Showing posts with label agriculture. Show all posts
Showing posts with label agriculture. Show all posts

Tuesday, May 25, 2010

Varieties of economic progress



The study of economic history reveals a number of different patterns when it comes to agricultural production and the standard of living of a given population in a region.  Let's think about the issue in very simple terms.  Imagine that the standard of living for a population in a region is determined by the amount of grain that each household is able to acquire in a time period.  Grain is produced on farms using labor and technology (water, traction, fertilizer, pesticides, harvest tools).  Output is influenced by the existing agricultural technology and the quantity of labor expended in the farming process.  At a given level of technology and a given practice of labor use, a certain quantity of grain Q can be produced for the population P (farmers and their families).  If population is stable and if land area, technology, and labor use remain constant, then the total amount of grain produced remains constant as well and the standard of living remains level at Q/P.

Now several things can begin to change.  First, consider a steady population increase over time.  If land, technology and labor remain constant, then the standard of living falls, since Q remains constant while P increases.  So how can this population sustain and perhaps improve its standard of living?  It needs to increase the output of grain at a rate at least equal to the rate of increase in population.  And this can be done in several ways.

First, the population can bring more land into cultivation.  Population increase leads to more farm labor; more farmers can farm the additional land; and if agricultural technologies and practices are unchanged, then output will increase proportionally to the increase in population; so the standard of living will remain constant.  This assumes, however, that the new land is of equal productivity to existing land; but as the physiocrats observed, generally new land is of lower productivity.  So in this scenario, output would increase more slowly than population, and the standard of living would slowly decline.  We might call this extensive growth; technique and labor practices remain constant, but the arable land area increases (at the cost of deforestation and loss of common lands).

Second, more labor can be applied to the process of cultivation to increase output, using traditional farming practices.  More frequent weeding and destruction of pests takes time, but it increases output.  So if population is rising and land extent and productivity are constant, it is possible to offset the tendency for average output to fall, by applying more labor to the process.  Family labor, including children, can be expended more and more intensively in order to achieve additional gains in output.  But, of course, the marginal product of these additional hours of labor is small.  This process is familiar from the history of agriculture; Chayanov calls it "self-exploitation" (The Theory of Peasant Economy) and Clifford Geertz calls it "agricultural involution" (Agricultural Involution: The Processes of Ecological Change in Indonesia).  The standard of living may remain fairly constant, but the work load for the farm family increases over time.  Naturally, this process reaches a limit; eight hours a day of farm labor is sustainable; twelve hours is difficult; and eighteen hours is unsupportable.  (Here is an explanation and application of Chayanov's theory to the circumstances of Sri Lanka; link.)  We can call this involutionary growth or labor-intensive growth.

A third possibility is somewhat more positive for the standard of living and quality of life.  Intelligent farmers can recognize opportunities for improving and refining existing techniques and practices.  A better kind of sacking material may do a better job of protecting the harvest from rats; a bicycle-powered irrigation pump may increase the amount of water available for crops, thus increasing the harvest; a different form of labor cooperation across households may permit more effective seeding during the appropriate season.  So the traditional practices can be refined, permitting an increase of output with a constant quantity of land and labor.  This is what Mark Elvin refers to as "refinement of traditional practices" in his pathbreaking analysis of the "high-level equilibrium trap" (The Pattern of the Chinese Past).  It is an incremental process through which the productivity of the traditional farming system is increased through a series of small refinements of practice and technique.  Improvement in productivity permits an improvement in output per person; but if population continues to increase, then soon these gains are erased and the standard of living begins to decline again.


A fourth possibility is even more dramatic.  The fundamental technologies in use may be qualitatively improved: manure may be replaced by bean curd, which in turn may be replaced by chemical fertilizers; seed varieties may be significantly improved through selective breeding; electric-powered pumps may improve the availability of irrigation; small tractors may replace oxen and many person-hours of labor.  This kind of improvement in productivity can be represented as a jump from one of the heavy curves above to a higher "production possibility frontier."  And this enhancement of agricultural productivity can result in massive increases in the quantity of grain relative to the farming population -- thereby permitting a significant improvement in the standard of living for the farming population.  This can be referred to as modern technological productivity growth.

Two problems arise at this point, however.  First is Elvin's fundamental point about Chinese agriculture: these significant technological improvements require a significant social investment in scientific and technical research.  And if a population has already approached a subsistence trap -- a level of population at which intensive labor and existing farm technology only permits a near-subsistence diet for the population -- then there is no source of social surplus that can fund this research investment. (This is the core of his theory of the high-level equilibrium trap: farming techniques and practices have been refined to the maximum degree possible, and population has increased to the point of subsistence.)

Another problem is equally important.  The sorts of productivity improvements described here are "labor-expelling": the size of the labor force needs to fall (unless more land is available).  So the standard of living may rise for the farm population; but there will be a "surplus population" that is excluded from this improvement in productivity.  (This is a process that James Scott describes in Green-Revolution Malasia in Weapons of the Weak: Everyday Forms of Peasant Resistance.)  And at this point, the only hope for improvement of the standard of living for this segment of the population is for economic growth in another sector -- manufacturing or service -- where the labor of displaced farmers can be productively used.

