Writer Kelvin Smith‘s three objects — electric lighting, symbolically living money, once-and-future reefs — question what is fundamental to human presence on Earth, what’s been taken from the land and what new creations might arise in future seas.
1,900 words — approximate reading time 7.5 minutes
The challenge: the Anthropocene — the suggested Age of Human that our species has initiated — has a complex past, present and future, and there are many versions. What three objects evoke the unfolding of human-caused environmental and climate change for you? View other contributions at A History of the Anthropocene in 50 Objects.
The electric Iolanthe
My mother used to tell the story of how electricity came to her village. It must have been some time in the 1920s, when she was a little girl. One day work on the village transformer had been completed and a single light bulb was lit up on the top. Everyone in the village danced around it.
Bear in mind this was not an isolated spot deep in the country, but a village no more than ten miles from the huge mass of mill chimneys in Central Lancashire. This was a major European industrial region, but one in which her village, Woodhouses, had had to wait many years for the ‘new’ power source to be introduced. Not perhaps that anyone felt the need. In the century recently ended the house where she was later born had been built with large windows to let in the daylight for the silk weavers who then lived there. Sunlight and gaslights were good enough for the schools, churches and other aspects of village life. They were not hampered by the lack of electric light and power, and it would be many years until labour saving electric and electronic gadgets entered the home.
One of the major social cultural activities of the village was the Woodhouses Church Amateur Operatic Society, and its annual staging of Gilbert and Sullivan operettas. My mother was a regular performer and her high point was an appearance as Iolanthe. I later learned that Iolanthe was the first work to premiere at the Savoy Theatre on 25 November 1882, and it was the first new theatre production in the world to be illuminated entirely with electric lights. Radio, films, music performance and recording, television, and all the wonders of the Internet would follow over the next 140 years using the miracle of electricity.
Electricity has been as the core of our lives since then, and I wonder, even with generation of electricity by solar, wind and other renewables, if it is right to think of electricity as fundamental to the future of the planet. Can the continued generation, transmission, and storage of electricity really be the only option to maintain a human presence on Earth?
The colour of money
Like many people who have travelled I have a stash of unused currency, coins and banknotes, mostly now invalid, but kept for the feel and smell and for the memories they contain.
The coins are brute metal, the same metal that makes bombs and bullets, the metal of shrieking transportation, the metal of blades that cut crops and butcher beasts.
There is metal in the earth and on the earth, in the skies and in the air, in the water and under the water. It is dissolved and discarded, the metal of industry and the metal of war, the metal of sport and the metal of experimentation. It rusts and decays, but slowly, colouring rocks and leaving sediments, making acids and colourful salts, changing appearance and behaviour, causing trouble and making things go off-kilter. The base metals, the precious and workaday minerals come from all continents. Where do we find our iron, copper, nickel, platinum, silver, gold and more; diamonds, emeralds, rubies, and all the parts that decorate bodies and badges of power, crowns and cutting tools? The same places where coal, asbestos, oil is brought forth from the earth.
There are images and icons on the coins, but I am most struck with the images on the notes. There are, of course, leaders and other famous faces, but there are also birds and animals (elephant, water buffalo, armadillo) and crops (tea, tobacco, maize), tractors and people carrying sacks on their heads. All represent what money can buy, but they also hold the secrets of what money can do.
In this Earth we have forced living things to come to us for profit or pleasure, living things made dead for commerce: animal skin clothing, nostrums and potions made of teeth, horn, internal organs and sexual parts. People have turned land into plantations of commercial crops: tea and coffee, coca and cacao, tobacco and bananas, flax and sisal. All of this was done with no concern for the people who were there, who were shipped out, enslaved or indentured, beaten and burnt. Now, converted to foreign creeds, they may make a living from folklore and foreigners, smiling and selling to cruise ship crowds and other travelling charlatans.
The metal and paper tokens remind me of what has been taken, what impoverishment has been caused, what degradation of people and place, what stripping of surface soils and deeper sediments. The people, the creatures and the things that have been taken from the earth now lie on its surface, in its waters and in its air. They will not go back into the land they came from.
