The Oregon Big Game Resource


Book Description

Despite the obvious importance of the Oregon big game resource to Oregon citizens, economic data regarding the actual magnitude of net and gross values have been lacking. Thus an attempt has been made in this thesis to supply the missing information by estimating the gross economic value and by formulating a demand model from which the net economic value of the Oregon big game resource can be derived. The gross economic value of the Oregon big game resource, including both the investment in hunting and related equipment and hunting trip expenses, was obtained from two questionnaires mailed to a random sample of Oregon big hunters during the summer and fall of 1968. It was estimated that hunter families averaged about $239 per year for hunting and associated equipment. A total investment by all Oregon hunters of $44.6 million in 1968 was estimated. It was also estimated that hunter families averaged about $118.70 on big game hunting trips during 1968. Total big game hunting trip expenses for all Oregon hunters were estimated to be $18.6 million. Thus, combining investment in hunting and associated equipment with total trip expenses gave a total estimated expenditure of $63.2 million by Oregon big game hunters in 1968. Net economic value (which is defined in this study as the potential value of the resource if the opportunity to hunt big game animals were a marketable commodity) was sensitive to the specification of the demand model employed. In this study, the two most important explanatory variables were average trip expenses and distance to the hunting region. As compared to traditional distance zone estimation procedures, estimation based upon individual observations was much more efficient, and better separated the monetary versus the non monetary costs of distance. Several algebraic forms of the demand equation were fitted for each of the five hunting regions of Oregon. However, best overall results were obtained from the exponential demand function, fitted by logarithmic transformation, but corrected for bias in terms of the real numbers. One measure of net economic value (net revenue to a non discriminating monopolist) gave an estimated value of the Oregon big game resource of about $4 million. However, consumer surplus, which is more generally accepted by economists, gave an estimated net4 economic value of about $11 million for the Oregon big game resource in 1968. The $11 million net economic value is considered to be a conservative estimate since expenditures for hunting and related equipment were not included. It is thought that the estimation of net economic values for each of the five hunting regions makes the study more useful from the viewpoint of big game management and resource allocation in Oregon.




Estimation of Net Economic Benefits of the Oregon Big Game Resource to Hunters


Book Description

Much outdoor recreation occurs on publicly owned land and water resources, or involves use of these public resources. Consequently, an economic problem arises concerning the value of recreational resources which do not have a conventional market price. Without a price to guide the allocation of resources, it is difficult to obtain optimal decisions in allocation of these publicly owned natural resources among alternative uses, including recreation, timber, and domestic livestock production. In Oregon, the big game resource has a great impact on the economy of the state. Positive values of this resource are related to recreational use and to income generated which benefit local economies. Negative values of big game include its competition for resources used for timber production and/or livestock grazing. In order to better assess the value of the big game resource, an attempt has been made in this thesis to improve demand models from which the net economic value of the Oregon big game resource can be derived. The data used in this study were obtained from the questionnaires mailed to a random sample of Oregon big game hunters during the fall of 1968. The travel cost method was used to estimate the demand for big game hunting, based on the actual behavior of the hunters. Several algebraic forms of the travel cost demand equation were estimated for the Northeast and the Central regions of Oregon. The concept of consumers' surplus was used to estimate the net economic value for the Oregon big game resources. Net economic value for the Northeast and Central regions of Oregon in 1968 dollars was approximately $14.3 million, based on the exponential demand function. Net economic value for the same two regions was approximately $11 million, based on the linear demand function. An attempt was made in this study to predict the changes in consumers' surplus from changes in the number of deer and elk harvested. Note that the regression models in this thesis implied that a ten percent increase in harvest would increase the consumers' surplus of hunters by more than ten percent. However, the hypothesis that a ten percent increase in harvest would increase consumers' surplus by exactly ten percent was not rejected by a statistical test. Therefore, a good deal more research is needed to determine the value of marginal changes in the number of deer and elk harvested. It is thought that the estimation of net economic value in this study for the Northeast and Central regions of Oregon will be useful from the viewpoint of big game management and resource allocation in Oregon.




Big-game Resources of the United States, 1937-1942 ...


Book Description

An inventory tabulated by States of 15 groups and races of big-game animals in the United States has been compiled annually by the Fish and Wildlife Service since 1937. These were the first attempts at a complete estimate of all big-game animals in the United States or, so far as known, in any country. Compilations for 1937, 1938, and 1940 have been issued as mimeographed wildlife leaflets.







Big Game Habitat Management


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Wildlife Abstracts


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Oregon Wildlife


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Big Sagebrush


Book Description

Pioneers traveling along the Oregon Trail from western Nebraska, through Wyoming and southern Idaho and into eastern Oregon, referred to their travel as an 800 mile journey through a sea of sagebrush, mainly big sagebrush ( Artemisia tridentata). Today approximately 50 percent of the sagebrush sea has given way to agriculture, cities and towns, and other human developments. What remains is further fragmented by range management practices, creeping expansion of woodlands, alien weed species, and the historic view that big sagebrush is a worthless plant. Two ideas are promoted in this report: (1) big sagebrush is a nursing mother to a host of organisms that range from microscopic fungi to large mammals, and (2) many range management practices applied to big sagebrush ecosystems are not science based.