So there are three large patterns, with several structural alternatives among the growth scenarios.


(See several earlier posts on farming, agriculture, and development; link, link, link.)

Varieties of economic progress



The study of economic history reveals a number of different patterns when it comes to agricultural production and the standard of living of a given population in a region.  Let's think about the issue in very simple terms.  Imagine that the standard of living for a population in a region is determined by the amount of grain that each household is able to acquire in a time period.  Grain is produced on farms using labor and technology (water, traction, fertilizer, pesticides, harvest tools).  Output is influenced by the existing agricultural technology and the quantity of labor expended in the farming process.  At a given level of technology and a given practice of labor use, a certain quantity of grain Q can be produced for the population P (farmers and their families).  If population is stable and if land area, technology, and labor use remain constant, then the total amount of grain produced remains constant as well and the standard of living remains level at Q/P.

Now several things can begin to change.  First, consider a steady population increase over time.  If land, technology and labor remain constant, then the standard of living falls, since Q remains constant while P increases.  So how can this population sustain and perhaps improve its standard of living?  It needs to increase the output of grain at a rate at least equal to the rate of increase in population.  And this can be done in several ways.

First, the population can bring more land into cultivation.  Population increase leads to more farm labor; more farmers can farm the additional land; and if agricultural technologies and practices are unchanged, then output will increase proportionally to the increase in population; so the standard of living will remain constant.  This assumes, however, that the new land is of equal productivity to existing land; but as the physiocrats observed, generally new land is of lower productivity.  So in this scenario, output would increase more slowly than population, and the standard of living would slowly decline.  We might call this extensive growth; technique and labor practices remain constant, but the arable land area increases (at the cost of deforestation and loss of common lands).

Second, more labor can be applied to the process of cultivation to increase output, using traditional farming practices.  More frequent weeding and destruction of pests takes time, but it increases output.  So if population is rising and land extent and productivity are constant, it is possible to offset the tendency for average output to fall, by applying more labor to the process.  Family labor, including children, can be expended more and more intensively in order to achieve additional gains in output.  But, of course, the marginal product of these additional hours of labor is small.  This process is familiar from the history of agriculture; Chayanov calls it "self-exploitation" (The Theory of Peasant Economy) and Clifford Geertz calls it "agricultural involution" (Agricultural Involution: The Processes of Ecological Change in Indonesia).  The standard of living may remain fairly constant, but the work load for the farm family increases over time.  Naturally, this process reaches a limit; eight hours a day of farm labor is sustainable; twelve hours is difficult; and eighteen hours is unsupportable.  (Here is an explanation and application of Chayanov's theory to the circumstances of Sri Lanka; link.)  We can call this involutionary growth or labor-intensive growth.

A third possibility is somewhat more positive for the standard of living and quality of life.  Intelligent farmers can recognize opportunities for improving and refining existing techniques and practices.  A better kind of sacking material may do a better job of protecting the harvest from rats; a bicycle-powered irrigation pump may increase the amount of water available for crops, thus increasing the harvest; a different form of labor cooperation across households may permit more effective seeding during the appropriate season.  So the traditional practices can be refined, permitting an increase of output with a constant quantity of land and labor.  This is what Mark Elvin refers to as "refinement of traditional practices" in his pathbreaking analysis of the "high-level equilibrium trap" (The Pattern of the Chinese Past).  It is an incremental process through which the productivity of the traditional farming system is increased through a series of small refinements of practice and technique.  Improvement in productivity permits an improvement in output per person; but if population continues to increase, then soon these gains are erased and the standard of living begins to decline again.


A fourth possibility is even more dramatic.  The fundamental technologies in use may be qualitatively improved: manure may be replaced by bean curd, which in turn may be replaced by chemical fertilizers; seed varieties may be significantly improved through selective breeding; electric-powered pumps may improve the availability of irrigation; small tractors may replace oxen and many person-hours of labor.  This kind of improvement in productivity can be represented as a jump from one of the heavy curves above to a higher "production possibility frontier."  And this enhancement of agricultural productivity can result in massive increases in the quantity of grain relative to the farming population -- thereby permitting a significant improvement in the standard of living for the farming population.  This can be referred to as modern technological productivity growth.

Two problems arise at this point, however.  First is Elvin's fundamental point about Chinese agriculture: these significant technological improvements require a significant social investment in scientific and technical research.  And if a population has already approached a subsistence trap -- a level of population at which intensive labor and existing farm technology only permits a near-subsistence diet for the population -- then there is no source of social surplus that can fund this research investment. (This is the core of his theory of the high-level equilibrium trap: farming techniques and practices have been refined to the maximum degree possible, and population has increased to the point of subsistence.)

