« Seul le silence est grand; tout le reste est faiblesse. » — Alfred de Vigny (1797-1863).
“Silence alone is great; all else is weakness.” — Alfred de Vigny.
« Seul le silence est grand; tout le reste est faiblesse. » — Alfred de Vigny (1797-1863).
“Silence alone is great; all else is weakness.” — Alfred de Vigny.
“I had, also, during many years followed a golden rule, namely, that whenever a published fact, a new observation or thought came across me, which was opposed to my general results, to make a memorandum of it without fail and at once; for I had found by experience that such facts and thoughts were far more apt to escape from the memory than favourable ones.” — The Autobiography of Charles Darwin (1958).
Numbered Days: Literature, Mathematics and the Deus Ex Machina
Think French. Think genius. Think rebellious, tormented, iconoclastic. Finally, think dead tragically young in the nineteenth century… And if you’re thinking of anyone at all, I think you’ll be thinking of Rimbaud.
And you’d be right to do so. But only half-right. Because there were in fact two rebellious, tormented, iconoclastic French geniuses who died tragically young in the nineteenth century. One was called Arthur Rimbaud (1854-91) and the other Évariste Galois (1811-32). Rimbaud is still famous, Galois never has been. At least not to the general educated public, though on all objective criteria – but one – you might expect his fame to be greater. In every way – but one – Galois has the more powerful appeal.
Continue reading Numbered Days…
Poetry and Putridity: Interrogating Issues of Narrativistic Necrocentricity in A.E. Housman and Clark Ashton Smith
Thanatic fanatic. Say it. Savour it, if you’re that way inclined. I certainly am: I am obsessed with words. The sound of them, the shape of them, their history, meaning and flavours. If I were a Guardianista, I’d say I was “passionate about” words. But it’s partly because I’m obsessed with words that I’m not a Guardianista. The Guardian and its readers use them badly. I like people who use them well: A.E. Housman and Clark Ashton Smith, for example. AEH (1859-1936) was an English classicist, CAS (1893-1961) a Californian jack-of-all-trades. But they were both masters of the English language.
They were also thanatic fanatics: obsessed with death. But in different ways. You could say that Housman was more death-as-dying, Smith more death-as-decaying. Not that Smith didn’t deal in dying too: he wrote powerfully and disturbingly about our departure from life, not just about what happens to us beyond it. But Housman didn’t dabble in decomposition and decay. In A Shropshire Lad (1896), the death is fresh, not foetid: necks break, throats are slit, athletes die young, men muse on drowning, fiancées arrive at church in coffins, not coaches. Sometimes the effect, and affect, are ludicrous. Sometimes they’re not. Sometimes it’s hard to decide:
On moonlit heath and lonesome bank
The sheep beside me graze;
And yon the gallows used to clank
Fast by the four cross ways.A careless shepherd once would keep
The flocks by moonlight there,*
And high amongst the glimmering sheep
The dead man stood on air.They hang us now in Shrewsbury jail:
The whistles blow forlorn,
And trains all night groan on the rail
To men that die at morn.There sleeps in Shrewsbury jail to-night,
Or wakes, as may betide,
A better lad, if things went right,
Than most that sleep outside.And naked to the hangman’s noose
The morning clocks will ring
A neck God made for other use
Than strangling in a string.And sharp the link of life will snap,
And dead on air will stand
Heels that held up as straight a chap
As treads upon the land.So here I’ll watch the night and wait
To see the morning shine,
When he will hear the stroke of eight
And not the stroke of nine;And wish my friend as sound a sleep
As lads’ I did not know,
That shepherded the moonlit sheep
A hundred years ago.*Hanging in chains was called keeping sheep by moonlight.
That poem mingles beauty and bathos as it contemplates death. Other poems have more or less of one or the other, but for Housman death is metaphor and metaphysics, not morbidity and mephitis. He uses it as a symbol of loss and despair and those are his real concerns. There is no literal death here:
’Tis time, I think, by Wenlock town
The golden broom should blow;
The hawthorn sprinkled up and down
Should charge the land with snow.Spring will not wait the loiterer’s time
Who keeps so long away;
So others wear the broom and climb
The hedgerows heaped with may.Oh tarnish late on Wenlock Edge,
Gold that I never see;
Lie long, high snowdrifts in the hedge
That will not shower on me.
