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Showing posts with label cost/benefit equations. Show all posts
Showing posts with label cost/benefit equations. Show all posts

Monday, July 31, 2023

Sustainable Colleges and Universities: the Maine problem

The University of Southern Maine

 

Public education is under fire in Texas, Florida, North Carolina, Arkansas and elsewhere from political figures who have been trying to implement a conservative curriculum. The Florida controversy over the Advanced Placement course in African American History is but one example of many. Media stories have highlighted the activities of consultant Christopher Rufo, of Hillsdale College, and other individuals and organizations with a conservative educational agenda.

 

Thankfully, this political infection hasn't spread to the state of Maine but, Maine being a poor New England state with a fiscally frugal population, the state legislature has gradually strangled public education by reducing the funding it provides higher education: today 43% of the funding for the university system, whereas in 1972 it paid 70%. Tuition for private liberal arts colleges in Maine like Colby and Bowdoin is about $60,000 annually, whereas for the University of Maine at Orono, the flagship state university, tuition costs a full-time student only $12,000 per year. Yet, the legislators expect UMaine somehow to maintain standards and offer a quality education to all who qualify. In truth, 96% of its applicants are admitted, so there is no question about qualifying; moreover, more than 40% of the students enrolled in Maine's higher educational institutions system-wide are first-generation college students, while more than half of all enrollees qualify for Pell grants, signaling exceptional financial hardship. Meanwhile, tuition income for the university is down because overall in-state enrollment at UMaine has slipped in recent years as much as 25%. This slippage is due partly to a declining school-age population, but chiefly because the vast majority of Americans now view higher education vocationally, and they evaluate it not in terms of what is learned but rather by its financial costs versus benefits. Burgeoning student debt fuels this attitude and as a result fewer students choose higher education in Maine and elsewhere. Meanwhile, a liberal arts education at a private college or university like Bates or Brown is considered a luxury for the wealthy few whose families have benefited from increasing income inequality. Although these liberal arts institutions have diversified mightily in terms of race and ethnicity, to the point that almost half the student body identifies as people of color, the fact is that they have not diversified nearly so much economically: most of the minority students come from middle-class backgrounds, or they were privileged to be identified early for their abilities and tracked into college-prep high school courses.

 

The land-grant universities in every state, including the state of Maine, were established in the 19th century so that students would be able to learn not only the career-oriented "useful arts" but also the humanities and the sciences. They would learn about the broader world outside the narrow compass of family, place, and personal history; they would learn about the past so they could live more effectively in the future. The idea was that more broadly educated individuals made the best leaders, and that all would contribute to society as knowledgeable and effective citizens. This higher aim has been all but lost, and the result is obvious: an electorate increasingly ignorant of science and of history.

 

To combat financial hardship, the University of Southern Maine, the second largest campus in the state after UMaine Orono, has just announced a strategic plan aimed at belt-tightening. The plan proposes to eliminate courses with low enrollments. However, low enrollments are a fact of life in specialized, advanced courses, particularly in graduate schools. Low-enrollment courses are indeed expensive to teach, so universities fund them, as it were, with high-enrollment undergraduate courses to even things out. Moreover, universities have been spending less per course by hiring part-time faculty members (adjunct professors) whose salaries are poverty-level low, and who receive fewer or no perquisites: no medical benefits, for example. Fifty years ago part-timers accounted for less than 20% of university faculty; today that figure is more than 50%. Such has already been the belt-tightening in response to decades of lower and lower funding from state legislatures. And while colleges and universities were pruning full-time faculty, they were expanding the number of full-time administrators. Most of these institutions are now top-heavy with managers, deans, associate deans, assistant deans, development officers, assistant development officers, financial managers, and so on.

 

The implementation of free (or low-cost) public education in the United States was a radical move more than 150 years ago. The idea behind it, of course, is that a good education is a right, not a privilege; and that its benefits would accrue not just to individuals but to the nation as a whole. Many of our citizens and political leaders appear to have forgotten this. The solution to the financial problems facing public education today is not charter schools, nor is it belt-tightening, nor is it a curriculum determined by political agenda. Rather, the solution is to restore the higher funding levels of fifty years ago, to increase the percentage of full-time faculty, and to reduce the number of managerial positions.


Tuesday, January 11, 2022

Settler Ecology 2

Old apple trees in new snow. Photo by Jeff Todd Titon, 2006.

    The concept of natural capital signals the introduction of an ecological, conservationist economics that injects sustainability considerations into productivity, growth and development. This ecological economics differs from mainstream economics, which conceives of natural resources rather differently--as "land" and not as capital. Traditionally, capital is defined as the stock of materials—equipment, buildings, supplies—used to produce goods and services. A defining characteristic of capital is that it is used to produce not only goods and services but also additional capital. Land, in the traditional view, represents the abundant inputs to production that nature provides: these include trees, mineral deposits, water and wind.

     Ecological economists take a different view. Considered as capital, natural resources are, like other forms of capital, limited. They also represent the Earth's life support systems. These limitations, as well as the consequences of their use (and abuse), must therefore be factored into cost/benefit analyses. Peter Neill, director of the World Ocean Observatory, defines natural capital as “the stock of renewable and non-renewable natural resources—energy, plants, animals, air, wind, water, soils, and minerals that must be included in any benefit analysis of production, its actual cost, and its real consequence for human benefit worldwide, all now mostly overlooked and left out of the equation” (1). 

