Posts tagged “development”
I’ve got some fundamental issues with this recent article in the NYT, starting with its absurd title: Beijing’s Bad Air Would Be Step Up for Smoggy Delhi. The difference between levels in Beijing and Delhi are nigh indistinguishable shades of the same grey - we’re seeing similar and important trends playing out in large urban centers. We know the levels are health damaging and we know that the exposure-response relationships for a number of health impacts are not linear - a decrease from 400 to 300 ug/m3 doesn’t incur the same benefit in a population as the decrease from, say, 150 to 50 ug/m3. The latter decrease seems to have a far more profound and substantial positive impact on health. That, of course, is not to say we shouldn’t applaud any and all decreases in ambient air pollution — but instead to emphasize that we have a long way to go to fully protect public health.
No doubt, these issues need to become more prominent in Indian discourse, as the author acknowledges:
… [For] the first three weeks of this year, New Delhi’s average daily peak reading of fine particulate matter from Punjabi Bagh, a monitor whose readings are often below those of other city and independent monitors, was 473, more than twice as high as the average of 227 in Beijing. By the time pollution breached 500 in Beijing for the first time on the night of Jan. 15, Delhi had already had eight such days. Indeed, only once in three weeks did New Delhi’s daily peak value of fine particles fall below 300, a level more than 12 times the exposure limit recommended by the World Health Organization.
“It’s always puzzled me that the focus is always on China and not India,” said Dr. Angel Hsu, director of the environmental performance measurement program at the Yale Center for Environmental Law and Policy. “China has realized that it can’t hide behind its usual opacity, whereas India gets no pressure to release better data. So there simply isn’t good public data on India like there is for China.”
Experts have long known that India’s air is among the worst in the world. A recent analysis by Yale researchers found that seven of the 10 countries with the worst air pollution exposures are in South Asia. And evidence is mounting that Indians pay a higher price for air pollution than almost anyone. A recent study showed that Indians have the world’s weakest lungs, with far less capacity than Chinese lungs. Researchers are beginning to suspect that India’s unusual mix of polluted air, poor sanitation and contaminated water may make the country among the most dangerous in the world for lungs.
But even this doesn’t tell the whole story. Rural India is fraught with air pollution concerns of a different type — that arising from solid fuel combustion for household cooking. This ‘household air pollution’ results in approximately 900,000 annual deaths in India - 10% of national mortality. It disproportionately affects the rural poor, who, for the most part, don’t have access to modern fuels for cooking, heating, or lighting. It’s estimated that approximately 700 million people - more than twice the US population - in India rely on solid fuel use for household energy needs.
I applaud the NYT for covering air pollution in Delhi and across India. That said, neither of the above articles consider air pollution out of urban centers - and neither address the fact that these types of pollution events were commonplace in now-developed countries (see Donora, PA; London Smog; Thanksgiving Day Smog, NYC, 1966 ) as they stumbled in search of progress.
The NYT reports on a growing pile of coke, a byproduct of refining, in Detroit. In this case, the coke is produced as a result of tar sands refining; due to its high sulfur and carbon content, it is largely useless in the developed world. It seems that Koch brothers, who have purchased the coke from tar sands operations in Alberta, plan to sell it abroad.
Coke, which is mainly carbon, is an essential ingredient in steelmaking as well as producing the electrical anodes used to make aluminum.
While there is high demand from both those industries, the small grains and high sulfur content of this petroleum coke make it largely unusable for those purposes, said Kerry Satterthwaite, a petroleum coke analyst at Roskill Information Services, a commodities analysis company based in London.
“It is worse than a byproduct,” Ms. Satterthwaite said.”It’s a waste byproduct that is costly and inconvenient to store, but effectively costs nothing to produce.”
Murray Gray, the scientific director for the Center for Oil Sands Innovation at the University of Alberta, said that about two years ago, Alberta backed away from plans to use the petroleum coke as a fuel source, partly over concerns about greenhouse-gas emissions. Some of it is burned there, however, to power coking plants.
Attended a great lecture today by Isha Ray and Jack Colford as part of a new BERC IdeaWorks series. It was a discussion of "Water resources for sustainability and health", focusing mainly on water quality issues in the developing world. A number of interesting studies were described (amazingly clearly, given the complexity of them on the ground) by Dr. Ray and Dr. Colford - both masterful professors. Dr. Colford's undertaking a multi-country assessment of water, sanitation, and hygiene interventions (individually and combined) to see their effects on height, weight, diarrhea. The challenge of doing this kind of randomized trial is not to be underestimated; they plan a year of pilots before the full study begins. A heady undertaking.
Dr. Ray described a couple studies that try to understand how people use these services, how they pay for them, and how they weigh options for water and sanitation. The most striking example she gave is a study kicking off shortly in Tanzania. Her research team is assessing how willing people are to use and pay for six commercially available point-of-use water treatments (like chlorine, a safe-water bucket, a UV filter, a biosand filter, etc). Her approach is novel. As with all studies of this sort, intervention devices will be given to participants. At the end of the study, she'll try one of the following two things: (1) randomly give participants an envelope with a cash amount her team will pay to buy back the point-of-use device or (2) plan the study so that at its conclusion all devices are returned to the researchers; participants are given the option to buy the device back, again at a randomized price. Its an elegant solution to figuring out how much a person would be willing to pay for a technology that is available on the local market.