That is an example of multum in parvo: “much in little”. Using simple words and simple metre, Housman creates great beauty and can conjure overwhelming emotion. He was one of the greatest classicists in history, an expert in the rich and complex literature of the ancient world, a profound scholar of Latin and Greek. But his poetry is remarkable for its lack of classical vocabulary. There is no Latin or Greek in the poem above and only two words of French. Clark Ashton Smith was quite different:
“Look well,” said the necromancer, “on the empire that was yours, but shall be yours no longer.” Then, with arms outstretched toward the sunset, he called aloud the twelve names that were perdition to utter, and after them the tremendous invocation: Gna padambis devompra thungis furidor avoragomon.
Instantly, it seemed that great ebon clouds of thunder beetled against the sun. Lining the horizon, the clouds took the form of colossal monsters with heads and members somewhat resembling those of stallions. Rearing terribly, they trod down the sun like an extinguished ember; and racing as if in some hippodrome of Titans, they rose higher and vaster, coming towards Ummaos. Deep, calamitous rumblings preceded them, and the earth shook visibly, till Zotulla saw that these were not immaterial clouds, but actual living forms that had come forth to tread the world in macrocosmic vastness. Throwing their shadows for many leagues before them, the coursers charged as if devil-ridden into Xylac, and their feet descended like falling mountain crags upon far oases and towns of the outer wastes.
Like a many-turreted storm they came, and it seemed that the world shrank gulfward, tilting beneath the weight. Still as a man enchanted into marble, Zotulla stood and beheld the ruining that was wrought on his empire. And closer drew the gigantic stallions, racing with inconceivable speed, and louder was the thundering of their footfalls, that now began to blot the green fields and fruited orchards lying for many miles to the west of Ummaos. And the shadow of the stallions climbed like an evil gloom of eclipse, till it covered Ummaos; and looking up, the emperor saw their eyes halfway between earth and zenith, like baleful suns that glare down from soaring cumuli.
“The Dark Eidolon” (1935).
Smith’s logomania could not be satisfied beyond the bounds of English, in Latin, Greek and French: he stepped outside history altogether and created his own languages to weave word-spells with. If you didn’t know CAS or AEH or their writing, who would seem more like the world-famous classicist? Based on what I have quoted so far, it would perhaps be Smith. But that is part of what is astonishing about his writing: he wasn’t merely a Beethoven of prose, creating gigantic melodies with rich and rolling words, he was a poorly educated Beethoven. Here is another contrast with his fellow thanatic fanatic. Housman was not poorly educated and was given a chance Smith never had: to attend and adorn one of the world’s greatest universities. The chance was dropped. Housman attended, but he didn’t adorn:
After showing himself, as an undergraduate [at Oxford], to be a brilliant – even arrogantly brilliant – student of Latin and Greek, apparently set for a lifetime of scholarship, he produced a performance in his final examination that astonished all who knew him. He handed in a series of blank, or nearly blank, papers and was failed outright. Retrieving the situation as best he could, he completed the requirements for a pass degree, got through the Civil Service examination, and secured a post at the Patent Office. (The Collected Poems of A.E. Housman, Wordsworth, 2005, Michael Irwin’s Introduction, pg. 8)
Housman would end his life, laden with honours, as a Professor of Latin at Cambridge, but that isn’t surprising. The fiasco at Oxford certainly was. Why did it happen? A nervous breakdown or failure to work, perhaps, because of his unrequited love for a fellow student: Moses Jackson, who was healthy, heterosexual, and had no time for classical scholarship. In later life, travelling to cities like Paris and Venice, Housman would indulge much more than his gastronomic and aesthetic appetites. But he seems to have believed that sex without love is like food without flavour. And he never ceased loving Jackson. When he completed volume one of his magnum opus, a definitive edition of the Roman poet Manilius (fl. 1st century A.D.), he dedicated it to Jackson in Latin, dubbing him harum litterarum contemptor, “a scorner of these writings”. That was in 1903, when Jackson was married and living in India. Jackson would later move to Canada, where he died of anaemia in 1923. His death was anticipated by this cri du cœur from Housman:
The half-moon westers low, my love,
And the wind brings up the rain;
And wide apart lie we, my love,
And seas between the twain.I know not if it rains, my love,
In the land where you do lie;
And oh, so sound you sleep, my love,
You know no more than I.Last Poems (1922), XXVI.