Another problem is equally important.  The sorts of productivity improvements described here are "labor-expelling": the size of the labor force needs to fall (unless more land is available).  So the standard of living may rise for the farm population; but there will be a "surplus population" that is excluded from this improvement in productivity.  (This is a process that James Scott describes in Green-Revolution Malasia in Weapons of the Weak: Everyday Forms of Peasant Resistance.)  And at this point, the only hope for improvement of the standard of living for this segment of the population is for economic growth in another sector -- manufacturing or service -- where the labor of displaced farmers can be productively used.

So there are three large patterns, with several structural alternatives among the growth scenarios.


(See several earlier posts on farming, agriculture, and development; link, link, link.)

Varieties of economic progress



The study of economic history reveals a number of different patterns when it comes to agricultural production and the standard of living of a given population in a region.  Let's think about the issue in very simple terms.  Imagine that the standard of living for a population in a region is determined by the amount of grain that each household is able to acquire in a time period.  Grain is produced on farms using labor and technology (water, traction, fertilizer, pesticides, harvest tools).  Output is influenced by the existing agricultural technology and the quantity of labor expended in the farming process.  At a given level of technology and a given practice of labor use, a certain quantity of grain Q can be produced for the population P (farmers and their families).  If population is stable and if land area, technology, and labor use remain constant, then the total amount of grain produced remains constant as well and the standard of living remains level at Q/P.

Now several things can begin to change.  First, consider a steady population increase over time.  If land, technology and labor remain constant, then the standard of living falls, since Q remains constant while P increases.  So how can this population sustain and perhaps improve its standard of living?  It needs to increase the output of grain at a rate at least equal to the rate of increase in population.  And this can be done in several ways.

First, the population can bring more land into cultivation.  Population increase leads to more farm labor; more farmers can farm the additional land; and if agricultural technologies and practices are unchanged, then output will increase proportionally to the increase in population; so the standard of living will remain constant.  This assumes, however, that the new land is of equal productivity to existing land; but as the physiocrats observed, generally new land is of lower productivity.  So in this scenario, output would increase more slowly than population, and the standard of living would slowly decline.  We might call this extensive growth; technique and labor practices remain constant, but the arable land area increases (at the cost of deforestation and loss of common lands).

Second, more labor can be applied to the process of cultivation to increase output, using traditional farming practices.  More frequent weeding and destruction of pests takes time, but it increases output.  So if population is rising and land extent and productivity are constant, it is possible to offset the tendency for average output to fall, by applying more labor to the process.  Family labor, including children, can be expended more and more intensively in order to achieve additional gains in output.  But, of course, the marginal product of these additional hours of labor is small.  This process is familiar from the history of agriculture; Chayanov calls it "self-exploitation" (The Theory of Peasant Economy) and Clifford Geertz calls it "agricultural involution" (Agricultural Involution: The Processes of Ecological Change in Indonesia).  The standard of living may remain fairly constant, but the work load for the farm family increases over time.  Naturally, this process reaches a limit; eight hours a day of farm labor is sustainable; twelve hours is difficult; and eighteen hours is unsupportable.  (Here is an explanation and application of Chayanov's theory to the circumstances of Sri Lanka; link.)  We can call this involutionary growth or labor-intensive growth.

A third possibility is somewhat more positive for the standard of living and quality of life.  Intelligent farmers can recognize opportunities for improving and refining existing techniques and practices.  A better kind of sacking material may do a better job of protecting the harvest from rats; a bicycle-powered irrigation pump may increase the amount of water available for crops, thus increasing the harvest; a different form of labor cooperation across households may permit more effective seeding during the appropriate season.  So the traditional practices can be refined, permitting an increase of output with a constant quantity of land and labor.  This is what Mark Elvin refers to as "refinement of traditional practices" in his pathbreaking analysis of the "high-level equilibrium trap" (The Pattern of the Chinese Past).  It is an incremental process through which the productivity of the traditional farming system is increased through a series of small refinements of practice and technique.  Improvement in productivity permits an improvement in output per person; but if population continues to increase, then soon these gains are erased and the standard of living begins to decline again.


A fourth possibility is even more dramatic.  The fundamental technologies in use may be qualitatively improved: manure may be replaced by bean curd, which in turn may be replaced by chemical fertilizers; seed varieties may be significantly improved through selective breeding; electric-powered pumps may improve the availability of irrigation; small tractors may replace oxen and many person-hours of labor.  This kind of improvement in productivity can be represented as a jump from one of the heavy curves above to a higher "production possibility frontier."  And this enhancement of agricultural productivity can result in massive increases in the quantity of grain relative to the farming population -- thereby permitting a significant improvement in the standard of living for the farming population.  This can be referred to as modern technological productivity growth.

Two problems arise at this point, however.  First is Elvin's fundamental point about Chinese agriculture: these significant technological improvements require a significant social investment in scientific and technical research.  And if a population has already approached a subsistence trap -- a level of population at which intensive labor and existing farm technology only permits a near-subsistence diet for the population -- then there is no source of social surplus that can fund this research investment. (This is the core of his theory of the high-level equilibrium trap: farming techniques and practices have been refined to the maximum degree possible, and population has increased to the point of subsistence.)

