Hourly recordings of sea level were used to determine an average that could be related to the head of a brass bolt set in the floor of the Newlyn observatory and this brass bolt is the benchmark from which all heights in mainland Great Britain are measured.
Although old equipment remains in the observatory it is now fully automated, with data collected every second via Global Navigation Satellite System technology.
Following my visit I met with local historians Richard Cockram and Ron Hogg. My work and ideas have always benefited from discussion with others: those who share a common interest, or have a passion for a subject I am exploring too. Looking at the same theme from different angles can produce some exciting conversations. They told me more about the history of the building, its importance and how they helped to get the observatory declared a grade two-listed building by Historic England at the end of 2018.
It was only when they mentioned never gaining access to the Observatory themselves that I realised how special my visit was and how lucky I am to have been inside (they have since organised an open day at the Observatory and been inside, so I don’t feel too bad now).
Although the Observatory was built to establish a datum for height across the country, it is the sea level records that have become so valuable for the study of climate change.
Drawing out a vast truth
Providing the longest and most accurate tidal information in the UK, the Observatory has continued to record sea level data for over 100 years. And with these records showing that mean sea level at Newlyn has been increasing, I decided to use this information to make new work for the exhibition. Rising sea level is an environmental, social, economic and political issue: it is about land loss and displacement and will impact us all. And although it is a complex, multi-layered issue I think it is important to keep reminding people that climate change is happening.
While looking into the subject I noticed that sea-level data is typically shown in a short graph, a spiky image rising over half a page (or computer screen). But I wondered if it would have a bigger impact if I lengthened how the information is displayed. I wanted visitors to the exhibition to see time in front of them and to understand that every millimetre makes a difference. Trying different methods and materials and stripping back any labelling I decided that a pencil line on graph paper was a subtle yet visually effective way to show the information. Comprised of 102 individual record cards, the finished drawing is 8.75m in length. Each of the specially made record cards represents a year and the pencil line across it shows the mean sea level recorded at Newlyn for that year. Viewed all together the line undulates and slowly rises across the gallery wall. Minimal in its execution, the drawing holds a vast truth: sea level is rising.
The title of the drawing, With far-heard whisper, o’er the sea, is a line taken from The Rime of the Ancient Mariner by Samuel Taylor Coleridge. Written in 1797, I think the theme of the poem is still relevant today.
In May 2019 I was invited to speak at an event in the gallery alongside Richard Cockram, the local historian I had met earlier in the year. Richard gave an illustrated talk revealing his interest in the Observatory, outlined the history and also spoke of how his research contributed to a book published by the Newlyn Archive in 2018, The Newlyn Tidal Observatory.
I followed by detailing how my trip in January inspired me to make the work and where I got the data for the drawing (individual station data is available online via the Permanent Service for Mean Sea Level). I also related the drawing to my other works in the exhibition: Forewarning, a three-screen video and sound installation considering land erosion on South Walney Island off the coast of Cumbria (filmed in 2018); and Far, three large hand screen prints showing tree loss in the Sierra Nevada due to drought and the increase of extreme weather episodes (2017). All these works represent the themes I continue to explore and am keen to learn more about into the future.
Find out more
Invisible Narratives at Newlyn Art Gallery also included the work of artists Lubaina Himid and Magda Stawarska-Beavan and ran from 23rd March until 15th June.
The Newlyn Tidal Observatory, compiled by Richard Cockram, Linda Holmes, Ron Hogg and Frank Iddiols (2018, edited by Pam Lomax) is published by the Newlyn Archive. ISBN 978-0-9567528-4-0
You can find Samuel Taylor Coleridge’s epic poem The Rime of the Ancient Mariner in full at Poetry Foundation. ‘With far-heard whisper, o’er the sea’ is taken from Part III.
Rebecca’s work Far — showing tree loss in the Sierra Nevada due to drought and the increase of extreme weather episodes — was featured in her previous ClimateCultures post, Near / Far, in February 2018. And you can find out more about Rebecca’s other work that formed part of the Invisible Narratives exhibition, Forewarning, at her website.