But cri du cœur is not the mot juste: it is a very simple poem with only a single foreign word. That is, if “apart” can be called foreign, after centuries on the tongues and lips of English-speakers. Almost everything else has been there millennia and that is part of Housman’s word-magic. His poems are really about depth, not distance. One of the most famous says, in the same simple vocabulary, that far away is close at hand:
On Wenlock Edge the wood’s in trouble;
His forest fleece the Wrekin heaves;
The gale, it plies the saplings double,
And thick on Severn snow the leaves.’Twould blow like this through holt and hanger
When Uricon the city stood:
’Tis the old wind in the old anger,
But then it threshed another wood.Then, ’twas before my time, the Roman
At yonder heaving hill would stare:
The blood that warms an English yeoman,
The thoughts that hurt him, they were there.There, like the wind through woods in riot,
Through him the gale of life blew high;
The tree of man was never quiet:
Then ’twas the Roman, now ’tis I.The gale, it plies the saplings double,
It blows so hard, ’twill soon be gone:
To-day the Roman and his trouble
Are ashes under Uricon.
Death for Housman, as it was for Swinburne, is “a sleep”: when the body is ashes, the brain is troubled no more. Death does not necessarily sleep in Clark Ashton Smith:
Natanasna (chanting):
Muntbauut, maspratha butu, [Mumbavut, lewd and evil spirit,]
Varvas runu, vha rancutu. [Wheresoever thou roamest, hear me.]
Incubus, my cousin, come,
Drawn from out the night you haunt,
From the hollow mist and murk
Where discarnate larvae lurk,
By the word of masterdom.
Hell will keep its covenant,
You shall have the long-lost thing
That you howl and hunger for.
Borne on sable, sightless wing,
Leave the void that you abhor,
Enter in this new-made grave,
You that would a body have:
Clothed with the dead man’s flesh,
Rising through the riven earth
In a jubilant rebirth,
Wend your ancient ways afresh,
By the mantra laid on you
Do the deed I bid you do.
Vora votha Thasaidona [By (or through) Thasaidon’s power]
Sorgha nagrakronitlhona. [Arise from the death-time-dominion.](After a pause)
Vachat pantari vora nagraban [The spell (or mantra) is finished by the necromancer.]
Kalguth: Za, mozadrim: vachama vongh razan. [Yes, master: the vongh (corpse animated by a demon) will do the rest. (These words are from Umlengha, an ancient language of Zothique, used by scholars and wizards.)]
(The turf heaves and divides, and the incubus-driven Lich of Galeor rises from the grave. The grime of interment is on its face, hands, and clothing. It shambles forward and presses close to the outer circle, in a menacing attitude. Natanasna raises the staff, and Kalguth the arthame, used to control rebellious sprits. The Lich shrinks back.)
The Lich (in a thick, unhuman voice): You have summoned me,
And I must minister
To your desire.Natanasna: Heed closely these instructions:
By alleys palled and posterns long disused,
Well-hidden from the moon and from men’s eyes,
You shall find ingress to the palace. There,
Through stairways only known to mummied kings
And halls forgotten save by ghosts, you must
Seek out the chamber of the queen Somelis,
And woo her lover-wise till that be done
Which incubi and lovers burn to do.
