The Distributional Effects of Ownership and Control of Land Use in Oxford

Urban Studies ◽  
1978 ◽  
Vol 15 (1) ◽  
pp. 9-21 ◽  
Author(s):  
J.M. Simmie ◽  
D.J. Hale
Author(s):  
Bryan G. Norton

Albert Hochbaum, whom we met in Chapter 3, was Leopold’s student and friend; Director of the Delta Duck Station in Manitoba, Canada; and a part-time collaborator on A Sand County Almanac. He also had an admirable talent for succinctly hitting the nail on the head. He summed up Leopold’s message in four words. “The lesson you wish to put across is the lesson that must be taught,” he said, “preservation of the natural.” So much for succinctness; the difficult problem, of course, is to explain what is meant by “preservation” and by “natural.” Thomas McNamee, writing forty years later, uses the same basic approach: “I believe that the true object of conservation is nature,” he says. “What is nature?” The answer cannot help but be complicated, he notes, because “our conception of nature springs from the darkest depths of our culture’s unconscious sense of life itself, and ancient irrational urges and fears give the concept its power.’” But that is only half of the story: “At the same time,” he says, “nature must also have an objective, rational, manageable, thinkable value.” And thus we have the paradox of modern land use theory: Americans love nature; our values were formed in nature’s womb, a huge, wonderful, and horrible wild place. Our values are freedom and independence, “split rail values,” as Leopold called them. But our activities, as builders and consumers, transform our environment into something not-wild; we manipulate and control and artificialize nature; we make it not-nature. As the song says, you always hurt the one you love. But the paradox has also an optimistic face: As we have built and consumed, we have become wealthy by exploiting nature. Wildness has become valuable, objectively, according even to economists, because our wealthy society is now willing to pay to preserve nature. But here is the bitter pill to swallow: We all must admit that, at least in some sense, “nature” preservation is a sham—we’ve gone too far to “free” nature, as we might free a wild animal, release it from captivity.


2018 ◽  
Vol 628-629 ◽  
pp. 1234-1248 ◽  
Author(s):  
Samuel J. Tomlinson ◽  
Ulrike Dragosits ◽  
Peter E. Levy ◽  
Amanda M. Thomson ◽  
Janet Moxley

1975 ◽  
Vol 4 (2) ◽  
pp. 185-194
Author(s):  
Barry C. Field ◽  
Jon M. Conrad

Interest in land-use planning and control in the United States has recently shifted to a variety of non-conventional tools in an attempt to attain results that have eluded older techniques such as traditional zoning. A major land-use objective has been to continue certain existing land uses in the face of market pressures to convert to more intensive uses. This has been the case, for example, with ecologically fragile areas such as wetlands, or environmentally valuable areas such as scenic land, which are also economically attractive for development into housing or industrial property. In recent years interest has also turned to preservation of agricultural land, particularly in areas near urban concentrations that are feeling the effects of urban sprawl.


Parasitology ◽  
2011 ◽  
Vol 138 (8) ◽  
pp. 945-959 ◽  
Author(s):  
ALAN R. WALKER

SUMMARYComparisons of successful and failed attempts to eradicate livestock ticks reveal that the social context of farming and management of the campaigns have greater influence than techniques of treatment. The biology of ticks is considered principally where it has contributed to control of ticks as practiced on farms. The timing of treatments by life cycle and season can be exploited to reduce numbers of treatments per year. Pastures can be managed to starve and desiccate vulnerable larvae questing on vegetation. Immunity to ticks acquired by hosts can be enhanced by livestock breeding. The aggregated distribution of ticks on hosts with poor immunity can be used to select animals for removal from the herd. Models of tick population dynamics required for predicting outcomes of control methods need better understanding of drivers of distribution, aggregation, stability, and density-dependent mortality. Changing social circumstances, especially of land-use, has an influence on exposure to tick-borne pathogens that can be exploited for disease control.


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