Our work in the stove world needs to look towards these kinds of assessments to help us frame the issue of poor uptake and compliance of cookstove usage. Both of these types of environmental health interventions often run into the same issues - the technology is poorly designed for the target population, or the population doesn't perceive a need for it. Trying out locally available technologies and helping NGOs and governments figure out which ones people are willing to pay for -- which we hope is a proxy for willing to use -- is one step in the right direction.
This discussion ignores the impact of the devices on the market -- it assumes they work. That's a second, additional wrinkle that plays into the technology adoption.
Reading a short piece by Brad DeLong for a technology & development seminar. Opens strongly with the following quotation...
"...the bureaucratic planner with a map does not know best, and can not move humans and their lives around the territory as if on a chessboard to create utopia; that the local, practical knowledge possessed by the person-on-the-spot is important; that the locus of decision-making must remain with those who have the craft to understand the situation; that any system that functions at all must create and maintain a space for those on the spot to use their local, practical knowledge (even if the hierarchs of the system pretend not to notice this flexibility)."
Seems applicable to any program anywhere, but also extremely relevant... and not new. The lesson has not been learned.
K-wada is a small chunk of Dharavi, Asia's largest slum that hosts 1 million people of varying religious and ethnic backgrounds. Dharavi sprawls in all directions - upwards for two or three stories, and out and out and out. K-wada's an interesting part of Dharavi. It's the region's largest pottery colony, home to some 1200 families. Around 600 of those families earn meager wages as amazing artisanal potters. The pots are stunning, but more amazing is watching the community at work - some work the clay, preparing it for the potters; other prepare the kilns; other still glaze the pots. The final products vary - some serve a strictly utilitarian purpose; some decorative; the majority find a niche between utility and decoration. The functioning, organized, delineated process of the operation is striking, contrasting sharply with larger Indian inefficiency.
Development is a tricky concept to grasp at home. It is even more convoluted in India, a country in the throes of modernization, industrialization, commercialization - all the "-tion" buzzwords affiliated with development. We went to the slum on Saturday to hold a drawing competition with around 30 of the children and to give the cooperative members their pictures, which I had taken the day before. The cooperative members were sincerely grateful and enjoyed the 7 or 8 basic portraits I had taken, which came out well. The lighting was awful, so some improvisation was required, but they were adequate. Anyway, at one point around 40 kids burst into a tiny office, surrounding a small desktop computer so they could see digital photos from a trip they had taken to the park. Technology be damned and all that, but the kids' reaction to the computer, to the images, was priceless - the excitement, energy, and enthusiasm was palpable and contagious. There's this side of modernizing - the amazing trickle of technology to societies who otherwise don't have access to it. The people in k-wada aren't marginalized by large MNCs, by the national government, or by any of the usual suspects - instead, repression comes from history; from an archaic, outdated caste system that, while buckling under pressure, manages to maintain a firm, vice-like grip on Indian society. Mobility outside of your designated lot in life isn't a reality, it's a pipe-dream. It seems impossible. Yet watching those kids - a few in particular - one gets the impression that things will change, that they have to change, that they are changing. The kids speak broken English, while their parents speak none. The kids read and write, few of their elder's do. Many of the teenagers volunteer at the school as tutors, mentors, as little leaders - of their own volition, sometimes to the chagrin of their parents. They kids seem to yearn for something else. The parents, like parents everywhere, boast and show-off scores from their chillun that ARE as good as students from more prosperous areas. The ability is there - it always is, always, in every single person - but will the society let it flourish? And then, the flipside of all this, the loss of cultural customs to developmental homogenization. To the desire to escape the current lifestyle. Lays potato chips next to homebrew masala-laden hot mix. Plastic containers in place of hand-made earthenware. High capacity housing in place of sprawling slums. I'm in no place to judge that escapist desire. But, for the first time, I'm not sure where I stand with regards to development. There is life here that doesn't exist elsewhere, energy and vitality and an approach to living that world is rapidly losing... but the need to ramp up production, the desire to create more product for as little money as possible, the pressure of modernization has lead to tremendous difficulty in continuing to actively pursue pottery in a sustainable fashion. The current kilns simply are not sustainable - from an environmental perspective, an economic perspective, and a political perspective. The sheer volume and thickness of smoke created EVERYDAY when the kilns are run is extraordinary. Sometime last week, I watched one elderly gent get caught between two kilns that were firing pottery and take a hacking deep breath - and then cough up blood and pass out. All hell broke loose, as children tried to move this fellow five times their size. Everyone mobilized to help him, and after a few minutes he regained consciousness. Then, the kids return to running around the kilns, playing cricket, chasing each other - blissfully ignorant of the poop they're breathing in. Elders look on, relatively unconcerned. This is how its been, and how it will be. This is their lot in life. Long live tradition, but foofaa that.