That is from Smith’s The Dead Will Cuckold You (1951), “A Drama in Six Scenes”. It is also a drama with a sex-scene, by implication, at least. The re-animated corpse follows its instructions, seeks out the palace and enters the “chamber of the queen Somelis”, who addresses it thus as her husband, King Smaragd, beats on the locked door:
Poor Galeor, the grave has left you cold:
I’ll warm you in my bed and in my arms
For those short moments ere the falling sword
Shatter the fragile bolts of mystery
And open what’s beyond. (Op. cit., Scene IV)
I read the play daunted by its erudition, delighted by its epeolatry, and disturbed by its emetic extremity. Some of Smith’s work is about something other than death. This play is about nothing but death. Compare it with Smith’s short-story “The Isle of Torturers” (1933), which contains both poetry and putridity. It’s part richness, part retching. There is poetry like this:
Creaming with a winy foam, full of strange murmurous voices and vague tales of exotic things, the halcyon sea was about the voyagers now beneath the high-lifting summer sun. But the sea’s enchanted voices and its long languorous, immeasurable cradling could not soothe the sorrow of Fulbra; and in his heart a despair abided, black as the gem that was set in the red ring of Vemdeez.
Howbeit, he held the great helm of the ebon barge, and steered as straightly as he could by the sun toward Cyntrom. The amber sail was taut with the favoring wind; and the barge sped onward all that day, cleaving the amaranth waters with its dark prow that reared in the carven form of an ebony goddess. And when the night came with familiar austral stars, Fulbra was able to correct such errors as he had made in reckoning the course.
“The Isle of Torturers” (1933).
There is also putridity like this:
Anon the drowned and dripping corpses went away; and Fulbra was stripped by the Torturers and was laid supine on the palace floor, with iron rings that bound him closely to the flags at knee and wrist, at elbow and ankle. Then they brought in the disinterred body of a woman, nearly eaten, in which a myriad maggots swarmed on the uncovered bones and tatters of dark corruption; and this body they placed on the right hand of Fulbra. And also they fetched the carrion of a black goat that was newly touched with beginning decay; and they laid it down beside him on the left hand. Then, across Fulbra, from right to left, the hungry maggots crawled in a long and undulant wave…
In The Dead Will Cuckold You, the poetry never escapes the putridity. After reading it, you will understand why L. Sprague de Camp remarked this of Smith: “Nobody since Poe has so loved a well-rotted corpse” (Literary Swordsmen and Sorcerers: the Makers of Heroic Fantasy, Arkham House 1976, pg. 206). Nor has anyone since Poe so loved an ingenious torture: in Scene V of the play, King Smaragd threatens his guards with a “douche” of “boiling camel-stale”. There’s humour in Smith’s morbidity, but I think that he dwelt too long on unhealthy themes. It shows both in his stories and in his popularity: the Weird Tales Big Three, H.P. Lovecraft (1890-1937), Robert E. Howard (1906-36), and Clark Ashton Smith, are rather like the three stars in the belt of Orion. Lovecraft and Howard are bright Alnilam and Mintaka, Smith is dimmer Alnitak. His luxuriant lexicon explains part of this, but his necrocentric narratives must repel people too.
Housman wrote about death more delicately and distantly. His work doesn’t so much narrativize the necrotic as thematicize the thanatic. It talks about dying, not decaying, and it doesn’t relish the repellent as Smith’s work often did. This helps explain why Housman is a bigger name in English literature than Smith, though I don’t think he was a greater writer. Housman is a minor poet with a major name. I think he deserves it for the beauty and simplicity of his verse. He’s a word-magician who can conjure tears. Smith is a word-magician who can conjure titans. He did more with English and deserves some of Housman’s fame. With his poetry, he might have won it; with his putridity, he lost his chance.
The Pocket Guide to The Trees of Britain and Northern Europe, Alan Mitchell, illustrated by David More (1990)
Leafing through this book after I first bought it, I suddenly grabbed at it, because I thought one of the illustrations was real and that a leaf was about to slide off the page and drop to the floor. It was an easy mistake to make, because David More is a good artist. That isn’t surprising: good artists are often attracted to trees. I think it’s a mathemattraction. Trees are one of the clearest and commonest examples of natural fractals, or shapes that mirror themselves on smaller and smaller scales. In trees, trunks divide into branches into branchlets into twigs into twiglets, where the leaves, well distributed in space, wait to eat the sun.
