Pride and prejudice at high altitude

January 23, 2020

Recent tragedies on Everest have exposed growing resentment felt by some Sherpas towards foreign climbers and the foreign companies profiting from the mountain. One source of dispute has been Sherpa concern that some climbers are not fit enough to cope with the altitude.

Now Cambridge historian Lachlan Fleetwood has found evidence of closely-related friction going back to the early 1800s. In an article published in Itinerario, he shows that attitude sickness undermined British imperial expectations that white bodies would outperform those of their new Himalayan subjects.

Having studied dozens of rare journals, letters and reports written by British surveyors, explorers and travellers, Fleetwood shows how this fuelled distrust between British travellers and Himalayan peoples in some of their first encounters with an expansionist British India. He also reveals that both Europeans and locals exploited uncertainty about altitude sickness for personal gain.

Today, the causes, symptoms and treatment of altitude sickness are common knowledge but in the early nineteenth century, this invisible force was poorly understood. Recent scientific research has shown that Sherpas, an ethnic group from the mountain regions of Nepal, have evolved to become particularly efficient at producing energy even when oxygen is scarce.

Fleetwood, a historian of science and empire, explains: "The British struggled with two competing aims - they wanted to describe their physical trials to secure heroic authority at home. But in doing so, they didn't want to upset racial hierarchies by suggesting that white bodies suffered more than Asian ones."

This tension is palpable in the writing of the Bengal infantryman Alexander Gerard. In the 1820s, he described how he and his brother James overtook their Himalayan porters and "had infinite trouble in getting them to go on". But he then admitted: "we could not have walked much faster ourselves, for we felt a fulness in the head, and experienced a general debility."

Even more telling, while ascending towards the frontier with Tibet, Alexander wrote: "we were so completely exhausted at first, that we rested every hundred yards; & had we not been ashamed before so many people, some of whom we got to accompany us after much entreaty, we should certainly have turned back."

This striking admission of shame appears in an unpublished report to the East India Company and in a published version of the same incident, a remarkable additional sentence was inserted: "we observed the thermometer every minute almost, in order to show the people we were doing something."

Fleetwood says of this: "It's fascinating to picture these brothers pretending to do Western science to mask their physical shortcomings. This is a far cry from the popular image of heroic Victorian explorers."

"The narrative shifted in the late nineteenth century so that Sherpas came to be valorised as heroic in their own right. This involved a growing acceptance that their bodies are better adapted to high altitude. But recent events on Everest show that comparisons of physical performance remain a major source of tension."

Much of Fleetwood's evidence comes from East India Company employees, especially Bengal infantryman seconded to surveys in the mountains. In the late eighteenth century, travelling to very high altitudes was something largely new for European travellers and then as today, their progress in the Himalaya relied on extensive pre-existing routes and co-opting Himalayan people (especially Bhotiya, Tartar, Wakhi, and Lepcha) to show them the correct paths, carry their supplies, and take on significant risk. This forced British travellers to compare their physical performance with that of the indigenous population.

Nineteenth-century attempts to conceal vulnerability to altitude sickness could be embarrassingly unconvincing. After reaching the Bamsaru Pass, the Scottish artist James Baillie Fraser remarked: "It was ludicrous to see those who had laughed at others yielding, some to lassitude, and others to sickness, yet endeavouring to conceal it from the rest. I believe I held out longer than any one; yet after passing this gorge every few paces of ascent seemed an insuperable labour, and even in passing along the most level places my knees trembled under me."

Measuring pulses and rates of breathing added a new dimension to the 'politics of comparison', as European travellers tried to make sense of wildly differing symptoms. While in the Pamirs, the naval officer and surveyor John Wood took the pulses of everyone in his party and noted with surprise that his was the slowest. Fleetwood is skeptical about this data and Wood admitted that his comparisons were not entirely fair, not least because the men had been carrying different loads.

While Fleetwood's focus is on the behaviour of Europeans, he suggests that guides and porters may have attempted to exploit the uncertainty around altitude using the idea of a poisonous plant to resist unpleasant and perilous labour. Himalayan people often told European travellers that their suffering was caused by Bis-ki-huwa, or simply the Bis, which was translated as 'Wind of Poison'. Most European observers dismissed the idea mainly because the plant rarely appeared where altitude sickness was felt.

From the 1850s, scientific knowledge about altitude sickness significantly improved thanks to more systematic scientific studies of respiratory physiology, but European travellers continued to play down their vulnerability.
-end-
Reference: Lachlan Fleetwood, Bodies in High Places: Exploration, Altitude Sickness, and the Problem of Bodily Comparison in the Himalaya, 1800-1850. Itinerario (December 2019), pp. 489-515. DOI: https://doi.org/10.1017/S0165115319000573

University of Cambridge

Related High Altitude Articles from Brightsurf:

Clinicians warn of the dangers of equating COVID-19 with high altitude pulmonary edema
Early reports of COVID-19 symptoms and the compelling need to quickly identify treatment options and curb the growing number of critically ill patients have led to erroneous and potentially dangerous comparisons between COVID-19 and other respiratory diseases like high altitude pulmonary edema, or HAPE.

Electronics for high-altitude use can get smaller and sturdier with new nanomaterials
Demand is growing for new materials that can be printed at ever smaller dimensions.

High-altitude adaptations connected with lower risk for chronic diseases
High-altitude adaptations in the Himalayas may lower risk for some chronic diseases, according to a research team including faculty from Binghamton University, State University of New York, the University of New Mexico, and the Fudan University School of Life Sciences.

Lung injury in COVID-19 is not high altitude pulmonary edema
A group of researchers with experience in treating high altitude pulmonary edema (HAPE) have written to correct the misconception in medical social media forums and elsewhere that the lung injury seen in COVID-19 is not like typical acute respiratory distress syndrome (ARDS) and is instead like HAPE.

LANL news: High altitude water Cherenkov Observatory tests speed of light
New measurements confirm, to the highest energies yet explored, that the laws of physics hold no matter where you are or how fast you're moving.

Himalayan wolf discovered to be a unique wolf adapted to harsh high altitude life
Researchers from the University of Oxford have discovered that the Himalayan wolf is a unique wolf characteristically adapted to the harsh life in the Asian high altitudes where low oxygen levels challenge all life forms.

Small altitude changes could cut climate impact of aircraft by up to 59%
Altering the altitudes of less than 2% of flights could reduce contrail-linked climate change by 59%, says a new Imperial study.

Small altitude changes could cut the climate impact of aircraft
Contrails -- the white, fluffy streaks in the sky that form behind planes -- can harm the environment.

Pride and prejudice at high altitude
Tension between Western climbers and Sherpas began over 200 years ago, a new study suggests.

Changes in high-altitude winds over the South Pacific produce long-term effects
In the past million years, the high-altitude winds of the southern westerly wind belt, which spans nearly half the globe, didn't behave as uniformly over the Southern Pacific as previously assumed.

Read More: High Altitude News and High Altitude Current Events
Brightsurf.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to Amazon.com.