Another problem is equally important.  The sorts of productivity improvements described here are "labor-expelling": the size of the labor force needs to fall (unless more land is available).  So the standard of living may rise for the farm population; but there will be a "surplus population" that is excluded from this improvement in productivity.  (This is a process that James Scott describes in Green-Revolution Malasia in Weapons of the Weak: Everyday Forms of Peasant Resistance.)  And at this point, the only hope for improvement of the standard of living for this segment of the population is for economic growth in another sector -- manufacturing or service -- where the labor of displaced farmers can be productively used.

So there are three large patterns, with several structural alternatives among the growth scenarios.


(See several earlier posts on farming, agriculture, and development; link, link, link.)

Saturday, January 16, 2010

High modernism and expert knowledge



James Scott is one of the really exceptional social scientists of his generation.  His contributions to peasant studies have been transformative -- his ideas of the "moral economy of the peasant" and "weapons of the weak" are now part of the tool set that we all use in trying to make sense of agrarian societies (The Moral Economy of the Peasant: Rebellion and Subsistence in Southeast Asia, Weapons of the Weak: Everyday Forms of Peasant ResistanceDomination and the Arts of Resistance: Hidden Transcripts).  And his historical and ethnographic accounts of peasant life and struggle have given us a strong basis for understanding these movements that were so important during the anti-colonial struggles of the mid-twentieth century.  (I've treated several of these contributions in earlier posts here, here, here, and here.)

What is particularly striking about Scott's work is the range of his sociological imagination.  He is a genuinely creative thinker when it comes to making sense of some of some very complex human phenomena -- peasant mobilization, agricultural modernization, and large-scale efforts to transform the world.  Each of his books introduces something new (for example, his treatment of Gramsci and hegemony in Weapons of the Weak, or his use of "hidden transcripts" in Domination and the Arts of Resistance).  He is a master at coming up with a concept, theory, or metaphor that can help to explain complex forms of social behavior, from the points of view of the actors.  And he does a great job of overcoming the dichotomy between "material circumstances" and "culture"; the peasant communities and movements that he treats are both materially situated and culturally specific.

A more recent book that makes a number of important new contributions is Seeing Like a State: How Certain Schemes to Improve the Human Condition Have Failed (1998).  Here Scott shifts focus in two ways.  His analysis here differs from his earlier books in that it is both more macro -- he examines the ways that states think; and more micro -- he also examines the nature of individually situated expert local knowledge.  Both parts of the analysis are interesting and novel.

The book explores what Scott calls "high modernism" -- essentially, the effort to use science and theory to order and regularize the social world, and to use theories of the future to remake the present.  Scott defines high modernism in these terms:
It is best conceived as a strong, one might even say muscle-bound, version of the beliefs in scientific and technical progress that were associated with industrialization in Western Europe and in North America from roughly 1830 until World War I. At its core was a supreme self-confidence about continued linear progress, the development of scientific and technical knowledge, the expansion of production, the rational design of social order, the growing satisfaction of human needs, and, not least, an increasing control over nature. (89)
Initially he puts the point in terms of the modern state's agenda of "sedentarianization" -- reducing the mobility and anonymity of nomadic peoples and organizing them into "legible" formations.
The more I examined these efforts at sedentarization, the more I came to see them as a state's attempt to make a society legible, to arrange the population in ways that simplified the classic state functions of taxation, conscription, and prevention of rebellion. (2)

Much of early modern European statecraft seemed similarly devoted to rationalizing and standardizing what was a social hieroglyph into a legible and administratively more convenient format.  The social simplifications thus introduced not only permitted a more finely tuned system of taxation and conscription but also greatly enhanced state capacity. (Introduction)
The core thesis of the book is the damage that states have done when they have attempted to implement antecedent theories of social change:
I believe that many of the most tragic episodes of state development in the late nineteenth and twentieth centuries originate in a particularly pernicious combination of three elements.  The first is the aspiration to the administrative ordering of nature and society, an aspiration that we have already seen at work in scientific forestry, but one raised to a far more comprehensive and ambitious level....  The second element is the unrestrained use of the power of the modern state as an instrument for achieving these designs.  The third element is a weakened or prostrate civil society that lacks the capacity to resist these plans. (88-89)
High modernism was evident in agriculture; but it was also visible in urban planning.
Le Corbusier had no patience for the physical environment that centuries of urban living had created. He heaped scorn on the tangle, darkness, and disorder, the crowded and pestilential conditions, of Paris and other European cities at the turn of the century ... He was visually offended by disarray and confusion. (106)
The French-inspired urban design of colonial-era Saigon is pictured above.