When deciduous, or leaf-dropping, trees go hungry during the winter, this fractal structure is laid bare. And when you look at a bare tree, you’re looking at yourself, because humans are fractals too. Our torsos sprout arms sprout hands sprout fingers. Our veins become veinlets become capillaries. Ditto our lungs and nervous systems. We start big and get small, mirroring ourselves on smaller and smaller scales. Fractals make maximum and most efficient use of space and what’s found in me or thee is also found in a tree, both above and below ground. The roots of a tree are also fractals. But one big difference between trees and people is that trees are much freer to vary their general shape. Trees aren’t mirror-symmetrical like animals and that’s another thing that attracts human eyes and human artists. Each tree is unique, shaped by the chance of its seeding and setting, though each species has its characteristic silhouette. David More occasionally shows that bare winter silhouette, but usually draws the trees in full leaf, disposed to eat the sun. Trees can also be identified by their leaves alone and leaves too are fractals. The veins of a leaf divide and sub-divide, carrying the raw materials and the finished products of photosynthesis to and from the trunk and roots. Trees are giants that work on a microscopic scale, manufacturing themselves from photons and molecules of water and carbon dioxide.
We eat or sculpt what they manufacture, as Alan Mitchell describes in the text of this book:
The name “Walnut” comes from the Anglo-Saxon for “foreign nut” and was in use before the Norman Conquest, probably dating from Roman times. It may refer to the fruit rather than the tree but the Common Walnut, Juglans regia, has been grown in Britain for a very long time. The Romans associated their god Jupiter (Jove) with this tree, hence the Latin name juglans, “Jove’s acorn (glans) or nut”… The wood [of Black Walnut, Juglans nigra] is like that of Common Walnut and both are unsurpassed for use as gunstocks because, once seasoned and worked, neither moves at all and they withstand shock particularly well. They are also valued in furniture for their good colour and their ability to take a high polish. (entry for “Walnuts”, pg. 18)
That’s from the first and longer section, devoted to “Broadleaved Trees and Palms”; in the second section, “Conifers”, devoted to pines and their relatives, maths appears in a new form. Pine-cones embody the Fibonacci sequence, one of the most famous of all number sequences or series. Start with 1 and 1, then add the pair and go on adding pairs: 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, 144… That’s the Fibonacci sequence, named after the Italian mathematician Leonardo Fibonacci (c.1170-c.1245). And if you examine the two spirals created by the scales of a pine-cone, clockwise and counter-clockwise, you’ll find that there are, say, five spirals in one direction and eight in another, or eight and thirteen. The scales of a pineapple and petals of many flowers behave in a similar way. These patterns aren’t fractals like branches and leaves, but they’re also about distributing living matter efficiently through space. Mitchell doesn’t discuss any of this mathematics, but it’s there implicitly in the illustrations and underlies his text. Even the toxicity of the yew is ultimately mathematical, because the effect of toxins is determined by their chemical shape and its interaction with the chemicals in our bodies. Micro-geometry can be noxious. Or nourishing:
The Yews are a group of conifers, much more primitive than those which bear cones. Each berry-like fruit has a single large seed, partially enclosed in a succulent red aril which grows up around it. The seed is, like the foliage, very poisonous to people and many animals, but deer and rabbits eat the leaves without harm. Yew has extremely strong and durable wood [and the] Common Yew, Taxus baccata, is nearly immortal, resistant to almost every pest and disease of importance, and immune to stress from exposure, drought and cold. It is by a long way the longest-living tree we have and many in country churchyards are certainly much older than the churches, often thousands of years old. Since the yews pre-date the churches, the sites may have been holy sites and the yews sacred trees, possibly symbols of immortality, under which the Elders met. (entry for “Yews”, pg. 92)
This isn’t a big book, but there’s a lot to look at and read. I’d like a doubtful etymology to be true: some say “book” is related to “beech”, because beech-bark or beech-leaves were used for writing on. Bark is another way of identifying a tree and another aspect of their dendro-mathematics, in its texture, colours and patterns. But trees can please the ear as well as the eye: the dendrophile A.E. Housman (1859-1936) recorded how “…overhead the aspen heaves / Its rainy-sounding silver leaves” (A Shropshire Lad, XXVI). There’s maths there too. An Aspen sounds like rain in part because its many leaves, which tremble even in the lightest breeze, are acting like many rain-drops. That trembling is reflected in the tree’s scientific name: Populus tremula, “trembling poplar”. Housman, a Latin professor as well as an English poet, could have explained how tree-nouns in Latin are masculine in form: Alnus, Pinus, Ulmus; but feminine in gender: A. glutinosa, P. contorta, U. glabra (Common Alder, Lodgepole Pine, Wych-Elm). He also sums up why trees please in these simple and ancient words of English:
Give me a land of boughs in leaf,
A land of trees that stand;
Where trees are fallen, there is grief;
I love no leafless land.