     Mainstream (i.e., neo-classical) economists do consider natural resources in the costs of production, but not as a brake upon productivity and growth. “It appears that our ability to conserve these resources is growing more rapidly [due to technological advances] than their supplies are dwindling,” writes the Harvard professor who authored the most widely used introductory economics textbook in the US (2). Given this perspective, it is unsurprising that mainstream economists continue to look for technological solutions to problems such as global warming, habitat destruction, and species extinction. Ecological economists, on the other hand, claim that these problems can be better understood and addressed when natural resources are considered natural capital and factored into cost/benefit equations. In this way ecological economics represents an advance over mainstream economics. 

     And yet the concept of natural capital remains an expression of settler ecology. 

 

(1) Neill, Peter. 2021. “The Ocean as Natural Capital.” Working Waterfront 35 (2): 17.

(2) Mankiw, N. Gregory. 2012. Principles of Economics. 6th edition. Mason, Ohio: South Western Cengage Learning.

Friday, January 7, 2022

Settler Ecology 1

Bingham Canyon Copper Mine, 1942, courtesy Wikimedia Commons


     What is the relationship between settler colonialism and settler ecology? At first glance it might be thought that because ecology is the study of nature as a whole, ecologists would not be in the business of exploiting nature for the purpose of empire. But Indigenous scholars--Vine DeLoria and others who have followed in his footsteps--have indicted Western science for its role in aiding and abetting colonialism and empire. More: Kyle Powys Whyte explicitly identifies settler colonialism as an expression of settler ecology. What is the basis for this claim? It will require a few entries to explore this theme. Moreover, is ecology uniform? Or are there many ecologies, and even within ecological science, are there different, even opposing, schools of thought? Is there an ecology that is opposed to settler colonialism?

     In its most literal sense, settler ecology refers to the Euro-American science of ecology. Ecology has been defined from the outset as the scientific study of the relations among organisms and the environment (originally, the inorganic and organic environment; in more modern terminology the biotic and abiotic environment). Connotatively, however, because the adjective settler implies a people who settle and colonize a geographical place, it implies a colonial and extractive attitude toward the land and its inhabitants. In this sense it resonates with a dominant strain within contemporary ecosystem ecology that finds its characteristic expression in “ecosystem services” (nature's contribution to people). Nature, conceived as ecosystems, is regarded as resource capital, the stock of goods and services that nature provides for human beings. As the 2018 IPBES (Intergovernmental Platform on Biodiversity and Ecosystem Services) Report for the Americas delineates it, these resources include energy, and the raw physical, chemical and biological materials (including plants and animals) for making food, clothing, medicine, the built environment, industrial and consumer products of all kinds, and so on. Ecologists speak of natural capital, and ecological economists employ complex cost/benefit equations to predict and implement sustainable uses of natural capital that prevent its falling below carrying capacity, or the resource amounts necessary to reproduce and maintain a continuing sufficiency of supply.

     Viewing nature as capital is not the only strain within Euro-American ecological science, however. If we look at the history of ecology from its beginnings in Haeckel's pioneering definitions of oikologie in the 1860s, we find that most scientists have regarded their enterprise as a so-called pure science; that is, as the study of relationships in nature rather than the management of those relationships. That said, ecological scientists have not hesitated to act as outside consultants to industry, government, and other institutions concerned with the environment when asked to do so, something that they in fact encouraged after World War II. Advocacy, on the other hand, has been regarded by the majority as out of bounds for ecological scientists who believe that it compromises the otherwise presumably objective, unbiased and disinterested stance that a scientist must embody if their opinions are to be believed. On the third hand, a minority of ecological scientists have ventured into advocacy and some have ventured directly into management of natural resources. I shall have more to say about that in later posts. For now, suffice to say that Euro-American ecological scientists do not present a united front, and that the "settler" attitude (colonialism, extractivism) toward nature does not apply to the majority who consider themselves students of nature, not managers. Nor does it apply to an "arcadian" strain within ecology, one that can be traced back to Gilbert White, Henry David Thoreau, and John Muir in which scientific reductionism is suspect while philosophical holism is prominent. This arcadian strain is sometimes disparaged as "Romantic" and idealistic, and it is (wrongly in my opinion) identified with settler colonialism and empire.

     To some extent the settler connotation aligns Euro-American ecology with the conservation movement’s doctrine of wise use (of resources), a doctrine identified with Gifford Pinchot in the early 20th century who advocated it in connection with forest sustainability by means of selective harvesting and other forms of stewardship. This doctrine can be seen as a precursor of ecosystem services. In the history of the conservation movement, Pinchot’s doctrine of wise use is contrasted with John Muir’s arcadian doctrine of set-asides, which is to say remote land that is left alone as natural wilderness, for the preservation of plant and animal species, to be used by humans only for contemplation and very light recreation such as hiking and canoeing. As we shall see, there were some ecologists who advocated for preservation of remote lands not for aesthetic contemplation or light recreation, but as natural areas to be left alone so that ecologists could study them over time.