Scott's view is that the central development disasters of the twentieth century derived from this toxic combination of epistemic arrogance and authoritarian power, including especially an excessive confidence in the ability of principles of "scientific management" to order and organize human activity.  He provides case studies of the creation of Brasilia as a completely planned city; Soviet collectivization of agriculture in 1929-30; villagization in Tanzania; and the effort to regularize and systematize modern agriculture (266).  And we could add China's Great Leap Forward famine to the list.  In each case, the high-modernist ideology led to a catastrophic failure of social development.
In sum, the legibility of a society provides the capacity for largescale social engineering, high-modernist ideology provides the desire, the authoritarian state provides the determination to act on that desire, and an incapacitated civil society provides the leveled social terrain on which to build. (5)
A constant contrast in the book is between the objectifying knowledge of modernist science -- social and natural -- and the particular knowledge systems of practitioners and locals about the nature of their local environment -- what he calls "metis".  "Throughout this book I make the case for the indispensable role of practical knowledge, informal processes, and improvisation in the face of unpredictability" (6).  A particularly clear instance of these two perspectives comes in through Scott's discussion of scientific forestry and the local knowledge of forest ecology possessed by villagers.  Beekeeping, traditional farming, and the cultivation of the mango tree (333) are other good examples.  Two forests are pictured below; the first is an old-growth forest, and the second is the result of scientific forestry. And Scott documents the ecological destruction that resulted when these principles of scientific forestry were exported from Germany to Southeast Asia.





Scott's perspective here is not anti-scientific or anti-modern.  Instead, it is fundamentally anti-authoritarian: the high-modernist impulse coupled with the power of the modern state has led to massive human disasters.  And confidence in comprehensive, abstract theories -- whether of forests, bees, or cities -- has been an important element of these destructive endeavors.  So the conclusion is a moderate one: pay attention to local knowledge, be suspicious of totalizing experiments in transforming society or nature, and trust the people who are affected by policies to contribute to their design.

Scott's arguments in Seeing Like a State provide some resonance with two other insightful writers discussed in earlier postings: Michael Polanyi (on the importance of tacit knowledge) and Karl Popper (on the hazards associated with comprehensive social engineering).

(Scott's most recent book is The Art of Not Being Governed: An Anarchist History of Upland Southeast Asia.  Here is a very interesting working paper by Grant Evans reviewing Scott's contributions; From moral economy to remembered village: The sociology of James C. Scott (Working paper / Centre of Southeast Asian Studies, Monash University).)


High modernism and expert knowledge



James Scott is one of the really exceptional social scientists of his generation.  His contributions to peasant studies have been transformative -- his ideas of the "moral economy of the peasant" and "weapons of the weak" are now part of the tool set that we all use in trying to make sense of agrarian societies (The Moral Economy of the Peasant: Rebellion and Subsistence in Southeast Asia, Weapons of the Weak: Everyday Forms of Peasant ResistanceDomination and the Arts of Resistance: Hidden Transcripts).  And his historical and ethnographic accounts of peasant life and struggle have given us a strong basis for understanding these movements that were so important during the anti-colonial struggles of the mid-twentieth century.  (I've treated several of these contributions in earlier posts here, here, here, and here.)

What is particularly striking about Scott's work is the range of his sociological imagination.  He is a genuinely creative thinker when it comes to making sense of some of some very complex human phenomena -- peasant mobilization, agricultural modernization, and large-scale efforts to transform the world.  Each of his books introduces something new (for example, his treatment of Gramsci and hegemony in Weapons of the Weak, or his use of "hidden transcripts" in Domination and the Arts of Resistance).  He is a master at coming up with a concept, theory, or metaphor that can help to explain complex forms of social behavior, from the points of view of the actors.  And he does a great job of overcoming the dichotomy between "material circumstances" and "culture"; the peasant communities and movements that he treats are both materially situated and culturally specific.

A more recent book that makes a number of important new contributions is Seeing Like a State: How Certain Schemes to Improve the Human Condition Have Failed (1998).  Here Scott shifts focus in two ways.  His analysis here differs from his earlier books in that it is both more macro -- he examines the ways that states think; and more micro -- he also examines the nature of individually situated expert local knowledge.  Both parts of the analysis are interesting and novel.

The book explores what Scott calls "high modernism" -- essentially, the effort to use science and theory to order and regularize the social world, and to use theories of the future to remake the present.  Scott defines high modernism in these terms:
It is best conceived as a strong, one might even say muscle-bound, version of the beliefs in scientific and technical progress that were associated with industrialization in Western Europe and in North America from roughly 1830 until World War I. At its core was a supreme self-confidence about continued linear progress, the development of scientific and technical knowledge, the expansion of production, the rational design of social order, the growing satisfaction of human needs, and, not least, an increasing control over nature. (89)
Initially he puts the point in terms of the modern state's agenda of "sedentarianization" -- reducing the mobility and anonymity of nomadic peoples and organizing them into "legible" formations.
The more I examined these efforts at sedentarization, the more I came to see them as a state's attempt to make a society legible, to arrange the population in ways that simplified the classic state functions of taxation, conscription, and prevention of rebellion. (2)