Each year the patient hand of time
Plucks bare the oak, the ash, the lime,
And sharp against the Autumn sky
The subtle branches soothe the eye.
When Winter’s spell is fast on earth
The trees await the sun’s rebirth,
And pearled in frost, they stand and seem
Designed for beauty in a dream.
Then Spring revokes the spell and wills
The early leaves, the silver rills:
And symbol’d songs, more sweet than words,
Fill air with urgence of the birds.
Last, Summer’s lion roars his heat:
And pollen drifts and leaves compete
To drink the golden tide of light
Ere fall the sable drought of night.
« Seuls les médiocres sont toujours à leur meilleur. » — Jean Giraudoux (1882-1944).
“Only the mediocre are always at their best.” — Jean Giraudoux.
Что касается нас, то никогда мы не занимались кантиански-поповской, вегетариански-квакерской болтовней о “святости человеческой жизни”. Мы были революционерами в оппозиции и остались ими у власти. Чтобы сделать личность священной, нужно уничтожить общественный строй, который ее распинает. А эта задача может быть выполнена только железом и кровью.
Л.Д. Троцкий, Терроризм и коммунизм, IV. Терроризм.
As for us, we were never concerned with the Kantian-priestly and vegetarian-Quaker prattle about the “sacredness of human life”. We were revolutionaries in opposition, and have remained revolutionaries in power. To make the individual sacred we must destroy the social order that crucifies him. And this problem can be solved only by iron and blood.
Leon Trotsky, Terrorism and Communism, 4, Terrorism.
The most mysterious thing in the universe is also the most intimate: consciousness. It’s an inti-mystery, something we experience constantly at first hand and yet cannot describe or explain. We are each a double bubble: a bubble of flesh and a bubble of conscious experience. The second bubble bursts regularly, when we sleep. Sooner or later, the first bubble will burst too, when we die. And that will be it for the second bubble, the bubble of consciousness. Or will it? Can consciousness survive death? Can it exist without a material substrate? Or without a particular kind of material substrate: the soggy, sparky substance of the brain? Can the clean, dry metal of a computer be conscious? Who knows? The double bubble attracts lots of double-u’s: what, where, why, when, (w)how. What is consciousness? What is its relation to matter? Is it king or courtier? Where does it exist? Why does it exist? When? And how?
Continue reading Double Bubble…
Spiders, Michael Chinery, with illustrations by Sophie Allington (1996)
Spiders are special: they spin. And they’ve been doing so for millions of years. Their speciality is the root of their name: spider is from Middle English spither, meaning “spinner”. The root is even more obvious in German: Spinne. Not all languages call spiders spinners, but then not all spiders obviously spin. Some don’t make webs, though “all species protect their eggs by packing them in silken cocoons” (pg. 24). Not all spiders use venom either, but all of them are predators, mostly on insects and other arthropods, sometimes on larger prey like lizards, birds, and even fish. That is another part of what is interesting about them: like all predators, they are lurkers on the threshold between life and death. Spiders are dedicated death-dealers and sophisticated slayers. To see that dedication and sophistication in action, just watch a spider spinning its web. It will be using a minute brain to follow complex but flexible rules, because invariable webs would not fit an variable world. This is why spiders, like human beings, need nervous systems: web-making is an instinct, laid down in the genes, but instincts have to be triggered and adjusted according to the messages in sense-data.
