Abstract

In lieu of an abstract, here is a brief excerpt of the content:Spirometer, Whale, Slave:Breathing Emergencies, c. 1850John Durham Peters (bio)Breath dramatically starts with a slap at birth and ceases with death and yet we typically ignore it until it is under duress. Unlike marine mammals such as whales and dolphins who can never fully automate breathing—they sleep one brain hemisphere at a time so as to keep conscious watch, like yogis, over their respiration—we humans are mostly somnambulists with regard to breath. Unlike our briny cousins, we won't drown if we neglect our breath. Our relatively accommodating habitat at the fold of lithosphere and atmosphere enables a Lethe of oblivion, though many elements of our world are hostile to breath: water, fire, earth, extremes of height, heat, or cold. Nothing could be more fundamental for aerobic terrestrial creatures than breathing. So its routine cloaking in impercipience must somehow be functional and require a great deal of nervous expenditure. (It always takes a lot of work to make an infrastructure invisible.)Breathing is a good test case for the notion, common to many variants of critical theory, that nature for humans is always second nature: what would it mean to find culture, history, and politics in something that is so relentlessly universal and given? The intensity of the urge for drink, food, sex, or sleep pales compared to that of taking a breath withheld or expelling a breath too long held. Here, it seems, desire and need converge. Breathing morphs into awareness, art and artifice when threat, absence or curiosity rouse it from its slumber—when we swim, have a coughing fit, sing, or challenge someone to a breath-holding contest. Under the earth in a mine, high in the air on a mountain or airplane, ill with a respiratory disease, or in other extreme situations, we need techniques and technologies to breathe. Like everything supposedly natural, we can't leave breathing in peace. We mold breath in techniques of speech, song, and prayer and in technologies of diving, medicine, and air travel. A full accounting of such would form a full encyclopedia of human ingenuity.1 [End Page 85]With typical flamboyance, Peter Sloterdijk declared that the atmosphere first ceased to be taken for granted, i.e., became technical, a matter of art, on 22 April 1915, with the German deployment of poison gas in World War I. On a world-historical scale, he takes this weaponization of the environment as an "air-quake" that launched modern air-conditioning in its most literal sense of climatization (as French and German has it) and not just interior cooling (Sloterdijk 89-110 passim). We need a history of comparative breathing emergencies! Every era, like every life, has its encounters with the precarity of breathing, even if not as conveniently dated or climate-change prognostic as 22 April 1915. The urban concentration of human population starting a few thousand years ago, for instance, made people co-breathers (con-spirators) in new ways and thus more prone to the contagious respiratory illnesses that have long ravaged our species.I want to look at one such moment—one marked by a deadly global respiratory illness, new instruments for producing data, worries about radical alterations to the atmosphere, comparative interest in nonhuman forms of life, and the politicization of breathing. 1850, like 2020, was a moment when breath awoke from its autonomic quiet. The nineteenth century was the great age of tuberculosis, the tragic and romantic lung disease. It was a time of fog, smoke, and mud, of climate-changing volcanic eruptions and a year without a summer, and of a mysterious, brooding "storm-cloud" that John Ruskin complained of so bitterly. Medical instruments, the whaling industry, and struggles for the abolition of slavery all brought the lungs into the foreground.SpirometerThe nineteenth century was also the great age of instrumentation. Light and sound were only the two most famous dynamic processes to yield to new graphic methods of inscription such as photography and phonography. The spirometer was one of many devices designed to render visual data of physiological functions, such as the myograph, the flame manometer, sphygmomanometer, and the kymograph. Many of them are still in use. The invention...