Much of early modern European statecraft seemed similarly devoted to rationalizing and standardizing what was a social hieroglyph into a legible and administratively more convenient format.  The social simplifications thus introduced not only permitted a more finely tuned system of taxation and conscription but also greatly enhanced state capacity. (Introduction)
The core thesis of the book is the damage that states have done when they have attempted to implement antecedent theories of social change:
I believe that many of the most tragic episodes of state development in the late nineteenth and twentieth centuries originate in a particularly pernicious combination of three elements.  The first is the aspiration to the administrative ordering of nature and society, an aspiration that we have already seen at work in scientific forestry, but one raised to a far more comprehensive and ambitious level....  The second element is the unrestrained use of the power of the modern state as an instrument for achieving these designs.  The third element is a weakened or prostrate civil society that lacks the capacity to resist these plans. (88-89)
High modernism was evident in agriculture; but it was also visible in urban planning.
Le Corbusier had no patience for the physical environment that centuries of urban living had created. He heaped scorn on the tangle, darkness, and disorder, the crowded and pestilential conditions, of Paris and other European cities at the turn of the century ... He was visually offended by disarray and confusion. (106)
The French-inspired urban design of colonial-era Saigon is pictured above.

Scott's view is that the central development disasters of the twentieth century derived from this toxic combination of epistemic arrogance and authoritarian power, including especially an excessive confidence in the ability of principles of "scientific management" to order and organize human activity.  He provides case studies of the creation of Brasilia as a completely planned city; Soviet collectivization of agriculture in 1929-30; villagization in Tanzania; and the effort to regularize and systematize modern agriculture (266).  And we could add China's Great Leap Forward famine to the list.  In each case, the high-modernist ideology led to a catastrophic failure of social development.
In sum, the legibility of a society provides the capacity for largescale social engineering, high-modernist ideology provides the desire, the authoritarian state provides the determination to act on that desire, and an incapacitated civil society provides the leveled social terrain on which to build. (5)
A constant contrast in the book is between the objectifying knowledge of modernist science -- social and natural -- and the particular knowledge systems of practitioners and locals about the nature of their local environment -- what he calls "metis".  "Throughout this book I make the case for the indispensable role of practical knowledge, informal processes, and improvisation in the face of unpredictability" (6).  A particularly clear instance of these two perspectives comes in through Scott's discussion of scientific forestry and the local knowledge of forest ecology possessed by villagers.  Beekeeping, traditional farming, and the cultivation of the mango tree (333) are other good examples.  Two forests are pictured below; the first is an old-growth forest, and the second is the result of scientific forestry. And Scott documents the ecological destruction that resulted when these principles of scientific forestry were exported from Germany to Southeast Asia.





Scott's perspective here is not anti-scientific or anti-modern.  Instead, it is fundamentally anti-authoritarian: the high-modernist impulse coupled with the power of the modern state has led to massive human disasters.  And confidence in comprehensive, abstract theories -- whether of forests, bees, or cities -- has been an important element of these destructive endeavors.  So the conclusion is a moderate one: pay attention to local knowledge, be suspicious of totalizing experiments in transforming society or nature, and trust the people who are affected by policies to contribute to their design.

Scott's arguments in Seeing Like a State provide some resonance with two other insightful writers discussed in earlier postings: Michael Polanyi (on the importance of tacit knowledge) and Karl Popper (on the hazards associated with comprehensive social engineering).

(Scott's most recent book is The Art of Not Being Governed: An Anarchist History of Upland Southeast Asia.  Here is a very interesting working paper by Grant Evans reviewing Scott's contributions; From moral economy to remembered village: The sociology of James C. Scott (Working paper / Centre of Southeast Asian Studies, Monash University).)


High modernism and expert knowledge



James Scott is one of the really exceptional social scientists of his generation.  His contributions to peasant studies have been transformative -- his ideas of the "moral economy of the peasant" and "weapons of the weak" are now part of the tool set that we all use in trying to make sense of agrarian societies (The Moral Economy of the Peasant: Rebellion and Subsistence in Southeast Asia, Weapons of the Weak: Everyday Forms of Peasant ResistanceDomination and the Arts of Resistance: Hidden Transcripts).  And his historical and ethnographic accounts of peasant life and struggle have given us a strong basis for understanding these movements that were so important during the anti-colonial struggles of the mid-twentieth century.  (I've treated several of these contributions in earlier posts here, here, here, and here.)

What is particularly striking about Scott's work is the range of his sociological imagination.  He is a genuinely creative thinker when it comes to making sense of some of some very complex human phenomena -- peasant mobilization, agricultural modernization, and large-scale efforts to transform the world.  Each of his books introduces something new (for example, his treatment of Gramsci and hegemony in Weapons of the Weak, or his use of "hidden transcripts" in Domination and the Arts of Resistance).  He is a master at coming up with a concept, theory, or metaphor that can help to explain complex forms of social behavior, from the points of view of the actors.  And he does a great job of overcoming the dichotomy between "material circumstances" and "culture"; the peasant communities and movements that he treats are both materially situated and culturally specific.