One thing needing adjustment is the kind of silk used: you’ll learn from this book that in most species “individuals possess between three and six different kinds of silk” (pg. 25). It ranges from pyriform and ampullate silk, extruded from the “anterior spinneret” and used for webs and life-lines, to aggregate and flagelliform, extruded from the “posterior spinneret” and used, inter alia, for the sticky threads of orb-spiders’ webs. There’s also cribellate silk, produced by the cribellum, or “little sieve”, a special organ in the cribellate spiders:
The cribellate spider produces perfectly normal silk from its spinnerets and then covers them with the cribellum silk, which is brushed from the cribellum by a compact patch of bristles, called the calamistrum [Latin for “curling-iron”], on each hind leg. Each bristle carries several rows of microscopic teeth and acts like a minute hair brush. The cribellum silk forms ribbons but, because the legs vibrate rapidly when brushing, the individual threads – only 0.000015mm in diameter – are thrown into microscopic loops… Any insect unfortunate to touch the ribbons quickly gets its feet entangled in the loops and is held fast – without any glue. (“Spider Silk”, pg. 28)
Sticky aggregate silk is a chemical solution to the problem of catching prey; entangling cribellate silk is a physical one. Neither has been consciously designed: evolution did the work by selecting and rejecting millions of individuals down millions of generations. It’s important, and awe-inspiring, to remember that spiders and humans have a common ancestor that didn’t use silk. The spider-line, step by unconscious step, perfected the manufacture and manipulation of silk; our line, step by less unconscious step, perfected the manufacture and manipulation of mind. That’s why human beings write books about spiders and not vice versa. But both lines, the arachnid and the human, were undertaking a mathematical journey: we followed complicated trajectories in multi-dimensional information-space, or rather our genes did. Natural selection, and its odder and sometimes antagonistic cousin sexual selection, are editors of a microscopic text called DNA, which lays down recipes for brains, bodies, and behaviour.
Most natural history books describe what is cooked by DNA, not the genetic recipe itself, but then the cooked product is the most obvious thing and what we’ve been familiar with longest. But all biology, whether it’s studying bats or beetles, frogs or fungi (or dragonflies), is about evolutionary variations on an organic theme. DNA is like a giant recipe-book or giant musical score: each species is a particular dish or particular melody. Higher biological divisions are like styles or genres: spiders taste or sound similar, as it were, and they harmonize with scorpions, mites, and ticks, other eight-legged members of the class Arachnida. But the harmonies extend further and terrestrial life can be seen as a giant symphony played by the orchestra of evolution. If we discover life away from the earth, we’ll find it playing a half-familiar tune: mathematics, the Magistra Mundi, or Mistress of the World, will have been waving her baton there too and Richard Dawkins suggests that Darwinian evolution may be a universal principle, as the only means for life to arise from inanimate matter.
Or the only means until we can create life ab novo, that is: human beings are on the verge of being able to synthesize life from chemicals. Intelligent design, a fantasy of the anti-Darwinists, will soon become a reality in human laboratories. It will be further proof of the praeternatural nature of humanity, but this book provides proof of that too. Pages sixty-four to sixty-five, for example, illustrate the arachnid instinct of web-making using the human skill of drawing. One of the attractions of the book is that, apart from a photograph of the yellow-and-black orb-spider, Argiope bruennichi, on the front cover, all the illustrations are hand-drawn, from the anatomical cross-section of a typical spider on page twenty-three to the “balletic courtship dance of a jumping spider” on page eighty-seven. You can admire the sophistication of Sophie Allington’s drawings rather in the way you admire the sophistication of a spider’s web, though the credit of a human’s abilities generally accrue to the individual, rather than to the species. But is drawing a Darwinian activity like web-making? That is, is it a means of enhancing the survival of an individual and the transmission of the individual’s genes? One big difference between drawing and web-spinning, of course, is that not all human beings draw or create other forms of art. And human beings will not have specific genes for drawing in the way that we have specific genes for language. Which is another praeternatural part of human nature: all other forms of life use a symbolic code to survive, because DNA is a symbolic code, but human DNA allows us to use a second symbolic code, language – and sometimes a third, mathematics.