A new coral reef
The future is in a piece of coral found on a faraway beach, now covered with mould and mosses in a Suffolk garden. It comes from a period when I would regularly fly to that part of the world, passing over the peak of a dead volcano, noticing each time that there was a little less snow. On the way back north, looking into the dark from high above, I would often see flame lines across the wide semi-arid top of the continent.
This coral came from a beach where it had washed up, already dead, but still carrying the delicate marks made by its creators, small repeated patterns discernible now as the matter crumbles under the pressure of green growth and northern weather. The beach where it came from was, we heard, earmarked for development by a foreign hotel company, but at the time it was clean uncluttered sand, and the only sign of human life was what remained of an abandoned sisal plantation on the hills above. This large expanse was crisscrossed with abandoned small-gauge railway tracks, unseen mostly but felt as a judder whenever the vehicle bounced over them. It was a paradise beach, the remains of a colonial exploitation, from which I took a single piece of dead coral.
Why is this a sign for the future? It is a message of the calm before the next storm. This coral’s reef home, the place where it had lived and died, is unrecorded and unregistered. The other sea creatures are unremembered too.
The white rocklike thing that decays in the English winter is a lost thing with no connection to its origins or to the future. But in the future there may be another reef, not coral now (that is all long dead), but made of constructed things, a reef framed on waste and redundant manufactures, artificial, self-evolved or bioengineered, destined to eat plastics, dung and multifarious detritus, taking on a life and a purpose of its own. Covering the flooded foreshores and coastal cities, cleaving to the metal and the concrete, collecting life from oils and plastics, assaying them for edibility, and beginning the long munching and mulching, the centuries-long work of realigning the chemical and biological structures of the planet. I imagine that these creatures will make colours too, and magical shapes, will evolve pattern, and rhythms to support new forms and adaptation of an earthly life.
Some beings may see these wonderful creations but they will not be us. If there are people still, they will not live near these new oceans and estuaries. They will protect themselves from further damage. They will have no memory.
Survivors will stay far inland, on high points, collecting precipitated liquids, adapting to a diet of who-knows-what organic matter. Humans will breed at random but with difficulty. We will not know a past and will stop imagining a future. We will not have stories to tell. We will look down the slopes and valleys and fear the shifting surfaces of the coral’s realm. We will not try to be powerful again for a very long time. We will have lost the world and our souls, but the new reef will carry on growing.
To return to my mother. Her appearance as Iolanthe was often spoken of at home and I particularly remember the story of one young village lad who was asked what he thought about the performance. “It were all right,” he said, “until that bugger came up all covered in seaweed.”
So it might be when the first human plucks up courage to go down to the new shoreline, test the waters around the new plasticised reef, enter the liquid morass and come up covered with … what?
Find out more
You can read a short account of the first use of electric lighting in a public building, at the Savoy Theatre in 1881, at the Read the Plaque site: “Sir Joseph Swan, inventor of the incandescent light bulb, supplied about 1,200 Swan incandescent lamps, and the lights were powered by a 120 horsepower generator on open land near the theatre. [Richard D’Oyley] Carte explained why he had introduced electric light: ‘The greatest drawbacks to the enjoyment of the theatrical performances are, undoubtedly, the foul air and heat which pervade all theatres. As everyone knows, each gas-burner consumes as much oxygen as many people, and causes great heat beside. The incandescent lamps consume no oxygen, and cause no perceptible heat.’ … Carte stepped on stage and broke a glowing lightbulb before the audience to demonstrate the safety of the new technology.” Jessie Bond’s own reminiscences include an unexpected reference to another electric innovation at the Savoy: “The improved stage fittings and increased space of the Savoy Theatre made it possible to present ‘Iolanthe’ much more effectively and elaborately than any of the previous operas. There was a great sensation when the fairies tripped in with electric stars shining in their hair – nothing of the sort had ever been seen before …”
As the Engineering Timelines site explains, the public supply and use of electricity was initially quite slow to take off in Britain: Michael Faraday discovered the principles for generating and transforming electricity in the 1830s, but it was several decades before this took over from the established technologies of steam and gas. “It was clear from early on that the investment and infrastructure required for an electrical industry would make electricity a very costly commodity compared with the other well-established technologies. Indeed once it did start, progress was slow.” The first town to have electric street lighting was Godalming in Surrey, also in 1881.