A more recent book that makes a number of important new contributions is Seeing Like a State: How Certain Schemes to Improve the Human Condition Have Failed (1998).  Here Scott shifts focus in two ways.  His analysis here differs from his earlier books in that it is both more macro -- he examines the ways that states think; and more micro -- he also examines the nature of individually situated expert local knowledge.  Both parts of the analysis are interesting and novel.

The book explores what Scott calls "high modernism" -- essentially, the effort to use science and theory to order and regularize the social world, and to use theories of the future to remake the present.  Scott defines high modernism in these terms:
It is best conceived as a strong, one might even say muscle-bound, version of the beliefs in scientific and technical progress that were associated with industrialization in Western Europe and in North America from roughly 1830 until World War I. At its core was a supreme self-confidence about continued linear progress, the development of scientific and technical knowledge, the expansion of production, the rational design of social order, the growing satisfaction of human needs, and, not least, an increasing control over nature. (89)
Initially he puts the point in terms of the modern state's agenda of "sedentarianization" -- reducing the mobility and anonymity of nomadic peoples and organizing them into "legible" formations.
The more I examined these efforts at sedentarization, the more I came to see them as a state's attempt to make a society legible, to arrange the population in ways that simplified the classic state functions of taxation, conscription, and prevention of rebellion. (2)

Much of early modern European statecraft seemed similarly devoted to rationalizing and standardizing what was a social hieroglyph into a legible and administratively more convenient format.  The social simplifications thus introduced not only permitted a more finely tuned system of taxation and conscription but also greatly enhanced state capacity. (Introduction)
The core thesis of the book is the damage that states have done when they have attempted to implement antecedent theories of social change:
I believe that many of the most tragic episodes of state development in the late nineteenth and twentieth centuries originate in a particularly pernicious combination of three elements.  The first is the aspiration to the administrative ordering of nature and society, an aspiration that we have already seen at work in scientific forestry, but one raised to a far more comprehensive and ambitious level....  The second element is the unrestrained use of the power of the modern state as an instrument for achieving these designs.  The third element is a weakened or prostrate civil society that lacks the capacity to resist these plans. (88-89)
High modernism was evident in agriculture; but it was also visible in urban planning.
Le Corbusier had no patience for the physical environment that centuries of urban living had created. He heaped scorn on the tangle, darkness, and disorder, the crowded and pestilential conditions, of Paris and other European cities at the turn of the century ... He was visually offended by disarray and confusion. (106)
The French-inspired urban design of colonial-era Saigon is pictured above.

Scott's view is that the central development disasters of the twentieth century derived from this toxic combination of epistemic arrogance and authoritarian power, including especially an excessive confidence in the ability of principles of "scientific management" to order and organize human activity.  He provides case studies of the creation of Brasilia as a completely planned city; Soviet collectivization of agriculture in 1929-30; villagization in Tanzania; and the effort to regularize and systematize modern agriculture (266).  And we could add China's Great Leap Forward famine to the list.  In each case, the high-modernist ideology led to a catastrophic failure of social development.
In sum, the legibility of a society provides the capacity for largescale social engineering, high-modernist ideology provides the desire, the authoritarian state provides the determination to act on that desire, and an incapacitated civil society provides the leveled social terrain on which to build. (5)
A constant contrast in the book is between the objectifying knowledge of modernist science -- social and natural -- and the particular knowledge systems of practitioners and locals about the nature of their local environment -- what he calls "metis".  "Throughout this book I make the case for the indispensable role of practical knowledge, informal processes, and improvisation in the face of unpredictability" (6).  A particularly clear instance of these two perspectives comes in through Scott's discussion of scientific forestry and the local knowledge of forest ecology possessed by villagers.  Beekeeping, traditional farming, and the cultivation of the mango tree (333) are other good examples.  Two forests are pictured below; the first is an old-growth forest, and the second is the result of scientific forestry. And Scott documents the ecological destruction that resulted when these principles of scientific forestry were exported from Germany to Southeast Asia.





Scott's perspective here is not anti-scientific or anti-modern.  Instead, it is fundamentally anti-authoritarian: the high-modernist impulse coupled with the power of the modern state has led to massive human disasters.  And confidence in comprehensive, abstract theories -- whether of forests, bees, or cities -- has been an important element of these destructive endeavors.  So the conclusion is a moderate one: pay attention to local knowledge, be suspicious of totalizing experiments in transforming society or nature, and trust the people who are affected by policies to contribute to their design.

Scott's arguments in Seeing Like a State provide some resonance with two other insightful writers discussed in earlier postings: Michael Polanyi (on the importance of tacit knowledge) and Karl Popper (on the hazards associated with comprehensive social engineering).

(Scott's most recent book is The Art of Not Being Governed: An Anarchist History of Upland Southeast Asia.  Here is a very interesting working paper by Grant Evans reviewing Scott's contributions; From moral economy to remembered village: The sociology of James C. Scott (Working paper / Centre of Southeast Asian Studies, Monash University).)