The mathematics in this book is implicit, but Michael Chinery supplies the explicit language. Although his prose is not as obviously and powerfully admirable as the illustrations, it provides the most meat for the mind and the imagination:
Bolas spiders, also called angling or fishing spiders, live in North and South America, Africa and Australasia. Odd-looking creatures whose squat bodies are often studded with horns and “warts”, they are among the very few araneid spiders whose bites are potentially dangerous to people. Typified by Australia’s Dichrostichus magnificus, commonly known as the magnificent spider, they cling motionless to leaves and twigs by day and don’t stir till nightfall. Hanging from a short thread attached to the underside of a twig, each spider pulls out a “fishing line” about 5cm (2 inches) long and carrying one or more blobs of very sticky glue. Whirling the line about with one of its legs, the spider waits for a moth to take the bait. This seems a bit of a hit-and-miss method, and pretty tiring as well, but the spider has a secret weapon in its armoury – a scent just like that released by certain female moths. The male moths can’t resist it and come flocking to the spider’s line… The bolas spider does not usually need to whirl its line around for more than a few minutes each evening. (“Finding Food”, pg. 71-2)
This hunting technique is ingenious, effective, and entirely undesigned: lying isn’t confined to human beings, because this type of spider is lying with a chemical, rather as human fisherman lie with baited hooks. Other spiders fish more literally: the European aquatic spider, Argyroneta aquatica, “inhabits ponds and slow-moving streams all over the temperate regions of Eurasia” (pg. 48-9). It builds a “domed web” underwater, fills it with air from the surface, and uses it as a base for hunting and chamber for feasting: “water would dilute the digestive enzymes poured onto the prey if the spider tried to dine in the water” (pg. 49). But digestive enzymes don’t just help spiders feed: they help spiders overwhelm their food. Like snake venoms, spider venoms are a kind of super-charged saliva, designed to deal death rather than simply help with digestion. Webs are not complete solutions to the problems of predation: large insects can break free, given time, or fight back when cornered. Venom is a force-multiplier, or rather a force-nullifier. And it is a sinister thing to see in operation, as a non-scientific observer of spiders, John Betjeman (1906-84), described in his poem “The Cottage Hospital”:
…Apple and plum espaliers
basked upon bricks of brown;
The air was swimming with insects
and children played in the street.
Out of this bright intentness
into the mulberry shade
Musca domestica (housefly)
swung from the August light
Slap into slithery rigging
by the waiting spider made
Which spun the lithe elastic
till the fly was shrouded tight.
Down came the hairy talons
and horrible poison blade
And none of the garden noticed
that fizzing, hopeless fight.(from A Few Late Chrysanthemums, 1954)
The beauty of a web, and sometimes of the web-mistress too, combine unsettlingly with the deadliness of its purpose: spiders are like tiny vampires. But they aren’t very dangerous to man and it’s puzzling that one of the commonest phobias, arachnophobia, should be inspired by them. There are a lot of arachnophobes in countries that don’t have dangerous spiders and their phobia can seriously affect their lives. Is it an exaggeration of an instinct that was written into our brains long ago, when we were smaller and more vulnerable creatures living in the tropics? Perhaps. I like the idea that human beings have records of spiders not just in our books and idioms, but in our DNA too, transmitted from generation to generation since we left the trees of Africa. For example, I like and am fascinated by spiders, but I am still startled if I see a large spider unexpectedly close at hand, even though I know that no species in Britain is dangerous and that none will bite without being provoked.
But fear is a potent, and piquant, spice at the spider-feast. Spiders are like snakes and sharks: interesting in part because they are associated with pain, injury, and death. This book discusses that aspect of their natural history and much more beside. Its chatty text and attractive illustrations make it an excellent introduction to a strange and wonderful family of animals, and to biology and evolution in general. Spiders have existed long enough and widely enough to have diversified into all manner of ecological niches, from parasitism to mimicry. Some spin silk, some squirt it. Some catch prey, some steal it. Meet them all in this set of symbols and codes.