Monday, December 7, 2009

Alleviating rural poverty



What theories and values ought to underlie our best thinking about global economic development?  Along with Amartya Sen (Development as Freedom), I believe that the best answer to the ethical question involves giving top priority to the goal of increasing the realization of human capabilities across the whole of society (The Paradox of Wealth and Poverty: Mapping the Ethical Dilemmas of Global Development). We need to put the poor first.  However, I also believe that our ability to achieve this goal is highly sensitive to the distributive structures and property systems that exist in poor countries.  The property institutions of developing countries have enormous impact on the full human development of the poor.  As a result, ethically desirable human development goals are difficult to attain within any social system in which the antecedent property relations are highly stratified and in which political power is largely in the hands of the existing elites.

The fundamental question of poverty is this: how do people earn their livings? The economic institutions of the given society (property relations and market institutions, for example) determine the answer to this question. An economy represents a set of social positions for the men and women who make it up. These persons have a set of human needs—nutrition, education, health care, housing, clothing, etc. And they need access to the opportunities that exist in society—opportunities for employment and education, for example. The various positions that exist within the economy in turn define the entitlements that persons have—wages, profits, access to food subsidies, rights of participation, etc. The material well-being of a person—the “standard of living”—is chiefly determined by the degree to which his or her “entitlements” through these various sources of income provide the basis for acquiring more than enough goods in all the crucial categories to permit the individual to flourish (Sen, Poverty and Famines: An Essay on Entitlement and Deprivation). If wages are low, then the consumption bundle that this income will afford is very limited. If crop prices are low, then peasants will have low incomes. If business taxes are low, then business owners may retain more business income in the form of profits, which will support larger consumption bundles and larger savings. There is thus a degree of conflict of interest among the agents within the economic system; the institutions of distribution may favor workers, lenders, farmers, business owners, or the state, depending on their design. And it is very possible for economic development to proceed in a way that gives the greatest benefit to the upper levels of society without leading to much change at the bottom.

Here I want to review an important empirical example of economic development without commensurate gain for the poor of the region: the effects of the Green Revolution in the rice-growing regions of Malaysia. James Scott provides a careful survey of the development process in Malaysia in Weapons of the Weak: Everyday Forms of Peasant Resistance (1985). The chief innovations were these: a government-financed irrigation project making double-cropping possible; the advent of modern-variety rice strains; and the introduction of machine harvesting, replacing hired labor. Scott considers as relevant factors the distribution of landholdings, the forms of land tenure in use, the availability of credit, the political parties on the scene, and the state's interests in development.

Scott's chief finding is that double cropping and irrigation substantially increased revenues in the Muda region, and that these increases were very unequally distributed. Much of the increase flowed to the small circle of managerial farmers, credit institutions, and outside capitalists who provided equipment, fertilizers, and transport. Finally, Scott finds that the lowest stratum—perhaps 40%—has been substantially marginalized in the village economy. Landlessness has increased sharply, as managerial farms absorb peasant plots; a substantial part of the rural population is now altogether cut off from access to land. And mechanized harvesting substantially decreases the demand for wage labor. This group is dependent on wage labor, either on the managerial farms or through migration to the cities. The income flowing to this group is more unstable than the subsistence generated by peasant farming; and with fluctuating consumption goods prices, it may or may not suffice to purchase the levels of food and other necessities this group produced for itself before development. And these circumstances have immediate consequences for the ability of poor households to achieve the development of their human capabilities. Their nutritional status, their health, their literacy, and their mobility are all directly impaired by the fact of low and unstable household income. Finally, the state and the urban sector benefits substantially: the increased revenues created by high-yield rice cultivation generate profits and tax revenues that can be directed towards urban development.

Scott draws this conclusion:
The gulf separating the large, capitalist farmers who market most of the region's rice and the mass of small peasants is now nearly an abyss, with the added (and related) humiliation that the former need seldom even hire the latter to help grow their crops. Taking 1966 as a point of comparison, it is still the case that a majority of Muda's households are more prosperous than before. It is also the case that the distribution of income has worsened appreciably and that a substantial minority—per­haps 35‑40 percent—have been left behind with very low incomes which, if they are not worse than a decade ago, are not appreciably better. Given the limited absorptive capacity of the wider economy, given the loss of wages to machines, and given the small plots cultivated by the poor strata, there is little likelihood that anything short of land reform could reverse their fortunes. (Scott 1985:81)
This example well illustrates the problems of distribution and equity that are unavoidable in the process of rural development. The process described here is one route to "modernization of agriculture," in that it involves substitution of new seed varieties for old, new technologies for traditional technologies, integration into the global economy, and leads to a sharp increase in the productivity of agriculture. Malaysia was in effect one of the great successes of the Green Revolution. At the same time it created a sharp division between winners and losers: peasants and the rural poor largely lose income, security, and autonomy; while rural elites, urban elites, and the state gained through the increased revenues generated by the modern farming sector.

Gillian Hart, Andrew Turton, and Benjamin White's Agrarian Transformations: Local Processes and the State in Southeast Asia (1989) provides detailed case studies of these sorts of processes of property and power in development in Thailand, the Philippines, Malaysia, and Indonesia.